JP2001321516A - Pachinko machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a pachinko machine which enables a player to have expectedness on generation of jackpot even when the player play with the machine for a long time and can attract and increase player's interest in a game. SOLUTION: When a 'jackpot symbol' or a 'out REACH (ready-for-winning) symbol' is directed from CPU 75 on the main board 71, a 'once stop symbol selecting procedure' displays a 'jackpot symbol' or a 'out REACH symbol' to stop the machine once at a re-variable time in re-variable patterns. A 're- variable display procedure' displays a display procedure to orderly display once stop symbols of 'jackpot symbol' or 'out REACH symbol' at re-variable time in re-variable patterns.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a special symbol display device, which temporarily stops in a predetermined manner after a variable symbol changes,
Again, regarding a pachinko machine that performs a re-variation display in which a change and a stop are repeated a predetermined number of times and then fixed and stopped, in particular, a re-change display in which the time from the start of the first temporary stop to the start of the next change is different. By doing so, it becomes difficult for the player to predict whether or not the re-variation display will be started after a temporary stop in a predetermined mode, and therefore, even if the player has played for a long time, the player may be prevented from generating a "big hit". The present invention relates to a pachinko machine capable of maintaining a sense of expectation, attracting a player's interest, and increasing interest.

[0002]

2. Description of the Related Art Conventionally, after a predetermined jackpot symbol is once derived on a symbol display device to determine the occurrence of a special game state, the jackpot symbol is changed again to display a specific jackpot symbol or another jackpot symbol. Various pachinko machines that are finally derived and displayed have been proposed. For example, Japanese Patent Application Laid-Open
In the ball game machine described in JP-A-114167, a variable display device capable of generating a specific game state advantageous to the player when the display result of the variable display unit becomes a predetermined specific display result is provided. In the ball-and-ball game machine, the display result determining means for determining the display result before deriving the display result on the variable display unit, and that the display result determined by the display result determining means becomes the specific display result. A condition, a temporary display result determining means for determining any of a plurality of types of specific display results as a temporary display result, and, after a temporary display result determined by the temporary display result determining means is once displayed when a predetermined condition is satisfied, Re-variation control means for re-changing the variable display portion and finally stopping and displaying the specific display result determined by the display result determining means; and a predetermined special display result among the specific display results. Special game generating means for generating a special game state when derived, wherein the re-variation control means selects one of a plurality of types of re-variation modes and controls the variable display section to re-variation. In addition, in at least two or more of the plural types of re-variation modes, the reliability of the special display result is set to be different.

[0003] Thus, the re-variation pattern can be diversified, and furthermore, it is possible to excite the interest in whether or not a special game state with the highest interest of the player occurs.

[0004]

However, in the above-described bullet game machine disclosed in Japanese Patent Application Laid-Open No. H11-114167, when the symbol is temporarily stopped as a re-variation mode, a non-probable variable symbol ("6.6. 6 ") is displayed while vibrating up and down, and then the synchronous fluctuation is performed at a speed at which the symbols can be visually recognized with the jackpot symbols aligned, and the final display result is derived by stopping the synchronous fluctuation. Is disclosed. In this case, since the synchronous fluctuation always occurs after a certain period of time has elapsed since the first temporary stop, the player can predict whether or not the synchronous fluctuation has occurred to some extent, and the interest in the re-change game after the occurrence of the big hit decreases, There is a problem that interest is lost.

Accordingly, the present invention has been made to solve the above-described problem. When performing re-variation display, the time from the first temporary stop to the start of the next variation is displayed. Makes it difficult for the player to predict whether or not the re-variation display will be started after a temporary stop in a predetermined mode. It is an object of the present invention to provide a pachinko machine capable of maintaining a sense of expectation of occurrence of a "big hit", attracting a player's interest, and increasing interest.

[0006]

In order to achieve the above object, a pachinko machine according to claim 1 is provided in a game area, a special symbol display device for displaying a variable symbol, and a predetermined mode after the variable symbol changes. Once again, and again, a plurality of re-variation patterns storing means for storing a plurality of re-variation patterns that are determined and stopped after repeating the fluctuation and the temporary stop for a predetermined number of times, and one re-variation pattern from the plurality of re-variation patterns. Select, a pachinko machine having re-variation display means for displaying a fluctuating symbol based on this re-fluctuation pattern via a special symbol display device, wherein the plurality of re-fluctuation patterns are from the first temporary stop start. It is characterized in that it includes a re-variation pattern in which the time until the start of the next variation varies.

[0007] In the pachinko machine according to the first aspect having such features, after the fluctuating symbol displayed on the symbol display device provided in the game area fluctuates, the pachinko machine temporarily stops in a predetermined mode. Then, based on the selected re-variation pattern, the variation and the temporary stop are repeated a predetermined number of times, and then the final stop is performed. Further, the time from the first temporary stop start to the next change start depends on the selected re-change pattern. Thus, by performing the re-variation display having a different time from the start of the first temporary stop to the start of the next variation, the player can determine whether or not the re-variable display is started after the temporary stop in a predetermined manner. Since it is difficult to predict whether a game has been played for a long time, it is possible to maintain the player's expectation of the occurrence of a "big hit", to attract the player's interest, and to increase interest. It becomes possible.

According to a second aspect of the present invention, in the pachinko machine according to the first aspect, the plurality of re-variation patterns include the re-variation pattern in which the predetermined number of times is zero.

[0009] In the pachinko machine according to claim 2 having such features, in the pachinko machine according to claim 1,
Since the plurality of re-variation patterns include the re-variation pattern in which the predetermined number of times is 0, the re-variation pattern may not re-change. This makes it more difficult for the player to predict whether or not the re-variation display will be started after a temporary stop in a predetermined manner. Expectation can be further maintained, and the player's interest can be more strongly attracted and interest can be increased.

According to a third aspect of the present invention, in the pachinko machine according to the first or second aspect, each of the re-variation patterns includes a re-variation time from the first temporary stop to the final stop. Is a predetermined time.

In the pachinko machine according to claim 3 having such a feature, in the pachinko machine according to claim 1 or 2, each of the re-variation patterns is performed from the first temporary stop start to the final stop. Is a predetermined time, so that the stopped state does not continue beyond the predetermined time. As a result, it is possible to prevent the stop state from continuing for a long time or the re-change state being too long, so that the player's interest can be more strongly attracted and the interest can be increased without getting the player bored. Become.

A pachinko machine according to a fourth aspect of the present invention is the pachinko machine according to any one of the first to third aspects, wherein the plurality of re-variation patterns comprises a plurality of re-variation patterns having the same number of times. It is characterized by including a pattern.

According to a fourth aspect of the present invention, there is provided a pachinko machine according to any one of the first to third aspects, wherein the plurality of re-variation patterns are:
Since the predetermined number of times includes a plurality of re-fluctuation patterns of the same number, the time from the start of the first temporary stop to the start of the next fluctuation is different, and the number of re-fluctuations until the final stop is the same number of times. A fluctuation pattern may be displayed. Thereby, the player once stops in a predetermined mode,
Because it becomes more difficult to predict how many times it will change again,
Even if the player plays the game for a long time, it is possible to maintain the player's expectation of the occurrence of the "big hit", and to more strongly attract the player's interest and increase his interest.

According to a fifth aspect of the present invention, there is provided a pachinko machine according to any one of the first to fourth aspects, wherein a special game state advantageous to a player occurs when displayed at the time of final stop. Special mode storage means for storing the special mode of the above, the re-variation display means, if the predetermined mode is a special mode, select a special mode repeated a predetermined number of times, each of the selected special mode After temporarily stopping and displaying, a predetermined special mode is fixedly stopped and displayed.

According to a fifth aspect of the present invention, there is provided a pachinko machine according to any one of the first to fourth aspects, wherein a fluctuating symbol displayed on a symbol display device provided in the game area. After the change, when the game is fixed and stopped in a special mode, a special game state (big hit) advantageous to the player occurs. Then, one special aspect is selected from the plurality of special aspects, and each of the selected special aspects is temporarily stopped and displayed, and then the predetermined special aspect selected from the plurality of special aspects is displayed. Is finally stopped and displayed. Thereby, one special mode is temporarily stopped and displayed from among the plurality of special modes, and even after the special game state advantageous to the player occurs, the special mode is temporarily stopped and displayed repeatedly a predetermined number of times, After that, the predetermined special mode is fixedly displayed and displayed, so that it is possible to maintain the player's expectation for the special game state (so-called "big hit"), to attract the player's interest, and to have interest. It is possible to increase.

According to a sixth aspect of the present invention, in the pachinko machine according to the fifth aspect, the plurality of special modes are given a predetermined order, and the re-variation display means selects the selected special mode. If the order of the predetermined order is an order after the order of the predetermined order of the previously selected special mode, the temporarily stopped special mode is variably displayed in the predetermined direction to the selected special mode. And temporarily stop, and when the order of the predetermined order of the selected special mode is earlier than the order of the predetermined order of the special mode selected last time, the special mode that has been stopped is changed from the temporarily stopped special mode. The selected special mode is characterized in that it is displayed so as to fluctuate in the opposite direction to the predetermined direction and to temporarily stop.

[0017] In the pachinko machine according to claim 6 having such features, in the pachinko machine according to claim 5,
The plurality of special aspects are given a predetermined order.
Then, when the order of the predetermined order of the selected special mode is an order after the order of the predetermined order of the special mode selected last time, the re-variation display means starts from the special mode temporarily stopped. The selected special mode is variably displayed in a predetermined direction and temporarily stopped, and the order of the predetermined order of the selected special mode is earlier than the order of the predetermined sequence of the special mode selected last time. In the case of, control is performed so that the special mode that has been stopped is displayed in the selected special mode in a direction opposite to the predetermined direction and then temporarily stopped. Thereby, one special mode is temporarily stopped and displayed from among the plurality of special modes, and even after the special game state advantageous to the player has occurred, the special mode is repeated a predetermined number of times and is repeated in the predetermined direction or in the predetermined direction. Since the display is displayed in the opposite direction and the predetermined special mode is displayed at the end, it is possible to maintain the player's expectation of the special game state more strongly, and to further attract the player's interest, and It is possible to further increase interest.

A pachinko machine according to a seventh aspect of the present invention is the pachinko machine according to the fifth or sixth aspect, wherein the player generates an advantageous privilege game state different from the special game state at a predetermined occurrence probability. The special mode includes a privilege mode displayed when the special game state occurs and the privilege game state occurs, and the re-variation display Means are
When the special game state occurs and the bonus game state occurs, when the bonus mode is selected, and the selected bonus mode is temporarily stopped and displayed, the bonus mode is determined and stopped in advance. This privilege mode is characterized in that it is the same as the content displayed, and this privilege mode is fixedly stopped and displayed.

According to a pachinko machine according to claim 7 having such a feature, in the pachinko machine according to claim 5 or claim 6, a privilege advantageous to a player different from the special game state by privilege generation control means. A game state occurs with a predetermined occurrence probability. When the special game state occurs and the bonus game state occurs, a bonus mode is selected from a plurality of special modes, and the selected bonus mode is temporarily stopped and displayed. After that, it is fixed and stopped and displayed. And when a special game state occurs,
A bonus game state occurs. As a result, when the privilege mode is displayed, the bonus mode is determined and stopped without any change, and the bonus game state is reliably generated. Can be maintained, and the expectation of the occurrence of the privilege game state of the player changes variously with respect to the display of each special mode, so that the interest of the player can be maintained even if the game is continued for a long time. It becomes possible to attract a pachinko game strongly and to make it interesting.

[0020] In the pachinko machine according to claim 8, in the pachinko machine according to claim 7, the bonus game state has a high probability that the special game state occurs with a higher probability than the normal probability. It is characterized by including a state.

[0021] In the pachinko machine according to claim 8 having such a feature, in the pachinko machine according to claim 7,
The privilege gaming state includes a gaming state in which the probability of occurrence of the special gaming state occurs with a higher probability than a normal probability (hereinafter, referred to as “probability variation”). Thereby, when the bonus mode is displayed after being fixed and stopped, the probability of occurrence of the special gaming state occurs at a high probability higher than the normal probability. Expectation can be maintained in a high state.

According to a ninth aspect of the present invention, in the pachinko machine according to the seventh or eighth aspect, in the case of the bonus game state, the fluctuating symbol is stopped in a shorter time than in a normal case. It is characterized by doing.

According to the pachinko machine according to the ninth aspect, which has such a feature, in the pachinko machine according to the seventh or eighth aspect, in the case of the bonus game state, the changing symbol is more than that in a normal case. Since the game is stopped in a short time, it is possible to know in a short time whether or not a special game state has occurred, and it is possible to maintain a higher expectation of the player in obtaining a privilege game state such as a probability variation. .

According to a tenth aspect of the present invention, in the pachinko machine according to any one of the first to fourth aspects, a plurality of reach symbols in which a part of the fluctuating symbols are arranged in a predetermined form are stored. Reach symbol storage means, the re-variation display means, when the predetermined mode is a reach symbol, the part of the predetermined form as a symbol to stop and display until the predetermined number of times before the predetermined number of times The same one reach symbol is selected and displayed.

According to a tenth aspect of the present invention, there is provided a pachinko machine according to any one of the first to fourth aspects, wherein the re-variation display means is arranged such that the predetermined mode is a reach symbol. In this case, one reach symbol in which a part of the fluctuating symbol is arranged in the same predetermined form is selected and displayed as the symbol to be stopped and displayed up to the predetermined number of times. With this, even after one reach symbol is temporarily stopped and displayed from among a plurality of reach symbols in which a part of the variable symbol is arranged in a predetermined form, a part of the variable symbol is repeated a predetermined number of times. Since one reach symbol in the form is temporarily stopped and displayed, it is possible to maintain the player's expectation for the special game state (so-called "big hit"), and to attract the player's interest, And it becomes possible to increase interest.

In the pachinko machine according to the eleventh aspect, in the pachinko machine according to the tenth aspect, the plurality of reach symbols are given a predetermined order, and the re-variation display means is configured to temporarily stop the reach. It is characterized in that one reach symbol is randomly selected from either the reach symbol in the next order of the predetermined order of the symbols or the reach symbol in the reverse order.

[0027] In the pachinko machine according to the eleventh aspect, which has such features, in the pachinko machine according to the tenth aspect, the plurality of reach symbols are given a predetermined order,
The re-variation display means, to randomly select one reach symbol from the reach symbols in the next order of the predetermined order of the reach symbols stopped once or reach symbols in the opposite order, Makes it difficult to predict the reach symbol that will be displayed after the game has been stopped for a long time. Can be attracted and interest can be increased.

Further, in the pachinko machine according to the twelfth aspect, the pachinko machine according to any one of the first to eleventh aspects, wherein the re-variation display means displays a variation display from one stop to the next stop. It is characterized by displaying at a visible speed.

[0029] In the pachinko machine according to the twelfth aspect having the above-mentioned features, in the pachinko machine according to any one of the first to eleventh aspects, the re-variation display means is provided from a temporary stop to the next temporary stop. Is displayed at a visually recognizable speed. Thereby, the player can easily display the fluctuation display from the temporary stop of the special mode to the temporary stop of the next special mode or the fluctuation display from the temporary stop of the reach symbol to the temporary stop of the next reach symbol. Since it is possible to recognize, it is possible to more effectively display the special aspect and the display of the re-change of the reach symbol, and to further attract the interest of the player and increase the interest.
In addition, since the player can easily recognize that the special mode and the reach symbol re-variation display are selected and displayed at random, the special mode and the reach symbol can be effectively displayed. As well as being able to do so, it is possible to further attract the interest of the player and further increase the interest.

[0030]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a pachinko machine according to the present invention. First, an overall configuration of a pachinko machine according to the present embodiment will be described with reference to FIGS. FIG. 1 is a front view showing the entire pachinko machine according to the present embodiment.
FIG. 2 is a front view showing a game area of the pachinko machine according to the present embodiment.

In FIG. 1, a pachinko machine 1 is a so-called first-class pachinko machine. In the pachinko machine 1, various structures such as a winning opening, a special symbol display device, an electric accessory, and a gate, which will be described later, are disposed on the game board 2. The game board 2
Below, the upper plate 3 for receiving a prize ball paid out via a prize ball payout device 73 (see FIG. 3) is provided on a plate 4 with a built-in speaker 3A. Below the upper plate 3, a lower plate 5 is provided. Further, the pachinko ball of the upper plate 3 is sent to a firing device (not shown) connected to the operation handle 6 via a ball feed mechanism (not shown) communicating with the upper plate 3. A special symbol display device, a main board 71 for performing control related to payout of prize balls described below, a prize ball control board 72, and the like (see FIG. 3) are provided on the back surface of the game board 2. Also, on both shoulders of the game board 2, prize ball and ball out indication lamps 10, 10 are provided.

On the other hand, the front side of the game board 2 is covered with a glass door 9 made of a metal such as a steel plate or stainless steel. It is attached to the inner frame that can be opened and closed freely. Further, a glass holding frame made of a metal such as a steel plate or stainless steel having an opening is fixed to the glass door 9 by spot welding or the like, and the game area can be seen through two glasses attached to the glass holding frame. Can be.
An error display lamp 7 for displaying an error during the game and hit display lamps 8 for displaying a "win" are attached to an upper portion of the glass door 9.

Next, referring to FIG. 2, the configuration of the game area on the game board 2 in the pachinko machine 1 will be described. The game area 11 is formed by arranging various structures such as a winning opening on a game board 2 made of a plate material having a predetermined thickness, and an annular rail 12 standing upright so as to surround the structure. The rail 12 constitutes an overlapping guide path 13 for guiding the fired pachinko ball into the game area 11, and has a right shoulder to restrict the progress of the pachinko ball driven along the rail 12. Step portion 14.

An opening is formed substantially at the center of the game area 11, and a special symbol display device 18 is provided on the front side of the opening. A liquid crystal display 19 is attached to the special symbol display device 18 from the back side of the game board 2. The liquid crystal display 19 is a liquid crystal panel that displays three changing symbols on the left, the middle, and the right, and has a normal symbol display unit 20 that displays a normal symbol divided into two on the left and right sides in a lower right corner. Have been. On the upper side of the liquid crystal display 19, a design of a sitting frog character is drawn. On the other hand, decorative windmills 23 and 24 are provided on the left and right of the special symbol display device 18, respectively. Normal windmills 25 and 26 are provided between the decorative windmills 23 and 24 and the special symbol display device 18, and windmills 27 and 28 with illumination lamps are provided on both shoulder sides of the special symbol display device 18. Have been.

In addition, immediately below the special symbol display device 18,
A first starting port 31 is provided, and gates 32 and 33 are provided on the left and right of the first starting port 31, respectively. The first starting port 31 is provided with a first starting port switch 31A (see FIG. 3) for detecting a win of a pachinko ball. The symbols fluctuate. And, while the special symbol is changing,
When the winning opening 31 is won, the first holding counter 7 of the RAM 77 provided on the main board 71 up to four winning numbers.
7C (see FIG. 4), and is held as the number of times of change confirmation. Then, the first hold LED 34 that displays the count value stored in the first hold counter 77C is
Two liquid crystal displays 19 are arranged on both shoulders.

The gates 32 and 33 have gate switches 32A and 33A (FIG. 3) for detecting the passage of a pachinko ball.
The normal symbol of the ordinary symbol display unit 20 changes by detecting the passage of the pachinko ball. When the normal symbol passes through each of the gates 32 and 33 during the change, the number of passed symbols is stored in the second holding counter 77D (see FIG. 4) of the RAM 77 provided on the main substrate 71 and the change is determined. Reserved as a count. Then, four second holding LEDs 35 for displaying the count value stored in the second holding counter 77D are arranged on the upper side of the liquid crystal display 19 in the left-right horizontal direction.

Then, the first starting port 31, each gate 32,
Below the 33, a second opening 38 whose front part is covered by a second opening / closing door 37 having a lateral width and opening upward, and a first opening / closing opening which is wider than the second opening / closing door 37 and opens upward. Door 3
9 is provided with a special winning device 41 having a large winning opening 40 whose front portion is covered. In addition, the second starting port 38 includes a second starting port switch 3 for detecting a winning of a pachinko ball.
8A (see FIG. 3) is provided, and the special symbol displayed on the liquid crystal display 19 is changed by detecting the winning of the pachinko ball. And, while the special symbol is changing, the second starting port 38
When the winning is made, up to four winning numbers are stored in the first holding counter 77C of the RAM 77 provided on the main board 71 and are held as the number of times of change confirmation.

Lower winning ports 42 and 43 provided with illumination lamps are disposed above both sides of the special winning device 41, and communicate with a prize ball gutter (not shown) on the back of the game board 2. Lower winning opening switches 42A and 43A (see FIG. 3) for detecting a winning in the lower winning openings 42 and 43 are provided. An out port 44 is opened directly below the special winning device 41 along the rail 12. Further, in such a game area 11 surrounded by the rails 12, a plurality of nails (not shown) are driven together with the respective components to form a complicated flow path of the pachinko ball.

Next, the configuration of a control system for paying out prize balls of the pachinko machine 1 configured as described above will be described with reference to FIGS. 3 and 4. FIG. FIG. 3 is a block diagram showing a configuration of a control system for paying out award balls and the like of the pachinko machine 1 according to the present embodiment. FIG. 4 is a block diagram showing a configuration of the RAM 77 of the main board 71 according to the present embodiment. As shown in FIG. 3, the control system for paying out the prize balls of the pachinko machine 1 includes a main board 71, a prize ball control board 72, a prize ball payout device 73, a display control circuit unit 95, and the like. . Then, the reset signal is applied to the main substrate 71 at a predetermined time interval (in this embodiment, about 10 msec).
c. ), A reset circuit 73, a CPU unit 74, an input circuit 78, an output circuit 79, and the like are provided. The reset circuit 73, the CPU unit 74, the input circuit 78, and the output circuit 79 are mutually connected by a bus line. The CPU unit 7
4 comprises a CPU 75, a ROM 76, and a RAM 77. The CPU 75, the ROM 76, and the RAM 77
Are interconnected by a bus line. Furthermore, CPU
A clock circuit 80 for outputting a predetermined clock signal is connected to 75. On the other hand, the prize ball control board 72 includes
CPU 81, ROM 82, RAM 83, input circuit 84,
And an output circuit 85 and the like. And this C
The PU 81, the ROM 82, the RAM 83, the input circuit 84, and the output circuit 85 are mutually connected by a bus line. Further, the prize ball payout device 73 includes a payout count switch 87, a payout solenoid 88, and the like.

The input circuit 78 of the main board 71 includes a prize ball tank switch 91 and a lower plate overflow switch 9.
2, each winning opening switch 49A, 50A, each lower winning opening switch 42A, 43A, the first starting opening switch 31A, the second
Starting port switch 38A, each gate switch 32A, 33
A, big winning opening count switch 40A, V switch 40
B and the payout count switch 87 are connected by wiring. The liquid crystal display 19, the first solenoid 54, the second solenoid 53, and the like are connected to the output circuit 79 of the main board 71 via a display control circuit unit 95 by wiring. The output circuit 79 of the main board 71 and the input circuit 84 of the award ball control board 72 are connected by wiring. A payout count switch 87 is connected to an input circuit of the prize ball control board 72 by wiring. Further, a payout solenoid 88 and the like are connected to the output circuit 85 of the award ball control board 72 by wiring.

The CPU 75 of the CPU unit 74
When a reset signal is input from the reset circuit 73, various control signals are input based on an input signal and the like via the input circuit 78 according to parameters stored in the ROM 76 and a control program described later. Via the output circuit 79, the prize ball control board 72 and the display control circuit 9
Output to 5 etc.

As shown in FIG. 4, a value obtained by repeatedly adding 1 from 0 to 198 based on the clock signal input from the clock circuit 80 (the maximum value 198 is followed by the minimum value 0) is stored in the RAM 77. A jackpot counter 77A for storing (return) is provided. Further, based on the clock signal input from the clock circuit 80, 0
The normal symbol counter 7 in which a numerical value obtained by repeatedly adding 1 to 1 to 9 (returning to the minimum value 0 after the maximum value 9) is stored.
7B is provided. In addition, the first starting port 31 or the second starting port 38 while the changing symbol of the special symbol display device 18 is changing.
The first prize that counts up to four winning prizes
A hold counter 77C is provided. Further, there is provided a second holding counter 77D for counting up to four passages of the normal symbol in the normal symbol display section 20 when the ordinary symbol is changed.

The RAM 77 has a clock circuit 80.
A reach counter 77E is provided for storing a numerical value (returning to the minimum value 0 after the maximum value 142), which is repeatedly incremented by 1 from 0 to 142 based on the clock signal output from. Further, the RAM 77 stores a numerical value obtained by repeatedly adding 1 from 0 to 9 based on the clock signal output from the clock circuit 80 (the maximum value 9 is followed by the return to the minimum value 0). 77F is provided.

The RAM 77 has a clock circuit 80.
The jackpot symbol selection counter 7 stores a numerical value obtained by repeatedly adding 1 from 0 to 29 based on the clock signal output from the CPU (returning to the minimum value 0 after the maximum value 29).
7G is provided. The RAM 77 stores a numerical value obtained by repeatedly adding 1 from 0 to 14 based on the clock signal output from the clock circuit 80 (returning to the minimum value 0 after the maximum value 14). A counter 77H is provided. Further, based on a clock signal input from the clock circuit 80, 0 to 10
A reach symbol selection counter 77I is provided in which a numerical value obtained by repeatedly adding one to one (returning to the minimum value 0 after the maximum value 10) is stored.

The RAM 77 has a clock circuit 80.
A lost symbol selection counter 77J is provided which stores a numerical value obtained by repeatedly adding 1 from 0 to 210 based on the clock signal output from (the maximum value 210 and then returning to the minimum value 0). Further, the RAM 77 stores 0 based on the clock signal input from the clock circuit 80.
There is provided a re-variation pattern selection counter 77K in which a numerical value obtained by repeatedly adding 1 to 1 to 8 (returning to the minimum value 0 after the maximum value 8) is stored.

The first starting port 31 or the second starting port 38
Jackpot counter 77A, reach counter 77E, time saving / probability change counter 77F, jackpot symbol selection counter 77G, reach symbol group selection counter 77 when winning
H, reach symbol selection counter 77I, loss symbol selection counter 77J, and re-variation pattern selection counter 77K
And a parameter storage area 77L in which the count value of the normal symbol counter 77B when the pachinko ball passes through each of the gates 32 and 33 and the like are stored. Each of the counters 77A, 77B, 77C, 77
D, 77E, 77F, 77G, 77H, 77I, 77
Each count value of J and 77K is set to “0” at startup. In addition, the first hold counter 77C is decremented by one each time the changing symbol starts to change. Also, the second hold counter 77D is decremented by one each time the symbol usually starts to change.

A normal jackpot symbol data table 1 for storing image data of a "jackpot symbol" indicating occurrence of a normal jackpot as described later is stored in the ROM 76.
05 (see FIG. 6 (A)) and a probability change jackpot symbol data table 106 (FIG. 6B ) Is stored in a big hit symbol storage area 76A. Also,
As described later, a reach symbol group storage area 76B is provided in which a reach symbol group data table 107 (see FIG. 7) relating to selection of the reach symbol group is stored. Further, a re-variation pattern storage area 76C in which a re-variation pattern table 108 (see FIG. 8) for storing pattern data of a “re-variation pattern” selected at the time of re-variation display described later is stored.
Is provided. The input circuit 78 is a circuit that converts an analog signal or the like input from the outside into a digital signal and outputs the digital signal. The output circuit 79 is a circuit that converts various data calculated via the CPU 75 into serial data or the like and outputs the data.

The CPU 81 of the prize ball control board 72
In accordance with parameters and control programs stored in the ROM 82 in advance, various control signals are output via the output circuit 85 based on input signals from the main board 71 input via the input circuit 84, and the payout solenoid 88 And the like. Also, the ROM 82 has a payout solenoid 88
And the like for storing a drive control program and the like. R
The AM 83 is a memory that temporarily stores various data calculated via the CPU 81 and data input from the outside. The input circuit 84 is a circuit that converts an externally input analog signal or the like into a digital signal and outputs the digital signal. The output circuit 85 outputs a drive voltage or the like of the payout solenoid 88 under the control of the CPU 81.

Next, the display control circuit section 95 will be described with reference to FIG. FIG. 5 is a block diagram illustrating a system configuration of the display control circuit unit 95 of the control system according to the present embodiment. As shown in FIG. 5, the display control circuit unit 95
Is a display CPU 96, a program ROM 97 and a RAM 98 connected to the display CPU 96, a VDP
(Video Digital Processor) 99, a RAM 100 and a character ROM 101 connected to the VDP 99.
And an output circuit 102. Then, the display CPU 96 temporarily stores various signal data in the RAM 98 in accordance with the control signal from the CPU 75 of the main board 71, and stores the variable symbol, the predetermined reach image, the re-variable symbol, and the like stored in the program ROM 97. Based on a control program or control data for displaying a normal symbol or the like, a control signal indicating editing contents of the image is exchanged with the VDP 99. The VDP 99 has a display C
Character ROM based on the control signal from PU96
The image data such as the image data of the variable design, the character of the predetermined reach image, the image data of the re-variable design, and the image data of the ordinary design are extracted from the RAM 101, the RAM 100 is edited as a work area, and these image data are output to the output circuit 102. Is output to the liquid crystal display 19 via the.

Further, the temporary stop symbol data table 109 (FIG. 9) in which the temporary stop symbol image data displayed at the time of re-variation is stored in the program ROM 97 as described later.
A temporary stop symbol storage area 97A in which a reference symbol is stored is provided. Further, as described later, a reach symbol storage area 97B for storing a reach symbol data table 110 (see FIG. 10) relating to selection of the reach symbol is provided. In addition, the program ROM 97 is used to select a temporarily stopped symbol to be displayed at the time of the re-variation display based on the "big hit symbol" data and the "re-variation pattern" data from the CPU 75 of the main board 71 as described later. Of the "temporary stop symbol selection procedure" and data of the "revariant display procedure" for displaying the selected temporarily stopped symbol are stored. A re-variation data storage area 97C is provided.

Next, the normal jackpot symbol data table 105 and the probability change jackpot symbol data table 106 stored in the jackpot symbol storage area 76A of the ROM 76 of the CPU unit 74 will be described with reference to FIG. FIG. 6 shows a CPU unit 7 of the pachinko machine 1 according to the present embodiment.
4 shows a data table stored in a jackpot symbol storage area 76A of the ROM 76 of FIG. 4, (A) is a diagram showing an example of a normal jackpot symbol data table 105, and (B) is a diagram showing an example of a probability variable jackpot symbol data table 106. is there. As shown in FIG. 6 (A), when a normal “big hit” occurs, the liquid crystal display 19 finally decides to stop and displays the “big hit symbol” which is finally determined and stopped after re-fluctuation. The jackpot design data table 105,
It is composed of a "count value" indicating the count value of the big hit symbol selection counter 77G, and a "big hit symbol" corresponding to the "count value". The “big hit symbol” represents the symbol data of the “big hit symbol” which is finally fixed and stopped after re-variation is displayed on the liquid crystal display 19 when a normal “big hit” occurs as described later. I have.

Also, the normal jackpot symbol data table 1
The “count value” of 05 includes “0 to 2”, “3 to 7”,
“8-9”, “10-12”, “13-17”, “18”
To 19 "," 20 to 22 "," 23 to 24 "," 25 to
27, and distributions of ten types of count values “28 to 29” are registered in advance. And each "count value"
The "big hit design" for "0" of "count value"
Symbol data of "222" for "-2", symbol data of "333" for "3-7" of "count value",
Symbol data of "444" for "8-9" of "count value" and "5" for "10-12" of "count value"
55 ”,“ 13-17 ”of“ count value ”
The symbol data of “666”, the symbol data of “888” for “18 to 19” of “count value”, the symbol data of “999” for “20 to 22” of “count value”, Symbol data of "frog frog" for "23-24" of "count value", "25-27" of "count value"
For "female woman" pattern data and "count value"
The symbol data of "male male male" is registered in advance for "28-29".

As shown in FIG. 6B, when the "big hit" occurs and the time saving / probable change mode occurs, the "big hit" which is finally fixed and stopped and displayed on the liquid crystal display 19 after re-variation. The probability change big hit symbol data table 106 selected for the determination of the “symbol” includes “count value” indicating the count value of the big hit symbol selection counter 77G,
It is composed of a "big hit symbol" corresponding to the "count value". The "big hit symbol" is finally determined and stopped after re-variation on the liquid crystal display 19 when the "big hit" occurs and the time saving / probable change mode occurs as described later, and the "big hit symbol" is displayed. Symbol data.

Further, the probability change jackpot symbol data table 1
"Count value" of 06 is "0-9", "10-2"
The distribution of two types of count values “9” is registered in advance. The “big hit symbol” for each “count value” is “11” for “0-9” of the “count value”.
The symbol data of “777” is registered in advance for the symbol data of “1” and “10 to 29” of “count value”.

Next, the reach symbol group data table 107 stored in the reach symbol group storage area 76B of the ROM 76 of the CPU unit 74 will be described with reference to FIG. FIG. 7 is a reach symbol group storage area 76B of the ROM 76 of the CPU unit 74 of the pachinko machine 1 according to the present embodiment.
FIG. 6 is a diagram showing an example of a reach symbol group data table 107 stored in the storage device. As shown in FIG. 7, the reach symbol group data table 10 selected for the determination of the reach symbol group
Reference numeral 7 denotes a "count value" representing the count value of the reach symbol group selection counter 77H, and a "reach symbol group" corresponding to the "count value". The “reach symbol group” represents an aggregate of data of a plurality of “reach symbols”.

The reach symbol group data table 107
The "count value" of "0", "1", "2",
"3", "4", "5", "6-9", "10", "1"
Data of 12 types of “count values” of “1”, “12”, “13”, and “14” are registered in advance. In the “reach symbol group” for each “count value”, data of “reach symbol group 1” for “0” of “count value” is registered in advance. In addition, "1" of "count value"
, The data of “reach symbol group 2” is registered in advance. In addition, data of “reach symbol group 3” is registered in advance for “2” of “count value”. In addition, data of “reach symbol group 4” is registered in advance for “3” of “count value”. In addition, data of “reach symbol group 5” is registered in advance for “4” of “count value”. In addition, data of “reach symbol group 6” is registered in advance for “5” of “count value”. In addition, data of “reach symbol group 7” is registered in advance for “6 to 9” of “count value”. In addition, data of “reach symbol group 8” is registered in advance for “10” of “count value”. In addition, "1" of "count value"
For "1", data of "reach symbol group 9" is registered in advance. In addition, data of “reach symbol group 10” is registered in advance for “12” of “count value”.
In addition, data of “reach symbol group 11” is registered in advance for “13” of “count value”. Further, data of “reach symbol group 12” is registered in advance for “14” of “count value”.

Next, the re-variation pattern table 108 stored in the re-variation pattern storage area 76C of the ROM 76 of the CPU unit 74 will be described with reference to FIG. FIG. 8 shows the re-variation pattern storage area 76 of the ROM 76 of the CPU unit 74 of the pachinko machine 1 according to the present embodiment.
FIG. 9 is a diagram illustrating an example of a re-variation pattern table stored in C. As shown in FIG. 8, the re-variation pattern table 108 selected for the determination of the re-variation pattern
Is composed of a “count value” indicating the count value of the re-change pattern selection counter 77K, and a “re-change pattern” corresponding to the “count value”. This “re-fluctuation pattern” represents the type of re-fluctuation pattern displayed on the liquid crystal display 19 when a “big hit” occurs as described later.

The "count value" of the re-variation pattern table 108 includes "0", "1", "2",
Nine types of count values “3”, “4”, “5”, “6”, “7”, and “8” are registered in advance. The “re-variation pattern” for each “count value” includes “pattern 1” for “0” of “count value”, “pattern 2”, and “count 2” for “1” of “count value”. "Pattern 3" and "Count value" for "2" of "Value"
"3", "pattern 4", "count value""4","pattern5","countvalue""5","pattern6","countvalue""Pattern7" for "6", "Pattern 8" for "7" of "Count value" and "Pattern 9" for "8" of "Count value" are registered in advance as types of re-variable patterns. Have been.

Next, the program R of the display control circuit 95
The temporary stop symbol data table 109 stored in the temporary stop symbol storage area 97A of the OM 97 will be described with reference to FIG. FIG. 9 is a diagram showing an example of the temporary stop symbol data table 109 stored in the temporary stop symbol storage area 97A of the program ROM 97 of the display control circuit unit 95 of the pachinko machine 1 according to the present embodiment. As shown in FIG. 9, the temporary stop symbol data table 109 selected for the selection of the temporary stop symbol at the time of the re-variation and the re-variation display includes:
It is composed of a “number” indicating a number assigned to each temporary stop symbol and a “temporary stop symbol” corresponding to the “number”. This “temporary stop symbol” represents image data of each temporary stop symbol displayed at the time of re-change as described later, and is the same symbol data as the corresponding “big hit symbol”.

Also, the temporary stop symbol data table 109
"0", "1", "2", "3",
"4", "5", "6", "7", "8", "9",
Twelve types of number data "10" and "11" are registered in advance. The “temporary stop symbol” for each “number” includes image data of “111” for “0” of “number”, image data of “222” for “1” of “number”, “ The image data of “333” for “2” of the number, the image data of “444” for “3” of “number”, the image data of “555” for “4” of “number”, Image data of “666” for “5” of “number”, image data of “777” for “6” of “number”, and image data of “888” for “7” of “number” The image data of “frog frog” for “9” of “number”, the image data of “woman and woman” for “10” of “number”, and the image data of “11” for “number” The image data of “male male” is registered in advance. Therefore, when the “number” is “0”, the “temporary stop symbol” is the “big hit symbol”
"111". "Number" is "1"
In the case of, "temporary stop symbol" is "2" of "big hit symbol"
22 ". When the “number” is “2”, the “temporary stop symbol” is “333” of the “big hit symbol”.
It corresponds to. The “temporary stop symbol” when the “number” is “3” corresponds to “444” of the “big hit symbol”. The “temporary stop symbol” when the “number” is “4” corresponds to “555” of the “big hit symbol”. In addition, "temporary stop symbol" when "number" is "5"
Corresponds to “666” of the “big hit symbol”. When the “number” is “6”, the “temporary stop symbol” is
It corresponds to "777" of "big hit symbol". Also,
The “temporary stop symbol” when the “number” is “7” corresponds to “888” of the “big hit symbol”. The “temporary stop symbol” when the “number” is “8” corresponds to “999” of the “big hit symbol”. When the “number” is “9”, the “temporary stop symbol” is the “big hit symbol”
"Frog frog" corresponds to. Also, if the “number” is “1”
The “temporary stop symbol” in the case of “0” corresponds to the “woman woman” of the “big hit symbol”. Furthermore, the “number” is “11”
The "temporary stop symbol" in the case of "1" corresponds to the "male / male" of the "big hit symbol".

Next, the program R of the display control circuit 95
The reach symbol data table 110 stored in the reach symbol storage area 97B of the OM 97 will be described with reference to FIG. FIG. 10 is a diagram illustrating an example of the reach symbol data table 110 stored in the reach symbol storage area 97B of the program ROM 97 of the display control circuit unit 95 of the pachinko machine 1 according to the present embodiment. As shown in FIG. 10, the reach symbol data table 110 selected for the determination of the reach symbol includes a “count value” representing each count value of the reach symbol selection counter 77I arranged in the row direction, and each “count value”. And "reach symbols" constituting each "reach symbol group".
The “count value” is “0”, “1”, “2”,
"3", "4", "5", "6", "7", "8",
Data of 11 “count values” of “9” and “10” are registered in advance. The “reach symbols” for each “count value” are “reach symbol group 1”, “reach symbol group 2”, “reach symbol group 3”, “reach symbol group 4”,
"Reach symbol group 5", "reach symbol group 6", "reach symbol group 7", "reach symbol group 8", "reach symbol group 9",
"Reach symbol group 10", "reach symbol group 11", and
The “reach symbol” data for the twelve “reach symbol groups” of the “reach symbol group 12” is registered in advance.

For example, each “reach symbol” constituting “reach symbol group 1” is “121” for “0” of “count value” and “13” for “1” of “count value”.
"141" for "1", "2" of "count value",
“151” for “3” of “count value”, “161” for “4” of “count value”, “171” for “5” of “count value”, and “171” for “count value” "181" for "6", "191" for "7" of "count value", "1 festival 1" for "8" of "count value", "9" for "count value""One girl one",
“1 man 1” is for “10” of “count value”.

Each of the “reach symbols” constituting the “reach symbol group 2” is “212” for “0” of “count value” and “23” for “1” of “count value”.
2 ”,“ 242 ”for“ 2 ”of“ count value ”,
“252” for “3” of “count value”, “262” for “4” of “count value”, “272” for “5” of “count value”, and “272” for “count value” “282” for “6”, “292” for “7” of “count value”, “2 festival 2” for “8” of “count value”, “9” for “count value” "2 girls 2",
“2 male 2” is for “10” of “count value”.

Each of the “reach symbols” constituting the “reach symbol group 3” is “313” for “0” of “count value” and “32” for “1” of “count value”.
"343" for "3", "2" of "count value",
“353” for “3” of “count value”, “363” for “4” of “count value”, “373” for “5” of “count value”, and “373” for “count value” “383” for “6”, “393” for “7” of “count value”, “3 festival 3” for “8” of “count value”, and “9” for “count value” "3 girls 3",
“3” is “3” for “10” of the “count value”.

Each of the “reach symbols” constituting the “reach symbol group 4” is “414” for “0” of “count value” and “42” for “1” of “count value”.
"434" for "4", "2" of "count value",
“454” for “3” of “count value”, “464” for “4” of “count value”, “474” for “5” of “count value”, and “474” for “count value” "484" for "6", "494" for "7" of "count value", "4 festival 4" for "8" of "count value", "9" of "count value""4 girls 4",
“4 male 4” is corresponding to “10” of “count value”.

Each of the “reach symbols” constituting the “reach symbol group 5” is “515” for “0” of “count value” and “52” for “1” of “count value”.
"535" for "5", "2" of "count value",
“545” for “3” of “count value”, “565” for “4” of “count value”, “575” for “5” of “count value”, and “575” for “count value” "585" for "6", "595" for "7" of "count value", "5 festival 5" for "8" of "count value", "9" for "count value""5 women 5"
“5” is “5” for “10” of the “count value”.

Each of the “reach symbols” constituting the “reach symbol group 6” is “616” for “0” of “count value” and “62” for “1” of “count value”.
6 "," 636 "for" 2 "of" count value ",
“646” for “3” of “count value”, “656” for “4” of “count value”, “676” for “5” of “count value”, "686" for "6", "696" for "7" of "count value", "6 festival 6" for "8" of "count value", "9" for "count value""6 girls 6"
“6 male 6” is for “10” of “count value”.

The “reach symbols” constituting the “reach symbol group 7” are “717” for “0” of “count value” and “72” for “1” of “count value”.
7 ”,“ 737 ”for“ 2 ”of“ count value ”,
“747” for “3” of “count value”, “757” for “4” of “count value”, “767” for “5” of “count value”, and “767” for “count value” "787" for "6", "797" for "7" of "count value", "7 festival 7" for "8" of "count value", "9" for "count value" In response to "7 girl 7",
“7” is “7” for “10” of the “count value”.

The “reach symbols” constituting the “reach symbol group 8” are “818” for “0” of “count value” and “82” for “1” of “count value”.
8 "," 838 "for" 2 "of" count value ",
“848” for “3” of “count value”, “858” for “4” of “count value”, “868” for “5” of “count value”, and “868” for “count value” "878" for "6", "898" for "7" of "count value", "8 festival 8" for "8" of "count value", "9" for "count value" Against "8 girl 8",
“8” is “8” for “10” of “count value”.

The “reach symbols” constituting the “reach symbol group 9” are “919” for “0” of “count value” and “92” for “1” of “count value”.
9 "," 939 "for" 2 "of" count value ",
“949” for “3” of “count value”, “959” for “4” of “count value”, “969” for “5” of “count value”, and “969” for “count value” "979" for "6", "989" for "7" of "count value", "9 festival 9" for "8" of "count value", "9" of "count value" In response to "9 girls 9",
“9” is “9” for “10” of the “count value”.

Each of the “reach symbols” constituting the “reach symbol group 10” is “festival 1 festival” for “0” of “count value” and “reach symbol” for “1” of “count value”. Festival 2
Festival ”,“ Count 3 ”for“ 2 ”of“ Count value ”,
“Festival 4 festival” for “3” of “Count value”, “Festival 5 festival” for “4” of “Count value”, and “Festival 6 festival” for “5” of “Count value” , "Festival 7 festival" for "6" of "Count value", "Festival 8 festival" for "7" of "Count value", and "Festival 9" for "8" of "Count value".
Festival ”,“ Count value ”“ 9 ”,“ Festival Festival ”,
"Festival festival" is "10" of "count value".

Each of the "reach symbols" constituting the "reach symbol group 11" has "female one female" for "0" of "count value", and "female one female" for "1" of "count value". Woman 2
"Woman", "count value""2" for "woman 3 woman",
"Female 4 female" for "3" of "Count value", "Female 5 female" for "4" of "Count value", and "Female 6 female" for "5" of "Count value""Female 7 female" for "6" of "count value", "female 8 female" for "7" of "count value", and "female 9" for "8" of "count value".
Woman ”,“ count value ”“ 9 ”,“ women festival woman ”,
"Female" for "10" of the "count value".

Further, the "reach symbols" constituting the "reach symbol group 12" are "male and male" for "0" of "count value" and "male and male" for "1" of "count value". Man 2
"Man", "count value""2" for "man 3 man",
"4 males" for "3" of "count value", "5 males" for "4" of "count value", and "6 males" for "5" of "count value""7male" for "6" of "count value", "male 8 male" for "7" of "count value", and "male 9" for "8" of "count value".
"Man", "count value""9" for "male festival man",
For the "10" of the "count value", it is "man and woman".

Next, the program R of the display control circuit unit 95
The re-variation display data table 111 stored in the re-variation data storage area 97C of the OM 97 will be described with reference to FIG. FIG. 11 shows a pachinko machine 1 according to the present embodiment.
9 is a diagram showing an example of a re-display data table 111 stored in a re-display data storage area 97C of a program ROM 97 of the display control circuit unit 95 of FIG. As shown in FIG. 11, when a "big hit" occurs or when "losing reach" occurs, a temporary stop of the re-variable display displayed on the liquid crystal display 19 is selected and a selected temporary stop is performed. The re-variation display data table 111 selected for determining the symbol display procedure includes a “pattern” indicating a re-variation pattern instructed by the CPU 75 of the main board 71 and a “temporary stop symbol selection procedure” corresponding to the “pattern”. And "re-change display procedure". This “temporary stop symbol selection procedure” is performed by the CP of the main board 71 as described later.
From U75, "Big hit design" or "Hazle reach design"
, A selection procedure for selecting a "big hit symbol" or a "losing reach symbol" to be stopped first at the time of re-variation in each re-variation pattern. In addition, the “re-variation display procedure” represents a display procedure for sequentially displaying each temporarily stopped symbol of the “big hit symbol” or the “losing reach symbol” at the time of re-variation in each re-variation pattern as described later.

The “pattern” of the re-variation display data table 111 includes “pattern 1”, “pattern 2”,
"Pattern 3", "Pattern 4", "Pattern 5",
Nine types of data of "pattern 6", "pattern 7", "pattern 8", and "pattern 9" are registered in advance. The “temporary stop symbol selection procedure” corresponding to each “pattern” includes “next order → next order → reverse order → reverse order” selection procedure data for “pattern 1” and “selection pattern data” for “pattern 2”. Selection procedure data of “next order → next order → reverse order”, selection procedure data of “reverse order → next order → reverse order” for “pattern 3”, and selection procedure data of “next order → reverse order” for “pattern 4” Selection procedure data of “next order → reverse order” for “pattern 5”, selection procedure data of “next order → reverse order” for “pattern 6”, and selection of “next order” for “pattern 7” Procedure data, “Next” selection procedure data for “Pattern 8”, and “None” selection procedure data for “Pattern 9” are registered in advance.

The “reverse order” of each of the selection procedure data of the “temporary stop symbol selection procedure” corresponds to the temporary stop symbol data table 1.
09 (see FIG. 9) means that a “temporary stop symbol” is selected to select the “temporary symbol” in the order of the next to the decreasing direction of the numerical value of the “number”. Also,
The “reverse order” of each selection procedure data of the “temporary stop symbol selection procedure” corresponds to the “reach symbol” in the order of the next one in the decreasing direction of the numerical value of the “count value” in the reach symbol data table 110 (see FIG. 10). "Means" reach symbol ". The “next order” of each selection procedure data of the “temporary stop symbol selection procedure” is “temporarily” in the order in which the numerical value of the “number” increases in the temporary stop symbol data table 109 (see FIG. 9). "Stop symbol" means "temporarily stopped symbol". The “next order” of each selection procedure data of the “temporarily stopped symbol selection procedure” is the reach symbol data table 110.
In FIG. 10, this means that the “reach symbol” is selected to select the next “reach symbol” in the direction in which the numerical value of the “count value” increases. Further, “none” of the selection procedure data of the “temporary stop symbol selection procedure” is set to the second in the temporary symbol data table 109 (see FIG. 9) and the reach symbol data table 110 (see FIG. 10).
This means that the "temporary stop symbol" is not selected.

On the other hand, the “re-variation display procedure” corresponding to each “pattern” includes “after 1 second → next order (2 seconds) → next order (2 seconds) → reverse order (2 Second) → reverse order (2
Second) ”display procedure data,“ 3 ”for“ Pattern 2 ”
After 2 seconds → Next order (2 seconds) → Reverse order (2 seconds) → Reverse order (2 seconds) Display procedure data for “Pattern 3” “3 seconds later → Next order (2 seconds) → Reverse order (2 seconds) ) → Next (2 seconds) order display procedure data, “5 seconds later → Next order (2
Second) → reverse order (2 seconds) display procedure data, “7 seconds later → next order (1 second) → reverse order (1 second)” for “pattern 5”
Display procedure data for "Pattern 6"
Display procedure data of “next order (1.5 seconds) → reverse order (0.5 seconds)”, “7 seconds later → reverse order (2 seconds)” for “pattern 7”
Display procedure data for "Pattern 8""After 8 seconds →
Display procedure data of "reverse order (1 second)" and "pattern 9"
, The display procedure data of “after 9 seconds → none” is registered in advance.

The first "1 second" to "9 seconds" of each display procedure data of this "re-variation display procedure" is the "big hit symbol" or "losing reach symbol" displayed first at the time of re-variation.
Means the temporary stop time. Therefore, "1 second" means that the "big hit symbol" or "losing reach symbol" displayed first at the time of re-variation is temporarily stopped for "1 second". Also, “3 seconds” means that the “big hit symbol” or the “losing reach symbol” displayed first at the time of re-variation is temporarily stopped for “3 seconds”.
Further, "5 seconds" means that the "big hit symbol" or "losing reach symbol" displayed first at the time of re-variation is temporarily stopped for "5 seconds". Also, "7 seconds"
Means that the "big hit symbol" or the "losing reach symbol" displayed first at the time of re-change is temporarily stopped for "7 seconds". Also, “8 seconds” means that the “big hit symbol” or the “losing reach symbol” displayed first at the time of re-variation is temporarily stopped for “8 seconds”. Further, “9 seconds” means that the “big hit symbol” or the “losing reach symbol” displayed first at the time of re-variation is temporarily stopped for “9 seconds”.

The “reverse order” of each display procedure data of the “re-variation display procedure” is determined by temporarily stopping the symbol data table 109.
(See FIG. 9), which means that the “temporarily stopped symbol” in the next order in the direction in which the numerical value of the “number” decreases is the “temporarily stopped symbol” to be displayed next, and is temporarily stopped. While the "stop symbol" is raised from the screen of the liquid crystal display 19 in a state where the symbols are aligned and at a visible speed, the next "stop symbol" selected from the lower portion of the screen is displayed. Displayed in the center of the screen while being raised at an observable speed with the characters aligned, and displayed in parentheses "0.5 seconds" to "2 seconds" swinging up and down And then temporarily stop. The “reverse order” of each display procedure data of the “re-variation display procedure” is the same as the reach symbol data table 110 (FIG. 10).
), Means that the "reach symbol" in the next order in the decreasing direction of the "count value" is the "reach symbol" to be displayed next, and the "reach symbol" which is temporarily stopped Is raised upward at a speed that can be visually recognized from the screen of the liquid crystal display 19, and upwardly at a speed that allows the central design of the next selected “reach symbol” to be visible from below the screen. , And are displayed in the center of the screen, and are displayed in () in parentheses for “0.5 seconds” to “about 2 seconds”, and meanwhile are suspended vertically and temporarily stopped.

The “next order” of each display procedure data of the “re-variation display procedure” is determined by temporarily stopping the symbol data table 109.
In FIG. 9, the “stop symbol” in the next order in the direction in which the numerical value of the “number” increases is the “stop symbol” to be displayed next, and the “stop symbol” is temporarily stopped. While the symbols of the “temporary stop symbol” are lowered from the screen of the liquid crystal display 19 at a visible speed while the symbols are aligned, the symbol of the next “temporary symbol” selected from above the screen is displayed. In a state where they are aligned, lower the display at a visible speed and display it in the center of the screen, display in () "0.5 seconds" to "about 2 seconds" swinging up and down and pause It means to let. In the reach symbol data table 110 (see FIG. 10), the “next order” of each display procedure data of the “revariation display procedure” is the “reach symbol” in the next order in the direction in which the numerical value of the “count value” increases. "Means the next" reach symbol "to be displayed, and the symbol at the center of the" reach symbol "which has been stopped is lowered downward at a speed that can be visually recognized from the screen of the liquid crystal display 19. , The symbol at the center of the next selected “reach symbol” is lowered from the upper part of the screen at a visible speed and displayed in the lower part of the screen, and displayed in the center part of the screen. "To" approximately 2 seconds ", which means swinging display in the vertical direction and temporarily stopping.

Furthermore, “none” of the selection procedure data of the “re-variation display procedure” indicates that the symbol pattern data table 109 has been temporarily stopped.
This means that the second “temporary stop symbol” is not displayed in the reach symbol data table 110 (see FIG. 10) and the reach symbol data table 110 (see FIG. 10).

Here, the re-variation pattern storage area 76C of the ROM 76 and the re-variation data storage area 97C of the program ROM 97 constitute a re-variation pattern storage area. Further, the CPU 75 of the main board 71, the ROM 76,
RAM 77, display CPU 96 of display control circuit unit 95,
The program ROM 97 and the RAM 98 constitute a re-variation display unit. The temporary stop symbol storage area 97A of the program ROM 97 of the display control circuit unit 95 constitutes a special mode storage unit. The reach symbol storage area 97B of the program ROM 97 of the display control circuit unit 95 constitutes a reach symbol storage unit. Also, the CP of the main substrate 71
The U75, the ROM 76, the RAM 77, and the time-saving / probable change counter 77F constitute a privilege generation control unit.

Next, referring to FIG. 12, a description will be given, with reference to FIG. 12, of a variable symbol display control process executed by the CPU 75 of the main board 71 when a pachinko ball wins at each of the starting ports 31 and 38 of the control system thus configured. I do. FIG. 12 is a flowchart showing a display control process of a variable symbol executed by the CPU 75 of the main board 71 when a pachinko ball is won at each of the starting ports 31 and 38 of the pachinko machine 1 according to the present embodiment. Note that the CPU 75 of the pachinko machine 1 performs a display control process of the variable symbol when a pachinko ball wins in each of the starting ports 31 and 38 based on an interrupt signal input every predetermined time (for example, approximately every 10 msec). Execute

As shown in FIG. 12, first, in step (hereinafter, referred to as S) 1, the CPU 75 transmits the pachinko ball detection signal from each of the starting port switches 31A and 38A.
When the input is made via the input circuit 78, a "starting port winning process" is executed. In this “starting port winning process”, first, the CPU 75 sets the numerical value stored in the jackpot counter 77A when the pachinko ball detection signal is input from each of the starting port switches 31A and 38A as the “big hit count value” at that time. And stored in the parameter storage area 77L of the memory 77. Therefore, any numerical value from “0” to “198” is assigned to the algebra V and stored in the parameter storage area 77L.

At the same time, the CPU 75 sets the numerical value stored in the reach counter 77E when the pachinko ball detection signal is input from each of the starting port switches 31A and 38A to the algebra W as the "reach count value" at that time. Substitute and store in the parameter storage area 77L of the memory 77. Therefore, any numerical value from “0” to “142” is assigned to the algebra W and stored in the parameter storage area 77L. At the same time, the CPU 75 sets the numerical value stored in the time-saving / probable variable counter 77F when the pachinko ball detection signal is input from each of the starting port switches 31A and 38A as the "time-saving / probable variable count value" at that time in the algebra M To the parameter storage area 77L of the memory 77.
To memorize. Therefore, any numerical value from “0” to “9” is substituted into this algebra M and the parameter storage area 77
L.

At the same time, the CPU 75 sets the numerical value stored in the big hit symbol selection counter 77G when the pachinko ball detection signal is input from each of the starting port switches 31A and 38A at the time of the "big hit symbol selection count value". And stored in the parameter storage area 77L of the memory 77. Therefore, any numerical value from “0” to “11” is substituted for the algebra X and stored in the parameter storage area 77L.

At the same time, the CPU 75 changes the numerical value stored in the reach symbol group selection counter 77H when the pachinko ball detection signal is inputted from each of the start-up opening switches 31A and 38A into the "reach symbol group count value" at that time. ”And stored in the parameter storage area 77L of the memory 77. Therefore, this algebra Y has "0" to
Any numerical value of “14” is substituted and stored in the parameter storage area 77L.

At the same time, the CPU 75 sets the numerical value stored in the reach symbol selection counter 77I when the pachinko ball detection signal is input from each of the starting port switches 31A and 38A as the "reach symbol selection count value" at that time. And stored in the parameter storage area 77L of the memory 77. Therefore, this algebra Z has "0" ~
Any numerical value of “10” is substituted and stored in the parameter storage area 77L.

At the same time, the CPU 75 algebraically sets the numerical value stored in the loss symbol selection counter 77J when the winning signal is input from each of the starting opening switches 31A and 38A as the "loss symbol selection count value" at that time. J
And stored in the parameter storage area 77L. Therefore, any numerical value from “0” to “210” is assigned to this algebra F and stored in the parameter storage area 77L.

Further, at the same time, the CPU 75 sets the numerical value stored in the re-variation pattern selection counter 77K when a winning signal is input from each of the start-up opening switches 31A and 38A as the "re-variation pattern selection count value" at that time. And stored in the parameter storage area 77L. Therefore, any numerical value from “0” to “8” is substituted for the algebra K and stored in the parameter storage area 77L. It should be noted that the number of pachinko balls won in each of the starting ports 31 and 38 during the fluctuation of the fluctuation symbol displayed on the liquid crystal display 19 is retained in the first reservation counter 77C up to a maximum of four, and the number of pachinko balls at the time of each prize is determined. The above-described count values are stored in the parameter storage area 77L, and the processing in and after S2 described later is sequentially performed.

Subsequently, in S2, the CPU 75 executes a determination process for determining whether or not the "time saving / probable change mode" is set. First, the CPU 75 determines whether or not the “time saving / probable change mode” is to be performed.
Read the probable algebra L (when the power is turned on, “0” is substituted for the time saving / probable algebra L). When the time saving / probable variable algebra L is "0", it is determined that the time saving / probable variable algebra is not the "time saving / probable variable mode", and the "ordinary jackpot numerical value" stored in the ROM 76 in advance (in this embodiment, " 7 "
It is. ) Is read out and stored in the RAM 77 as the “ordinary jackpot value” as the “jackpot value”. Also,
When the time saving / probable variable algebra L read from the RAM 77 is “1”, it is determined that the time saving / probable variable algebra is in the “time saving / probable variable mode”, and the “probable variable jackpot numerical value” stored in the ROM 76 in advance.
(In the case of the present embodiment, “0-9” is read), and this “probably variable jackpot value” is stored in the RAM 77 as “jackpot value”.

Next, in S3, the CPU 75 executes a determination process for determining whether or not a "big hit" has occurred. In the process of determining whether or not a big hit has occurred, first, an algebra V as a “big hit count value” is read from the parameter storage area 77L. Then, it is determined whether or not the algebra V matches the “big hit value” stored in the RAM 77.
And if they match, the jackpot algebra R (when the power is turned on,
“0” is substituted for the jackpot algebra R. ) Is substituted for “1” and stored in the RAM 77. If they do not match, “0” is substituted for the jackpot algebra R and stored in the RAM 77. Therefore, in the case of a normal game state other than the “time saving / probable change mode”, the occurrence probability of the “big hit” is 1 /
199. In addition, in the case of the game state of the “time saving / probable change mode”, the occurrence probability of the “big hit” is 10/199.
It is. As a result, in the case of the “time saving / probable change mode”, the probability of the “big hit” is about ten times that in the normal gaming state. In the case of the “time saving / probable change mode”, the fluctuation time of the fluctuation symbol is shorter than the normal fluctuation time (4 to 7 seconds in this embodiment) (2 to 3 seconds in this embodiment). ) To stop and display. Then, the jackpot algebra R is read from the RAM 77 again, and it is determined whether the jackpot algebra R is “0” or “1”. That is, it is determined whether it is a "big hit". If the jackpot algebra R is "1", it is determined as "big hit". If the jackpot algebra R is "0",
It is determined as "losing".

Subsequently, when it is determined that the "big hit" is determined in S3 (S3: YES), the CPU 75 executes a determination process in S4 to determine whether or not the "time saving / probable change mode" is obtained. I do. The process of determining whether or not the “time saving / probable change mode” is acquired
U75 first reads an algebra M as a "time saving / probable change count value" from the parameter storage area 77L. In addition, the time saving and certainty variable values simultaneously stored in the ROM 76 (“1, 3, 5, 7, 9” in this embodiment).
Is read. Then, the algebra M as “time saving / probable change count value” read from the parameter storage area 77L.
Does not match any of the time-saving / probable variable values read from the ROM 76, it is determined that the “time-saving / probable variable mode” has not been acquired, and the time-saving / probable variable algebra L is read from the RAM 77.
And substitute “0” into the time-saving / probable algebra L,
It is stored in the RAM 77 again. On the other hand, when the algebra M as the “time-saving / probable variable count value” read from the parameter storage area 77L matches any of the time-saving / probable variable values read from the ROM 76, the time-saving / probable variable algebra L is read from the RAM 77, and If the time-saving / probable variable algebra L is “1”, it is determined that the “time-saving / probable variable algebra” has not been acquired, and “0” is substituted into the time-saving / probable variable algebra L and stored in the RAM 77 again. . On the other hand, if the algebra M as the “time saving / probable change count value” read from the parameter storage area 77L matches any of the time saving / probable variable values read from the ROM 76, the RAM 77
Read the time-saving / probable variable algebra L from the
Is "0", it is determined that the "time saving / probable variable mode" has been acquired, and "1" is substituted for the time saving / probable variable algebra L.
It is stored in the RAM 77 again. (In the case of this embodiment,
The probability of occurrence of time saving / probable change mode acquisition is 5/10 = 1/2. )

Then, the time-saving / probable variable algebra L is read again from the RAM 77, and it is determined whether the time-saving / probable variable algebra L is "0" or "1". That is, it is determined whether or not the “time saving / probable change mode” has been acquired. If the time-saving / probable algebra L is “1”, it is determined that the “time-saving / probable-variation mode” has been acquired. Is determined to have not been obtained.

Next, when it is determined in S4 that the "time saving / probable change mode" has not been acquired (S4: NO), S5
In the CPU 75, the parameter storage area 77L
The algebra X as a "big hit symbol selection count value" is read out from the CPU, and the "big hit symbol" corresponding to the algebra X is stored in the big hit symbol storage area 76A. Choose from Here, the selection of the “big hit symbol” is performed by setting the algebra X as the “big hit symbol selection count value” as the “count value” of the normal big hit symbol data table 105,
The symbol data of the "big hit symbol" corresponding to the algebra X as the "count value" is read. Then, the read symbol data is stored in the parameter storage area 77L as the symbol data of the "big hit symbol" of the "symbol instruction command" for instructing the display CPU 96.

Therefore, when the algebra X read out from the parameter storage area 77L is "0" to "2", "22"
The symbol data of "2" is stored in the parameter storage area 77L as symbol data of "big hit symbol". When the algebra X read from the parameter storage area 77L is “3” to “7”, the symbol data of “333” is stored in the parameter storage area 77L as the symbol data of “big hit symbol”. When the algebra X read from the parameter storage area 77L is “8” to “9”, the symbol data of “444” is stored in the parameter storage area 77L as the symbol data of “big hit symbol”. When the algebra X read out from the parameter storage area 77L is “10” to “12”, the symbol data “555” is stored in the parameter storage area 77L as the symbol data “big hit symbol”. The algebra X read out from the parameter storage area 77L is "13" to
In the case of “17”, the symbol data of “666” is used as the symbol data of “big hit symbol” in the parameter storage area 7.
7L. Also, the parameter storage area 77L
If the algebra X read out from "." Is "18" to "19", the symbol data of "888" is stored in the parameter storage area 77L as the symbol data of "big hit symbol". When the algebra X read from the parameter storage area 77L is "20" to "22", the symbol data of "999" is stored in the parameter storage area 77L as the symbol data of "big hit symbol". The algebra X read from the parameter storage area 77L is "23" to
In the case of “24”, the symbol data of “frog frog” is stored in the parameter storage area 7 as symbol data of “big hit symbol”.
7L. Also, the parameter storage area 77L
If the algebra X read out from is "25" to "27", the symbol data of "woman and woman" is stored in the parameter storage area 77L as the symbol data of "big hit symbol". When the algebra X read from the parameter storage area 77L is “28” to “29”, the symbol data of “male, male and male” is stored in the parameter storage area 77L as the symbol data of “big hit symbol”.

Subsequently, in S6, the CPU 75 reads the algebra K as the “re-variation pattern selection count value” from the parameter storage area 77L, and stores the “re-variation pattern” corresponding to the algebra K in the re-variation pattern storage area 7L.
Re-variation pattern table 108 stored in 6C
(See FIG. 8). Here, the selection of the “re-change pattern” is performed by setting the algebra K as the “re-change pattern selection count value” as the “count value” of the re-change pattern table 108 and corresponding to the algebra K as the “count value”. Pattern data of the "re-variation pattern". Then, the read pattern data is stored in the display CPU 9.
6 is stored in the parameter storage area 77L as data of the "re-variation pattern" of the "symbol instruction command" instructed to the parameter storage area 77L.

Therefore, when the algebra K read from the parameter storage area 77L is "0", the "pattern 1"
Are stored in the parameter storage area 77L as data of the “re-variation pattern” instructing the display CPU 96. When the algebra K read out from the parameter storage area 77L is “1”, “Pattern 2” is
It is stored in the parameter storage area 77L as data of the “re-variation pattern” instructed to the PU 96. Also,
When the algebra K read from the parameter storage area 77L is “2”, “pattern 3” is displayed in the display CPU 96.
Is stored in the parameter storage area 77L as the data of the “re-variation pattern” indicated by the instruction. When the algebra K read from the parameter storage area 77L is “3”, “pattern 4” is stored in the parameter storage area 77L as “re-variation pattern” data instructing the display CPU 96. When the algebra K read from the parameter storage area 77L is “4”, “pattern 5” is stored in the parameter storage area 77L as “re-variation pattern” data instructing the display CPU 96. When the algebra K read from the parameter storage area 77L is “5”, “pattern 6” is stored in the parameter storage area 77L as “re-variation pattern” data instructing the display CPU 96.
When the algebra K read from the parameter storage area 77L is “6”, “pattern 7” is displayed on the display CPU.
The data is stored in the parameter storage area 77 </ b> L as the data of the “re-variation pattern” instructed to 96. When the algebra K read from the parameter storage area 77L is “7”, “pattern 8” is stored in the parameter storage area 77L as “re-variation pattern” data instructing the display CPU 96. Further, when the algebra K read from the parameter storage area 77L is “8”,
The “pattern 9” is instructed to the display CPU 96 as the “re-variation pattern” data as the parameter storage area 77.
L.

Next, in S7, the CPU 75 again stores the "design instruction command" from the parameter storage area 77L.
The CPU reads the symbol data of the "big hit symbol" and the data of the "re-variation pattern", and outputs the "symbol instruction command" via the output circuit 79 to the display CPU of the display control circuit unit 95.
96 is output as a symbol change start command. Therefore, the normal "big hit" that does not acquire the "time saving / probable change mode"
Occurs, the symbol data of one of the "big hit symbols" and the data of the "re-variation pattern" in the normal big hit symbol data table 105 are displayed as a symbol change start command from the CPU 75 via the output circuit 79. CPU
96. (For example, when “333” is selected as the “big hit symbol” displayed on the liquid crystal display 19 at that time and “pattern 1” is selected as the “re-variation pattern”, the CPU 75 sets the output circuit 79 to After that, a 2-byte hexadecimal number “0303” is output to the display control circuit unit 95 as a symbol signal, and then a 1-byte hexadecimal number “01” is output as a re-variation pattern signal.)

Next, in S8, the CPU 75 reads from the ROM 76 the processing time of the variable display processing of the “re-variable pattern” output to the display control circuit section 95, and waits for the processing time (S8: NO). Each processing time is stored in ROM beforehand.
76 (in the case of the present embodiment, about 9 seconds).

Then, when the processing time of the fluctuation display processing of the “re-variation pattern” of the “big hit symbol” has elapsed (in the case of the present embodiment, when about 9 seconds have elapsed) (S
8: YES), and in S9, the CPU 75 sets the display C
The display control circuit unit 95 outputs a final stop signal to instruct the PU 96 to stop the fluctuation, that is, to instruct the PU 96 to finalize the stop.
And the process ends. (For example, the CPU 75 sends the 2-byte 1 to the display control circuit 95 via the output circuit 79.
The hexadecimal number “0100” is output as a decision signal. )

If it is determined in S4 that the "time saving / probable change mode" has been obtained (S4: YES), in S10, the CPU 75 stores the algebra as the "big hit symbol selection count value" from the parameter storage area 77L. X is read, and a “big hit symbol” corresponding to the algebra X is selected from the probability-change big hit symbol data table 106 (see FIG. 6B) stored in the big hit symbol storage area 76A. Here, the selection of the "big hit symbol" is performed by setting the algebra X as the "big hit symbol selection count value" as the "count value" of the probability-change big hit symbol data table 106, and corresponding to the algebra X as the "count value". Read the symbol data of "big hit symbol". Then, the read symbol data is stored in the parameter storage area 77L as the symbol data of the "big hit symbol" of the "symbol instruction command" for instructing the display CPU 96.

Therefore, when the algebra X read out from the parameter storage area 77L is "0" to "9", "11"
The symbol data “1” is stored in the parameter storage area 77L as the symbol data “big hit symbol”. The algebra X read from the parameter storage area 77L is "1".
In the case of "0" to "29", the symbol data of "777" is stored in the parameter storage area 77L as the symbol data of "big hit symbol".

Subsequently, in S11, the CPU 75
“Pattern 9” is read from the re-variation pattern table 108 (see FIG. 8) stored in the re-variation pattern storage area 76C. Then, the read pattern data of “pattern 9” is stored in the parameter storage area 77L as the data of the “re-variation pattern” of the “design instruction command” for instructing the display CPU 96.

Next, in S7, the CPU 75 again stores the "design instruction command" from the parameter storage area 77L.
The CPU reads the symbol data of the "big hit symbol" and the data of the "re-variation pattern", and outputs the "symbol instruction command" via the output circuit 79 to the display CPU of the display control circuit unit 95.
96 is output as a symbol change start command. Therefore, when the “big hit” occurs and the “time saving / probable change mode” is acquired, the probable change big hit symbol data table 106
The pattern data of any one of the “big hit symbols” and the pattern data of “pattern 9” are sent from the CPU 75 via the output circuit 79 to the display CPU 96 as a symbol change start command.
Is output to Then, the CPU 75 executes the processing after S8, and ends the processing. In addition, as described later,
The re-variation pattern of “pattern 9” is a pattern in which the designated “big hit symbol” is temporarily stopped for a predetermined time (about 9 seconds in this embodiment), displayed, and then fixedly stopped and displayed. Therefore, after the winning symbols 31 and 38 are won and the variable symbol fluctuates, if “111” or “777” is temporarily stopped and displayed as the “big hit symbol” displayed for the first time, “ Time saving / probable change mode "surely occurs.

On the other hand, if it is determined in S3 that "losing" has occurred (S3: NO), in S12,
The PU 75 performs a determination process of determining whether or not the game is in the “losing” of the reach mode. "Lost" in this reach mode
The determination process of whether or not the parameter storage area 77
The algebra W as the “reach count value” is read from L. If the algebra W read from the parameter storage area 77L is any of “0 to 28”, the CP
U75 determines as "losing" in the reach mode.
Further, when the algebra W read out from the parameter storage area 77L is “29 to 142”, the CPU 21 determines as a normal “losing”. Note that a determination value “0 to 28” for determining as “losing” in the reach mode.
Are stored in the ROM 76 in advance. Therefore, the occurrence probability value of the loss reach is the number of numerical values from “0 to 142” counted by the reach counter 77E.
This is the ratio of 29 pieces from “0 to 28” to three pieces. (In the case of the present embodiment, the occurrence probability value of the losing reach is 29/143.)

Then, when it is determined as "losing" (losing reach) in the reach mode (S12: YE
In S) and S13, the CPU 75 reads the algebra Y as the “reach symbol group count value” from the parameter storage area 77L, and stores the “reach symbol group” corresponding to the algebra Y in the reach symbol group storage area 76B. From the reach symbol group data table 107 (see FIG. 7). Here, the selection of the “reach symbol group” corresponds to the algebra Y as the “reach symbol group count value”, the “count value” in the reach symbol group data table 107, and the algebra Y as the “count value”. Read the "reach symbol group" data. Then, the read data of the “reach symbol group” is stored in the parameter storage area 77L as the data of the “reach symbol group” of the “symbol instruction command” for instructing the display CPU 96.

Therefore, when the algebra Y read from the parameter storage area 77L is “0”, the CPU 75 sets “reach symbol group 1” as “reach symbol group data” of the “symbol instruction command” in the parameter storage area. Store in 77L. When the algebra Y read from the parameter storage area 77L is "1", "reach symbol group 2" is stored in the parameter storage area 77L as "reach symbol group data" of the "symbol instruction command". When the algebra Y read from the parameter storage area 77L is “2”, the “reach symbol group data” of the “symbol instruction command”
"Reach symbol group 3" as the parameter storage area 77
Stored in L. If the algebra Y read from the parameter storage area 77L is "3", "reach symbol group 4" is stored in the parameter storage area 77L as "reach symbol group data" of the "symbol instruction command". Also,
The algebra Y read from the parameter storage area 77L is
In the case of "4", "reach symbol group 5" is stored in the parameter storage area 77L as "reach symbol group data" of the "symbol instruction command". The parameter storage area 7
If the algebra Y read from 7L is “5”, “reach symbol group 6” is stored in the parameter storage area 77L as “reach symbol group data” of the “symbol instruction command”.
If the algebra Y read from the parameter storage area 77L is “6 to 9”, “reach symbol group 7” is stored in the parameter storage area 77L as “reach symbol group data” of the “symbol instruction command”. . When the algebra Y read out from the parameter storage area 77L is "10", the "reach symbol group 8" is set as the "reach symbol group data" of the "symbol design instruction" in the parameter storage area 77L.
To memorize. If the algebra Y read from the parameter storage area 77L is "11", "reach symbol group 9" is stored in the parameter storage area 77L as "reach symbol group data" of the "symbol instruction command". Also,
The algebra Y read from the parameter storage area 77L is
In the case of “12”, “reach symbol group 10” is stored in the parameter storage area 77L as “reach symbol group data” of the “symbol instruction command”. If the algebra Y read from the parameter storage area 77L is "13", the "reach symbol group 11" is stored in the parameter storage area 77L as the "reach symbol group data" of the "symbol instruction command". Further, when the algebra Y read out from the parameter storage area 77L is “14”, the “reach symbol group data” of the “symbol design instruction command” is “reach symbol group 1”.
2 ”is stored in the parameter storage area 77L. Therefore, "reach symbol group 1", "reach symbol group 2", "reach symbol group 3", "reach symbol group 4", "reach symbol group 5", as "reach symbol group data" of "design instruction command"
“Reach symbol group 6”, “Reach symbol group 8”, “Reach symbol group 9”, “Reach symbol group 10”, “Reach symbol group 1”
The probability that "1" and "reach symbol group 12" are selected is 1/15 each. The probability that “reach symbol group 7” is selected as “reach symbol group data” of the “symbol design instruction” is 4/15.

At the same time, in S13, the CPU 7
5 reads an algebra Z as a “reach symbol selection count value” from the parameter storage area 77L. Then, the read algebra Z is stored in the parameter storage area 77L as the "count value" of the "reach symbol" of the "symbol instruction command" for instructing the display CPU 96. continue,
In S6, the CPU 75 executes the above-described re-variation pattern selection process to select the re-variation pattern, and as the “re-variation pattern” of the “design instruction command” to instruct the display CPU 96, the parameter storage area 77L. To memorize.

Then, in S7, the CPU 75 reads the "reach symbol group", "count value", and "re-variation pattern" data of "hazure reach" as the "symbol instruction command" from the parameter storage area 77L. The “symbol instruction command” is output to the display CPU 96 of the display control circuit unit 95 as a symbol change start instruction via the output circuit 79. Therefore, when the “losing reach” occurs, the data of the “reach symbol group”, the “count value”, and the “re-variation pattern” of the “losing reach” are sent from the CPU 75 to the output circuit 79 as a symbol variation start command. The data is output to the display CPU 96 via the CPU. (For example, when “reach symbol group 3” is selected as the “reach symbol group”, “3” is selected as the “count value”, and “pattern 1” is selected as the “re-variation pattern”, the CPU 75 The display control circuit unit 95 stores a 2-byte hexadecimal number “030”.
5 ”, 1-byte hexadecimal number“ 03 ”, and 1-byte 1
Hexadecimal “01” is output as a symbol change start command signal. )

Next, in S8, the CPU 75 reads from the ROM 76 the processing time of the variable display processing of the “re-variable pattern” output to the display control circuit section 95, and waits for the processing time (S8: NO). Note that each processing time is stored in the ROM 7 in advance.
6 (in the case of the present embodiment, about 9 seconds).

Then, when the processing time of the variable display processing of the “re-variation pattern” of “reach loss” has elapsed (in the case of this embodiment, approximately 9 seconds have elapsed) (S
8: YES), and in S9, the CPU 75 sets the display C
The display control circuit unit 95 outputs a final stop signal to instruct the PU 96 to stop the fluctuation, that is, to instruct the PU 96 to finalize the stop.
And the process ends. (For example, the CPU 75 sends the 2-byte 1 to the display control circuit 95 via the output circuit 79.
The hexadecimal number “0100” is output as a decision signal. )

On the other hand, in S12, the normal "losing"
Is determined (S12: NO), in S14, the CPU 75 reads the algebra J as the “losing symbol selection count value” from the parameter storage area 77L, The variation pattern is read from the ROM 76, and the display CP
It is stored in the parameter storage area 77L as the symbol data of "normal loss" and the "variation pattern" of the "symbol instruction command" instructing U96.

Then, in S7, the CPU 75 reads the symbol data of “normal loss” and the “variation pattern” as the “symbol instruction command” from the parameter storage area 77L, and outputs the “symbol instruction command” via the output circuit 79. Is output to the display CPU 96 of the display control circuit unit 95 as a symbol change start command. Therefore, when the “normal loss” occurs, the symbol data of the “normal loss” and the “variation pattern” are output from the CPU 75 to the display CPU 96 via the output circuit 79 as a symbol variation start command.
(For example, if “123” is selected as the “losing symbol” displayed on the liquid crystal display 19 at that time, the CP
U75 is connected to the display control circuit 95 via the output circuit 79.
The hexadecimal number “0201” of the byte is output as a symbol signal. Incidentally, a pattern signal such as a 1-byte hexadecimal number “08” representing a fluctuation pattern of “normal loss” is also transmitted at the same time. )

Next, in S8, the CPU 75 reads from the ROM 76 the processing time of the fluctuation display processing of the fluctuation pattern of “normal loss” output to the display control circuit section 95, and waits for the processing time (S8: NO). Note that the variation display processing time of the variation pattern of “normal loss” is determined in advance in the ROM
76 (in the case of the present embodiment, about 9 seconds).

When the fluctuation display processing time of the fluctuation pattern of “normal loss” has elapsed (in the case of this embodiment, approximately nine seconds have elapsed) (S8: YES), S
In step 9, the CPU 75 outputs to the display control circuit unit 95 a determination stop signal that instructs the display CPU 96 to stop the fluctuation, that is, instructs the display CPU 96 to perform the determination stop, and ends the process. (For example, the CPU 75 sends the 2-byte hexadecimal number “010” to the display control circuit unit 95 via the output circuit 79.
"0" is output as a determination signal. )

Next, a control process for displaying a "big hit symbol" and the like executed by the display CPU 96 of the control circuit unit 95 configured as described above will be described with reference to FIG. FIG. 13 is a flowchart showing a control process corresponding to a symbol change start command signal executed by the display CPU 96 of the display control circuit unit 95 of the pachinko machine 1 according to the present embodiment. The display CPU 96 of the display control circuit unit 95 performs a control process corresponding to a symbol variation start command signal from the main board 71 based on an interrupt signal input every predetermined time (for example, approximately every 10 msec). Execute.

As shown in FIG. 13, first, in S15, the display CPU 96 executes a determination process for determining whether or not a symbol change start command has been input from the main board 71. (For example, it is determined whether a 2-byte hexadecimal number “0303” and a 1-byte hexadecimal number “01” are input.) Then, the display CPU 96 receives a symbol change start command from the main board 71. If not (S15: N
O), the process ends.

On the other hand, when the symbol change start command is input from the main board 71 (S1)
5: YES), in S16, a symbol variation start command signal is stored in the RAM 98, and a determination process is performed to determine whether or not the symbol variation start command is a symbol variation start command of "big hit symbol". If the symbol change start command signal is a symbol change start command of "big hit symbol" (S16: Y
ES), in S17, the symbol signal representing the symbol data of the "big hit symbol" of the symbol variation start command signal and the re-variation pattern signal representing the re-variation pattern are stored in the RAM 9 again.
8 and select a temporary stop symbol to be displayed first.

In order to select the temporary stop symbol to be displayed at the beginning of the re-variation display of the “big hit symbol”, first, the “big hit symbol” instructed by the CPU 75 of the main board 71 is stored in the ROM 9.
No. 7 corresponding to the “temporary stop symbol” as the “temporary symbol” in the temporary symbol design data table 109 (see FIG. 9) stored in the temporary symbol storage area 97A of FIG.
Is stored in the RAM 98. Subsequently, the re-variation pattern signal is read from the RAM 98 again, and the re-variation pattern corresponding to the re-variation pattern signal is stored in the re-variation display data table 111 (see FIG. 11) stored in the re-variation data storage area 97C of the ROM 97. Pattern ". (For example, when the symbol signal of the “big hit symbol” from the CPU 75 of the main board 71 is a 2-byte hexadecimal number “0303”, the “big hit symbol” is set to “333” and the “333”
Is set as the "temporary stop symbol" in the temporary stop symbol data table 109, and "2" is stored in the RAM 98 as the "number" corresponding to the "333". When the re-variation pattern signal is a 1-byte hexadecimal number “01”, “pattern 1” is used as the re-variation pattern. Then, according to the “temporary stop symbol selection procedure” corresponding to the “pattern” in the re-variation display data table 111, the temporary stop symbol displayed first corresponding to the “big hit symbol” is selected and stored in the RAM 98. .

Therefore, when the "big hit symbol" is instructed by the CPU 75 of the main board 71, first, the "number" of the "temporary stop symbol" corresponding to the "big hit symbol" is determined from the temporarily stopped symbol data table 109. I do. Subsequently, when the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 1”, the “pattern 1”
"Next → Next →"
"Reverse order → Reverse order" is selected. Then, first, “temporarily stopped symbols” in the order following the “number” in the temporarily stopped symbols data table 109 are selected from “next order”. Next,
Then, the "temporary stop symbol" next to the number of the "temporary stop symbol" is selected. Next, the "temporary stop symbol" is selected in the order one after the "temporary symbol" number from the "reverse order". Finally, select the "temporary stop symbol" in the order after the number of the "temporary stop symbol" from the "reverse order", and temporarily stop the "temporary symbol" for the first time when re-changing. Stop symbol ". For example, the CPU of the main board 71
From "75", "333" is designated as the "big hit symbol", and in the case of "pattern 1", "333" is selected as the "temporary stop symbol" corresponding to the "big hit symbol""333". . Then, from “333” as the “temporary stop symbol”, “333” → “44”
"333" is selected and stored in the RAM 98 as a "temporary stop symbol" to be temporarily stopped for the first time at the time of re-variation, by selecting "4" → "555" → "444" → "333". In addition, the "temporary stop symbol" in the order after "111" is "male male male". In addition, the “temporary stop symbol” in the next order of “male male male” is “111”.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 2”, the “next order → next order →” of the “temporary stop symbol selection procedure” corresponding to the “pattern 2”. "Reverse order" is selected. And first,
From the “next order”, the “temporary stop symbol” in the order following the “number” of the “temporary symbol” corresponding to the “big hit symbol” in the temporary symbol data table 109 is selected. Next, a “temporary stop symbol” next to the “temporary symbol” number is selected from “next order”. Lastly, the “temporary stop symbol” in the order after the number of the “temporary symbol” from the “reverse order”
Is selected as a "temporary stop symbol" which is temporarily stopped for the first time at the time of re-change. For example, the CPU 75 of the main board 71 sets “3
When "33" is instructed and "pattern 2", "333" is selected as "temporary stop symbol" corresponding to "333" which is the "big hit symbol". Then, from "333" as the "temporary stop symbol", "33"
The order is “3” → “444” → “555” → “444”, and “444” is selected and stored in the RAM 98 as the “temporary stop symbol” to be temporarily stopped first at the time of re-change.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 3”, “reverse order → next order → reverse order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 3” Is selected. And first,
From the “reverse order”, the “temporarily stopped symbol” corresponding to the “big hit symbol” in the temporarily stopped symbol data table 109 and the “temporarily stopped symbol” in the order immediately after the “number” of the “temporarily stopped symbol” are selected. next,
From the “next order”, the “temporary stop symbol” next to the number of the “temporary symbol” is selected. Finally, select the "temporary stop symbol" in the order after the number of the "temporary stop symbol" from the "reverse order", and temporarily stop the "temporary symbol" for the first time when re-changing. Stop symbol ". For example, the CPU 75 of the main board 71 instructs “333” as a “big hit symbol” and, in the case of “pattern 3”, sets “temporary stop symbol” corresponding to the “big hit symbol” “333” as “temporary stop symbol”. 333 "is selected. Then, from "333" as the "temporary stop symbol", the order is "333" → "222" → "333" → "222". 222 ”is selected and stored in the RAM 98.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 4”, “next order → reverse order” of “temporary stop symbol selection procedure” corresponding to “pattern 4” is performed. Selected. And first, "next order"
Then, the “temporarily stopped symbol” corresponding to the “big hit symbol” in the temporarily stopped symbol data table 109 is selected as the “temporarily stopped symbol” next to the “number” of the “temporarily stopped symbol”. Finally, select the "temporary stop symbol" in the order after the number of the selected "temporary stop symbol" from the "reverse order", and temporarily stop the "temporary symbol" at the first time when re-changing. It will be referred to as “temporary stop symbol”. For example, the CPU 75 of the main board 71 instructs “333” as the “big hit symbol”, and in the case of “pattern 4”, the “big hit symbol” “333”
Is selected as the "temporary stop symbol" corresponding to. And "33" as this "temporary stop symbol"
From “3”, the order is “333” → “444” → “333”, and “333” is selected and stored in the RAM 98 as a “temporary stop symbol” to be temporarily stopped first at the time of re-change.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 5”, “next order → reverse order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 5” is performed. Selected. And first, "next order"
Then, the “temporarily stopped symbol” corresponding to the “big hit symbol” in the temporarily stopped symbol data table 109 is selected as the “temporarily stopped symbol” next to the “number” of the “temporarily stopped symbol”. Finally, select the "temporary stop symbol" in the order after the number of the selected "temporary stop symbol" from the "reverse order", and temporarily stop the "temporary symbol" at the first time when re-changing. It will be referred to as “temporary stop symbol”. For example, the CPU 75 of the main board 71 instructs “333” as a “big hit symbol” and, in the case of “pattern 5”, “333” which is the “big hit symbol”
Is selected as the "temporary stop symbol" corresponding to. And "33" as this "temporary stop symbol"
From “3”, the order is “333” → “444” → “333”, and “333” is selected and stored in the RAM 98 as a “temporary stop symbol” to be temporarily stopped first at the time of re-change.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 6”, “next order → reverse order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 6” is performed. Selected. And first, "next order"
Then, the “temporarily stopped symbol” corresponding to the “big hit symbol” in the temporarily stopped symbol data table 109 is selected as the “temporarily stopped symbol” next to the “number” of the “temporarily stopped symbol”. Finally, select the "temporary stop symbol" in the order after the number of the selected "temporary stop symbol" from the "reverse order", and temporarily stop the "temporary symbol" at the first time when re-changing. It will be referred to as “temporary stop symbol”. For example, the CPU 75 of the main board 71 instructs “333” as a “big hit symbol”, and in the case of “pattern 6”, the “big hit symbol” “333”
Is selected as the "temporary stop symbol" corresponding to. And "33" as this "temporary stop symbol"
From “3”, the order is “333” → “444” → “333”, and “333” is selected and stored in the RAM 98 as a “temporary stop symbol” to be temporarily stopped first at the time of re-change.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 7”, the “next order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 7” is selected. You. Then, from the “next order”, select the “temporarily stopped symbol” next to the “temporarily stopped symbol” number corresponding to the “big hit symbol” in the temporarily stopped symbol data table 109, and change the “temporarily stopped symbol”. This is a “temporary stop symbol” that is temporarily stopped first at the time of re-change. For example, the CPU 75 of the main board 71 instructs “333” as a “big hit symbol”, and in the case of “pattern 7,” the “temporary stop symbol” corresponding to the “big hit symbol” “333” is “ 333 "is selected. Then, from “333” as the “temporary stop symbol”, the order becomes “333” → “444”, and “444” is selected as the “temporary stop symbol” to be temporarily stopped at the time of re-variation, and is stored in the RAM 98. It is memorized.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 8”, “next order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 8” is selected. You. Then, from the “next order”, select the “temporarily stopped symbol” next to the “temporarily stopped symbol” number corresponding to the “big hit symbol” in the temporarily stopped symbol data table 109, and change the “temporarily stopped symbol”. This is a “temporary stop symbol” that is temporarily stopped first at the time of re-change. For example, the CPU 75 of the main board 71 instructs “333” as a “big hit symbol” and, in the case of “pattern 8”, sets “temporary stop symbol” corresponding to the “big hit symbol” “333” as “temporary stop symbol”. 333 "is selected. Then, from “333” as the “temporary stop symbol”, the order becomes “333” → “444”, and “444” is selected as the “temporary stop symbol” to be temporarily stopped at the time of re-variation, and is stored in the RAM 98. It is memorized.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 9”, “none” of the “temporary stop symbol selection procedure” corresponding to this “pattern 9” is selected. . Then, the “temporarily stopped symbol” corresponding to the “big hit symbol” in the temporarily stopped symbol data table 109 is set as the “temporarily stopped symbol” to be temporarily stopped for the first time in the re-change from “none”. For example, the CP of the main substrate 71
"333" is designated as the "big hit symbol" from U75, and in the case of "pattern 9", "333" is selected as the "temporary stop symbol" corresponding to the "big hit symbol""333". . Then, “333” as the “temporary stop symbol” is selected as the “temporary stop symbol” to be temporarily stopped for the first time at the time of re-change, and the RAM 98
Is stored. When the time saving / probable change mode is acquired in S4 (S4: YES), “111” or “777” is instructed as the “big hit symbol” from the CPU 75 of the main board 71, and the “variable change pattern” is “ Pattern 9 "is indicated. Therefore, when a "big hit" occurs and the "time saving / probable change mode" is acquired,
If "111" is instructed as a jackpot symbol,
“111” is selected as the “temporary stop symbol” corresponding to the “big hit symbol” “111”. Then, “111” as the “temporary stop symbol” is selected as the “temporary stop symbol” to be temporarily stopped first at the time of re-variation, and is stored in the RAM 98. When "777" is designated as the big hit symbol, "777" is selected as the "temporary stop symbol" corresponding to the "big hit symbol""777". Then, "777" as the "temporary stop symbol" is selected as the "temporary stop symbol" to be temporarily stopped at the first time at the time of re-change, and the RAM 98
Is stored.

Next, in S18, the display CPU 96
Starts the fluctuation of the fluctuation symbol of the liquid crystal display 19.

Subsequently, in S19, the display CPU 9
6 reads from the RAM 98 a "temporary stop symbol" which is temporarily stopped for the first time at the time of fluctuation, and this "temporary stop symbol" is read out.
Are displayed in the center of the screen of the liquid crystal display 19 in the order of a left symbol, a right symbol, and then a middle symbol, and are temporarily stopped, and measurement of an elapsed time after the temporary stop is started. At the time of this temporary stop, the "big hit symbol" is displayed once and stopped once, so that the player can recognize that the "big hit" has been acquired. In the case of the present embodiment, the display of the temporary stop is displayed by swinging up and down at the center of the screen in a state where the once displayed “big hit symbols” are aligned in three columns horizontally. Indicates that it has not been determined. Further, the display CPU 96 again returns the temporarily stopped symbol data table 10 corresponding to the “temporarily stopped symbol” to be temporarily stopped from the RAM 98 to the first stop.
9 is read out. Next, the instructed re-fluctuation pattern signal is read from the RAM 98, and the re-fluctuation pattern signal is used as a “pattern” in the re-fluctuation display data table 111 stored in the re-fluctuation data storage area 97C of the ROM 97. Then, re-variation display is performed on the liquid crystal display 19 in accordance with the “re-variation display procedure” corresponding to the “pattern”.

Therefore, when the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 1”, the “re-variation display procedure” corresponding to the “pattern 1”
"1 second later → next order (2 seconds) → next order (2 seconds) → reverse order (2
Second) → reverse order (2 seconds) ”is selected. And C for display
The PU 96 first displays the “temporary stop symbol” displayed first after “after one second” by swinging it up and down “about one second” in the center of the screen. Next, the “number” of the “temporarily stopped symbol” to be temporarily stopped first is read from the RAM 98 again, and the “number” of the temporarily stopped symbol data table 109 in the order next to the “number” of the temporarily stopped symbol data table 109 is read from “next order (2 seconds)”. The "temporarily stopped symbol" is selected from the temporarily stopped symbol data table 109, and the "temporarily stopped symbol" is temporarily stopped from the screen of the liquid crystal display 19 in a state in which the symbols are aligned, and downward at a visible speed. While dropping down, the next "stop symbol" selected from the top of the screen is displayed at the center of the screen with the symbols aligned, at a visible speed, and displayed vertically for "about 2 seconds". Display by swinging.

Subsequently, from the “next order (2 seconds)”, the “temporarily stopped symbol” in the order following the number in the temporarily stopped symbol data table 109 of the “temporarily stopped symbol” is selected and temporarily While the stopped “temporary stop symbol” is being lowered from the screen of the liquid crystal display 19 at a speed that is visually recognizable, the next “temporarily stopped symbol” is selected from above the screen. The "pattern" is lowered in a state where the symbols are aligned and at a visually recognizable speed, displayed at the center of the screen, and displayed by swinging up and down for "about 2 seconds". Next, "reverse order (2
Second), select the “temporary stop symbol” in the order following the number of the temporary stop symbol data table 109 of the temporarily stopped “temporary stop symbol”, and temporarily stop the “temporary stop symbol”. While the symbols are aligned from the screen of the liquid crystal display 19, and ascending upward at a visually recognizable speed, the next “stop symbol” selected from the bottom of the screen.
Is displayed in the center of the screen while being lifted upward at a visually recognizable speed in a state where the symbols are aligned, and is displayed by swinging up and down for "about 2 seconds".

Finally, from the “reverse order (2 seconds)”, the “temporarily stopped symbol” which is one stop after the number of the temporarily stopped symbol “temporarily stopped symbol” data table 109 is selected. The temporarily stopped “temporarily stopped symbol” is raised upward at a visually recognizable speed in a state where the symbols are aligned from the screen of the liquid crystal display 19, and the next “temporarily stopped” is selected from the lower portion of the screen. The "pattern" is displayed in the center of the screen while being lifted upward at a visually recognizable speed with the symbols aligned, and is displayed by swinging up and down for "about 2 seconds". The “temporarily stopped symbol” temporarily stopped and displayed at the center of the screen at the end corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

For example, "333" is determined as the "temporary stop symbol" to be temporarily stopped first during the re-variation processing.
In the case of "pattern 1", first, "333"
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 1 second". Next, in a state where the “333” is aligned, and while descending to the lower side of the screen at a visible speed, “444”
Are aligned, and descend from the upper side of the screen at a visually recognizable speed, and are temporarily stopped and displayed at the center of the screen for "about 2 seconds".
Next, while lowering the screen at a visible speed with the “444” aligned, the screen is lowered from the upper side of the screen at the “555” aligned and visible speed while the center of the screen is lowered. Section temporarily stops and displays "about 2 seconds". Next, while the “555” is aligned and rising to the upper side of the screen at a visible speed, the “444” is aligned and raised from the lower side of the screen at a visible speed to increase the center of the screen. Section temporarily stops and displays "about 2 seconds". Finally, this "444"
While the “333” is aligned, and ascending from the bottom of the screen at a visible speed while rising upward from the screen at a visible speed, “approximately 2 seconds” The display is temporarily stopped. Finally, “333” temporarily stopped and displayed at the center of the screen corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

When the variation pattern specified by the CPU 75 of the main board 71 is “pattern 2”, “3 seconds later → next order (2 seconds)” in the “re-variation display procedure” corresponding to this “pattern 2” Second) → reverse order (2 seconds) → reverse order (2 seconds) ”. Then, the display CPU 96 first displays the "temporary stop symbol" to be displayed first from "after 3 seconds" by swinging up and down "about 3 seconds" at the center of the screen. Next, the “number” of the “temporarily stopped symbol” to be temporarily stopped first is read from the RAM 98 again, and the “number” of the temporarily stopped symbol data table 109 in the order next to the “number” of the temporarily stopped symbol data table 109 is read from “next order (2 seconds)”. "Suspend symbol" is temporarily stopped symbol data table 1
Select from 09 and temporarily stop "temporary stop symbol"
In the state where the symbols are aligned from the screen of the liquid crystal display 19, and while lowering at a visible speed in the downward direction, the next "stop symbol" selected from above the screen is aligned with the symbols. And, it is lowered at a visually recognizable speed, displayed in the center of the screen, and displayed by swinging up and down for "about 2 seconds".

Next, from the “reverse order (2 seconds)”, the “temporarily stopped symbol” in the order after the number in the temporarily stopped symbol data table 109 of the “temporarily stopped symbol” which has been temporarily stopped.
Is selected, and the temporarily stopped “temporarily stopped symbol” is raised upward at a visually recognizable speed in a state where the symbols are aligned from the screen of the liquid crystal display 19, and the next selected symbol is selected from the lower portion of the screen. With the "temporary stop symbol" in a state where the symbols are aligned,
In addition, it is raised upward at a visually recognizable speed and displayed in the center of the screen, and is displayed by swinging up and down for "about 2 seconds".

Finally, from the “reverse order (2 seconds)”, the “temporarily stopped symbol” which is one stop after the number in the temporarily stopped symbol data table 109 of the “temporarily stopped symbol” is selected. The temporarily stopped “temporarily stopped symbol” is raised upward at a visually recognizable speed in a state where the symbols are aligned from the screen of the liquid crystal display 19, and the next “temporarily stopped” is selected from the lower portion of the screen. The "pattern" is displayed in the center of the screen while being lifted upward at a visually recognizable speed with the symbols aligned, and is displayed by swinging up and down for "about 2 seconds". The “temporarily stopped symbol” temporarily stopped and displayed at the center of the screen at the end corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

For example, “444” is determined as the “temporary stop symbol” to be temporarily stopped first during the re-variation processing.
In the case of “pattern 2”, first, “444”
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 3 seconds". Next, in a state where the “444” is aligned, the “555” is lowered to the lower side of the screen at a visually recognizable speed.
Are aligned, and descend from the upper side of the screen at a visually recognizable speed, and are temporarily stopped and displayed at the center of the screen for "about 2 seconds".
Next, while the “555” is aligned and rising to the upper side of the screen at a visible speed, the “444” is aligned and raised from the lower side of the screen at a visible speed to increase the center of the screen. Section temporarily stops and displays "about 2 seconds". Lastly, while rising to the upper side of the screen at the speed at which the “444” is aligned and visible, while rising from the bottom of the screen at the speed at which the “333” is aligned and visible, the center of the screen is displayed. Section temporarily stops and displays "about 2 seconds". Finally, “333” temporarily stopped and displayed at the center of the screen is the CPU of the main board 71.
It corresponds to the "big hit symbol" designated from 75.

When the variation pattern specified by the CPU 75 of the main board 71 is “pattern 3”, “3 seconds later → next order (2) Second) → reverse order (2 seconds) → next order (2 seconds). Then, the display CPU 96 first displays the "temporary stop symbol" to be displayed first from "after 3 seconds" by swinging up and down "about 3 seconds" at the center of the screen. Next, the “number” of the “temporarily stopped symbol” to be temporarily stopped first is read from the RAM 98 again, and the “number” of the temporarily stopped symbol data table 109 in the order next to the “number” of the temporarily stopped symbol data table 109 is read from “next order (2 seconds)”. "Suspend symbol" is temporarily stopped symbol data table 1
Select from 09 and temporarily stop "temporary stop symbol"
In the state where the symbols are aligned from the screen of the liquid crystal display 19, and while lowering at a visible speed in the downward direction, the next "stop symbol" selected from above the screen is aligned with the symbols. And, it is lowered at a visually recognizable speed, displayed in the center of the screen, and displayed by swinging up and down for "about 2 seconds".

Next, the "temporarily stopped symbol" in the order following the number in the temporarily stopped symbol data table 109 of the temporarily stopped "temporarily stopped symbol" from "reverse order (2 seconds)".
Is selected, and the temporarily stopped “temporarily stopped symbol” is raised upward at a visually recognizable speed in a state where the symbols are aligned from the screen of the liquid crystal display 19, and the next selected symbol is selected from the lower portion of the screen. With the "temporary stop symbol" in a state where the symbols are aligned,
In addition, it is raised upward at a visually recognizable speed and displayed in the center of the screen, and is displayed by swinging up and down for "about 2 seconds".

Finally, the temporary stop symbol data table 10 of the number of the temporary stop symbol data table 109 of the temporarily stopped “temporary stop symbol” from “next order (2 seconds)”.
The “temporary stop symbol” in the order following the “number” of No. 9 is selected from the temporary symbol data table 109, and the “temporarily stopped symbol” which has been temporarily stopped is displayed on the liquid crystal display 19 in a state where the symbols are aligned. And, while lowering downward at a visible speed, the next "stop symbol" selected from the upper part of the screen is lowered at a visible speed in a state where the symbols are aligned and at the center of the screen. Display and swing up and down for "about 2 seconds". The “temporarily stopped symbol” temporarily stopped and displayed at the center of the screen at the end corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

For example, “222” is determined as the “temporary stop symbol” to be temporarily stopped first at the time of the re-variation processing.
In the case of “pattern 3”, first, “222”
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 3 seconds". Next, in a state where the “222” is aligned, and while descending to the lower side of the screen at a visible speed, “333”
Are aligned, and descend from the upper side of the screen at a visually recognizable speed, and are temporarily stopped and displayed at the center of the screen for "about 2 seconds".
Next, while this "333" is aligned and rising at the visible speed to the upper side of the screen, while "222" is aligned and rising from the lower side of the screen at the visible speed, the center of the screen is raised. Section temporarily stops and displays "about 2 seconds". Lastly, while the “222” is aligned and descending to the lower side of the screen at a visible speed, the “333” is aligned and lowering from the upper side of the screen at a visible speed and the center of the screen is lowered. Section temporarily stops and displays "about 2 seconds". Finally, “333” temporarily stopped and displayed at the center of the screen is the CPU of the main board 71.
It corresponds to the "big hit symbol" designated from 75.

When the variation pattern instructed by the CPU 75 of the main board 71 is “pattern 4”, “after 5 seconds” of the “re-variation display procedure” corresponding to this “pattern 4” → next order (2 Second) → reverse order (2 seconds) ”is selected. Then, the display CPU 96 first displays the “temporary stop symbol” displayed first after “after 5 seconds” in the center of the screen by swinging up and down for “about 5 seconds”. Next, again, the RAM 9
From "8", the "number" of the "temporary stop symbol" to be temporarily stopped is read out, and the "temporary symbol" next to the "number" in the temporary symbol data table 109 is read from "next order (2 seconds)". Is temporarily selected from the stopped symbol data table 109, and the "temporarily stopped symbol", which has been temporarily stopped, is lowered from the screen of the liquid crystal display 19 in a state in which the symbols are aligned, and is lowered downward at a visible speed. Is displayed from the upper part of the screen at the center portion of the screen by lowering the selected "temporary stop symbol" at a visually recognizable speed with the symbols aligned, and displaying "about 2 symbols".
Swing up and down for "seconds" to display.

Finally, from the “reverse order (2 seconds)”, the “temporarily stopped symbol” which is one stop after the number of the “temporarily stopped symbol” temporarily stopped symbol data table 109 is selected. The temporarily stopped “temporarily stopped symbol” is raised upward at a visually recognizable speed in a state where the symbols are aligned from the screen of the liquid crystal display 19, and the next “temporarily stopped” is selected from the lower portion of the screen. The "pattern" is displayed in the center of the screen while being lifted upward at a visually recognizable speed with the symbols aligned, and is displayed by swinging up and down for "about 2 seconds". The “temporarily stopped symbol” temporarily stopped and displayed at the center of the screen at the end corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

For example, “333” is determined as the “temporary stop symbol” to be temporarily stopped first in the re-variation process.
In the case of “pattern 4”, first, the “333”
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 5 seconds". Next, in a state where the “333” is aligned, and while descending to the lower side of the screen at a visible speed, “444”
Are aligned, and descend from the upper side of the screen at a visually recognizable speed, and are temporarily stopped and displayed at the center of the screen for "about 2 seconds".
Lastly, while rising to the upper side of the screen at the speed at which the “444” is aligned and visible, while rising from the bottom of the screen at the speed at which the “333” is aligned and visible, the center of the screen is displayed. Section temporarily stops and displays "about 2 seconds". Finally, “333” temporarily stopped and displayed at the center of the screen corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

When the variation pattern instructed by the CPU 75 of the main board 71 is “pattern 5”, “after 7 seconds” of the “re-variation display procedure” corresponding to this “pattern 5” → next order (1 Second) → reverse order (1 second) is selected. Then, the display CPU 96 first displays the “temporary stop symbol” displayed first after “after 7 seconds” by swinging up and down “about 7 seconds” at the center of the screen. Next, again, the RAM 9
From "8", the "number" of the "temporarily stopped symbol" to be temporarily stopped is read out, and the "temporarily stopped symbol" in the order following the "number" in the temporarily stopped symbol data table 109 is read from "next order (1 second)". Is temporarily selected from the stopped symbol data table 109, and the "temporarily stopped symbol" which is temporarily stopped is lowered from the screen of the liquid crystal display 19 in a state in which the symbols are aligned, and is lowered downward at a visible speed. The next “stop symbol” selected from above is displayed at the center of the screen by lowering at a visually recognizable speed with the symbols aligned and displaying “about 1 symbol”.
Swing up and down for "seconds" to display.

Finally, from the “reverse order (1 second)”, the “temporarily stopped symbol” in the order following the number of the temporarily stopped symbol data table 109 of the temporarily stopped “temporarily stopped symbol” is selected. The temporarily stopped “temporarily stopped symbol” is raised upward at a visually recognizable speed in a state where the symbols are aligned from the screen of the liquid crystal display 19, and the next “temporarily stopped” is selected from the lower portion of the screen. The "pattern" is displayed in the center of the screen while being raised at an observable speed in a state where the symbols are aligned, and is displayed by swinging up and down "about one second". The “temporarily stopped symbol” temporarily stopped and displayed at the center of the screen at the end corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

For example, “333” is determined as the “temporary stop symbol” to be temporarily stopped first during the re-variation processing.
In the case of "pattern 5", first, "333"
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 7 seconds". Next, in a state where the “333” is aligned, and while descending to the lower side of the screen at a visible speed, “444”
Are aligned, and are lowered from the upper side of the screen at a visually recognizable speed and temporarily stopped and displayed at the center of the screen for "about 1 second".
Lastly, while rising to the upper side of the screen at the speed at which the “444” is aligned and visible, while rising from the bottom of the screen at the speed at which the “333” is aligned and visible, the center of the screen is displayed. Section temporarily stops and displays "about 1 second". Finally, “333” temporarily stopped and displayed at the center of the screen corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

When the variation pattern specified by the CPU 75 of the main board 71 is “pattern 6”, “7 seconds later → next order (1) of the“ re-variation display procedure ”corresponding to this“ pattern 6 ” .5 seconds) → reverse order (0.5 seconds). Then, the display CPU 96 first displays the “temporary stop symbol” displayed first after “after 7 seconds” by swinging up and down “about 7 seconds” at the center of the screen. Then, again
The "number" of the "temporary stop symbol" to be temporarily stopped first is read from the RAM 98, and the "temporary stop" in the next order of the "number" in the temporary stop symbol data table 109 is read from "next order (1.5 seconds)". Is selected from the temporarily stopped symbol data table 109, and the temporarily stopped "temporarily stopped symbol" is displayed on the screen of the liquid crystal display 19 in a state where the symbols are aligned.
And, while descending downward at a visible speed, the next selected "temporary stop symbol" is displayed from the top of the screen in a state where the symbols are aligned, and is lowered at a visible speed and displayed in the center of the screen. Display for about 1.5 seconds.

Finally, the “temporarily stopped symbol” is selected from the “reverse order (0.5 second)”, which is one stop after the number of the temporarily stopped symbol data table 109 of the “temporarily stopped symbol”. And temporarily stopped "temporarily stopped symbols"
In the state where the symbols are aligned from the screen of the liquid crystal display 19, and while rising upward at a visually recognizable speed, the next selected "temporary stop symbol" is aligned from the bottom of the screen, and the symbols are aligned. In addition, it is raised upward at a visually recognizable speed, displayed at the center of the screen, and displayed by swinging up and down for "about 0.5 seconds". The “temporarily stopped symbol” temporarily stopped and displayed at the center of the screen at the end corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71.

For example, “333” is determined as the “temporary stop symbol” to be temporarily stopped first during the re-variation processing.
In the case of “pattern 6”, first, “333”
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 7 seconds". Next, in a state where the “333” is aligned, and while descending to the lower side of the screen at a visible speed, “444”
Are aligned, and descend from the upper side of the screen at a visible speed, and are temporarily stopped and displayed at the center of the screen for "about 1.5 seconds". Lastly, while rising to the upper side of the screen at the speed at which the “444” is aligned and visible, while rising from the lower side of the screen at the speed at which the “333” is aligned and visible, the center of the screen is displayed. Is temporarily displayed for about 0.5 seconds.
Lastly, "333" is temporarily stopped and displayed at the center of the screen.
Corresponds to the "big hit symbol" specified by the CPU 75 of the main board 71.

When the variation pattern instructed by the CPU 75 of the main board 71 is “pattern 7”, “after 7 seconds → reverse order (2 seconds) of the“ re-variation display procedure ”corresponding to this“ pattern 7 ” ) "Is selected. And the display CP
U96 first displays the "temporary stop symbol" displayed first in "after 7 seconds" by swinging it up and down "about 7 seconds" at the center of the screen. Next, the “number” of the “temporarily stopped symbol” to be temporarily stopped for the first time is read from the RAM 98 again,
From the “reverse order (2 seconds)”, the “temporarily stopped symbol” is selected by selecting the “temporarily stopped symbol” in the order immediately after the number of the temporarily stopped symbol data table 109 of the “temporarily stopped symbol”, and the “temporarily stopped symbol” is temporarily stopped. In the state where the "stop symbols" are aligned from the screen of the liquid crystal display 19 and are raised upward at a visually recognizable speed, the next "stop symbols" selected from the bottom of the screen are aligned. In the up position at a visible speed and displayed at the center of the screen.
Swing up and down for "seconds" to display. Finally, the “temporary stop symbol” temporarily stopped and displayed at the center of the screen is the main board 7
This corresponds to the "big hit symbol" instructed by the first CPU 75.

For example, “444” is determined as the “temporary stop symbol” to be temporarily stopped at the first time during the re-variation processing.
In the case of "pattern 5", first, "444"
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 7 seconds". Next, in a state where the “444” is aligned, and while rising to the upper side of the screen at a visible speed, “333”
Are aligned, and rise from the lower side of the screen at a visible speed, and are temporarily stopped and displayed at the center of the screen for "about 2 seconds".
Lastly, "333" is temporarily stopped and displayed at the center of the screen.
Corresponds to the "big hit symbol" specified by the CPU 75 of the main board 71.

When the variation pattern specified by the CPU 75 of the main board 71 is “pattern 8”, “after 8 seconds → reverse order (1 second) of the“ re-variation display procedure ”corresponding to this“ pattern 8 ” ) "Is selected. And the display CP
U96 first displays the "temporary stop symbol" displayed first after "after 8 seconds" by swinging it up and down "about 8 seconds" in the center of the screen. Next, the “number” of the “temporarily stopped symbol” to be temporarily stopped for the first time is read from the RAM 98 again,
From the “reverse order (1 second)”, the “temporary stop symbol” which is one stop after the number of the “temporary stop symbol” temporarily stopped symbol data table 109 is selected, and the “temporarily stopped symbol” is temporarily stopped. In the state where the "stop symbols" are aligned from the screen of the liquid crystal display 19 and are raised upward at a visually recognizable speed, the next "stop symbols" selected from the bottom of the screen are aligned. In the center of the screen while raising it upward at a visible speed,
Swing up and down for "seconds" to display. Finally, the “temporary stop symbol” temporarily stopped and displayed at the center of the screen is the main board 7
This corresponds to the "big hit symbol" instructed by the first CPU 75.

For example, “444” is determined as the “temporary stop symbol” to be temporarily stopped first in the re-variation processing.
In the case of "pattern 8", first, "444"
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 8 seconds". Next, in a state where the “444” is aligned, and while rising to the upper side of the screen at a visible speed, “333”
Are aligned, and ascending from the lower side of the screen at a visually recognizable speed and temporarily stopped and displayed at the center of the screen for "about 1 second".
Lastly, "333" is temporarily stopped and displayed at the center of the screen.
Corresponds to the "big hit symbol" specified by the CPU 75 of the main board 71.

Further, when the variation pattern instructed by the CPU 75 of the main board 71 is “pattern 9”, “after 9 seconds → none” of the “re-variation display procedure” corresponding to this “pattern 9” is selected. Is done. Then, the display CPU 96
First, the "temporary stop symbol" displayed first after "after 9 seconds" is displayed by swinging up and down for "about 9 seconds" at the center of the screen. Then, "temporarily stopped symbols" to be displayed next to "none" is not selected. The “temporary stop symbol” temporarily stopped and displayed at the center of the screen is the CPU 75 of the main board 71.
It corresponds to the "big hit symbol" specified by.

For example, "333" is determined as the "temporarily stopped symbol" to be temporarily stopped first during the re-variation processing.
In the case of “pattern 9”, first, the “333”
Is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 9 seconds". It should be noted that “3” which is temporarily stopped and displayed at the center of the screen is displayed.
“33” corresponds to the “big hit symbol” instructed by the CPU 75 of the main board 71. Therefore, when the time saving / probable change mode is acquired in S4 (S4:
YES), “111” or “777” is determined as the “temporary stop symbol” to be temporarily stopped first in the re-variation process, and the determined “111” or “777” is displayed at the center of the screen of the liquid crystal display 19. Is temporarily displayed for "about 9 seconds".

Next, in S20, the display CPU 96
Waits for the input of the final stop signal from the CPU 75 of the main board 71 (S20: NO), and displays a temporary stop display of the "temporary stop symbol" temporarily stopped at the center of the screen at the end of the re-variation pattern display. continue.

Then, the display CPU 96 is connected to the main board 71.
If the determination stop signal is input from the CPU 75 of (a) (S20: YES), in step S21, the "temporarily stopped symbol" temporarily stopped at the center of the screen at the end of the re-variation pattern display is determined and stopped. The "temporarily stopped symbol" is displayed as the "big hit symbol", and the process is terminated. Thereby, the "big hit" is determined for the player. In addition, the jackpot symbol displayed after being confirmed and stopped is “111” or “77”.
In the case of “7”, a “big hit” occurs and a “time saving / probable change mode” occurs.

On the other hand, in S16, if the symbol variation start command input from the main board 71 is not the symbol variation start command of "big hit symbol" (S16: NO), in S22, the symbol variation start of "losing reach" is started. A determination process is performed to determine whether the command is issued. If the symbol variation start command signal is a symbol variation start command of "losing reach" (S22: YES), in S23, the "reach symbol group" of the "losing reach" of the symbol variation starting command signal is obtained.
The data of the "count value" and the "re-variation pattern" are read out again from the RAM 98, and a temporarily stopped symbol to be displayed first is selected.

In order to select the temporary stop symbol to be displayed at the beginning of the re-variation display of “losing reach”, first, the “reach symbol group” and the “count value” instructed by the CPU 75 of the main board 71 are set to the reach symbol in the ROM 97. RA as each “reach symbol group” and “count value” of the reach symbol data table 110 (see FIG. 10) stored in the storage area 97B.
Store it in M98. Subsequently, the re-variation pattern signal is
The re-variation display data table 11 stored in the re-variation data storage area 97C of the ROM 97 stores the re-variation pattern corresponding to the re-variation pattern signal again.
1 (see FIG. 11). Then, in accordance with the “temporary stop symbol selection procedure” corresponding to the “pattern” in the re-variation display data table 111, the user temporarily stops and selects “count value” in the reach symbol data table 110 of “hazure reach” to be displayed. And stores it in the RAM 98.

Therefore, when the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 1”, “next order → next order →” of the “temporary stop symbol selection procedure” corresponding to this “pattern 1” "Reverse order → Reverse order" is selected. Then, first, the “count value” in the order next to the “count value” instructed by the CPU 75 of the main board 71 from “next order”
Is selected as the "count value" in the reach symbol data table 110. Next, the “count value” in the order next to the “count value” is selected as the “count value” in the reach symbol data table 110 from the “next order”. Next, the “count value” in the order after the “count value” after the “reverse order” is selected as the “count value” in the reach symbol data table 110. Finally, the “count value” in the order after the “count value” after the “reverse order” is selected as the “count value” in the reach symbol data table 110, and this “count value” is set to the first value at the time of re-change. "Count value" of the reach symbol data table 110 to be stopped once. For example, in the case where “3” is designated as the “count value” by the CPU 75 of the main board 71 and “pattern 1”, the “count value” is changed from “3” → “4” →
“5” → “4” → “3” are sequentially selected, and “3” is stored in the RAM 98 as the “count value” of the reach symbol data table 110 to be temporarily stopped first. still,
The “count value” in the order immediately after the “count value” is “0” is “10”. Also, if the “count value” is “1”
The “count value” in the order following “0” is “1”.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 2”, the “next order → next order →” of the “temporary stop symbol selection procedure” corresponding to this “pattern 2”. "Reverse order" is selected. And first,
The “count value” in the order next to the “count value” instructed by the CPU 75 of the main board 71 is selected as the “count value” in the reach symbol data table 110 from “next order”. Next, the “count value” in the order next to the “count value” is selected as the “count value” in the reach symbol data table 110 from the “next order”. Finally, the “count value” in the order after the “count value” after the “reverse order” is selected as the “count value” in the reach symbol data table 110, and this “count value” is set to the first value at the time of re-change. "Count value" of the reach symbol data table 110 to be stopped once. For example, in the case where “3” is designated as the “count value” from the CPU 75 of the main board 71 and “pattern 2”, the “count value” is changed from “3” to “4”.
→ “5” → “4” is sequentially selected, and “4” is stored in the RAM 98 as the “count value” of the reach symbol data table 110 to be temporarily stopped first.

When the re-variation pattern instructed by the CPU 75 of the main board 71 is “pattern 3”, “reverse order → next order → reverse order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 3” Is selected. And first,
The “count value” in the order immediately after the “count value” specified by the CPU 75 of the main board 71 from the “reverse order” is selected as the “count value” in the reach symbol data table 110. Next, from the “next order”, the “count value” in the next order to the “count value” is stored in the reach symbol data table 11.
Select as "count value" of 0. Finally, "reverse order"
The “reach symbol” which selects the “count value” in the next order from the “count value” as the “count value” of the reach symbol data table 110 and temporarily stops the “count value” first at the time of re-variation Data table 11
The count value is set to 0. For example, the CP of the main substrate 71
In the case of “3” as the “count value” from U75 and “pattern 3”, the “count value” is “3”.
→ “2” → “3” → “2” is sequentially selected, and “2” is the reach symbol data table 110 that is temporarily stopped first.
Is stored in the RAM 98 as the “count value”.

When the re-variation pattern specified by the CPU 75 on the main board 71 is “pattern 4”, “next order → reverse order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 4” is performed. Selected. And first, "next order"
Then, the “count value” in the order following the “count value” instructed by the CPU 75 of the main board 71 is selected as the “count value” in the reach symbol data table 110. Finally, the “count value” in the order after the “count value” after the “reverse order” is selected as the “count value” in the reach symbol data table 110, and this “count value” is set to the first value at the time of re-change. "Count value" of the reach symbol data table 110 to be stopped once. For example, in the case of “3” as the “count value” from the CPU 75 of the main board 71 and “pattern 4”, the “count value” is sequentially selected from “3” → “4” → “3”. , "3"
Reach symbol data table 1 to temporarily stop first
It is stored in the RAM 98 as ten “count values”.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 5”, “next order → reverse order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 5” is performed. Selected. And first, "next order"
Then, the “count value” in the order following the “count value” instructed by the CPU 75 of the main board 71 is selected as the “count value” in the reach symbol data table 110. Finally, the “count value” in the order after the “count value” after the “reverse order” is selected as the “count value” in the reach symbol data table 110, and this “count value” is set to the first value at the time of re-change. "Count value" of the reach symbol data table 110 to be stopped once. For example, in the case of “3” as “count value” from the CPU 75 of the main board 71 and “pattern 5”, the “count value” is sequentially selected from “3” → “4” → “3”. , "3"
Reach symbol data table 1 to temporarily stop first
It is stored in the RAM 98 as ten “count values”.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 6”, “next order → reverse order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 6” is performed. Selected. And first, "next order"
Then, the “count value” in the order following the “count value” instructed by the CPU 75 of the main board 71 is selected as the “count value” in the reach symbol data table 110. Finally, the “count value” in the order after the “count value” after the “reverse order” is selected as the “count value” in the reach symbol data table 110, and this “count value” is set to the first value at the time of re-change. "Count value" of the reach symbol data table 110 to be stopped once. For example, in the case of “3” as the “count value” from the CPU 75 of the main board 71 and “pattern 6”, the “count value” is sequentially selected as “3” → “4” → “3”. , "3"
Reach symbol data table 1 to temporarily stop first
It is stored in the RAM 98 as ten “count values”.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 7”, the “next order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 7” is selected. You. Then, from the “next order”, the main substrate 7
The “count value” in the order following the “count value” instructed by the first CPU 75 is stored in the reach symbol data table 110.
As the "count value" of this "count value"
Is the “count value” of the reach symbol data table 110 that is temporarily stopped first at the time of re-change. For example, in the case of “3” as the “count value” from the CPU 75 of the main board 71 and “pattern 7”, the “count value” is sequentially selected from “3” → “4”, and “4” Is stored in the RAM 98 as the "count value" of the reach symbol data table 110 to be stopped first.

When the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 8”, “next order” of the “temporary stop symbol selection procedure” corresponding to this “pattern 8” is selected. You. Then, from the “next order”, the main substrate 7
The “count value” in the order following the “count value” instructed by the first CPU 75 is stored in the reach symbol data table 110.
As the "count value" of this "count value"
Is the “count value” of the reach symbol data table 110 that is temporarily stopped first at the time of re-change. For example, in the case of “3” as the “count value” from the CPU 75 of the main board 71 and “pattern 8”, the “count value” is sequentially selected from “3” → “4”, and “4” Is stored in the RAM 98 as the "count value" of the reach symbol data table 110 to be stopped first.

Further, when the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 9”, “none” of the “temporary stop symbol selection procedure” corresponding to this “pattern 9” is selected. . Then, the main substrate 7
The “count value” instructed by the first CPU 75 is set as the “count value” in the reach symbol data table 110 that is temporarily stopped first at the time of re-change. For example, when the CPU 75 of the main board 71 instructs “3” as the “count value”, and in the case of “pattern 9”, the “count value” of the reach symbol data table 110 in which the “3” is temporarily stopped first. Are stored in the RAM 98.

Next, in S18, the display CPU 96
Starts the fluctuation of the fluctuation symbol of the liquid crystal display 19.

Subsequently, in S19, the display CPU 9
6 reads out the data of the "reach symbol group" and the data of the "count value" of the "losing reach" to be temporarily stopped at the first time at the time of re-variation from the RAM 98, and reads the data of the "reach symbol group" and the "count value". Is selected as the "reach symbol group" and the "count value" in the reach symbol data table 110, and the symbol data of "losing reach" is selected. Then, the symbol of this “losing reach” is displayed once in the order of the left symbol, the right symbol, and then the middle symbol in the center portion of the screen of the liquid crystal display 19, temporarily stopped, and temporarily stopped, and the elapsed time since the temporary stop. Start measuring. At the time of this temporary stop, the symbol of "losing reach" is displayed once and the player is once stopped, so that the player can recognize "losing". Further, in the case of the present embodiment, the display of the temporary stop is displayed by swinging up and down at the center of the screen in a state in which the once displayed “losing reach” symbols are arranged in three rows horizontally. This indicates that the symbol has not been determined. Further, the display CPU 96 reads again the “count value” of the “losing reach” to be temporarily stopped at the first time from the RAM 98. Next, the instructed re-fluctuation pattern signal is read from the RAM 98, and the re-fluctuation pattern signal is used as a “pattern” in the re-fluctuation display data table 111 stored in the re-fluctuation data storage area 97C of the ROM 97. Then, re-variation display is performed on the liquid crystal display 19 in accordance with the “re-variation display procedure” corresponding to the “pattern”.

Therefore, when the re-variation pattern specified by the CPU 75 of the main board 71 is “pattern 1”, the “re-variation display procedure” corresponding to the “pattern 1”
"1 second later → next order (2 seconds) → next order (2 seconds) → reverse order (2
Second) → reverse order (2 seconds) ”is selected. And C for display
First, the PU 96 swings up and down "about one second" and displays the "losing reach" symbol displayed first in S23 from "after one second" in the center of the screen. Next, the "count value" of the symbol of "losing reach" to be temporarily stopped for the first time is again read from the RAM 98, and the reach symbol data table 1 is read from "next order (2 seconds)".
The “count value” in the order following the “count value” of 10
Then, the "Hazle Reach" symbol of the same "Reach symbol group" is selected, and the "central symbol" of the "Hazle Reach" symbol that has been stopped is displayed at a speed that can be visually recognized from the screen of the liquid crystal display 19. While lowering downward, the "center symbol" of the next selected "losing reach" symbol from the top of the screen
Is displayed at the center of the screen at the speed at which it can be visually recognized, and with the next "Hazle Reach" symbol aligned, "about 2 seconds"
Swing up and down to display.

Subsequently, from the “next order (2 seconds)”, the “count value” in the order next to the “count value” in the reach symbol data table 110 of the symbol “hazure reach” that has been temporarily stopped is: In addition, the symbol of "hazure reach" of the same "reach symbol group" is selected, and the "central symbol" of the symbol of "hazure reach" that has been stopped is positioned at a lower speed at a speed visible from the screen of the liquid crystal display 19. While lowering in the direction, the "center symbol" of the next selected "losing reach" symbol is lowered at a visible speed from the top of the screen and displayed at the center of the screen, and the next "losing reach" symbol is displayed. With the
The display is swung up and down for “about 2 seconds”. Next, from the “reverse order (2 seconds)”, the “count value” in the order immediately after the “count value” in the reach symbol data table 110 of the “losing reach” symbol that has been temporarily stopped, and the same Select the "Hazle Reach" symbol in the "Reach symbol group", and raise the "central symbol" of the "Hazle Reach" symbol that has been stopped upward at a speed that is visible from the screen of the liquid crystal display 19. Then, the "center symbol" of the next selected "losing reach" symbol is raised upward at a visually recognizable speed from the bottom of the screen and displayed in the center of the screen, and the next "losing reach" is displayed. In the state where the symbols are aligned, the image is swung up and down for "about 2 seconds" and displayed.

Finally, from the “reverse order (2 seconds)”, the “count value” in the order immediately after the “count value” in the reach symbol data table 110 of the “losing reach” symbol that has been temporarily stopped is used. In addition, the "Hazle Reach" symbol of the same "Reach symbol group" is selected, and the "central symbol" of the "Hazle Reach" symbol that has been stopped is displayed on the liquid crystal display 19.
While rising upward at a speed that is visible from the screen of
From the bottom of the screen, the "center symbol" of the next selected "losing reach" symbol is raised upward at a visible speed and displayed in the center of the screen, and the next "losing reach" symbol is displayed. In the aligned state, the display is swung up and down for "about 2 seconds" and displayed. It should be noted that the symbol of “losing reach” temporarily stopped and displayed at the center of the screen at the end corresponds to the symbol instruction command instructed by the CPU 75 of the main board 71.

For example, in the design instruction command instructed by the CPU 75 of the main board 71, the “reach symbol group” is “reach symbol group 3”, the “count value” is “3”, and the “re-variation pattern” is “pattern 1”. In the case of "", first, "353" is selected from the reach symbol data table 110, and temporarily stopped and displayed for "about 1 second" at the center of the screen of the liquid crystal display 19. Next, while the center symbol “5” of “353” descends at the lower side of the screen at a recognizable speed, “6” lowers from the upper center of the screen at the recognizable speed, and “363” is aligned. In this state, the display is temporarily stopped for "about 2 seconds" at the center of the screen. Next, “6” of the central symbol of “363” descends to the lower side of the screen at a visible speed, and “7” descends from the upper center of the screen at a visible speed to align “373”. In this state, the display is temporarily stopped for "about 2 seconds" at the center of the screen. Next, “7” of the central symbol of “373” rises to the upper side of the screen at a visible speed, and “6” rises from the lower center of the screen at a visible speed to align “363”. In this state, the display is temporarily stopped for "about 2 seconds" at the center of the screen. Finally, while the center symbol “6” of “363” rises to the upper side of the screen at a visible speed, “5” rises from the lower center of the screen at a visible speed to align “353”. In this state, the display is temporarily stopped for "about 2 seconds" at the center of the screen.

When the variation pattern specified by the CPU 75 of the main board 71 is “pattern 2”, “3 seconds later → next order (2 seconds)” in the “re-variation display procedure” corresponding to this “pattern 2” Second) → reverse order (2 seconds) → reverse order (2 seconds). Then, the display CPU 96 first swings up and down “about 3 seconds” with the “losing reach” symbol displayed first in S23 after “3 seconds” aligned with the center of the screen. To display. Next, again, the RAM 9
From "8", the "count value" of the symbol of "losing reach" to be temporarily stopped is read out, and the "count value" of the next order of the "count value" in the reach symbol data table 110 is read from "next order (2 seconds)". "And the same" reach pattern group "
Is selected, and the "central symbol" of the temporarily stopped "losing reach" symbol is lowered downward at a speed visible from the screen of the liquid crystal display 19, while The next "Hazle Reach" selected from above
The "center symbol" of the symbol is lowered at a visible speed and displayed in the center of the screen, and the next "losing reach" symbol is displayed by swinging up and down for "about 2 seconds" with the symbols aligned .

Next, from the “reverse order (2 seconds)”, in the reach symbol data table 110 of the temporarily stopped “losing reach” symbol, the “count value” in the order immediately after the “count value” is used. And select the "Hazle Reach" symbol of the same "Reach symbol group" and move the "Hazle Reach" symbol, which has been stopped, upwards at a speed that can be visually recognized from the screen of the liquid crystal display 19. While rising in the direction, the "center symbol" of the next selected "losing reach" symbol is raised upward at a visible speed from the bottom of the screen and displayed in the center of the screen, and the next " In the state where the symbols of "Hazle reach" are aligned, the image is swung up and down for "about 2 seconds" and displayed.

Finally, from the “reverse order (2 seconds)”, the “count value” in the order after the “count value” in the reach symbol data table 110 of the symbol of “hazure reach” that has been temporarily stopped is used. In addition, the "Hazle Reach" symbol of the same "Reach symbol group" is selected, and the "central symbol" of the "Hazle Reach" symbol that has been stopped is displayed on the liquid crystal display 19.
While rising upward at a speed that is visible from the screen of
From the bottom of the screen, the "center symbol" of the next selected "losing reach" symbol is raised upward at a visible speed and displayed in the center of the screen, and the next "losing reach" symbol is displayed. In the aligned state, the display is swung up and down for "about 2 seconds" and displayed. It should be noted that the symbol of “losing reach” temporarily stopped and displayed at the center of the screen at the end corresponds to the symbol instruction command instructed by the CPU 75 of the main board 71.

For example, the “reach symbol group” of the symbol instruction command instructed by the CPU 75 of the main board 71 is “reach symbol group 3”, “count value” is “3”, and “re-variation pattern” is “pattern 2”. In the case of "", first, "363" is selected from the reach symbol data table 110, and temporarily stopped and displayed for "about 3 seconds" at the center of the screen of the liquid crystal display 19. Next, “6” of the central symbol of “363” descends to the lower side of the screen at a visible speed, and “7” descends from the upper center of the screen at a visible speed to align “373”. In this state, the display is temporarily stopped for "about 2 seconds" at the center of the screen. Next, “7” of the central symbol of “373” rises to the upper side of the screen at a visible speed, and “6” rises from the lower center of the screen at a visible speed to align “363”. In this state, the display is temporarily stopped for "about 2 seconds" at the center of the screen. Finally, while the center symbol “6” of “363” rises to the upper side of the screen at a visible speed, “5” rises from the lower center of the screen at a visible speed to align “353”. In this state, the display is temporarily stopped for "about 2 seconds" at the center of the screen.

When the variation pattern instructed by the CPU 75 of the main board 71 is “pattern 3”, “3 seconds later → next order (2) Second) → reverse order (2 seconds) → next order (2 seconds). Then, the display CPU 96 first swings up and down “about 3 seconds” with the “losing reach” symbol displayed first in S23 after “3 seconds” aligned with the center of the screen. To display. Next, again, the RAM 9
From "8", the "count value" of the symbol of "losing reach" to be temporarily stopped is read out, and the "count value" of the next order of the "count value" in the reach symbol data table 110 is read from "next order (2 seconds)". "And the same" reach pattern group "
Is selected, and the "central symbol" of the temporarily stopped "losing reach" symbol is lowered downward at a speed visible from the screen of the liquid crystal display 19, while The next "Hazle Reach" selected from above
The "center symbol" of the symbol is lowered at a visible speed and displayed in the center of the screen, and the next "losing reach" symbol is displayed by swinging up and down for "about 2 seconds" with the symbols aligned .

Next, from the “reverse order (2 seconds)”, in the reach symbol data table 110 of the temporarily stopped “losing reach” symbol, the “count value” in the order immediately after the “count value” is used. And select the "Hazle Reach" symbol of the same "Reach symbol group" and move the "Hazle Reach" symbol, which has been stopped, upwards at a speed that can be visually recognized from the screen of the liquid crystal display 19. While rising in the direction, the "center symbol" of the next selected "losing reach" symbol is raised upward at a visible speed from the bottom of the screen and displayed in the center of the screen, and the next " In the state where the symbols of "Hazle reach" are aligned, the image is swung up and down for "about 2 seconds" and displayed.

Finally, from the “next order (2 seconds)”, the “count value” in the order next to the “count value” in the reach symbol data table 110 of the symbol “hazure reach” temporarily stopped is In addition, the symbol of "hazure reach" of the same "reach symbol group" is selected, and the "central symbol" of the symbol of "hazure reach" that has been stopped is positioned at a lower speed at a speed visible from the screen of the liquid crystal display 19. While lowering in the direction, the "center symbol" of the next selected "losing reach" symbol is lowered downward at a visible speed from the top of the screen and displayed at the center of the screen, and In a state where the symbols of “losing reach” are aligned, the image is swung up and down for “about 2 seconds” and displayed. It should be noted that the symbol of “losing reach” temporarily stopped and displayed at the center of the screen at the end corresponds to the symbol instruction command instructed by the CPU 75 of the main board 71.

For example, the "reach symbol group" of the symbol instruction command instructed by the CPU 75 of the main board 71 is "reach symbol group 3", the "count value" is "3", and the "re-variation pattern" is "pattern 3". In the case of "", first, "343" is selected from the reach symbol data table 110, and temporarily stopped and displayed for "about 3 seconds" at the center of the screen of the liquid crystal display 19. Next, “4” of the central symbol of “343” descends to the lower side of the screen at a visible speed, and “5” descends from the upper center of the screen at a visible speed to align “353”. In this state, the screen is temporarily stopped for "about 2 seconds" at the center of the screen. Next, while the center symbol “5” of “353” rises to the upper side of the screen at a visible speed, “4” rises from the lower center of the screen at a visible speed to align “343”. In this state, the screen is temporarily stopped for "about 2 seconds" at the center of the screen. Finally, the center symbol “4” of “343” descends to the lower side of the screen at a visible speed, and “5” descends from the upper center of the screen at a visible speed to align “353”. In this state, the screen is temporarily stopped for "about 2 seconds" at the center of the screen.

When the variation pattern specified by the CPU 75 of the main board 71 is “pattern 4”, “5 seconds later → next order (2) of“ re-variation display procedure ”corresponding to this“ pattern 4 ” Second) → reverse order (2 seconds) ”is selected. Then, the display CPU 96 first performs “S5” after “5 seconds”.
In the state where the pattern of "Hazle Reach" displayed at the first position selected in the above is aligned with the center of the screen, it is swung up and down for "about 5 seconds" and displayed. Next, again, the "count value" of the "Hazle Reach" symbol to be temporarily stopped from the RAM 98 for the first time
From the “next order (2 seconds)” and select the “count value” in the next order of the “count value” in the reach symbol data table 110 and the “losing reach” symbol of the same “reach symbol group” Then, while the "central symbol" of the symbol of "losing reach" once stopped is lowered downward at a speed that can be visually recognized from the screen of the liquid crystal display 19, the next "selected symbol" is selected from above the screen. Lower the "center symbol" of the "losing reach" symbol at a visible speed and display it in the center of the screen. With the next "losing reach" symbol aligned, swing it up and down for "about 2 seconds" To display.

Next, from the “reverse order (2 seconds)”, in the reach symbol data table 110 of the temporarily stopped “losing reach” symbol, the “count value” in the order immediately after the “count value” is used. And select the "Hazle Reach" symbol of the same "Reach symbol group" and move the "Hazle Reach" symbol, which has been stopped, upwards at a speed that can be visually recognized from the screen of the liquid crystal display 19. While rising in the direction, the "center symbol" of the next selected "losing reach" symbol is raised upward at a visible speed from the bottom of the screen and displayed in the center of the screen, and the next " In the state where the symbols of "Hazle reach" are aligned, the image is swung up and down for "about 2 seconds" and displayed. It should be noted that the symbol of “losing reach” temporarily stopped and displayed at the center of the screen at the end corresponds to the symbol instruction command instructed by the CPU 75 of the main board 71.

For example, in the design instruction command instructed by the CPU 75 of the main board 71, the “reach symbol group” is “reach symbol group 3”, the “count value” is “3”, and the “re-variation pattern” is “pattern 4”. In the case of "", first, "353" is selected from the reach symbol data table 110, and temporarily stopped and displayed for "about 5 seconds" at the center of the screen of the liquid crystal display 19. Next, while the center symbol “5” of “353” descends at the lower side of the screen at a recognizable speed, “6” lowers from the upper center of the screen at the recognizable speed, and “363” is aligned. In this state, the display is temporarily stopped for "about 2 seconds" at the center of the screen. Next, "6" of the central symbol of "363" rises to the upper side of the screen at a visible speed, while "5" rises from the lower center of the screen at a visible speed to align "353". In this state, the screen is temporarily stopped for "about 2 seconds" at the center of the screen.

When the variation pattern specified by the CPU 75 of the main board 71 is “pattern 5”, “7 seconds later → next order (1) of the“ re-variation display procedure ”corresponding to this“ pattern 5 ” Second) → reverse order (1 second) is selected. Then, the display CPU 96 first executes S23 after “7 seconds”.
In the state in which the pattern of "Hazle Reach" displayed first in the screen selected in the above is aligned with the center of the screen, it is swung up and down for "about 7 seconds" to be displayed. Next, again, the "count value" of the "Hazle Reach" symbol to be temporarily stopped from the RAM 98 for the first time
From the “next order (1 second)” and select the “count value” of the next order of the “count value” in the reach symbol data table 110 and the “losing reach” symbol of the same “reach symbol group” Then, while the "central symbol" of the symbol of "losing reach" once stopped is lowered downward at a speed that can be visually recognized from the screen of the liquid crystal display 19, the next "selected symbol" is selected from above the screen. Lower the "center symbol" of the "Hazle Reach" symbol at a visible speed and display it in the center of the screen. To display.

Next, from the “reverse order (1 second)”, the “count value” in the order immediately after the “count value” in the reach symbol data table 110 of the symbol of “losing reach” which has been temporarily stopped is used. And, select the symbol of "hazure reach" of the same "reach symbol group", and the "central symbol" of the symbol of "hazure reach" that has been once stopped is upwardly displayed at a speed visible from the screen of the liquid crystal display 19. While rising in the direction, the "center symbol" of the next selected "losing reach" symbol is raised upward at a visible speed from the bottom of the screen and displayed in the center of the screen, and the next " In the state where the symbols of "Hazle reach" are aligned, the image is swung up and down "about 1 second" and displayed. It should be noted that the symbol of “losing reach” temporarily stopped and displayed at the center of the screen at the end corresponds to the symbol instruction command instructed by the CPU 75 of the main board 71.

For example, in the design instruction command instructed by the CPU 75 of the main board 71, the "reach symbol group" is "reach symbol group 3", the "count value" is "3", and the "re-variation pattern" is "pattern 5". In the case of "", first, "353" is selected from the reach symbol data table 110, and is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 7 seconds". Next, while the center symbol “5” of “353” descends at the lower side of the screen at a recognizable speed, “6” lowers from the upper center of the screen at the recognizable speed, and “363” is aligned. In this state, the screen is temporarily stopped for "about 1 second" at the center of the screen. Next, "6" of the central symbol of "363" rises to the upper side of the screen at a visible speed, while "5" rises from the lower center of the screen at a visible speed to align "353". In this state, the screen is temporarily stopped for "about 1 second" at the center of the screen.

When the variation pattern instructed by the CPU 75 of the main board 71 is “pattern 6”, “after 7 seconds” of the “re-variation display procedure” corresponding to this “pattern 6” → next order (1 .5 seconds) → reverse order (0.5 seconds). Then, the display CPU 96 first displays the “losing reach” to be displayed first from “after 7 seconds” selected in S23.
With the symbols of “1” aligned with the center of the screen, the image is swung up and down “about 7 seconds” and displayed. Next, the "count value" of the symbol of "losing reach" to be temporarily stopped first is read from the RAM 98 again, and the "count value" of the reach symbol data table 110 is read from "next order (1.5 seconds)". The next "count value" and the same "reach symbol group", "losing reach" symbol is selected, and the "stop symbol" symbol, which has been temporarily stopped, is displayed on the liquid crystal display 19. While descending downward at a speed that can be seen from the screen, the next “hazure reach” selected from above the screen
Lower the "center pattern" of the pattern at a visible speed and display it in the center of the screen, and swing it up and down for "about 1.5 seconds" with the next "losing reach" pattern aligned indicate.

Next, from the “reverse order (0.5 seconds)”, the “count value” in the order immediately after the “count value” in the reach symbol data table 110 of the “losing reach” symbol that has been temporarily stopped is displayed. "And" Hazle Reach "symbol of the same" reach symbol group "is selected, and the" central symbol "of the" Hazle Reach "symbol that has been stopped is visually recognizable from the screen of the liquid crystal display 19. While moving upward in the upward direction, select the next “losing reach” from the bottom of the screen
The "center symbol" of the symbol is raised upward at a visible speed and displayed in the center of the screen, and the next "losing reach"
In the state where the symbols are aligned, the image is swung up and down for "about 0.5 seconds" and displayed. Finally, the symbol of "Hazle reach" temporarily stopped and displayed in the center of the screen is the CPU 7 of the main board 71.
5 corresponds to the design instruction command instructed.

For example, in the design instruction command designated by the CPU 75 of the main board 71, the "reach symbol group" is "reach symbol group 3", the "count value" is "3", and the "re-variation pattern" is "pattern 6". In the case of "", first, "353" is selected from the reach symbol data table 110, and is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 7 seconds". Next, while the center symbol “5” of “353” descends at the lower side of the screen at a recognizable speed, “6” lowers from the upper center of the screen at the recognizable speed, and “363” is aligned. In this state, the display temporarily stops for "about 1.5 seconds" at the center of the screen. Next, "6" of the central symbol of this "363"
"5" rises from the lower center of the screen at a visible speed while "353" is aligned at a visible speed while rising to the upper side of the screen at a visible speed, and once "approximately 0.5 seconds" Stopped and displayed.

When the variation pattern specified by the CPU 75 of the main board 71 is “pattern 7”, “after 7 seconds → reverse order (2 seconds) of the“ re-variation display procedure ”corresponding to this“ pattern 7 ” ) "Is selected. And the display CP
U96 first swings up and down for "about 7 seconds" with the "Hazle Reach" symbol displayed first in S23 after "7 seconds" aligned with the center of the screen.
Next, the "count value" of the symbol of "losing reach" to be temporarily stopped for the first time is read again from the RAM 98,
From the "reverse order (2 seconds)", the "count value" in the order immediately after the "count value" in the reach symbol data table 110 of the symbol of the "losing reach" which has been temporarily stopped,
In addition, a symbol of "hazure reach" of the same "reach symbol group" is selected, and a "central symbol" of the symbol of "hazure reach" that has been stopped is upwardly directed at a speed that can be visually recognized from the screen of the liquid crystal display 19. , While raising the “center symbol” of the next selected “losing reach” symbol from the bottom of the screen at an observable speed and displaying it in the center of the screen, and displaying the next “losing” Reach "
The display is swung up and down for “about 2 seconds”. It should be noted that the symbol of “losing reach” temporarily stopped and displayed at the center of the screen at the end corresponds to the symbol instruction command instructed by the CPU 75 of the main board 71.

For example, the “reach symbol group” of the symbol instruction command instructed by the CPU 75 of the main board 71 is “reach symbol group 3”, the “count value” is “3”, and the “re-variation pattern” is “pattern 7”. In the case of "", first, "363" is selected from the reach symbol data table 110, and temporarily stopped and displayed for "about 7 seconds" at the center of the screen of the liquid crystal display 19. Next, "6" of the central symbol of "363" rises to the upper side of the screen at a visible speed, while "5" rises from the lower center of the screen at a visible speed to align "353". In this state, the screen is temporarily stopped for "about 2 seconds" at the center of the screen.

When the variation pattern instructed by the CPU 75 of the main board 71 is “pattern 8”, “after 8 seconds → reverse order (1 second) of the“ re-variation display procedure ”corresponding to this“ pattern 8 ” ) "Is selected. And the display CP
U96 first swings up and down "about 8 seconds" and displays the "losing reach" pattern displayed first in S23 from "8 seconds later" in the center of the screen.
Next, the "count value" of the symbol of "losing reach" to be temporarily stopped for the first time is read again from the RAM 98,
From the “reverse order (1 second)”, the “count value” in the order immediately after the “count value” in the reach symbol data table 110 of the symbol of the “losing reach” that has been temporarily stopped,
In addition, a symbol of "hazure reach" of the same "reach symbol group" is selected, and a "central symbol" of the symbol of "hazure reach" that has been stopped is upwardly directed at a speed that can be visually recognized from the screen of the liquid crystal display 19. , While raising the “center symbol” of the next selected “losing reach” symbol from the bottom of the screen at an observable speed and displaying it in the center of the screen, and displaying the next “losing” Reach "
The display is swung up and down for "about 1 second". It should be noted that the symbol of “losing reach” temporarily stopped and displayed at the center of the screen at the end corresponds to the symbol instruction command instructed by the CPU 75 of the main board 71.

For example, in the design instruction command instructed by the CPU 75 of the main board 71, the "reach symbol group" is "reach symbol group 3", the "count value" is "3", and the "re-variation pattern" is "pattern 8". In the case of "", first, "363" is selected from the reach symbol data table 110, and temporarily stopped and displayed for "about 7 seconds" at the center of the screen of the liquid crystal display 19. Next, "6" of the central symbol of "363" rises to the upper side of the screen at a visible speed, while "5" rises from the lower center of the screen at a visible speed to align "353". In this state, the screen is temporarily stopped for "about 1 second" at the center of the screen.

Further, when the variation pattern specified by the CPU 75 of the main board 71 is “pattern 9”, “after 9 seconds → none” of the “re-variation display procedure” corresponding to this “pattern 9” is selected. Is done. Then, the display CPU 96
Is displayed in the center of the screen with the "Hazle Reach" symbol displayed first in S23 after "9 seconds",
The display is swung up and down for "about 9 seconds".

For example, the “reach symbol group” of the symbol instruction command instructed by the CPU 75 of the main board 71 is “reach symbol group 3”, the “count value” is “3”, and the “re-variation pattern” is “pattern 9”. In the case of "", "353" is selected from the reach symbol data table 110, and is temporarily stopped and displayed at the center of the screen of the liquid crystal display 19 for "about 9 seconds".

Next, in S20, the display CPU 96
Waits for the input of the final stop signal from the CPU 75 of the main board 71 (S20: NO), and temporarily stops the symbol "Hazure Reach" temporarily stopped at the center of the screen at the end of the re-variation pattern display. To continue.

The display CPU 96 is connected to the main board 71.
If the confirmation stop signal is input from the CPU 75 (S20: YES), in S21, the symbol "Hazle Reach" temporarily stopped at the center of the screen at the end of the re-variation pattern display is determined and stopped, and displayed. Then, the process ends. Thereby, "losing" is determined for the player.

On the other hand, if the symbol variation start command signal is not the symbol variation start command of "losing reach" in S22 (S22: NO), the display CPU is switched in S24.
Reference numeral 96 designates a symbol signal of "normal loss" and a variation pattern signal of the symbol variation start command signal from the RAM 98 again, and selects the symbol data of "normal loss" to be finally displayed from the program ROM 97, and the program ROM 97. , A variation pattern corresponding to the variation pattern signal is selected.

Then, in S25, the change of the screen change symbol is started, and after a predetermined change, the symbol of "normal loss" is displayed on the center of the screen of the liquid crystal display 19, with the left symbol, the right symbol,
Next, it is displayed once in the order of the middle symbols and then stopped once.
At the time of the temporary stop, the “losing symbol” is temporarily stopped and displayed, so that the player can recognize that the “losing” has been acquired. Also, in the case of the present embodiment, the display of the temporary stop is displayed while swinging up and down at the center of the screen in a state where the once displayed "losing symbol" is aligned, and is not determined as the stop symbol. Is represented.

Next, in S20, the display CPU 96
Waits for the input of the final stop signal from the CPU 75 of the main board 71 (S20: NO), and continues the temporary stop display of the "losing symbol" temporarily stopped at the center of the screen at the end of the variation pattern display. .

Then, the display CPU 96 is connected to the main board 71.
If the confirmation stop signal is input from the CPU 75 (S20: YES), in S21, the "losing symbol" temporarily stopped at the center of the screen at the end of the variation pattern display.
And the process is terminated. Thereby, "losing" is determined for the player.

Next, the display CPU 96 sets the C
If the symbol change start command signal instructed from the PU 75 is the symbol signal of “333” as the “big hit symbol” and “pattern 1” as the re-variation pattern signal, the above S19
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIGS. FIG. 14 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal of “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and the “pattern 1” as the re-variation pattern. 1
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a second change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of the first “temporary stop symbol”; b) is a diagram showing the state of change to the second “temporary stop symbol”,
(C) is the "temporary stop symbol" displayed after the second change
FIG. FIG. 15 illustrates a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and the “pattern 1” as the re-variation pattern. 2
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a third change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of a second “temporary stop symbol”; b) is a diagram showing the state of change to the third "temporary stop symbol",
(C) is the "temporary stop symbol" displayed after the third change
FIG. FIG. 16 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal “333” as the “big hit symbol” and the “pattern 1” as the re-variation pattern instructed by the CPU 75 of the main board 71. 3
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a fourth change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of a third “temporary stop symbol”; b) is a diagram showing a state of change to the fourth "temporary stop symbol",
(C) is the "temporary stop symbol" displayed after the fourth change
FIG. FIG. 17 illustrates a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has a symbol signal of “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and a “pattern 1” as the re-variation pattern. 4
FIG. 9A is a diagram showing an example of a fifth stop from a temporary stop to a final stop after the fifth stop is displayed. FIG. 9A is a view showing a temporary stop state of a fourth “temporary stop symbol”. Is a diagram showing the state of change to the fifth "temporary stop symbol",
(C) is a diagram showing a temporary stop state of the fifth “temporary stop symbol”, and (d) is a diagram showing a state in which the final stop has been received in response to the final stop signal.

First, in S17, the display CPU 96
Determines "333" as the "temporary stop symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "333" up and down "about one second" in the center of the screen. To the VDP 99 to display it. As a result, as shown in FIG. 14A, the VDP 99 selects a “character having a bold 3 and a square in the upper part” as a character corresponding to “3”, and displays “3” in the center of the screen. Are temporarily stopped in a state in which the characters for "" are arranged in three rows, and "about one second" is displayed. That is, in the central part of the screen of the liquid crystal display 19, a “character with a bold 3 and a square at the top” is displayed while swinging up and down for “about 1 second” in a state of being aligned in three rows horizontally. You.

Subsequently, the display CPU 96 determines “444” as the “temporarily stopped symbol” to be temporarily stopped for the second time, and at the time when the “333” is aligned and at a visible speed, the lower side of the screen is determined. VDP99 so as to descend from the upper side of the screen at a visually recognizable speed and temporarily stop for "about 2 seconds" in a state where "444" is aligned.
To instruct. As a result, FIGS.
As shown in (a), VDP99 is a “character in which bold 4 is drawn” as a character corresponding to “4”.
Is selected, and the variable display is performed so that the character corresponding to "4" is temporarily stopped and displayed in a state where the character corresponding to "4" is horizontally arranged in three columns. In other words, in a state where the “characters in bold 3 and the square eyes are drawn on the top” are aligned in three rows,
In addition, while descending to the bottom of the screen at a visible speed, the "characters with bold 4" are displayed in three rows horizontally and descend from the top of the screen at a visible speed. Is done. Then, in a state where the “characters with bold 3 and square eyes drawn at the top” are lined up in three rows, they descend at the visible speed to the bottom of the screen and disappear. Are drawn in three rows horizontally and at a visually perceptible speed, temporarily stop at the center of the screen, and are displayed for "about 2 seconds". That is, "characters with bold 4" are displayed in the center part of the screen of the liquid crystal display 19 for "about 2 seconds" while swinging up and down in a state of being aligned in three rows.

Subsequently, the display CPU 96 determines “555” as the “temporary stop symbol” to be temporarily stopped at the third time, and the lower part of the screen is displayed at a speed at which the “444” is aligned and visible. VDP99 so that "555" is aligned and descends from the upper side of the screen at a visually recognizable speed and temporarily stops at the center of the screen for "about 2 seconds".
To instruct. As a result, FIGS.
As shown in (a), the VDP 99 selects a “character with a bold 5 and a square at the top” as a character corresponding to “5”, and places a character corresponding to this “5” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while descending to the lower part of the screen at a visible speed, the "characters with bold 5 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the upper side of the screen at the visible speed It is displayed as descending. And this "bold 4
Are drawn in three rows horizontally and descend at the visible speed to the bottom of the screen and disappear, and the square eyes are drawn at the top of the screen with "bold 5" The “characters” are lowered in a state in which they are arranged in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and are displayed for “about 2 seconds”. In other words, "a character having a bold 5 and a square eye at the top" is displayed for "about 2 seconds" while swinging up and down in a state of being aligned in three rows at the center of the screen of the liquid crystal display 19. You.

Subsequently, the display CPU 96 determines “444” as the “temporary stop symbol” to be temporarily stopped at the fourth time, and displays “555” at the upper part of the screen at a visible speed with the “555” aligned. While ascending, the VDP 99 so as to rise from the bottom of the screen at a visible speed with “444” aligned and temporarily stop displaying “about 2 seconds” at the center of the screen
To instruct. As a result, FIGS.
As shown in (a), VDP99 is a “character in which bold 4 is drawn” as a character corresponding to “4”.
Is selected, and the variable display is performed so that the character corresponding to "4" is temporarily stopped and displayed in a state where the character corresponding to "4" is horizontally arranged in three columns. In other words, in a state where the “characters with bold 5 and square eyes drawn at the top” are aligned in three rows,
In addition, while rising to the upper side of the screen at a visible speed, the "characters with bold 4" are displayed in three rows horizontally and rising from the lower side of the screen at a visible speed. Is done. Then, this “character with a bold 5 and a square eye drawn at the top” rises to the upper side of the screen and disappears at a visible speed in a state in which the characters are aligned in three rows horizontally, and “bold” is displayed from the lower side of the screen. Character is drawn in three horizontal rows and rises at a visible speed,
The screen temporarily stops at the center of the screen and is displayed for "about 2 seconds". That is, "characters with bold 4" are displayed in the center part of the screen of the liquid crystal display 19 for "about 2 seconds" while swinging up and down in a state of being aligned in three rows.

Next, the display CPU 96 determines “333” as the “temporary stop symbol” to be temporarily stopped at the fifth time, and moves the upper part of the screen at a visually recognizable speed with the “444” aligned. While ascending, the VDP 99 so as to ascend from the bottom of the screen at a visible speed with “333” aligned and temporarily stop displaying “about 2 seconds” at the center of the screen
To instruct. As a result, FIG.
As shown in (c), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to this “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while rising to the upper side of the screen at a visible speed, the "characters with bold 3 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the lower side of the screen at the visible speed It appears to rise. And this "bold 4
Is drawn in three rows horizontally and rises to the upper side of the screen at a visible speed and disappears, and “bold 3” is drawn at the top from the bottom of the screen. The “characters” rise in a state of being aligned in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and are displayed for “about 2 seconds”. In other words, "a character having a bold 3 and a square at the top" is displayed "about 2 seconds" while swinging up and down in a state of being aligned in three rows at the center of the screen of the liquid crystal display 19. You.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "temporary stop symbol" in the center of the screen. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
After 5 seconds, the fifth “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
If the symbol change start command signal instructed from the PU 75 is a symbol signal of “333” as a “big hit symbol” and “pattern 2” as a re-variation pattern signal, the above S19
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIGS. FIG. 18 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal “333” as the “big hit symbol” and the “pattern 2” as the re-variation pattern instructed by the CPU 75 of the main board 71. 1
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a second change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of the first “temporary stop symbol”; b) is a diagram showing the state of change to the second “temporary stop symbol”,
(C) is the "temporary stop symbol" displayed after the second change
FIG. FIG. 19 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has a symbol signal of “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and a “pattern 2” as the re-variation pattern. 2
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a third change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of a second “temporary stop symbol”; b) is a diagram showing the state of change to the third "temporary stop symbol",
(C) is the "temporary stop symbol" displayed after the third change
FIG. FIG. 20 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal of “333” as the “big hit symbol” instructed from the CPU 75 of the main board 71 and the “pattern 2” as the re-variation pattern. 3
FIG. 7A is a diagram illustrating an example of a fourth stop from the first stop to a final stop after display of the fourth stop, and FIG. 8A is a diagram illustrating a stop state of a third “temporary stop symbol”; Is a diagram showing the state of change to the fourth "temporary stop symbol",
(C) is a diagram showing a temporary stop state of the fourth "temporary stop symbol", and (d) is a diagram showing a state in which a final stop is received in response to a final stop signal.

First, in S17, the display CPU 96
Determines "444" as the "temporary stop symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "444" up and down for "about 3 seconds" at the center of the screen. To the VDP 99 to display it. As a result, as shown in FIG. 18A, the VDP 99 selects a “character in which bold 4 is drawn” as a character corresponding to “4”, and places “4” in the center of the screen.
Are temporarily stopped in a state in which the characters corresponding to are arranged in three rows and displayed for "about 3 seconds". That is, in the center of the screen of the liquid crystal display 19, the "character in which bold 4 is drawn" is displayed while swinging up and down for "about 3 seconds" in a state of being aligned in three rows.

Subsequently, the display CPU 96 determines “555” as the “temporary stop symbol” to be temporarily stopped for the second time, and the lower part of the screen is displayed at a speed at which the “444” is aligned and visible. VDP99 so that "555" is aligned and descends from the upper side of the screen at a recognizable speed and temporarily stops at the center of the screen for "about 2 seconds".
To instruct.

As a result, FIG.
As shown in (a), the VDP 99 selects a “character with a bold 5 and a square at the top” as a character corresponding to “5”, and places a character corresponding to this “5” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while descending to the lower part of the screen at a visible speed, the "characters with bold 5 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the upper side of the screen at the visible speed It is displayed as descending. And this "bold 4
Are drawn in three rows horizontally and descend at the visible speed to the bottom of the screen and disappear, and the square eyes are drawn at the top of the screen with "bold 5" The “characters” are lowered in a state in which they are arranged in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and are displayed for “about 2 seconds”. In other words, "a character having a bold 5 and a square eye at the top" is displayed for "about 2 seconds" while swinging up and down in a state of being aligned in three rows at the center of the screen of the liquid crystal display 19. You.

Subsequently, the display CPU 96 determines “444” as the “temporary stop symbol” to be temporarily stopped for the third time, and displays “555” at the top of the screen at a visible speed with the “555” aligned. While ascending, the VDP 99 so as to rise from the bottom of the screen at a visible speed with “444” aligned and temporarily stop displaying “about 2 seconds” at the center of the screen
To instruct. As a result, FIGS.
As shown in (a), VDP99 is a “character in which bold 4 is drawn” as a character corresponding to “4”.
Is selected, and the variable display is performed so that the character corresponding to "4" is temporarily stopped and displayed in a state where the character corresponding to "4" is horizontally arranged in three columns. In other words, in a state where the “characters with bold 5 and square eyes drawn at the top” are aligned in three rows,
In addition, while rising to the upper side of the screen at a visible speed, the "characters with bold 4" are displayed in three rows horizontally and rising from the lower side of the screen at a visible speed. Is done. Then, this “character with a bold 5 and a square eye drawn at the top” rises to the upper side of the screen and disappears at a visible speed in a state in which the characters are aligned in three rows horizontally, and “bold” is displayed from the lower side of the screen. Character is drawn in three horizontal rows and rises at a visible speed,
The screen temporarily stops at the center of the screen and is displayed for "about 2 seconds". That is, "characters with bold 4" are displayed in the center part of the screen of the liquid crystal display 19 for "about 2 seconds" while swinging up and down in a state of being aligned in three rows.

Next, the display CPU 96 determines “333” as the “temporary stop symbol” to be temporarily stopped at the fourth time, and displays the “444” at the top of the screen at a visible speed with the “444” aligned. While ascending, the VDP 99 so as to ascend from the bottom of the screen at a visible speed with “333” being aligned and temporarily stop displaying “about 2 seconds” at the center of the screen
To instruct. As a result, FIG.
As shown in (c), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to this “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while rising to the upper side of the screen at a visible speed, the "characters with bold 3 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the lower side of the screen at the visible speed It appears to rise. And this "bold 4
Is drawn in three rows horizontally and rises to the upper side of the screen at a visible speed and disappears, and “bold 3” is drawn at the top from the bottom of the screen. The “characters” rise in a state of being aligned in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and are displayed for “about 2 seconds”. In other words, "a character having a bold 3 and a square at the top" is displayed "about 2 seconds" while swinging up and down in a state of being aligned in three rows at the center of the screen of the liquid crystal display 19. You.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the “temporary stop symbol” in the center of the screen. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
Four seconds later, the fourth “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
If the symbol change start command signal instructed from the PU 75 is the symbol signal of “333” as the “big hit symbol” and the “pattern 3” as the re-variation pattern signal, the above S19
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIGS. 21 to 23. FIG. 21 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has a symbol signal of “333” as the “big hit symbol” and a “pattern 3” as the re-variation pattern designated by the CPU 75 of the main board 71. 1
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a second change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of the first “temporary stop symbol”; b) is a diagram showing the state of change to the second “temporary stop symbol”,
(C) is the "temporary stop symbol" displayed after the second change
FIG. FIG. 22 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has a symbol signal of “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and a “pattern 3” as the re-variation pattern. 2
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a third change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of a second “temporary stop symbol”; b) is a diagram showing the state of change to the third "temporary stop symbol",
(C) is the "temporary stop symbol" displayed after the third change
FIG. FIG. 23 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal of “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and the “pattern 3” as the re-variation pattern. 3
FIG. 7A is a diagram illustrating an example of a fourth stop from the first stop to a final stop after display of the fourth stop, and FIG. 8A is a diagram illustrating a stop state of a third “temporary stop symbol”; Is a diagram showing the state of change to the fourth "temporary stop symbol",
(C) is a diagram showing a temporary stop state of the fourth "temporary stop symbol", and (d) is a diagram showing a state in which a final stop is received in response to a final stop signal.

First, in S17, the display CPU 96
Determines "222" as the "temporarily stopped symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "222" vertically in the center of the screen for "about three seconds". To the VDP 99 to display it. As a result, as shown in FIG. 21A, the VDP 99 selects a “character in which a bold 2 is drawn” as a character corresponding to “2”, and places “2” in the center of the screen.
Are temporarily stopped in a state in which the characters corresponding to are arranged in three rows and displayed for "about 3 seconds". That is, in the center of the screen of the liquid crystal display 19, the "character in which the bold 2 is drawn" is displayed while swinging up and down for "about 3 seconds" in a state where it is arranged in three horizontal rows.

Subsequently, the display CPU 96 determines "333" as the "temporary stop symbol" to be temporarily stopped for the second time, and in a state where the "222" is aligned and at the visible speed, the lower part of the screen is displayed. VDP99 so as to descend from the upper side of the screen at a visually recognizable speed with "333" aligned, and temporarily stop and display "about 2 seconds" at the center of the screen.
To instruct. As a result, FIGS.
As shown in (a), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. That is, in a state where the “character in which the bold 2 is drawn” is aligned in three rows,
And while descending to the lower part of the screen at a visible speed, the "characters with bold 3 and square eyes drawn at the top" are aligned in three horizontal rows, and from the upper part of the screen at the visible speed It is displayed as descending. And this "bold 2
Are drawn in three rows horizontally and descend at the visible speed to the bottom of the screen and disappear, and "bold 3" is drawn at the top from the top of the screen. The “characters” are lowered in a state in which they are arranged in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and are displayed for “about 2 seconds”. In other words, "a character having a bold 3 and a square at the top" is displayed "about 2 seconds" while swinging up and down in a state of being aligned in three rows at the center of the screen of the liquid crystal display 19. You.

Subsequently, the display CPU 96 determines “222” as the “temporary stop symbol” to be temporarily stopped for the third time, and displays the “333” at the upper part of the screen at a visible speed with the “333” aligned. While ascending, the VDP 99 so as to ascend from the bottom of the screen at a visible speed with “222” aligned and temporarily stop displaying “about 2 seconds” at the center of the screen
To instruct. As a result, FIGS.
As shown in (a), VDP99 is a “character in which bold 2 is drawn” as a character corresponding to “2”.
Is selected, and the variable display is performed so that the character corresponding to the character “2” is temporarily stopped and displayed in a state where the character corresponding to the character “2” is arranged in three rows horizontally. In other words, in a state where the “characters in bold 3 and the square eyes are drawn on the top” are aligned in three rows,
In addition, while rising to the upper side of the screen at a visible speed, the "characters with bold 2" are displayed in three rows in a row and rising from the lower side of the screen at a visible speed. Is done. Then, this “character in bold 3 with a square eye drawn at the top” rises to the upper side of the screen at a visible speed in a state where it is aligned in three rows and disappears, and “bold characters from the lower side of the screen” Are drawn in a state where they are aligned in three horizontal rows and at a visible speed,
The screen temporarily stops at the center of the screen and is displayed for "about 2 seconds". That is, "characters in which bold 2 is drawn" are displayed for "about 2 seconds" at the center of the screen of the liquid crystal display 19 while swinging up and down in a state of being aligned in three rows.

Next, the display CPU 96 determines "333" as the "temporary stop symbol" to be temporarily stopped at the fourth time, and the lower part of the screen is displayed at a speed at which the "222" is aligned and visible. VDP99 so as to descend from the upper side of the screen at a visually recognizable speed with "333" aligned, and temporarily stop and display "about 2 seconds" at the center of the screen.
To instruct. As a result, FIG.
As shown in (c), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to this “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. That is, in a state where the “character in which the bold 2 is drawn” is aligned in three rows,
And while descending to the lower part of the screen at a visible speed, the "characters with bold 3 and square eyes drawn at the top" are aligned in three horizontal rows, and from the upper part of the screen at the visible speed It is displayed as descending. And this "bold 2
Are drawn in three rows horizontally and descend at the visible speed to the bottom of the screen and disappear, and "bold 3" is drawn at the top from the top of the screen. The “characters” are lowered in a state in which they are arranged in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and are displayed for “about 2 seconds”. In other words, "a character having a bold 3 and a square at the top" is displayed "about 2 seconds" while swinging up and down in a state of being aligned in three rows at the center of the screen of the liquid crystal display 19. You.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the “temporary stop symbol” in the center of the screen. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
Four seconds later, the fourth “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
When the symbol change start command signal instructed from the PU 75 is the symbol signal of “333” as the “big hit symbol” and the “pattern 4” as the re-variation pattern signal, the above S19
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIGS. 24 and 25. FIG. 24 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal of “333” as the “big hit symbol” instructed from the CPU 75 of the main board 71 and the “pattern 4” as the re-variation pattern. 1
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a second change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of the first “temporary stop symbol”; b) is a diagram showing the state of change to the second “temporary stop symbol”,
(C) is the "temporary stop symbol" displayed after the second change
FIG. FIG. 25 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has a symbol signal of “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and a “pattern 4” as the re-variation pattern. 2
FIG. 7A is a diagram illustrating an example of a third stop from the first stop to a final stop after the third stop is displayed. FIG. 7A is a diagram illustrating a stop state of the second “temporary stop symbol”. Is a diagram showing a state of change to the third "temporary stop symbol",
(C) is a diagram showing a temporary stop state of the third “temporary stop symbol”, and (d) is a diagram showing a state where the final stop has been received in response to the final stop signal.

First, in S17, the display CPU 96
Determines "333" as the "temporarily stopped symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "333" up and down "about 5 seconds" in the center of the screen. To the VDP 99 to display it. As a result, as shown in FIG. 24A, the VDP 99 selects “a character having a bold 3 and a square in the upper part” as a character corresponding to “3”, and displays “3” in the center of the screen. Are temporarily stopped in a state in which the characters for "" are arranged in three horizontal rows and displayed for "about 5 seconds". That is, in the central part of the screen of the liquid crystal display 19, a “character with a bold 3 and a square eye drawn at the top” is displayed while swinging up and down for “about 5 seconds” in a state of being aligned in three rows horizontally. You.

Subsequently, the display CPU 96 determines “444” as the “temporary stop symbol” to be temporarily stopped for the second time, and at the time when the “333” is aligned and at a visible speed, the lower part of the screen is displayed. VDP99 so as to descend from the upper side of the screen at a visually recognizable speed with "444" aligned, and temporarily stop the display for "about 2 seconds" at the center of the screen.
To instruct. As a result, FIGS.
As shown in (a), VDP99 is a “character in which bold 4 is drawn” as a character corresponding to “4”.
Is selected, and the variable display is performed so that the character corresponding to "4" is temporarily stopped and displayed in a state where the character corresponding to "4" is horizontally arranged in three columns. In other words, in a state where the “characters in bold 3 and the square eyes are drawn on the top” are aligned in three rows,
In addition, while descending to the bottom of the screen at a visible speed, the "characters with bold 4" are displayed in three rows horizontally and descend from the top of the screen at a visible speed. Is done. Then, in a state where the “characters with bold 3 and square eyes drawn at the top” are lined up in three rows, they descend at the visible speed to the bottom of the screen and disappear. Are drawn in three rows horizontally and at a visually perceptible speed, temporarily stop at the center of the screen, and are displayed for "about 2 seconds". That is, "characters with bold 4" are displayed in the center part of the screen of the liquid crystal display 19 for "about 2 seconds" while swinging up and down in a state of being aligned in three rows.

Next, the display CPU 96 determines "333" as the "temporary stop symbol" to be temporarily stopped for the third time, and displays the "444" at the upper part of the screen at a visually recognizable speed. While ascending, the VDP 99 so as to ascend from the bottom of the screen at a visible speed with “333” aligned and temporarily stop displaying “about 2 seconds” at the center of the screen
To instruct. As a result, FIG.
As shown in (c), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to this “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while rising to the upper side of the screen at a visible speed, the "characters with bold 3 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the lower side of the screen at the visible speed It appears to rise. And this "bold 4
Is drawn in three rows horizontally and rises to the upper side of the screen at a visible speed and disappears, and “bold 3” is drawn at the top from the bottom of the screen. The “characters” rise in a state of being aligned in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and are displayed for “about 2 seconds”. In other words, "a character having a bold 3 and a square at the top" is displayed "about 2 seconds" while swinging up and down in a state of being aligned in three rows at the center of the screen of the liquid crystal display 19. You.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the “temporary stop symbol” in the center of the screen with the confirmation stop. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
Seconds later, the third “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
When the symbol change start command signal instructed from the PU 75 is a symbol signal of “333” as a “big hit symbol” and “pattern 5” as a re-variation pattern signal, the above-described S19
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIGS. 26 and 27. FIG. 26 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has a symbol signal of “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and a “pattern 5” as the re-variation pattern. 1
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a second change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of the first “temporary stop symbol”; b) is a diagram showing the state of change to the second “temporary stop symbol”,
(C) is the "temporary stop symbol" displayed after the second change
FIG. FIG. 27 illustrates a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal “333” as the “big hit symbol” and the pattern “5” as the re-variation pattern instructed by the CPU 75 of the main board 71. 2
FIG. 7A is a diagram illustrating an example of a third stop from the first stop to a final stop after the third stop is displayed. FIG. 7A is a diagram illustrating a stop state of the second “temporary stop symbol”. Is a diagram showing a state of change to the third "temporary stop symbol",
(C) is a diagram showing a temporary stop state of the third “temporary stop symbol”, and (d) is a diagram showing a state where the final stop has been received in response to the final stop signal.

First, in S17, the display CPU 96
Determines "333" as the "temporary stop symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "333" up and down for "about 7 seconds" at the center of the screen. To the VDP 99 to display it. As a result, as shown in FIG. 26A, the VDP 99 selects “a character having a bold 3 and a square at the top” as a character corresponding to “3”, and displays “3” in the center of the screen. Are temporarily stopped in a state in which the characters for "" are arranged in three rows horizontally and displayed for "about 7 seconds". That is, in the central part of the screen of the liquid crystal display 19, a “character with a bold 3 and a square at the top” is displayed while swinging up and down for “about 7 seconds” in a state of being arranged in three rows horizontally. You.

Subsequently, the display CPU 96 determines “444” as the “temporary stop symbol” to be temporarily stopped for the second time, and, with the “333” aligned, at the visible lower side of the screen. VDP99 so as to descend from the upper side of the screen at a visible speed with "444" aligned and temporarily stop at the center of the screen for "about 1 second".
To instruct. As a result, FIGS.
As shown in (a), VDP99 is a “character in which bold 4 is drawn” as a character corresponding to “4”.
Is selected, and the variable display is performed so that the character corresponding to "4" is temporarily stopped and displayed in a state where the character corresponding to "4" is horizontally arranged in three columns. In other words, in a state where the “characters in bold 3 and the square eyes are drawn on the top” are aligned in three rows,
In addition, while descending to the bottom of the screen at a visible speed, the "characters with bold 4" are displayed in three rows horizontally and descend from the top of the screen at a visible speed. Is done. Then, in a state where the “characters with bold 3 and square eyes drawn at the top” are lined up in three rows horizontally, they descend at the visible speed to the bottom of the screen and disappear. Are drawn in three rows horizontally and at a visible speed, temporarily stop at the center of the screen, and are displayed for "about one second". In other words, the "character in which bold 4 is drawn" is displayed for about one second while swinging up and down in a state of being aligned in three rows in the center of the screen of the liquid crystal display 19.

Next, the display CPU 96 determines “333” as the “temporary stop symbol” to be temporarily stopped for the third time, and moves the upper part of the screen at a visible speed with the “444” aligned. While ascending, the VDP 99 so as to ascend from the lower side of the screen at a visible speed with “333” aligned and temporarily stop displaying “about 1 second” at the center of the screen.
To instruct. As a result, FIG.
As shown in (c), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to this “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while rising to the upper side of the screen at a visible speed, the "characters with bold 3 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the lower side of the screen at the visible speed It appears to rise. And this "bold 4
Is drawn in three rows horizontally and rises to the upper side of the screen at a visible speed and disappears, and “bold 3” is drawn at the top from the bottom of the screen. The "characters" are aligned in three horizontal rows and rise at a visually recognizable speed, temporarily stop at the center of the screen, and are displayed for "about one second". In other words, "a character having a bold 3 and a square at the top" is displayed "about one second" in the center of the screen of the liquid crystal display 19 while swinging up and down in three rows. You.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the “temporary stop symbol” in the center of the screen. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
Seconds later, the third “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
When the symbol change start command signal instructed from the PU 75 is the symbol signal of “333” as the “big hit symbol” and the “pattern 6” as the re-variation pattern signal, the above S19
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIGS. 28 and 29. FIG. 28 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal of “333” as the “big hit symbol” and the “pattern 6” as the re-variation pattern instructed by the CPU 75 of the main board 71. 1
FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol” displayed after a second change from the first temporary stop, and FIG. 7A is a diagram illustrating a temporary stop state of the first “temporary stop symbol”; b) is a diagram showing the state of change to the second “temporary stop symbol”,
(C) is the "temporary stop symbol" displayed after the second change
FIG. FIG. 29 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal of “333” as the “big hit symbol” and the “pattern 6” as the re-variation pattern instructed by the CPU 75 of the main board 71. 2
FIG. 7A is a diagram illustrating an example of a third stop from the first stop to a final stop after the third stop is displayed. FIG. 7A is a diagram illustrating a stop state of the second “temporary stop symbol”. Is a diagram showing a state of change to the third "temporary stop symbol",
(C) is a diagram showing a temporary stop state of the third “temporary stop symbol”, and (d) is a diagram showing a state where the final stop has been received in response to the final stop signal.

First, in S17, the display CPU 96
Determines "333" as the "temporary stop symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "333" up and down for "about 7 seconds" at the center of the screen. To the VDP 99 to display it. As a result, as shown in FIG. 28A, the VDP 99 selects "a character having a bold 3 and a square at the top" as a character corresponding to "3", and displays "3" in the center of the screen. Are temporarily stopped in a state in which the characters for "" are arranged in three horizontal rows and displayed for "about 5 seconds". That is, in the central part of the screen of the liquid crystal display 19, a “character with a bold 3 and a square at the top” is displayed while swinging up and down for “about 7 seconds” in a state of being arranged in three rows horizontally. You.

Subsequently, the display CPU 96 determines “444” as the “temporary stop symbol” to be temporarily stopped for the second time, and the lower part of the screen is displayed at a speed at which the “333” is aligned and visible. VDP so as to descend from the upper side of the screen at a visible speed with "444" aligned, and temporarily stop for "about 1.5 seconds" at the center of the screen.
Instruct 99. As a result, FIGS.
As shown in (a), VDP99 is a “character in which bold 4 is drawn” as a character corresponding to “4”.
Is selected, and the variable display is performed so that the character corresponding to "4" is temporarily stopped and displayed in a state where the character corresponding to "4" is horizontally arranged in three columns. In other words, in a state where the “characters in bold 3 and the square eyes are drawn on the top” are aligned in three rows,
In addition, while descending to the bottom of the screen at a visible speed, the "characters with bold 4" are displayed in three rows horizontally and descend from the top of the screen at a visible speed. Is done. Then, in a state where the “characters with bold 3 and square eyes drawn at the top” are lined up in three rows horizontally, they descend at the visible speed to the bottom of the screen and disappear. Are drawn in a state of being lined up in three rows horizontally and at a visible speed, temporarily stopping at the center of the screen, and being displayed for "about 1.5 seconds". In other words, “bold 4” is displayed at the center of the screen of the liquid crystal display 19.
Are displayed for "about 1.5 seconds" while swinging up and down in a state where "characters with" are drawn horizontally.

Next, the display CPU 96 determines “333” as the “temporary stop symbol” to be temporarily stopped for the third time, and moves the upper part of the screen at a visible speed with the “444” aligned. VDP so that it rises from the bottom of the screen at a visible speed with the "333" aligned while rising, and temporarily stops for "about 0.5 seconds" at the center of the screen
Instruct 99. As a result, FIG.
As shown in (c), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to this “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while rising to the upper side of the screen at a visible speed, the "characters with bold 3 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the lower side of the screen at the visible speed It appears to rise. And this "bold 4
Is drawn in three rows horizontally and rises to the upper side of the screen at a visible speed and disappears, and “bold 3” is drawn at the top from the bottom of the screen. The characters rise in a state where they are aligned in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and move
For seconds. In other words, while the "character in bold 3 and the square is drawn on the top" is horizontally aligned in three rows at the center of the screen of the liquid crystal display 19, the character is swung up and down for "about 0.5 seconds". Is displayed.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the “temporary stop symbol” in the center of the screen. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
Seconds later, the third “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
When the symbol change start command signal instructed from the PU 75 is a symbol signal of “333” as a “big hit symbol” and “pattern 7” as a re-variable pattern signal, the above S19
An example of the display of the "temporary stop symbol" displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIG. FIG. 30 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal of “333” as the “big hit symbol” and the “pattern 7” as the re-variation pattern instructed by the CPU 75 of the main board 71. FIG. 8A is a diagram illustrating an example of a first stop from a first stop to a second stop after the first stop is displayed, and FIG. 9A is a diagram illustrating a first stop state of the first “temporary stop symbol”; ) Is a diagram showing a state of change to the second “temporary stop symbol”, and FIG.
A diagram showing a temporary stop state of the first “temporary stop symbol”,
(D) is a diagram showing a state in which the final stop has been received in response to the final stop signal.

First, in S17, the display CPU 96
Determines "444" as the "temporary stop symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "444" up and down for "about 7 seconds" at the center of the screen. To the VDP 99 to display it. As a result, as shown in FIG. 30A, the VDP 99 selects a “character in which a bold 4 is drawn” as a character corresponding to “4”, and places this “4” in the center of the screen.
Are temporarily stopped in a state where characters corresponding to are arranged in three rows and displayed for "about 7 seconds". That is, in the central part of the screen of the liquid crystal display 19, the "character in which bold 4 is drawn" is displayed while swinging up and down for "about 7 seconds" in a state where the characters are aligned in three rows.

Next, the display CPU 96 determines “333” as the “temporary stop symbol” to be temporarily stopped at the second time, and displays the “444” at the top of the screen at a visible speed with the “444” aligned. While ascending, the VDP 99 so as to ascend from the bottom of the screen at a visible speed with “333” being aligned and temporarily stop displaying “about 2 seconds” at the center of the screen
To instruct. As a result, FIG.
As shown in (c), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to this “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while rising to the upper side of the screen at a visible speed, the "characters with bold 3 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the lower side of the screen at the visible speed It appears to rise. And this "bold 4
Is drawn in three rows horizontally and rises to the upper side of the screen at a visible speed and disappears, and “bold 3” is drawn at the top from the bottom of the screen. The “characters” rise in a state of being aligned in three horizontal rows and at a visible speed, temporarily stop at the center of the screen, and are displayed for “about 2 seconds”. In other words, "a character having a bold 3 and a square at the top" is displayed "about 2 seconds" while swinging up and down in a state of being aligned in three rows at the center of the screen of the liquid crystal display 19. You.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "temporary stop symbol" in the center of the screen with the confirmation stop. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
Seconds later, the second “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
When the symbol change start command signal instructed from the PU 75 is the symbol signal of “333” as the “big hit symbol” and the “pattern 8” as the re-variation pattern signal, the aforementioned S19
An example of the display of the "temporary stop symbol" displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIG. FIG. 31 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has a symbol signal of “333” as the “big hit symbol” instructed by the CPU 75 of the main board 71 and a “pattern 8” as the re-variation pattern. FIG. 8A is a diagram illustrating an example of a first stop from a first stop to a second stop after the first stop is displayed, and FIG. 9A is a diagram illustrating a first stop state of the first “temporary stop symbol”; ) Is a diagram showing a state of change to the second “temporary stop symbol”, and FIG.
A diagram showing a temporary stop state of the first “temporary stop symbol”,
(D) is a diagram showing a state in which the final stop has been received in response to the final stop signal.

First, in S17, the display CPU 96
Determines "444" as the "temporary stop symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "444" up and down for "about 8 seconds" at the center of the screen. To the VDP 99 to display it. As a result, as shown in FIG. 31A, the VDP 99 selects a “character in which a bold 4 is drawn” as a character corresponding to “4”, and places “4” in the center of the screen.
Are temporarily stopped in a state where characters corresponding to are arranged in three rows and displayed for "about 8 seconds". That is, in the central part of the screen of the liquid crystal display 19, the "character in which bold 4 is drawn" is displayed while swinging up and down for "about 8 seconds" in a state of being aligned in three rows horizontally.

Next, the display CPU 96 determines “333” as the “temporary stop symbol” to be temporarily stopped at the second time, and moves the upper part of the screen at a visually recognizable speed with the “444” aligned. While ascending, the VDP 99 so as to ascend from the lower side of the screen at a visible speed with “333” aligned and temporarily stop displaying “about 1 second” at the center of the screen.
To instruct. As a result, FIG.
As shown in (c), the VDP 99 selects a “character with a bold 3 and a square at the top” as a character corresponding to “3”, and places a character corresponding to this “3” horizontally in the center of the screen. The variable display is performed so as to temporarily stop the display in a state of being arranged in three columns. In other words, in a state where the “character in which bold 4 is drawn” is aligned in three rows,
And while rising to the upper side of the screen at a visible speed, the "characters with bold 3 and the square eyes drawn at the top" are aligned in three rows horizontally, and from the lower side of the screen at the visible speed It appears to rise. And this "bold 4
Is drawn in three rows horizontally and rises to the upper side of the screen at a visible speed and disappears, and “bold 3” is drawn at the top from the bottom of the screen. The "characters" are aligned in three horizontal rows and rise at a visually recognizable speed, temporarily stop at the center of the screen, and are displayed for "about one second". In other words, "a character having a bold 3 and a square at the top" is displayed "about one second" in the center of the screen of the liquid crystal display 19 while swinging up and down in three rows. You.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "temporary stop symbol" in the center of the screen with the confirmation stop. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
Seconds later, the second “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
When the symbol change start command signal instructed from the PU 75 is a symbol signal of “333” as a “big hit symbol” and “pattern 9” as a re-variation pattern signal, the above S19
An example of the display of the "temporary stop symbol" displayed on the screen of the liquid crystal display 19 at the time of the re-variation process will be described with reference to FIG. FIG. 32 shows a case where the display CPU 96 of the pachinko machine 1 according to the present embodiment has the symbol signal of “333” as the “big hit symbol” instructed from the CPU 75 of the main board 71 and the “pattern 9” as the re-variation pattern. FIG. 7A is a diagram illustrating an example of a process from a first stop to a final stop, and FIG.
FIG. 4 is a diagram showing a temporary stop state of a first “temporary stop symbol”, and FIG. 4B is a diagram showing a state in which a final stop has been received in response to a final stop signal.

First, in S17, the display CPU 96
Determines "333" as the "temporary stop symbol" to be temporarily stopped at the first time, and swings the "big hit symbol" character corresponding to the "333" up and down for "about 9 seconds" at the center of the screen. To the VDP 99 to display it. As a result, as shown in FIG. 32A, the VDP 99 selects a “character having a bold 3 and a square in the upper part” as a character corresponding to “3”, and displays “3” in the center of the screen. Are temporarily stopped in a state where characters for "" are arranged in three rows horizontally, and "about 9 seconds" is displayed. That is, in the central part of the screen of the liquid crystal display 19, a “character with a bold 3 and a square at the top” is displayed while swinging up and down for “about 9 seconds” in a state of being aligned in three rows horizontally. You.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the “temporary stop symbol” in the center of the screen. As a result, as shown in FIG.
Three horizontal rows of "characters with bold 3 and squared upper part" displayed in the center of the screen of the liquid crystal display 19 while swinging up and down are arranged in three horizontal rows at the center of the screen. It is stopped and displayed in the same state. Therefore, after the first display of the vertical swing of the “temporary stop symbol” is started, about 9
Seconds later, the “temporary stop symbol” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from the PU 75 is a symbol variation start command of “Hazle Reach”, the data of “Reach symbol group” is “Reach symbol group 3”, the data of “Count value” is “3”, When the data of the “re-variation pattern” is “pattern 1”, at the time of the re-variation processing in S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIGS. FIG. 33 shows a display CPU 9 of the pachinko machine 1 according to the present embodiment.
6 is a “reach symbol group” data as a “reach symbol group 3”, a “count value” data is “3”, and a “re-variation” as a symbol change start command of “losing reach” instructed by the CPU 75 of the main board 71. "Pattern" data is "Pattern 1"
Is a diagram showing an example of a symbol display of "Hazle Reach" displayed after the second stop after the first stop, and (a) of FIG. A diagram showing a temporarily stopped state, (b) is a diagram showing a state of change to the second "losing reach" symbol, and (c) is a diagram showing a "losing reach" symbol displayed after the second change. FIG. FIG. 34 shows a display C of the pachinko machine 1 according to the present embodiment.
The PU 96 is instructed by the CPU 75 of the main board 71 as the symbol change start command of “losing reach”, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”, and “re-variation”. In the case where the data of “pattern” is “pattern 1”, a diagram showing an example of a symbol display of “hazure reach” displayed after the third stop after the second stop, and FIG. A diagram showing a temporarily stopped state of the symbol of "Hazle Reach" for the third time, (b) a diagram showing a state of change to the symbol of "Hazle Reach" for the third time, and (c) being displayed after the third time of the fluctuation. It is a figure which shows the pattern of "losing reach". FIG. 35 shows that the display CPU 96 of the pachinko machine 1 according to the present embodiment uses the “reach symbol group 3” as the data of the “reach symbol group” as the symbol change start command of “losing reach” instructed by the CPU 75 of the main board 71, When the data of the "count value" is "3" and the data of the "re-variation pattern" is "pattern 1", the symbol of "losing reach" displayed after the third stop and the fourth change FIG. 7A is a diagram illustrating an example of display, in which FIG. 7A illustrates a temporarily stopped state of a third “losing reach” symbol, and FIG. 7B illustrates a fluctuation state of a fourth “losing reach” symbol. Figure,
(C) is "Hazle reach" displayed after the fourth change
It is a figure showing the design of. FIG. 36 shows the display CPU 96 of the pachinko machine 1 according to the present embodiment in which the CPU 75 of the main board 71 is used.
The data of the “reach symbol group” is “reach symbol group 3” as the symbol change start command of “losing reach” specified by
"Count value" data is "3", "Rechange pattern"
Is a diagram showing an example from the fourth stop to the fifth stop, to the final stop, when the data is “pattern 1”. FIG. A diagram showing a temporarily stopped state of the symbol of “reach”;
(C) is a diagram showing a temporarily stopped state of the symbol of the fifth "losing reach", and (d) is a diagram showing a state where the symbol has been fixed and stopped in response to a fixed stop signal.

First, in S23, the display CPU 96
Determines "353" as the symbol of "Hazle Reach" to be temporarily stopped at the first time, and moves the character of the symbol of "Hazle Reach" corresponding to the "353" vertically in the center of the screen for "about 1 second" VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 33A, the VDP 99 selects, as a character corresponding to “3”, “a character having a bold 3 and a square at the top”. In addition, as a character corresponding to "5", "a character in which a square is drawn at the top with a bold 5" is selected. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. For "5", the "character in which a square eye is drawn in bold 5" is temporarily stopped and displayed for "about 1 second". That is, the liquid crystal display 1
The character corresponding to "353" is displayed at the center of the screen of No. 9 while swinging up and down for "about 1 second" in a state of being arranged in three rows horizontally.

Subsequently, the display CPU 96 sets “36” as a symbol of “Hazle Reach” to be temporarily stopped for the second time.
"3" is determined, and "5" of "353" is lowered to the lower side of the screen at a visible speed, while "6" of "363" is lowered from the upper center of the screen at a visible speed and the center of the screen is lowered. The VDP 99 is instructed to temporarily stop and display “363” temporarily for “about 2 seconds”. As a result, FIG.
As shown in (b) to FIG. 34 (a), the VDP 99 selects a "character in which a bold 6 is drawn" as a character corresponding to "6", and the "6" is displayed in the middle pattern in the center of the screen. Is fluctuated so that the character corresponding to is temporarily stopped and displayed. That is, while the “character with a square with a bold 5 at the top” corresponding to the middle symbol “5” descends to the lower part of the screen at a visible speed, the “bold character corresponding to“ 6 ” 6 is drawn so as to descend from the upper center of the screen at a visible speed.
Then, the “character in which a bold 5 and a square is drawn at the top” corresponding to “5” descends to the lower side of the screen at a visible speed and disappears, and “6” corresponding to “6” from the upper center of the screen The “character in which bold 6 is drawn” descends at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “363” is “about 2”. For seconds. That is, a symbol of “losing reach” corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 for “about 2 seconds” while swinging up and down.

Subsequently, the display CPU 96 sets the symbol "37" as the symbol of "Hazle Reach" to be temporarily stopped for the third time.
"3" is determined, and "6" of "363" descends to the lower side of the screen at a visible speed, while "7" of "373" descends from the upper center of the screen at a visible speed to the center of the screen. , And instructs the VDP 99 to temporarily stop and display "373" for "about 2 seconds". As a result, FIG.
As shown in (b) to FIG. 35 (a), the VDP 99 selects a "character with a bold 7 and a square at the top" as a character corresponding to "7", and displays a middle pattern in the center of the screen. The variable display is performed so that the character corresponding to "7" is temporarily stopped and displayed. That is, while the “character on which the bold 6 is drawn” corresponding to the medium symbol “6” is descending to the lower side of the screen at a speed that can be visually recognized, “7” is displayed.
Is displayed in such a manner as to descend from the upper center of the screen at a visually recognizable speed. Then, the “character in which bold 6 is drawn” corresponding to “6” descends to the lower side of the screen at a visible speed and disappears, and “bold 7 above” corresponding to “7” is displayed from the upper center of the screen. The character whose square is drawn on the screen descends at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “373” is “about 2”. For seconds. That is,
At the center of the screen of the liquid crystal display 19, a symbol of "losing reach" corresponding to "373" is displayed for "about 2 seconds" while swinging up and down.

Subsequently, the display CPU 96 sets “36” as the symbol of “Hazle Reach” to be temporarily stopped at the fourth time.
"3" is determined and "7" of "373" rises to the upper side of the screen at a visible speed, while "6" of "363" rises from the lower center of the screen at a visible speed and the center of the screen rises. The VDP 99 is instructed to temporarily stop and display “363” temporarily for “about 2 seconds”. As a result, FIG.
As shown in (b) to FIG. 36 (a), the VDP 99 selects a “character in which a bold 6 is drawn” as a character corresponding to “6”, and the “6” is displayed in the middle pattern in the center of the screen. Is fluctuated so as to temporarily stop and display the character corresponding to. That is, while the “character with a square with a bold upper part drawn in 7” corresponding to “7” of the middle symbol rises to the upper side of the screen at a visible speed, the “6 in bold” corresponding to “6” Is displayed so as to rise from the lower center of the screen at a visible speed.
Then, the "character in which a bold 7 and a square is drawn at the top" corresponding to "7" rises to the upper side of the screen at a visible speed and disappears, and "6" corresponds to "6" from the lower center of the screen. The character in which the bold 6 is drawn rises at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “363” is “about 2”. For seconds. That is, a symbol of “losing reach” corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 for “about 2 seconds” while swinging up and down.

Next, the display CPU 96 sets “353” as the symbol of “Hazure Reach” to be stopped once for the fifth time.
Is determined, and "6" of "363" rises to the upper side of the screen at a visible speed, and "5" of "353" rises from the lower center of the screen at a visible speed to the center of the screen. The VDP 99 is instructed to temporarily stop and temporarily stop and display “353” for “about 2 seconds”. As a result, FIG.
As shown in FIG. 36 (c), the VDP 99 selects a "character with a bold 5 and a square at the top" as a character corresponding to "5", and displays this " The variable display is performed so that the character corresponding to “5” is temporarily stopped and displayed. In other words, while the “character in which bold 6 is drawn” corresponding to “6” of the medium symbol rises to the upper side of the screen at a visible speed, the “character 5 with bold 5” corresponding to “5” Is displayed so as to rise from the lower center of the screen at a visible speed. Then, the “character in which bold 6 is drawn” corresponding to “6” rises to the upper side of the screen at a visible speed and disappears, and “bold 5 in upper part” corresponding to “5” is displayed from the lower center of the screen. Rises at a speed at which the character whose square is drawn is visible, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” is “about 2”. For seconds. That is, the liquid crystal display 19
"Hazle Reach" corresponding to "353" in the center of the screen
Is displayed for "about 2 seconds" while swinging up and down.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop manner. As a result, as shown in FIG. 36 (d), the symbol of “losing reach” corresponding to “353” displayed while swinging up and down in the center of the screen of the liquid crystal display 19 is horizontally displayed in the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About nine seconds after the display of the vertical swing of the symbol is started, the fifth symbol of “reach loss” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from the PU 75 is a symbol variation start command of “Hazle Reach”, the data of “Reach symbol group” is “Reach symbol group 3”, the data of “Count value” is “3”, When the data of the “re-variation pattern” is “pattern 2”, at the time of the re-variation processing of S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIGS. 37 to 39. FIG. 37 shows a display CPU 9 of the pachinko machine 1 according to the present embodiment.
6 is a “reach symbol group” data as a “reach symbol group 3”, a “count value” data is “3”, and a “re-variation” as a symbol change start command of “losing reach” instructed by the CPU 75 of the main board 71. "Pattern" data is "Pattern 2"
Is a diagram showing an example of a symbol display of "Hazle Reach" displayed after the second stop after the first stop, and (a) of FIG. A diagram showing a temporarily stopped state, (b) is a diagram showing a state of change to the second "losing reach" symbol, and (c) is a diagram showing a "losing reach" symbol displayed after the second change. FIG. FIG. 38 shows a display C of the pachinko machine 1 according to the present embodiment.
The PU 96 is instructed by the CPU 75 of the main board 71 as the symbol change start command of “losing reach”, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”, and “re-variation”. In the case where the data of “pattern” is “pattern 2”, a diagram showing an example of a symbol display of “hazure reach” displayed after the third stop after the second stop, FIG. A diagram showing a temporarily stopped state of the symbol of "Hazle Reach" for the third time, (b) a diagram showing a state of change to the symbol of "Hazle Reach" for the third time, and (c) being displayed after the third time of the fluctuation. It is a figure which shows the symbol of "losing reach". FIG. 39 shows that the display CPU 96 of the pachinko machine 1 according to the present embodiment uses the “reach symbol group 3” as the data of the “reach symbol group” as the symbol change start command of “losing reach” instructed from the CPU 75 of the main board 71, When the data of the “count value” is “3” and the data of the “re-variation pattern” is “pattern 2”, from the display of the third stop to the display of the fourth stop, until the final stop. FIG. 7A is a diagram illustrating an example, in which FIG. 7A is a diagram illustrating a temporary stop state of a third “losing reach” symbol, FIG. 7B is a diagram illustrating a changing state of a fourth “losing reach” symbol, (C) is the fourth
FIG. 9D is a diagram showing a temporary stop state of the symbol of the “loss of reach” for the first time; FIG.

First, in S23, the display CPU 96
Determines "363" as the symbol of "Hazle Reach" to be temporarily stopped at the first time, and moves the character of the symbol of "Hazle Reach" corresponding to "363" up and down "about 3 seconds" in the center of the screen. VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 37A, the VDP 99 selects a “character having a bold 3 and a squared upper portion” as a character corresponding to “3”. In addition, “character in which bold 6 is drawn” is selected as a character corresponding to “6”. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. The “character in which bold 6 is drawn” for “6” is temporarily stopped and displayed for “about 3 seconds”. That is, the character corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 while swinging up and down “about 3 seconds” in a state of being aligned in three rows horizontally.

Subsequently, the display CPU 96 sets the symbol "37" as the symbol of "Hazle Reach" to be temporarily stopped for the second time.
"3" is determined, and "6" of "363" descends to the lower side of the screen at a visible speed, while "7" of "373" descends from the upper center of the screen at a visible speed to the center of the screen. , And instructs the VDP 99 to temporarily stop and display "373" for "about 2 seconds". As a result, FIG.
As shown in (b) to FIG. 38 (a), the VDP 99 selects a “character in which a bold 7 and a square is drawn at the top” as a character corresponding to “7”, and a middle pattern in the center of the screen. The variable display is performed so that the character corresponding to "7" is temporarily stopped and displayed. That is, while the “character on which the bold 6 is drawn” corresponding to the medium symbol “6” is descending to the lower side of the screen at a speed that can be visually recognized, “7” is displayed.
Is displayed in such a manner as to descend from the upper center of the screen at a visually recognizable speed. Then, the “character in which bold 6 is drawn” corresponding to “6” descends to the lower side of the screen at a visible speed and disappears, and “bold 7 above” corresponding to “7” is displayed from the upper center of the screen. The character whose square is drawn on the screen descends at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “373” is “about 2”. For seconds. That is,
At the center of the screen of the liquid crystal display 19, a symbol of "losing reach" corresponding to "373" is displayed for "about 2 seconds" while swinging up and down.

Subsequently, the display CPU 96 displays "36" as a symbol of "Hazle Reach" to be stopped once for the third time.
"3" is determined and "7" of "373" rises to the upper side of the screen at a visible speed, while "6" of "363" rises from the lower center of the screen at a visible speed and the center of the screen rises. The VDP 99 is instructed to temporarily stop and display “363” temporarily for “about 2 seconds”. As a result, FIG.
As shown in (b) to FIG. 39 (a), the VDP 99 selects a “character in which a bold 6 is drawn” as a character corresponding to “6”, and the “6” is displayed in the middle pattern in the center of the screen. Is fluctuated so as to temporarily stop and display the character corresponding to. That is, while the “character with a square with a bold upper part drawn in 7” corresponding to “7” of the middle symbol rises to the upper side of the screen at a visible speed, the “6 in bold” corresponding to “6” Is displayed so as to rise from the lower center of the screen at a visible speed.
Then, the "character in which a bold 7 and a square is drawn at the top" corresponding to "7" rises to the upper side of the screen at a visible speed and disappears, and "6" corresponds to "6" from the lower center of the screen. The character in which the bold 6 is drawn rises at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “363” is “about 2”. For seconds. That is, a symbol of “losing reach” corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 for “about 2 seconds” while swinging up and down.

Next, the display CPU 96 sets “353” as a symbol of “Hazure Reach” to be temporarily stopped at the fourth time.
Is determined, and "6" of "363" rises to the upper side of the screen at a visible speed, and "5" of "353" rises from the lower center of the screen at a visible speed to the center of the screen. The VDP 99 is instructed to temporarily stop and temporarily stop and display “353” for “about 2 seconds”. As a result, FIG.
As shown in FIG. 39 (c), the VDP 99 selects "a character with a bold 5 and a square at the top" as a character corresponding to "5", and displays this " The variable display is performed so that the character corresponding to “5” is temporarily stopped and displayed. In other words, while the “character in which bold 6 is drawn” corresponding to “6” of the medium symbol rises to the upper side of the screen at a visible speed, the “character 5 with bold 5” corresponding to “5” Is displayed so as to rise from the lower center of the screen at a visible speed. Then, the “character in which bold 6 is drawn” corresponding to “6” rises to the upper side of the screen at a visible speed and disappears, and “bold 5 in upper part” corresponding to “5” is displayed from the lower center of the screen. Rises at a speed at which the character whose square is drawn is visible, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” is “about 2”. For seconds. That is, the liquid crystal display 19
"Hazle Reach" corresponding to "353" in the center of the screen
Is displayed for "about 2 seconds" while swinging up and down.

Next, upon receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop manner. As a result, as shown in FIG. 39 (d), the symbol of “losing reach” corresponding to “353” displayed while swinging up and down in the center of the screen of the liquid crystal display 19 is horizontally displayed in the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About 9 seconds after the display of the vertical swing of the symbol is started, the fourth symbol of “reach loss” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from the PU 75 is a symbol variation start command of “Hazle Reach”, the data of “Reach symbol group” is “Reach symbol group 3”, the data of “Count value” is “3”, When the data of the “re-variation pattern” is “pattern 3”, at the time of the re-variation processing of S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIGS. FIG. 40 shows the display CPU 9 of the pachinko machine 1 according to the present embodiment.
6 is a “reach symbol group” data as a “reach symbol group 3”, a “count value” data is “3”, and a “re-variation” as a symbol change start command of “losing reach” instructed by the CPU 75 of the main board 71. The data of "pattern" is "pattern 3"
Is a diagram showing an example of a symbol display of "Hazle Reach" displayed after the second stop after the first stop, and (a) of FIG. A diagram showing a temporarily stopped state, (b) is a diagram showing a state of change to the second "losing reach" symbol, and (c) is a diagram showing a "losing reach" symbol displayed after the second change. FIG. FIG. 41 shows a display C of the pachinko machine 1 according to the present embodiment.
The PU 96 is instructed by the CPU 75 of the main board 71 as the symbol change start command of “losing reach”, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”, and “re-variation”. In the case where the data of “pattern” is “pattern 3”, a diagram showing an example of a symbol display of “hazure reach” displayed after the third stop after the second stop, FIG. A diagram showing a temporarily stopped state of the symbol of "Hazle Reach" for the third time, (b) a diagram showing a state of change to the symbol of "Hazle Reach" for the third time, and (c) being displayed after the third time of the fluctuation. It is a figure which shows the pattern of "losing reach". FIG. 42 shows that the display CPU 96 of the pachinko machine 1 according to the present embodiment uses the “reach symbol group 3” as the data of the “reach symbol group” as the symbol change start command of “losing reach” instructed from the CPU 75 of the main board 71, When the data of the “count value” is “3” and the data of the “re-variation pattern” is “pattern 3”, after the display of the third temporary stop to the fourth temporary stop, until the final stop. FIG. 7A is a diagram illustrating an example, in which FIG. 7A is a diagram illustrating a temporary stop state of a third “losing reach” symbol, FIG. 7B is a diagram illustrating a changing state of a fourth “losing reach” symbol, (C) is the fourth
FIG. 9D is a diagram showing a temporary stop state of the symbol of the “loss of reach” for the first time; FIG.

First, in S23, the display CPU 96
Determines "343" as the symbol of "Hazle Reach" to be temporarily stopped in the first time, and moves the character of the "Hazle Reach" symbol corresponding to the "343" vertically in the center of the screen for "about 3 seconds" VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 40A, the VDP 99 selects, as a character corresponding to “3”, “a character having a bold 3 and a square at the top”. In addition, as a character corresponding to "4", "a character in which bold 4 is drawn" is selected. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. The “character in which bold 4 is drawn” corresponding to “4” is temporarily stopped and displayed for “about 3 seconds”. That is, a character corresponding to “343” is displayed in the center of the screen of the liquid crystal display 19 while swinging up and down “about 3 seconds” in a state of being aligned in three rows.

Subsequently, the display CPU 96 sets “35” as a symbol of “Hazle Reach” to be stopped once for the second time.
"3" is determined, and "4" of "343" is lowered to the lower side of the screen at a visible speed, while "5" of "353" is lowered from the upper center of the screen at a visible speed and the center of the screen is lowered. The VDP 99 is instructed to temporarily stop and display "353" temporarily for "about 2 seconds". As a result, FIG.
As shown in (b) to FIG. 41 (a), the VDP 99 selects a "character with a bold 5 and a square at the top" as a character corresponding to "5", and displays a middle pattern in the center of the screen. The variable display is performed so that the character corresponding to "5" is temporarily stopped and displayed. In other words, while the “character in which bold 4 is drawn” corresponding to the middle symbol “4” descends to the lower side of the screen at a visible speed, the “5”
Is displayed in such a manner as to descend from the upper center of the screen at a visible speed. Then, the “character in which bold 4 is drawn” corresponding to “4” descends to the lower side of the screen at a visible speed and disappears, and “bold 5 corresponds to“ 5 ”corresponding to“ 5 ”from the upper center of the screen. The character whose square is drawn on the screen falls at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” is “about 2”. For seconds. That is,
At the center of the screen of the liquid crystal display 19, a symbol of "losing reach" corresponding to "353" is displayed for "about 2 seconds" while swinging up and down.

Subsequently, the display CPU 96 sets the symbol "34" as the symbol of "Hazle Reach" to be temporarily stopped for the third time.
"3" is determined, and "5" of "353" rises to the upper side of the screen at a visible speed, and "4" of "343" rises from the lower center of the screen at a visible speed to the center of the screen. , And instructs the VDP 99 to temporarily stop and display "343" for "about 2 seconds". As a result, FIG.
As shown in (b) to FIG. 42 (a), the VDP 99 selects a “character in which a bold 4 is drawn” as a character corresponding to “4”, and the “4” is displayed in the middle pattern in the center of the screen. Is fluctuated so as to temporarily stop and display the character corresponding to. That is, while the “character with a square with a bold 5 at the top” corresponding to the middle symbol “5” rises to the upper side of the screen at a visible speed, the “bold 4” corresponding to “4” Is displayed so as to rise from the lower center of the screen at a speed at which the character on which the is drawn is visible.
Then, the “character with a bold 5 and a square eye drawn at the top” corresponding to “5” rises to the upper side of the screen at a visible speed and disappears, and “4” corresponds to “4” from the lower center of the screen. The character in which bold 4 is drawn rises at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “343” is “about 2”. For seconds. That is, a symbol of “losing reach” corresponding to “343” is displayed in the center of the screen of the liquid crystal display 19 for “about 2 seconds” while swinging up and down.

Subsequently, the display CPU 96 sets “35” as a symbol of “Hazle Reach” to be temporarily stopped at the fourth time.
"3" is determined, and "4" of "343" is lowered to the lower side of the screen at a visible speed, while "5" of "353" is lowered from the upper center of the screen at a visible speed and the center of the screen is lowered. The VDP 99 is instructed to temporarily stop and display "353" temporarily for "about 2 seconds". As a result, FIG.
As shown in FIG. 42 (c) to FIG. 42 (c), the VDP 99 selects a "character with a bold 5 and a square in the upper part" as a character corresponding to "5", and displays a middle pattern in the center of the screen. The variable display is performed such that the character corresponding to "5" is temporarily stopped and displayed. In other words, while the “character in which bold 4 is drawn” corresponding to the middle symbol “4” descends to the lower side of the screen at a visible speed, the “5”
Is displayed in such a manner as to descend from the upper center of the screen at a visible speed. Then, the “character in which bold 4 is drawn” corresponding to “4” descends to the lower side of the screen at a visible speed and disappears, and “bold 5 corresponds to“ 5 ”corresponding to“ 5 ”from the upper center of the screen. The character whose square is drawn on the screen falls at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” is “about 2”. For seconds. That is,
At the center of the screen of the liquid crystal display 19, a symbol of "losing reach" corresponding to "353" is displayed for "about 2 seconds" while swinging up and down.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop manner. As a result, as shown in FIG. 42 (d), the symbol of “losing reach” corresponding to “353” displayed while swinging up and down at the center of the screen of the liquid crystal display 19 is horizontally positioned at the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About 9 seconds after the display of the vertical swing of the symbol is started, the fourth symbol of “reach loss” is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from the PU 75 is a symbol variation start command of “Hazle Reach”, the data of “Reach symbol group” is “Reach symbol group 3”, the data of “Count value” is “3”, When the data of the “re-variation pattern” is “pattern 4”, at the time of the re-variation processing of S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIGS. 43 and 44. FIG. 43 shows a display CPU 9 of the pachinko machine 1 according to the present embodiment.
6 is a “reach symbol group” data as a “reach symbol group 3”, a “count value” data is “3”, and a “re-variation” as a symbol change start command of “losing reach” instructed by the CPU 75 of the main board 71. The data of "pattern" is "pattern 4"
Is a diagram showing an example of a symbol display of "Hazle Reach" displayed after the second stop after the first stop, and (a) of FIG. A diagram showing a temporarily stopped state, (b) is a diagram showing a state of change to the second "losing reach" symbol, and (c) is a diagram showing a "losing reach" symbol displayed after the second change. FIG. FIG. 44 shows a display C of the pachinko machine 1 according to the present embodiment.
The PU 96 is instructed by the CPU 75 of the main board 71 as the symbol change start command of “losing reach”, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”, and “re-variation”. In the case where the data of “pattern” is “pattern 4”, it is a diagram showing an example from the display of the second temporary stop to the display of the third temporary stop to the final stop, and FIG. A diagram showing a temporary stop state of a symbol of "losing reach", (b) a diagram showing a state of change to a symbol of the third "losing reach", and (c) a symbol of a third "losing reach". Diagram showing the temporarily stopped state of
(D) is a diagram showing a state in which the final stop has been received in response to the final stop signal.

First, in S23, the display CPU 96
Determines "353" as the symbol of "Hazle Reach" to be temporarily stopped at the first time, and moves the character of the symbol of "Hazle Reach" corresponding to the "353" up and down for about 5 seconds in the center of the screen. VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 43A, the VDP 99 selects, as a character corresponding to "3", "a character having a bold 3 and a square at the top". In addition, as a character corresponding to "5", "a character in which a square is drawn at the top with a bold 5" is selected. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. For "5", the "character in which a square eye is drawn at the top with a bold 5" is temporarily stopped and displayed for "about 5 seconds". That is, the liquid crystal display 1
The character corresponding to "353" is displayed at the center of the screen of No. 9 while swinging up and down for "about 5 seconds" in a state of being aligned in three rows horizontally.

Subsequently, the display CPU 96 sets “36” as the symbol of “Hazle Reach” to be temporarily stopped for the second time.
"3" is determined, and "5" of "353" is lowered to the lower side of the screen at a visible speed, while "6" of "363" is lowered from the upper center of the screen at a visible speed and the center of the screen is lowered. The VDP 99 is instructed to temporarily stop and display “363” temporarily for “about 2 seconds”. As a result, FIG.
As shown in (b) to FIG. 44 (a), the VDP 99 selects a “character in which a bold 6 is drawn” as a character corresponding to “6”, and the “6” is displayed in the middle pattern in the center of the screen. Is fluctuated so that the character corresponding to is temporarily stopped and displayed. That is, while the “character with a square with a bold 5 at the top” corresponding to the middle symbol “5” descends to the lower part of the screen at a visible speed, the “bold character corresponding to“ 6 ” 6 is drawn so as to descend from the upper center of the screen at a visible speed.
Then, the “character in which a bold 5 and a square is drawn at the top” corresponding to “5” descends to the lower side of the screen at a visible speed and disappears, and “6” corresponding to “6” from the upper center of the screen The “character in which bold 6 is drawn” descends at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “363” is “about 2”. For seconds. That is, a symbol of “losing reach” corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 for “about 2 seconds” while swinging up and down.

Subsequently, the display CPU 96 sets the symbol "35" as the symbol of "Hazle Reach" to be temporarily stopped for the third time.
"3" is determined, and "6" of "363" rises to the upper side of the screen at a visible speed, while "5" of "353" rises from the lower center of the screen at a visible speed and the center of the screen rises. The VDP 99 is instructed to temporarily stop and display "353" temporarily for "about 2 seconds". As a result, FIG.
As shown in FIG. 44 (b) to FIG. 44 (c), the VDP 99 selects a "character with a bold 5 and a square at the top" as a character corresponding to "5", and displays a middle pattern in the center of the screen. The variable display is performed such that the character corresponding to "5" is temporarily stopped and displayed. That is, while the “character in which the bold 6 is drawn” corresponding to the middle symbol “6” rises to the upper side of the screen at a visible speed, “5” is displayed.
Is displayed so as to rise from the lower center of the screen at a visible speed. Then, the “character in which bold 6 is drawn” corresponding to “6” rises to the upper side of the screen at a visible speed and disappears, and “bold 5 in upper part” corresponding to “5” is displayed from the lower center of the screen. Rises at a speed at which the character whose square is drawn is visible, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” is “about 2”. For seconds. That is,
At the center of the screen of the liquid crystal display 19, a symbol of "losing reach" corresponding to "353" is displayed for "about 2 seconds" while swinging up and down.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop manner. As a result, as shown in FIG. 44 (d), the symbol of “losing reach” corresponding to “353” displayed while swinging up and down in the center of the screen of the liquid crystal display 19 is horizontally displayed in the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About nine seconds after the display of the vertical swing of the symbol is started, the third symbol of "reach loss" is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from PU75 is a symbol variation start command of "Hazle Reach", the data of "Reach symbol group" is "Reach symbol group 3", the data of "Count value" is "3", When the data of the “re-variation pattern” is “pattern 5”, at the time of the re-variation processing in S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIGS. 45 and 46. FIG. 45 shows a display CPU 9 of the pachinko machine 1 according to the present embodiment.
6 is a “reach symbol group” data as a “reach symbol group 3”, a “count value” data is “3”, and a “re-variation” as a symbol change start command of “losing reach” instructed by the CPU 75 of the main board 71. The data of "pattern" is "pattern 5"
Is a diagram showing an example of a symbol display of "Hazle Reach" displayed after the second stop after the first stop, and (a) of FIG. A diagram showing a temporarily stopped state, (b) is a diagram showing a state of change to the second "losing reach" symbol, and (c) is a diagram showing a "losing reach" symbol displayed after the second change. FIG. FIG. 46 shows a display C of the pachinko machine 1 according to the present embodiment.
The PU 96 is instructed from the CPU 75 of the main board 71 as the symbol change start command of “losing reach”, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”, and “re-variation”. When the data of “pattern” is “pattern 5”, it is a diagram showing an example from the display of the second temporary stop to the display of the third temporary stop until the final stop, and FIG. A diagram showing a temporarily stopped state of the symbol of "losing reach", (b) is a diagram showing a state of change to the symbol of the third "losing reach", and (c) is a symbol of the third "losing reach". Diagram showing the temporarily stopped state of
(D) is a diagram showing a state in which the final stop has been received in response to the final stop signal.

First, in S23, the display CPU 96
Determines "353" as the symbol of "Hazle Reach" to be temporarily stopped at the first time, and moves the character of the "Hazle Reach" symbol corresponding to the "353" up and down "about 7 seconds" in the center of the screen. VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 45A, the VDP 99 selects a “character having a bold 3 and a squared upper portion” as a character corresponding to “3”. In addition, as a character corresponding to "5", "a character in which a square is drawn at the top with a bold 5" is selected. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. The “character in which a square eye is drawn at the top with a bold 5” for “5” is temporarily stopped and displayed for “about 7 seconds”. That is, the liquid crystal display 1
The character corresponding to "353" is displayed in the center of the screen of No. 9 while swinging up and down for "about 7 seconds" in a state of being arranged in three rows horizontally.

Subsequently, the display CPU 96 sets “36” as a symbol of “Hazle Reach” to be temporarily stopped for the second time.
"3" is determined, and "5" of "353" is lowered to the lower side of the screen at a visible speed, while "6" of "363" is lowered from the upper center of the screen at a visible speed and the center of the screen is lowered. , And instructs the VDP 99 to temporarily stop and display “363” for “about 1 second”. As a result, FIG.
As shown in (b) to FIG. 46 (a), the VDP 99 selects a “character in which a bold 6 is drawn” as a character corresponding to “6”, and the “6” is displayed in the middle pattern in the center of the screen. Is fluctuated so as to temporarily stop and display the character corresponding to. That is, while the “character with a square with a bold 5 at the top” corresponding to the middle symbol “5” descends to the lower part of the screen at a visible speed, the “bold character corresponding to“ 6 ” 6 is drawn so as to descend from the upper center of the screen at a visible speed.
Then, the “character in which a bold 5 and a square is drawn at the top” corresponding to “5” descends to the lower side of the screen at a visible speed and disappears, and “6” corresponding to “6” from the upper center of the screen The character in which bold 6 is drawn descends at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “363” is “about 1”. For seconds. That is, a symbol of “losing reach” corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 for “about 1 second” while swinging up and down.

Subsequently, the display CPU 96 sets “35” as a symbol of “Hazle Reach” to be temporarily stopped for the third time.
"3" is determined, and "6" of "363" rises to the upper side of the screen at a visible speed, while "5" of "353" rises from the lower center of the screen at a visible speed and the center of the screen rises. The VDP 99 is instructed to temporarily stop and display “353” temporarily for “about 1 second”. As a result, FIG.
As shown in FIG. 46 (c) to FIG. 46 (c), the VDP 99 selects a “character in which a bold 5 and a square is drawn at the top” as a character corresponding to “5”, and displays a middle pattern in the center of the screen. The variable display is performed so that the character corresponding to "5" is temporarily stopped and displayed. That is, while the “character in which the bold 6 is drawn” corresponding to the middle symbol “6” rises to the upper side of the screen at a visible speed, “5” is displayed.
Is displayed so as to rise from the lower center of the screen at a visible speed. Then, the “character in which bold 6 is drawn” corresponding to “6” rises to the upper side of the screen at a visible speed and disappears, and “bold 5 in upper part” corresponding to “5” is displayed from the lower center of the screen. Rises at a speed at which the character whose square is drawn is visible, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” is “about 2”. For seconds. That is,
At the center of the screen of the liquid crystal display 19, a symbol of "losing reach" corresponding to "353" is displayed for "about one second" while swinging up and down.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop manner. As a result, as shown in FIG. 46 (d), the symbol of "losing reach" corresponding to "353" displayed while swinging up and down in the center of the screen of the liquid crystal display 19 is horizontally displayed in the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About nine seconds after the display of the vertical swing of the symbol is started, the third symbol of "reach loss" is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from PU75 is a symbol variation start command of "Hazle Reach", the data of "Reach symbol group" is "Reach symbol group 3", the data of "Count value" is "3", When the data of the “re-variation pattern” is “pattern 5”, at the time of the re-variation processing in S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIG. FIG. 40 shows that the display CPU 96 of the pachinko machine 1 according to the present embodiment uses the “reach symbol group 3” as the data of the “reach symbol group” as the symbol change start command of “losing reach” instructed from the CPU 75 of the main board 71, "Count value" data is "3",
In the case where the data of the “re-variation pattern” is “pattern 5”, FIG. 11A is a diagram showing an example from the first temporary stop to the second temporary stop display to the final stop, and FIG. A diagram showing a temporarily stopped state of the symbol of the first "losing reach", (b) is a diagram showing a change state to a symbol of the second "losing reach", and (c) is a second "losing reach". "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from the PU 75 is a symbol variation start command of “Hazle Reach”, the data of “Reach symbol group” is “Reach symbol group 3”, the data of “Count value” is “3”, When the data of the “re-variation pattern” is “pattern 6”, at the time of the re-variation processing of S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIGS. 47 and 48. FIG. 47 shows a display CPU 9 of the pachinko machine 1 according to the present embodiment.
6 is a “reach symbol group” data as a “reach symbol group 3”, a “count value” data is “3”, and a “re-variation” as a symbol change start command of “losing reach” instructed by the CPU 75 of the main board 71. The data of "pattern" is "pattern 6"
Is a diagram showing an example of a symbol display of "Hazle Reach" displayed after the second stop after the first stop, and (a) of FIG. A diagram showing a temporarily stopped state, (b) is a diagram showing a state of change to the second "losing reach" symbol, and (c) is a diagram showing a "losing reach" symbol displayed after the second change. FIG. FIG. 48 shows a display C of the pachinko machine 1 according to the present embodiment.
The PU 96 is instructed by the CPU 75 of the main board 71 as the symbol change start command of “losing reach”, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”, and “re-variation”. When the data of “pattern” is “pattern 6”, this is a diagram showing an example from the display of the second temporary stop to the display of the third temporary stop to the final stop, and FIG. A diagram showing a temporary stop state of a symbol of "losing reach", (b) a diagram showing a state of change to a symbol of the third "losing reach", and (c) a symbol of a third "losing reach". Diagram showing the temporarily stopped state of
(D) is a diagram showing a state in which the final stop has been received in response to the final stop signal.

First, in S23, the display CPU 96
Determines "353" as the symbol of "Hazle Reach" to be temporarily stopped at the first time, and moves the character of the "Hazle Reach" symbol corresponding to the "353" up and down "about 7 seconds" in the center of the screen. VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 47A, the VDP 99 selects a “character with a bold 3 and a square with an upper portion drawn” as a character corresponding to “3”. In addition, as a character corresponding to "5", "a character in which a square is drawn at the top with a bold 5" is selected. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. The “character in which a square eye is drawn at the top with a bold 5” for “5” is temporarily stopped and displayed for “about 7 seconds”. That is, the liquid crystal display 1
The character corresponding to "353" is displayed in the center of the screen of No. 9 while swinging up and down for "about 7 seconds" in a state of being arranged in three rows horizontally.

Subsequently, the display CPU 96 sets “36” as a symbol of “Hazle Reach” to be temporarily stopped for the second time.
"3" is determined, and "5" of "353" is lowered to the lower side of the screen at a visible speed, while "6" of "363" is lowered from the upper center of the screen at a visible speed and the center of the screen is lowered. , And instructs the VDP 99 to temporarily stop displaying “363” for “about 1.5 seconds”. As a result, FIG.
As shown in FIG. 7 (b) to FIG. 48 (a), the VDP 99 selects a “character in which a bold 6 is drawn” as a character corresponding to “6”, and displays “6” in a middle pattern in the center of the screen. Is displayed so as to temporarily stop the character corresponding to "." That is, while the “character with a square with a bold 5 at the top” corresponding to the middle symbol “5” descends to the lower part of the screen at a visible speed, the “bold character corresponding to“ 6 ” 6 is drawn so as to descend from the upper center of the screen at a visible speed.
Then, the “character in which a bold 5 and a square is drawn at the top” corresponding to “5” descends to the lower side of the screen at a visible speed and disappears, and “6” corresponding to “6” from the upper center of the screen The character in which bold 6 is drawn descends at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “363” is “about 1”. .5 seconds "is displayed. That is, a symbol of “losing reach” corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 for “about 1.5 seconds” while swinging up and down.

Subsequently, the display CPU 96 sets “35” as a symbol of “Hazle Reach” to be stopped once for the third time.
"3" is determined, and "6" of "363" rises to the upper side of the screen at a visible speed, while "5" of "353" rises from the lower center of the screen at a visible speed and the center of the screen rises. , And instructs the VDP 99 to temporarily stop and display “353” for “about 0.5 seconds”. As a result, FIG.
As shown in FIG. 48 (b) to FIG. 48 (c), the VDP 99 selects a "character with a bold 5 and a square at the top" as a character corresponding to "5", The variable display is performed so that the character corresponding to the "5" is temporarily stopped and displayed on the symbol. That is, while the “character in which the bold 6 is drawn” corresponding to the middle symbol “6” rises to the upper side of the screen at a visible speed, “5” is displayed.
Is displayed so as to rise from the lower center of the screen at a visible speed. Then, the “character in which bold 6 is drawn” corresponding to “6” rises to the upper side of the screen at a visible speed and disappears, and “bold 5 in upper part” corresponding to “5” is displayed from the lower center of the screen. Rises at a visible speed, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” becomes “about 0”. .5 seconds "is displayed. That is, a symbol of “losing reach” corresponding to “353” is displayed in the center of the screen of the liquid crystal display 19 for about 0.5 seconds while swinging up and down.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop manner. As a result, as shown in FIG. 48 (d), the symbol of “losing reach” corresponding to “353” displayed while swinging up and down in the center of the screen of the liquid crystal display 19 is horizontally displayed in the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About nine seconds after the display of the vertical swing of the symbol is started, the third symbol of "reach loss" is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from PU75 is a symbol variation start command of "Hazle Reach", the data of "Reach symbol group" is "Reach symbol group 3", the data of "Count value" is "3", When the data of the “re-variation pattern” is “pattern 7”, at the time of the re-variation processing in S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIG. FIG. 49 shows that the display CPU 96 of the pachinko machine 1 according to the present embodiment uses the “reach symbol group 3” as the data of the “reach symbol group” as the symbol change start command of “losing reach” instructed from the CPU 75 of the main board 71, "Count value" data is "3",
In the case where the data of the “re-fluctuation pattern” is “pattern 7”, FIG. 11A is a diagram illustrating an example of the display from the first stop to the second stop, to the final stop, and FIG. A diagram showing a temporarily stopped state of the symbol of the first "losing reach", (b) is a diagram showing a change state to a symbol of the second "losing reach", and (c) is a second "losing reach". "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

First, in S23, the display CPU 96
Determines "363" as the symbol of "Hazle Reach" to be temporarily stopped at the first time, and moves the character of the symbol of "Hazle Reach" corresponding to the "363" vertically in the center of the screen for "about 7 seconds" VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 49A, the VDP 99 selects a “character with a bold 3 and a square with an upper portion drawn” as a character corresponding to “3”. In addition, “character in which bold 6 is drawn” is selected as a character corresponding to “6”. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. The “character in which bold 6 is drawn” for “6” is temporarily stopped and displayed for “about 7 seconds”. That is, a character corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 while swinging up and down “about 7 seconds” in a state of being aligned in three rows.

Subsequently, the display CPU 96 displays “35” as a symbol of “Hazle Reach” to be stopped once for the second time.
"3" is determined, and "6" of "363" rises to the upper side of the screen at a visible speed, while "5" of "353" rises from the lower center of the screen at a visible speed and the center of the screen rises. The VDP 99 is instructed to temporarily stop and display "353" temporarily for "about 2 seconds". As a result, FIG.
As shown in FIG. 49 (c) through FIG. 49 (c), the VDP 99 selects "a character having a bold 5 and a square at the top" as a character corresponding to "5", and displays a middle pattern in the center of the screen. The variable display is performed such that the character corresponding to "5" is temporarily stopped and displayed. That is, while the “character in which the bold 6 is drawn” corresponding to the middle symbol “6” rises to the upper side of the screen at a visible speed, “5” is displayed.
Is displayed so as to rise from the lower center of the screen at a visible speed. Then, the “character in which bold 6 is drawn” corresponding to “6” rises to the upper side of the screen at a visible speed and disappears, and “bold 5 in upper part” corresponding to “5” is displayed from the lower center of the screen. Rises at a speed at which the character whose square is drawn is visible, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” is “about 2”. For seconds. That is,
At the center of the screen of the liquid crystal display 19, a symbol of "losing reach" corresponding to "353" is displayed for "about 2 seconds" while swinging up and down.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop manner. As a result, as shown in FIG. 49 (d), the symbol of “losing reach” corresponding to “353” displayed while swinging up and down in the center of the screen of the liquid crystal display 19 is horizontally displayed in the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About 9 seconds after the display of the vertical swing of the symbol is started, the second symbol of "reach loss" is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from PU75 is a symbol variation start command of "Hazle Reach", the data of "Reach symbol group" is "Reach symbol group 3", the data of "Count value" is "3", When the data of the “re-variation pattern” is “pattern 8”, at the time of the re-variation processing in S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIG. FIG. 50 shows that the display CPU 96 of the pachinko machine 1 according to the present embodiment uses the “reach symbol group 3” as the data of the “reach symbol group” as the symbol change start command of “losing reach” instructed from the CPU 75 of the main board 71, "Count value" data is "3",
In the case where the data of the “re-variation pattern” is “Pattern 8”, FIG. 11A is a diagram illustrating an example of the display from the first stop to the second stop, to the final stop, and FIG. A diagram showing a temporarily stopped state of the symbol of the first "losing reach", (b) is a diagram showing a change state to a symbol of the second "losing reach", and (c) is a second "losing reach". "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

First, in S23, the display CPU 96
Determines "363" as the symbol of "Hazle Reach" to be temporarily stopped at the first time, and places the character of the "Hazle Reach" symbol corresponding to the "363" vertically in the center of the screen for "about 8 seconds" VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 50A, the VDP 99 selects a “character with a bold 3 and a square with an upper portion drawn” as a character corresponding to “3”. In addition, “character in which bold 6 is drawn” is selected as a character corresponding to “6”. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. The “character in which bold 6 is drawn” for “6” is temporarily stopped and displayed for “about 8 seconds”. That is, the character corresponding to “363” is displayed in the center of the screen of the liquid crystal display 19 while swinging up and down “about 8 seconds” in a state of being aligned in three rows.

Subsequently, the display CPU 96 sets “35” as a symbol of “Hazle Reach” to be temporarily stopped for the second time.
"3" is determined, and "6" of "363" rises to the upper side of the screen at a visible speed, while "5" of "353" rises from the lower center of the screen at a visible speed and the center of the screen rises. The VDP 99 is instructed to temporarily stop and display “353” temporarily for “about 1 second”. As a result, FIG.
As shown in FIG. 50 (c) to FIG. 50 (c), the VDP 99 selects a "character with a bold 5 and a square at the top" as a character corresponding to "5", and displays a middle pattern in the center of the screen. The variable display is performed so that the character corresponding to "5" is temporarily stopped and displayed. That is, while the “character in which the bold 6 is drawn” corresponding to the middle symbol “6” rises to the upper side of the screen at a visible speed, “5” is displayed.
Is displayed so as to rise from the lower center of the screen at a visible speed. Then, the “character in which bold 6 is drawn” corresponding to “6” rises to the upper side of the screen at a visible speed and disappears, and “bold 5 in upper part” corresponding to “5” is displayed from the lower center of the screen. Rises at a speed at which the character whose square is drawn is visible, temporarily stops at the position of the middle symbol in the center of the screen, and the symbol of “losing reach” corresponding to “353” is “about 2”. For seconds. That is,
At the center of the screen of the liquid crystal display 19, a symbol of "losing reach" corresponding to "353" is displayed for "about one second" while swinging up and down.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop. As a result, as shown in FIG. 50 (d), the symbol of "losing reach" corresponding to "353" displayed while swinging up and down in the center of the screen of the liquid crystal display 19 is horizontally displayed in the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About 9 seconds after the display of the vertical swing of the symbol is started, the second symbol of "reach loss" is fixedly stopped and displayed.

Next, the display CPU 96 sets the C
The symbol variation start command signal instructed from PU75 is a symbol variation start command of "Hazle Reach", the data of "Reach symbol group" is "Reach symbol group 3", the data of "Count value" is "3", When the data of the “re-variation pattern” is “pattern 9”, at the time of the re-variation processing of S19,
An example of the display of the “temporary stop symbol” displayed on the screen of the liquid crystal display 19 will be described with reference to FIG. FIG. 51 shows that the display CPU 96 of the pachinko machine 1 according to the present embodiment uses the “reach symbol group 3” as the data of the “reach symbol group” as the symbol change start command of “losing reach” instructed from the CPU 75 of the main board 71, "Count value" data is "3",
FIG. 9A is a diagram illustrating an example of data from a first stop to a final stop when data of a “re-variation pattern” is “pattern 9”. FIG. FIG. 7B is a diagram illustrating a temporarily stopped state, and FIG. 7B is a diagram illustrating a state in which a fixed stop is received in response to a fixed stop signal.

First, in S23, the display CPU 96
Determines "353" as the symbol of "Hazle Reach" to be temporarily stopped at the first time, and places the character of the symbol of "Hazle Reach" corresponding to the "353" vertically in the center of the screen for "about 9 seconds" VDP9 to swing and display
Instruct 9. As a result, as shown in FIG. 51A, the VDP 99 selects a “character having a bold 3 and a squared upper portion” as a character corresponding to “3”. In addition, as a character corresponding to "5", "a character in which a square is drawn at the top with a bold 5" is selected. Then, in order of the left symbol and the right symbol in the center portion of the screen of the liquid crystal display 19, the "character in which the bold character 3 and the square is drawn at the top" corresponding to the "3" is temporarily stopped, and then the middle symbol is displayed. For "5", the "character in which a square eye is drawn at the top with bold 5" is temporarily stopped and displayed for "about 9 seconds". That is, the liquid crystal display 1
The character corresponding to "353" is displayed at the center of the screen of No. 9 while swinging up and down for "about 9 seconds" in a state of being aligned in three rows horizontally.

Next, when receiving the confirmation signal from the CPU 75 of the main board 71, the display CPU 96 instructs the VDP 99 to display the "reach loss" symbol in the center of the screen in a fixed stop manner. As a result, as shown in FIG. 51 (b), the symbol of “losing reach” corresponding to “353” displayed while swinging up and down in the center of the screen of the liquid crystal display 19 is horizontally displayed in the center of the screen. Is stopped and displayed in a state of being aligned in three columns. Therefore, the first "reach loss"
About 9 seconds after the display of the vertical swing of the symbol is started, the symbol of "reach loss" is fixedly stopped and displayed.

As described in detail above, in the pachinko machine 1 according to the present embodiment, a symbol change start command is output from the CPU 75 of the main board 71 to the display CPU 96 of the display control circuit unit 95. Then, the display CPU 96 that has received the symbol change start instruction, when the symbol change start command is “big hit symbol” and “re-variation pattern”, temporarily stops the symbol data table 109 and the re-variation display data table 111.
And the re-variation display of the big hit symbol is performed based on this. Also,
When the symbol variation start command is “reach symbol group”, “count value”, and “re-variation pattern”, the display CPU 96 determines “ The symbol of "Hazle reach" is displayed again. There are nine types of the re-variation patterns from pattern 1 to pattern 9, and the time of the first pause display of each re-variation pattern is 1 second to 9 seconds.
Each second is different. In addition, the time from the start of the first temporary stop of each re-variation pattern to the definite stop after the re-variation is all a predetermined time (in the case of the present embodiment, about 9 hours).
Seconds). Further, when the symbol variation start command is “normal loss” and “variation pattern”, the display CPU 96 performs symbol variation in the case of the normal loss stored in the program ROM 96, and temporarily displays the symbol of the normal loss. Stop display. When a variable symbol confirmation command is received after a predetermined time (about 9 seconds in the case of the present embodiment) elapses, the jackpot symbol, the losing reach symbol, or the losing symbol, which is temporarily stopped and displayed, is fixed and stopped. And display it. As a result, normal "big hits" and "big hits" occur, and "time saving / probable change mode" acquisition or "losing" is determined.

[0300] Therefore, by performing the re-variation display in which the time from the start of the first temporary stop display to the start of the second variation display is changed, the player can temporarily stop at a predetermined jackpot symbol or a losing reach symbol. Since it is difficult to predict whether or not the later re-variation display will be started, it is possible to maintain the player's expectation of the occurrence of the "big hit" even when playing for a long time, and Can be attracted and interest can be increased. In addition, the re-variation pattern of the pattern 9 is such that the symbol of the jackpot symbol or the losing reach symbol is temporarily stopped and displayed for 9 seconds and then stopped without re-variation, so that the player starts the re-variation display after the stop. It becomes more difficult to predict whether or not
Even if the game is played for a long time, it is possible to further maintain the expectation of the occurrence of the "big hit", and to further attract the interest of the player and increase the interest. Further, in each re-variation pattern, the re-variation time from the start of the first temporary stop to the final stop is a predetermined time (about 9 seconds in the present embodiment), and thus the temporarily stopped state is too long. Also, it is possible to prevent the re-change state from being too long, and it is possible to more strongly attract the interest of the player and increase the interest without boring the player. In addition, the re-variation patterns of Patterns 4 to 6 or the re-variation patterns of Patterns 7 and 8 have different times from the first stop to the next start of the re-change, and the time until the final stop. Since the number of re-fluctuations is two or one, it becomes more difficult for the player to predict how many re-fluctuations after the first stop, and even if the player plays for a long time, "Big hit"
It is possible to maintain a sense of expectation of occurrence, to further attract the player's interest, and to increase interest.

Also, one jackpot symbol is temporarily stopped and displayed from among a plurality of jackpot symbols, and even after a "big hit" has occurred in the player, the jackpot symbol is stopped and displayed a predetermined number of times. After that, the predetermined jackpot symbol is determined and stopped and displayed, so that it is possible to maintain the player's expectation of the "big hit", to attract the player's interest, and to increase the interest. Become. Also, after the "big hit symbol" is displayed a predetermined number of times repeatedly in a state where the symbols are aligned in the upward direction of the screen or in the downward direction of the screen, and are replaced at a visible speed on the screen,
Finally, the "stop symbol" displayed is fixed and stopped.
Since the "big hit symbol" is determined, the player can intuitively recognize that the "big hit symbol" is selected at random in the predetermined order, and the change display in the special mode is effectively performed. It is possible to display the information, so that the player's interest can be more strongly attracted and the interest can be further increased. After the winning symbols 31 and 38 are won and the fluctuating symbol fluctuates, if “111” or “777” is temporarily stopped and displayed as the “big hit symbol” displayed for the first time, “ Since the "time saving / probable change mode" is reliably generated, it is possible to maintain a high expectation of the player for the acquisition of the "time saving / probable change mode", and at the same time, to strongly attract the interest of the player and to have an interest in the game. It is possible to increase. In addition, one of the big hit symbols is temporarily stopped and displayed from among the plurality of big hit symbols, and even after the "big hit" advantageous to the player has occurred, the big hit symbols are repeated a predetermined number of times and the predetermined direction or the reverse of the predetermined direction is repeated. Since it is displayed fluctuating in the direction and finally a predetermined jackpot symbol is displayed, it is possible to more strongly maintain the player's expectation of the "big hit", and to further attract the player's interest and to have interest. Can be further increased.

[0302] Even after the symbol of one losing reach is once stopped and displayed, the symbol of the losing reach is repeated a predetermined number of times, and the symbols of another losing reach in which a part of the symbols of the losing reach are arranged in the same predetermined form are temporarily stopped. Since the display is performed, it is possible to maintain the player's expectation of the “big hit”, to attract the player's interest, and to increase the interest. In addition, a predetermined order is given to the symbols of the plurality of losing reach, and the re-variation display indicates whether the symbol of the losing reach once stopped is a symbol in the next order of the predetermined order or a symbol in the reverse order. Since the player randomly selects the one of the losing reach symbols, it is difficult for the player to predict the losing reach symbols that will be displayed after stopping once. It is possible to maintain a sense of expectation for the occurrence of a "big hit", to attract the interest of the player, and to increase the interest. Furthermore, the fluctuation display from the temporary stop of the big hit symbol to the temporary stop of the next big hit symbol, and the fluctuation display from the temporary stop of the loss-reach design to the temporary stop of the next loss-reach design can be visually recognized. Since it changes with the speed and can be easily recognized by the player, it is possible to more effectively display the symbol change of the jackpot symbol and the symbol of the losing reach, and to further attract the player's interest. And it is possible to increase interest. In addition, since the player can easily recognize that the re-variation display of the jackpot symbol and the losing reach symbol is randomly selected and displayed, the variation display of the jackpot symbol and the losing reach symbol is effectively performed. In addition to being able to display, the interest of the player can be more strongly attracted and the interest can be further increased.

[0303] The present invention is not limited to the above-described embodiment, and it is needless to say that various improvements and modifications can be made without departing from the gist of the present invention. For example,
The following may be performed. (A) In the above embodiment, the re-fluctuation pattern is the pattern 1
Although there are nine types of patterns 9, more re-variation patterns may be provided. Further, the maximum number of times of the stop display is set to five times, but may be set to five or more times. Further, the first pause display time is set to six types, but may be set to six or more types. As a result, the re-fluctuation pattern can be made more complicated, and the prediction of the re-fluctuation pattern becomes more difficult, so that the interest of the player can be more strongly attracted and the interest can be increased.

(B) In the above embodiment, when a "big hit" occurs, the re-variation is always performed based on the re-variation pattern. Alternatively, the first "temporary stop symbol" may be set as the "big hit symbol" without any re-variation and may be temporarily stopped for the stop display time longer than a predetermined time (for example, once for 4 seconds, the final stop is performed. ). As a result, the re-fluctuation pattern can be further complicated, so that the "big hit symbol" is finally stopped by the player.
It is possible to maintain the expectation for
The player can be further attracted.

(C) In the above embodiment, the display of the temporarily stopped state of the “temporarily stopped pattern” is made to swing vertically in a state where three lines are arranged horizontally at substantially the center of the screen. Blinks in three rows horizontally at almost the center of the
The color may be changed or rotated. Thereby, the player can more easily recognize the temporary stop state of the “temporary stop symbol”.

(D) In the above embodiment, the nine types of re-variation patterns, Pattern 1 to Pattern 9, are used. However, like the three types of Patterns 4 to 6, from the first temporary stop to the final stop. The types of symbols to be displayed may be the same, and may be composed of only a plurality of re-variation patterns which differ only in the time from the first stop of the first time to the start of the next change. As a result, the re-fluctuation pattern can be further complicated, so that it is possible to more strongly maintain the player's expectation for the "big hit symbol" that is finally stopped, thereby further attracting the player. it can.

(E) In the above embodiment, the time from the first stop of each re-variation pattern of pattern 1 to pattern 9 to the final stop is fixed (about 9 seconds). You may. That is, each temporary stop time after the second time may be set to an arbitrary time. As a result, the re-variation pattern can be further diversified, so that the "big hit symbol" is finally stopped by the player.
It is possible to maintain the expectation for
The player can be further attracted.

(F) In the above embodiment, even in the case of a normal “big hit”, “111” is displayed during the display of the re-variation pattern.
Alternatively, there is a possibility that "777" is temporarily stopped and displayed, but in step S17, the "big hit symbol" of "111" or "777" is displayed during the display of the normal "big hit" change pattern. In this case, the “pattern” next to the “pattern” in the re-variation display data table 111 instructed by the CPU 75 or the “big hit symbol” of “111” or “777” is not displayed during the re-variation. "Pattern" may be selected. This allows
Only when the “big hit symbol” of “111” or “777” is temporarily stopped and displayed, the “time saving / probable change mode” can be generated, and the “time saving / probable change mode” of the player can be generated.
It is possible to maintain a higher expectation for acquisition.

[0309]

As described above, in the pachinko machine of the first aspect, after the changing symbol displayed on the symbol display device provided in the game area changes, the pachinko machine temporarily stops in a predetermined mode. Then, based on the selected re-variation pattern, the variation and the temporary stop are repeated a predetermined number of times, and then the final stop is performed. Further, the time from the first temporary stop start to the next change start depends on the selected re-change pattern. Thus, by performing the re-variation display having a different time from the start of the first temporary stop to the start of the next variation, the player can determine whether or not the re-variable display is started after the temporary stop in a predetermined manner. Since it is difficult to predict whether the game has been played for a long time, it is possible to maintain the player's expectation of the occurrence of a "big hit", and to attract the player's interest and increase interest. Can provide a pachinko machine capable of.

[0310] In the pachinko machine according to the second aspect, in the pachinko machine according to the first aspect, the plurality of re-variation patterns include a re-variation pattern in which the predetermined number of times is zero. There is. This makes it more difficult for the player to predict whether or not the re-variation display will be started after a temporary stop in a predetermined manner. It is possible to provide a pachinko machine that can further maintain a sense of expectation, and that can further attract the player's interest and increase interest.

[0311] In the pachinko machine according to the third aspect, in the pachinko machine according to the first or second aspect, each of the re-variation patterns is a re-variation time from the first temporary stop to the final stop. Is a predetermined time, so that the stopped state does not continue beyond the predetermined time. Thereby, since it is possible to prevent the stop state from continuing for a long time or the re-change state being too long, it is possible to more strongly attract the interest of the player and increase the interest without boring the player. Pachinko machines can be provided.

[0312] In the pachinko machine according to the fourth aspect, in the pachinko machine according to any one of the first to third aspects, the plurality of re-variation patterns may include a plurality of re-variation patterns having the same number of times. Since the pattern includes the pattern, the time from the start of the first temporary stop to the start of the next change may be different, and the re-change pattern may have the same number of re-changes until the final stop. This makes it more difficult for the player to predict how many times it will fluctuate after stopping once in a predetermined manner. It is possible to provide a pachinko machine that can be maintained and that can attract more player interest and increase interest.

[0313] In the pachinko machine according to claim 5, in the pachinko machine according to any one of claims 1 to 4, after the fluctuating symbol displayed on the symbol display device provided in the game area fluctuates, When the game is stopped in the special mode, a special game state (big hit) advantageous to the player occurs. And
After one special aspect is selected from the plurality of special aspects, and each of the selected special aspects is temporarily stopped and displayed, the predetermined special aspect selected from the plurality of special aspects is changed to a final special aspect. Is fixedly stopped and displayed. This allows
One special aspect is temporarily stopped and displayed from among a plurality of special aspects, and even after a special gaming state advantageous to the player occurs,
The special mode is temporarily stopped and displayed repeatedly a predetermined number of times, and then the predetermined special mode is fixedly stopped and displayed, so that the player's expectation of the special game state (so-called "big hit") can be maintained. In addition, it is possible to provide a pachinko machine capable of attracting a player's interest and increasing interest.

[0314] In the pachinko machine according to claim 6, in the pachinko machine according to claim 5, the plurality of special modes are given a predetermined order. Then, when the order of the predetermined order of the selected special mode is an order after the order of the predetermined order of the special mode selected last time, the re-variation display means starts from the special mode temporarily stopped. The selected special mode is variably displayed in a predetermined direction and temporarily stopped, and the order of the predetermined order of the selected special mode is earlier than the order of the predetermined sequence of the special mode selected last time. In the case of, control is performed so that the special mode that has been stopped is displayed in the selected special mode in a direction opposite to the predetermined direction and then temporarily stopped. Thereby, one special mode is temporarily stopped and displayed from among the plurality of special modes, and even after the special game state advantageous to the player has occurred, the special mode is repeated a predetermined number of times and is repeated in the predetermined direction or in the predetermined direction. Since the display is displayed in the opposite direction and the predetermined special mode is displayed at the end, it is possible to maintain the player's expectation of the special game state more strongly, and to further attract the player's interest, and It is possible to provide a pachinko machine capable of further increasing interest.

[0315] Further, in the pachinko machine according to claim 7, in the pachinko machine according to claim 5 or 6, the privilege game state which is advantageous to a player different from the special game state is determined by the privilege generation control means. Occurs at the probability of occurrence. When the special game state occurs and the bonus game state occurs, a bonus mode is selected from a plurality of special modes, and the selected bonus mode is temporarily stopped and displayed. After that, it is fixed and stopped and displayed. Then, a special game state occurs, and a privilege game state occurs. Thereby, when the privilege mode is displayed,
Without the re-change, this privilege mode is fixedly stopped and displayed, and the privilege game state is generated reliably, so that it is possible to maintain the player's expectation of the occurrence of the privilege game state, With respect to the display of each special mode, the expectation of the occurrence of the privilege game state of the player is changed variously, and even if the game is continued for a long time, the interest of the player is strongly attracted to the pachinko game and the interest is generated. A possible pachinko machine can be provided.

In the pachinko machine according to the eighth aspect, in the pachinko machine according to the seventh aspect, the privilege game state occurs with a high probability that the special game state occurs at a higher probability than a normal probability ( Hereinafter, it is referred to as “probability fluctuation”.)
The game state is included. Thereby, when the privilege mode is displayed after being fixed and stopped, the probability of occurrence of the special game state occurs at a high probability higher than the normal probability. It is possible to provide a pachinko machine capable of maintaining a high expectation.

In the pachinko machine according to the ninth aspect, in the pachinko machine according to the seventh or eighth aspect, in the case of the bonus game state, the variation symbol is stopped in a shorter time than in a normal case. Therefore, it is possible to provide a pachinko machine capable of knowing in a short time whether or not a special gaming state has occurred, and maintaining a high expectation for obtaining a privilege gaming state such as a probability variation of a player in a higher state. be able to.

In the pachinko machine according to the tenth aspect,
The pachinko machine according to any one of claims 1 to 4, wherein, when the predetermined mode is a reach symbol, the re-variation display means temporarily stops the display until the predetermined number of times is reached before reaching the predetermined number. One reach symbol in which a part of the changing symbol is arranged in the same predetermined form is selected and displayed.
With this, even after one reach symbol is temporarily stopped and displayed from among a plurality of reach symbols in which a part of the variable symbol is arranged in a predetermined form, a part of the variable symbol is repeated a predetermined number of times. Since one reach symbol in the form is temporarily stopped and displayed, it is possible to maintain the player's expectation for the special game state (so-called "big hit"), and to attract the player's interest, Further, a pachinko machine capable of increasing interest can be provided.

In the pachinko machine according to the eleventh aspect,
The pachinko machine according to claim 10, wherein the plurality of reach symbols are given a predetermined order, and the re-variation display means includes a reach symbol in the order following the predetermined order of the temporarily stopped reach symbols. Since one reach symbol is randomly selected from any of the reach symbols in the opposite order, it is difficult for the player to stop once and predict the reach symbol to be displayed. However, it is possible to provide a pachinko machine that can maintain the player's expectation of the occurrence of a "big hit", and can also attract and interest the player.

Furthermore, in the pachinko machine according to claim 12,
The pachinko machine according to any one of claims 1 to 11, wherein the re-variation display means displays a fluctuation display from one stop to the next stop at a visually recognizable speed. Thereby, the player can easily display the fluctuation display from the temporary stop of the special mode to the temporary stop of the next special mode or the fluctuation display from the temporary stop of the reach symbol to the temporary stop of the next reach symbol. A pachinko machine capable of recognizing a special mode and a display of a re-variation of a reach symbol can be displayed more effectively, and can further attract the player's interest and increase interest. Can be provided. In addition, since the player can easily recognize that the special mode and the reach symbol re-variation display are selected and displayed at random, the special mode and the reach symbol can be effectively displayed. It is possible to provide a pachinko machine capable of further attracting a player's interest and further increasing interest in the game.

[Brief description of the drawings]

FIG. 1 is a front view showing an entire pachinko machine according to the present embodiment.

FIG. 2 is a front view showing a game area of the pachinko machine according to the embodiment.

FIG. 3 is a block diagram showing a configuration of a control system related to payout of prize balls and the like of the pachinko machine according to the present embodiment.

FIG. 4 is a block diagram illustrating a configuration of a RAM on a main board according to the embodiment.

FIG. 5 is a block diagram illustrating a system configuration of a display control circuit unit of the control system according to the embodiment.

6A and 6B show a data table stored in a jackpot symbol storage area of a ROM of a CPU unit of the pachinko machine according to the present embodiment, wherein FIG. 6A shows an example of a normal jackpot symbol data table, and FIG. It is a figure showing an example of a big hit symbol data table.

FIG. 7 is a diagram showing an example of a reach symbol group data table stored in a reach symbol group storage area of a ROM of the CPU unit of the pachinko machine according to the present embodiment.

FIG. 8 is a diagram illustrating an example of a re-variation pattern table stored in a re-variation pattern storage area of a ROM of the CPU unit of the pachinko machine according to the present embodiment.

FIG. 9 is a diagram illustrating an example of a temporary stop symbol data table stored in a temporary stop symbol storage area of a program ROM of the display control circuit unit of the pachinko machine according to the present embodiment.

FIG. 10 is a diagram showing an example of a reach symbol data table stored in a reach symbol storage area of a program ROM of the display control circuit unit of the pachinko machine according to the embodiment.

FIG. 11 is a diagram showing an example of a re-display data table stored in a re-record data storage area of a program ROM of the display control circuit unit of the pachinko machine according to the embodiment.

FIG. 12 is a flowchart showing a variable symbol display control process executed by the CPU of the main board when a pachinko ball wins at each starting port of the pachinko machine according to the present embodiment.

FIG. 13 is a flowchart showing a control process corresponding to a symbol change start command signal executed by the display CPU of the display control circuit unit of the pachinko machine according to the embodiment.

FIG. 14 is a display CPU of the pachinko machine according to the embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 1" as the re-variation pattern, and is displayed after the first stop and the second change. FIGS. 7A and 7B are diagrams illustrating an example of a display of a “temporary stop symbol”, in which FIG. 7A illustrates a temporary stop state of a first “temporary stop symbol”, and FIG. FIG. 7C is a diagram showing a state, and FIG. 7C is a diagram showing a “temporary stop symbol” displayed after the second change.

FIG. 15 is a display CPU of the pachinko machine according to the embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 1" as the re-variation pattern, and is displayed after the third stop after the second stop. FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol”, in which (a) is a diagram illustrating a temporary stop state of a second “temporary stop symbol”, and (b) is a change to a third “temporary stop symbol”; FIG. 7C is a diagram showing a state, and FIG. 7C is a diagram showing a “temporary stop symbol” displayed after the third change.

FIG. 16 is a display CPU of the pachinko machine according to the embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 1" as the re-variation pattern, and is displayed after the third stop and the fourth change. FIGS. 7A and 7B are diagrams illustrating an example of a display of a “temporary stop symbol”, in which FIG. 7A illustrates a temporary stop state of a third “temporary stop symbol”, and FIG. FIG. 9C is a diagram showing a state, and FIG. 9C is a diagram showing a “temporary stop symbol” displayed after the fourth change.

FIG. 17 is a display CPU of the pachinko machine according to the embodiment.
Is the symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "Pattern 1" as the re-variation pattern, after the display of the fourth pause to the fifth pause, FIG. 7A is a diagram illustrating an example of a process until a final stop, (a) is a diagram illustrating a temporary stop state of a fourth “temporary stop symbol”, and (b) is a diagram illustrating a change state to a fifth “temporary stop symbol”. FIG. 9C is a diagram showing a temporarily stopped state of the fifth “temporary stop symbol”, and FIG. 9D is a diagram showing a state of being stopped in a fixed manner in response to a fixed stop signal.

FIG. 18 is a display CPU of the pachinko machine according to the embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 2" as the re-variation pattern, and is displayed after the first stop and the second change. FIGS. 7A and 7B are diagrams illustrating an example of a display of a “temporary stop symbol”, in which FIG. 7A illustrates a temporary stop state of a first “temporary stop symbol”, and FIG. FIG. 7C is a diagram showing a state, and FIG. 7C is a diagram showing a “temporary stop symbol” displayed after the second change.

FIG. 19 is a display CPU of the pachinko machine according to the embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 2" as the re-variation pattern, and is displayed after the third stop after the second stop. FIGS. 7A and 7B are diagrams illustrating an example of a display of a “temporary stop symbol”, in which FIG. 7A illustrates a temporary stop state of a second “temporary stop symbol”, and FIG. FIG. 7C is a diagram showing a state, and FIG. 7C is a diagram showing a “temporary stop symbol” displayed after the third change.

FIG. 20 is a display CPU of the pachinko machine according to the present embodiment.
Is the symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "Pattern 2" as the re-variation pattern. FIGS. 7A and 7B are diagrams showing an example until a final stop, in which FIG. 7A shows a temporary stop state of a third “temporary stop symbol”, and FIG. FIG. 4C is a diagram showing a temporarily stopped state of the fourth “temporary stop symbol”, and FIG. 4D is a diagram showing a state where the final stop has been received in response to the final stop signal.

FIG. 21 is a display CPU of the pachinko machine according to the embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 3" as the re-variation pattern, and is displayed after the first stop and the second change. FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol”, in which (a) is a diagram illustrating a temporary stop state of a first “temporary stop symbol”, and (b) is a change to a second “temporary stop symbol”; FIG. 7C is a diagram showing a state, and FIG. 7C is a diagram showing a “temporary stop symbol” displayed after the second change.

FIG. 22 is a display CPU of the pachinko machine according to the embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 3" as the re-variation pattern, and is displayed after the second stop and the third change. FIG. 7A is a diagram illustrating an example of a display of a “temporary stop symbol”, in which (a) is a diagram illustrating a temporary stop state of a second “temporary stop symbol”, and (b) is a change to a third “temporary stop symbol”; FIG. 7C is a diagram showing a state, and FIG. 7C is a diagram showing a “temporary stop symbol” displayed after the third change.

FIG. 23 is a display CPU of the pachinko machine according to the present embodiment.
Is the symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 3" as the re-variation pattern, and after the display of the third temporary stop to the fourth temporary stop, FIGS. 7A and 7B are diagrams showing an example until a final stop, in which FIG. 7A shows a temporary stop state of a third “temporary stop symbol”, and FIG. FIG. 4C is a diagram showing a temporarily stopped state of the fourth “temporary stop symbol”, and FIG. 4D is a diagram showing a state where the final stop has been received in response to the final stop signal.

FIG. 24 is a display CPU of the pachinko machine according to the present embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 4" as the re-variation pattern, and is displayed after the first stop and the second change. FIGS. 7A and 7B are diagrams illustrating an example of a display of a “temporary stop symbol”, in which FIG. 7A illustrates a temporary stop state of a first “temporary stop symbol”, and FIG. FIG. 7C is a diagram illustrating a state, and FIG. 7C is a diagram illustrating a “temporary stop symbol” displayed after the second change.

FIG. 25 is a display CPU of the pachinko machine according to the embodiment.
Is the symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 4" as the re-variation pattern. FIG. 7A is a diagram illustrating an example of a process until a fixed stop is performed. FIG. 7A illustrates a temporary stop state of a second “temporary stop symbol”, and FIG. 7B illustrates a change state to a third “temporary stop symbol”. FIG. 7C is a diagram showing a temporary stop state of the third “temporary stop symbol”, and FIG. 7D is a diagram showing a state where the final stop has been received in response to the final stop signal.

FIG. 26 is a display CPU of the pachinko machine according to the present embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 5" as the re-variation pattern, and is displayed after the first stop and the second change. FIGS. 7A and 7B are diagrams illustrating an example of a display of a “temporary stop symbol”, in which FIG. 7A illustrates a temporary stop state of a first “temporary stop symbol”, and FIG. FIG. 7C is a diagram illustrating a state, and FIG. 7C is a diagram illustrating a “temporary stop symbol” displayed after the second change.

FIG. 27 is a display CPU of the pachinko machine according to the embodiment.
Is the symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 5" as the re-variation pattern. FIG. 7A is a diagram illustrating an example of a process until a fixed stop is performed. FIG. 7A illustrates a temporary stop state of a second “temporary stop symbol”, and FIG. 7B illustrates a change state to a third “temporary stop symbol”. FIG. 7C is a diagram showing a temporary stop state of the third “temporary stop symbol”, and FIG. 7D is a diagram showing a state where the final stop has been received in response to the final stop signal.

FIG. 28 is a display CPU of the pachinko machine according to the present embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 6" as the re-variation pattern, and is displayed after the first stop and the second change. FIG. 7A is a diagram showing an example of a display of a “temporary stop symbol”, in which (a) is a diagram showing a temporary stop state of a first “temporary stop symbol”, and (b) is a change to a second “temporary stop symbol”; FIG. 7C is a diagram showing a state, and FIG. 7C is a diagram showing a “temporary stop symbol” displayed after the second change.

FIG. 29 is a display CPU of the pachinko machine according to the embodiment.
Is the symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "Pattern 6" as the re-variation pattern. FIG. 7A is a diagram illustrating an example of a process until a fixed stop is performed. FIG. 7A illustrates a temporary stop state of a second “temporary stop symbol”, and FIG. 7B illustrates a change state to a third “temporary stop symbol”. FIG. 7C is a diagram showing a temporary stop state of the third “temporary stop symbol”, and FIG. 7D is a diagram showing a state where the final stop has been received in response to the final stop signal.

FIG. 30 is a display CPU of the pachinko machine according to the embodiment.
Is a symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "pattern 7" as the re-variation pattern. FIGS. 7A and 7B are diagrams illustrating an example of a process until a fixed stop is performed, in which FIG. 7A illustrates a temporary stop state of a first “temporary stop symbol”, and FIG. FIG. 3C is a diagram showing a temporarily stopped state of a second “temporary stop symbol”, and FIG. 3D is a diagram showing a state where the second pattern is stopped in response to a fixed stop signal.

FIG. 31 is a display CPU of the pachinko machine according to the embodiment.
Is the symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and "Pattern 8" as the re-variation pattern. FIGS. 7A and 7B are diagrams illustrating an example of a process until a fixed stop is performed, in which FIG. 7A illustrates a temporary stop state of a first “temporary stop symbol”, and FIG. FIG. 3C is a diagram showing a temporarily stopped state of a second “temporary stop symbol”, and FIG. 3D is a diagram showing a state where the second pattern is stopped in response to a fixed stop signal.

FIG. 32 is a display CPU of the pachinko machine according to the present embodiment.
Is a diagram showing an example from the first temporary stop to the final stop when the symbol signal of "333" as the "big hit symbol" instructed by the CPU of the main board and the "pattern 9" as the re-variation pattern. (A) is a diagram showing a temporary stop state of a first “temporary stop symbol”, and (b) is a diagram showing a state in which a final stop is received in response to a final stop signal.

FIG. 33 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9 is a diagram showing an example of a symbol display of “hazure reach” displayed after the second stop after the first stop when the data of the “re-change pattern” is “pattern 1”;
(A) is a diagram showing a temporarily stopped state of the first "losing reach" symbol, (b) is a diagram showing a changing state of the second "losing reach" symbol, and (c) is a second diagram. It is a figure which shows the symbol of "losing reach" displayed after the 2nd change.

FIG. 34 is a display CPU of the pachinko machine according to the present embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 10 is a diagram showing an example of a symbol display of “Hazle reach” displayed after the third stop after the second stop when the data of the “re-change pattern” is “Pattern 1”;
(A) is a diagram showing a temporarily stopped state of the symbol of the second "losing reach", (b) is a diagram showing a variation state of the symbol of the third "losing reach", and (c) is a third diagram. It is a figure which shows the pattern of "losing reach" displayed after the 2nd change.

FIG. 35 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9 is a diagram showing an example of a symbol display of “losing reach” displayed after the fourth stop after the third stop when the data of the “re-change pattern” is “pattern 1”;
(A) is a diagram showing a temporarily stopped state of the third "losing reach" symbol, (b) is a diagram showing a state of the fourth "losing reach" changing to a symbol, and (c) is a diagram showing the fourth state of the "losing reach" symbol. It is a figure which shows the pattern of "losing reach" displayed after the 2nd change.

FIG. 36 is a display CPU of the pachinko machine according to the present embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
In the case where the data of the “re-variation pattern” is “Pattern 1”, FIG. 11A is a diagram showing an example from the display of the fourth temporary stop to the display of the fifth temporary stop until the final stop. FIG. 4B is a diagram showing a temporarily stopped state of the symbol of the fourth “losing reach”, FIG. 4B is a diagram showing a change state of the symbol of the fifth “losing reach”, and FIG. 3C is a diagram of the fifth “losing reach”. "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

FIG. 37 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9 is a diagram showing an example of a symbol display of “Hazle Reach” displayed after the first stop and the second change when the data of the “re-change pattern” is “Pattern 2”;
(A) is a diagram showing a temporarily stopped state of the first "losing reach" symbol, (b) is a diagram showing a changing state of the second "losing reach" symbol, and (c) is a second diagram. It is a figure which shows the symbol of "losing reach" displayed after the 2nd change.

FIG. 38 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 8 is a diagram showing an example of a symbol display of “hazure reach” displayed after the third stop after the second stop, when the data of the “re-change pattern” is “pattern 2”;
(A) is a diagram showing a temporarily stopped state of the symbol of the second "losing reach", (b) is a diagram showing a variation state of the symbol of the third "losing reach", and (c) is a third diagram. It is a figure which shows the pattern of "losing reach" displayed after the 2nd change.

FIG. 39 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
In the case where the data of the “re-variation pattern” is “Pattern 2”, FIG. 11A is a diagram showing an example from the third stop to the fourth stop, to the final stop, and FIG. FIG. 3B is a diagram illustrating a temporary stop state of a third “losing reach” symbol, FIG. 2B is a diagram illustrating a fourth “losing reach” symbol changing state, and FIG. 3C is a fourth “losing reach” symbol; "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

FIG. 40 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9 is a diagram illustrating an example of a symbol display of “hazure reach” displayed after the first stop and the second stop when the data of the “re-change pattern” is “pattern 3”;
(A) is a diagram showing a temporarily stopped state of the first "losing reach" symbol, (b) is a diagram showing a changing state of the second "losing reach" symbol, and (c) is a second diagram. It is a figure which shows the symbol of "losing reach" displayed after the 2nd change.

FIG. 41 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9 is a diagram illustrating an example of a symbol display of “Hazle reach” displayed after the third stop after the second stop when the data of the “re-change pattern” is “Pattern 3”;
(A) is a diagram showing a temporarily stopped state of the symbol of the second "losing reach", (b) is a diagram showing a variation state of the symbol of the third "losing reach", and (c) is a third diagram. It is a figure which shows the pattern of "losing reach" displayed after the 2nd change.

FIG. 42 is a display CPU of the pachinko machine according to the present embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
In the case where the data of the “re-variation pattern” is “Pattern 3”, FIG. 11A is a diagram showing an example from the third stop to the fourth stop, to the final stop, and FIG. FIG. 3B is a diagram illustrating a temporary stop state of a third “losing reach” symbol, FIG. 2B is a diagram illustrating a fourth “losing reach” symbol changing state, and FIG. "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

FIG. 43 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9 is a diagram showing an example of a symbol display of “hazure reach” displayed after the first stop and the second stop when the data of the “re-change pattern” is “pattern 4”;
(A) is a diagram showing a temporarily stopped state of the first "losing reach" symbol, (b) is a diagram showing a changing state of the second "losing reach" symbol, and (c) is a second diagram. It is a figure which shows the symbol of "losing reach" displayed after the 2nd change.

FIG. 44 is a display CPU of the pachinko machine according to the present embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
In the case where the data of the “re-variation pattern” is “pattern 4”, FIG. 11A is a diagram showing an example from the display of the second temporary stop to the display of the third temporary stop until the final stop. A diagram showing a temporarily stopped state of the symbol of the second "losing reach", (b) is a diagram showing a state of change to a symbol of the third "losing reach", and (c) is a third "losing reach". "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

FIG. 45 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9 is a diagram showing an example of a symbol display of “hazure reach” displayed after the first stop and the second stop when the data of the “re-change pattern” is “pattern 5”;
(A) is a diagram showing a temporarily stopped state of the first "losing reach" symbol, (b) is a diagram showing a changing state of the second "losing reach" symbol, and (c) is a second diagram. It is a figure which shows the symbol of "losing reach" displayed after the 2nd change.

FIG. 46 is a display CPU of the pachinko machine according to the present embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
In the case where the data of the “re-variation pattern” is “pattern 5”, FIG. 11A is a diagram showing an example from the display of the second temporary stop to the display of the third temporary stop until the final stop. A diagram showing a temporarily stopped state of the symbol of the second "losing reach", (b) is a diagram showing a state of change to a symbol of the third "losing reach", and (c) is a third "losing reach". "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

FIG. 47 is a display CPU of the pachinko machine according to the present embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9 is a diagram illustrating an example of a symbol display of “Hazle Reach” displayed after the second stop after the first stop when the data of the “re-change pattern” is “Pattern 6”;
(A) is a diagram showing a temporarily stopped state of the first "losing reach" symbol, (b) is a diagram showing a changing state of the second "losing reach" symbol, and (c) is a second diagram. It is a figure which shows the symbol of "losing reach" displayed after the 2nd change.

FIG. 48 is a display CPU of a pachinko machine according to the present embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
In the case where the data of the “re-fluctuation pattern” is “pattern 6”, FIG. 11A is a diagram showing an example of the display from the second temporary stop to the third temporary stop until the final stop. A diagram showing a temporarily stopped state of the symbol of the second "losing reach", (b) is a diagram showing a state of change to a symbol of the third "losing reach", and (c) is a third "losing reach". "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

FIG. 49 is a display CPU of a pachinko machine according to the present embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
In the case where the data of the “re-fluctuation pattern” is “pattern 7”, FIG. 11A is a diagram illustrating an example of the display from the first stop to the second stop, to the final stop, and FIG. A diagram showing a temporarily stopped state of the symbol of the first "losing reach", (b) is a diagram showing a change state to a symbol of the second "losing reach", and (c) is a second "losing reach". "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

FIG. 50 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
In the case where the data of the “re-variation pattern” is “Pattern 8”, FIG. 11A is a diagram illustrating an example of the display from the first stop to the second stop, to the final stop, and FIG. A diagram showing a temporarily stopped state of the symbol of the first "losing reach", (b) is a diagram showing a change state to a symbol of the second "losing reach", and (c) is a second "losing reach". "
And (d) is a diagram showing a state in which the symbol has been temporarily stopped in response to the final stop signal.

FIG. 51 is a display CPU of the pachinko machine according to the embodiment.
As the symbol change start command of “losing reach” instructed by the CPU of the main board, the data of “reach symbol group” is “reach symbol group 3”, the data of “count value” is “3”,
FIG. 9A is a diagram illustrating an example of data from a first stop to a final stop when data of a “re-variation pattern” is “pattern 9”. FIG. FIG. 7B is a diagram illustrating a temporarily stopped state, and FIG. 7B is a diagram illustrating a state in which a fixed stop is received in response to a fixed stop signal.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Pachinko machine 2 Game board 19 Liquid crystal display 31 First starting port 38 Second starting port 71 Main board 74 CPU unit 75 CPU 76 ROM 77, 98, 100 RAM 95 Display control circuit section 96 Display CPU 97 Program ROM 99 VDP 101 Character ROM 105 Normal jackpot symbol data table 106 Probably changing jackpot symbol data table 107 Reach symbol data table 108 Re-variable pattern table 109 Temporarily stopped symbol data table 110 Reach symbol data table 111 Re-variable display data table

Claims (12)

[Claims] 1. A special symbol display device provided in a game area to display a variable symbol, and after the variable symbol temporarily stops in a predetermined mode after the change, and repeats the change and temporary stop again a predetermined number of times. A re-variation pattern storing means for storing a plurality of re-variation patterns to be fixed and stopped, selecting one re-variation pattern from the plurality of re-variation patterns, and a special symbol display device for changing symbols based on the re-variation pattern A plurality of re-variation patterns, wherein the plurality of re-variation patterns include a re-variation pattern having a different time from the first temporary stop start to the next variation start. Characterized pachinko machine. 2. The pachinko machine according to claim 1, wherein the plurality of re-variation patterns include the re-variation pattern in which the predetermined number of times is zero. 3. The pachinko machine according to claim 1, wherein each of the re-variation patterns has a predetermined re-variation time from the first temporary stop start to the final stop. . 4. The pachinko machine according to claim 1, wherein the plurality of re-variation patterns include a plurality of re-variation patterns having the same number of times as the predetermined number of times. 5. A special mode storage means for storing a plurality of special modes in which a special game state advantageous to a player is generated when the predetermined mode is displayed at the time of the fixed stop, wherein the re-variation display means is arranged so that the predetermined mode is special. In the case of a mode, a special mode is repeatedly selected a predetermined number of times, and each of the selected special modes is temporarily stopped and displayed, and then the predetermined special mode is fixedly stopped and displayed. The pachinko machine according to any one of claims 1 to 4. 6. A predetermined order is assigned to the plurality of special aspects, and the re-variation display means changes the order of the predetermined order of the selected special aspect to the predetermined order of the previously selected special aspect. In the case of the order after the order of the order, the temporarily stopped special mode is changed to the selected special mode in a predetermined direction and is temporarily stopped, and the order of the predetermined order of the selected special mode is changed. However, if the order of the predetermined order of the previously selected special mode is earlier than the order of the predetermined mode, the temporarily stopped special mode is displayed in the selected special mode in a direction opposite to the predetermined direction, and is displayed. The pachinko machine according to claim 5, wherein the display is made to stop. 7. A privilege generation control means for controlling a player to generate an advantageous privilege game state different from the special game state with a predetermined probability of occurrence, wherein the plurality of special modes are such that the special game state is A bonus mode that is displayed when the bonus game state occurs and the bonus game state occurs. The re-variation display means is provided when the special game state occurs and the bonus game state occurs. When the privilege mode is selected and the selected privilege mode is temporarily stopped and displayed, the privilege mode is the same as the content to be determined and stopped in advance, and the privilege mode is determined and stopped. 7. The display according to claim 5, wherein
The pachinko machine according to the above. 8. The pachinko machine according to claim 7, wherein the bonus game state includes a game state in which the probability of occurrence of the special game state occurs at a higher probability than a normal probability. 9. The pachinko machine according to claim 7, wherein in the bonus game state, the fluctuating symbol stops in a shorter time than in a normal case. 10. A reach symbol storage means for storing a plurality of reach symbols in which a part of the variation symbols are arranged in a predetermined form, wherein the re-variation display means comprises: 5. The design in which a part of the predetermined form is selected and displayed as the same reach symbol as the symbol to be temporarily stopped and displayed up to a predetermined number of times before the number reaches the predetermined number of times. 6. The pachinko machine described in the above item. 11. A predetermined order is assigned to the plurality of reach symbols, and the re-variation display means includes a reach symbol in a next order of the predetermined order of the temporarily stopped reach symbols or a reverse order of the reach symbols. The pachinko machine according to claim 10, wherein one reach design is randomly selected from any of the reach designs. 12. The pachinko machine according to claim 1, wherein said re-variation display means displays a fluctuation display from a stop to a next stop at a visually recognizable speed. Machine.