JP2010179181A - Pinball game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To set the number of variation displays exceeding the number of holding balls at the time as the number of variation displays in continuous performances, in a pinball game machine in which continuous performances continuing over a plurality of variation displays are executed occasionally. <P>SOLUTION: The pinball game machine is provided with: a start determination means 41 for determining a start of the continuous performances through satisfaction of predetermined conditions; a maximum number of times decision means 53 for deciding the maximum number of times being the maximum number of times of displays in which the performances are able to continue, before the start of the performances; a finish number of times decision means 42 for deciding the finish number of times being the finish number of times of displays in which the performances finish as the number not greater than the maximum number of times, before the start of the performances; a finish number of times extending means 46 for extending the finish number of times based on the satisfaction of the predetermined conditions after the start of the performances and a finish determination means 47 for determining a finish of the performances through that the number of times of the performances executed in the performances reaches the maximum number of times or the finish number of times. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a ball game machine that displays a special symbol related to whether or not a jackpot game is generated, and more particularly to a ball game machine that may be accompanied by an effect suggesting the possibility of a jackpot game accompanying the display.

Conventionally, in a ball game machine, when a predetermined condition is satisfied, a so-called “hit game” is likely to occur that is likely to bring a large profit to the player as compared to a normal game. There are various predetermined conditions. The most common of these is when the symbol displayed on the liquid crystal screen, etc. starts to fluctuate upon winning a prize at a predetermined starting point, and when it stops, the predetermined symbol is displayed. Such a jackpot game is generated.
A symbol that stops after this change is called a special symbol. Special symbols are usually made up of three-digit numbers, etc., and are stopped sequentially for each digit, thereby enhancing the interest in generating jackpot games. In addition, for example, in the case of so-called “reach” that becomes a special symbol related to the occurrence of jackpot game, depending on the remaining one-digit symbol when two of the three-digit symbols stop, Along with the variation, a video with a story that improves the expectation for the occurrence of the jackpot game may be displayed as an effect separately from the design.

As this effect, various patterns are usually prepared, but as the story develops in one pattern, the expectation for the occurrence of the jackpot game is often high. Here, the “expected degree” refers to the occurrence frequency of the jackpot game viewed from the player side when a certain effect is displayed. Further, among the effects accompanying “reach”, a particularly complicated story has been developed and the expectation level is particularly high. This super reach production usually takes a longer time than a normal reach production (referred to as a “normal reach production” as opposed to a super reach production).
The effect as described above is usually completed while the variation display of the special symbol is finished once, but an effect over a plurality of variation displays (referred to as “continuous effect”) is also possible. Several ball game machines are also offered.

JP 2000-70468 A JP-A-11-216237 JP 2001-104587 A

On the other hand, in a ball game machine, in order to validate the winning game ball at the starting port during the special symbol variation display, such a prize is temporarily held and the variation display is terminated. Usually, special symbols related to the winning are changed. Such a prize hold is not normally performed without limitation, and four upper limits are often provided. Such a game ball related to a prize in which the variation of the special symbol is suspended is referred to as “reserved ball”, and the number of retained balls at a certain time is referred to as “reserved ball number”.
Here, when performing the variable display of multiple times like the past, the number of times was made into said number of reservation balls. Therefore, even if the ball is executed while the continuous performance is being executed, the player judges that there is no profit more than the payout for the normal winning opening, that is, there is no jackpot due to the change display of the symbol. Thus, it is assumed that so-called “stopping” is performed to temporarily stop the ball. And if such a stop is made, the operation rate of the ball game machine will fall.

  Therefore, at the beginning of continuous production, the present invention makes it possible to determine the number of variable displays exceeding the number of reserved balls at that time as the number of variable displays in the continuous production, so that the ball can be displayed even during the continuous production. In addition to providing players with incentives to continue, the aim is to improve the utilization rate of ball game machines by preventing hitting.

(1) Start of continuous production, determination of number of times, extension and end (first invention)
In view of the above-described problems, the ball game machine 10 according to the present invention executes a special symbol change display according to whether or not a jackpot game is generated once for each game ball winning at a predetermined start port 14. In addition, the ball game machine 10 in which a continuous effect that continues over a plurality of variable displays may be executed as an effect suggesting the possibility of occurrence of a jackpot game along with the change display, Start determining means 41 for determining the start of a continuous effect based on the condition being satisfied, and a maximum for determining the maximum number of times that the continuous effect can be continued before the start of the continuous effect Number-of-times determining means 53, end number determining means 42 for determining a numerical value equal to or less than the maximum number of times before the start of the continuous effect as an end number that is the number of variable displays at which the continuous effect ends, and after the start of the continuous effect Predetermined conditions are The end number extension means 46 for extending the number of end times based on what has been done, and the end of the continuous effect is determined when the number of variable displays digested in the continuous effect reaches the maximum number or the end number It is characterized by comprising an end determination means 47.

“Production” refers to a video expression displayed on a predetermined display device in accordance with a variable display of symbols. Also, audio may accompany the video. The display device on which the effect is displayed may be the same as the device on which the symbol variation display is performed, or may be provided separately.
“Continuous effect” refers to an effect that continues over a variable display of special symbols multiple times.
“Start determination means” refers to means for determining the start of continuous production by determining whether or not a predetermined condition is satisfied. The “predetermined condition” includes, for example, that the number of reserved balls is a predetermined number or more.
As an example, the control means such as the CPU 30 that manages the game of the ball game machine 10 may be made to function as the start determination means 41 by causing the following steps to be executed.

<1> A step of determining by logical operation whether or not the predetermined condition is satisfied.
<2> A step of setting a parameter related to the start of continuous production when the calculation result is positive.
By providing the start determination means 41, it is possible to freely set conditions for starting a continuous effect.
“Maximum number determination means” means means for determining the maximum number of variable displays (referred to as “maximum number of times”) at which a continuous effect can continue when starting a continuous effect. This maximum number of times is determined based on a predetermined standard such as the number of reserved balls at the stage of starting the continuous performance.

As an example, the control means such as the CPU 30 that manages the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the maximum number of times determination means 53.
<1> A step of referring to the parameters related to the start of the continuous performance.
<2> A step of determining by logical operation whether or not the above parameters are set.
<3> Substituting a value obtained based on the predetermined criterion into a parameter representing the maximum number of times when the calculation result is positive.
By providing the maximum number of times determining means 53, it is possible to freely set a reference used for determining the maximum number of times.

“End count determining means” means means for determining the number of times of variable display (referred to as “end count”) at which the continuous effect ends when starting the continuous effect. This number of ends is determined based on, for example, the number of reserved balls at the stage of starting the continuous performance. The number of end times is a numerical value equal to or less than the maximum number at the time of starting the continuous performance.
As an example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the end number determination means 42.
<1> A step of referring to the parameters related to the start of the continuous performance.

<2> A step of determining by logical operation whether or not the above parameters are set.
<3> A step of referring to the maximum number of times when the calculation result is positive.
<4> A step of substituting a value equal to or less than the maximum number of times into a parameter representing the number of end times.
By providing the end count determining means 42, it is possible to freely set a reference used for determining the end count.
“End count extension means” means means for extending the end count by determining whether or not a predetermined condition is satisfied. The “predetermined condition” includes, for example, a winning at the start port 14 after the start of the continuous performance. Further, the extension of the number of times of completion can be executed, for example, by adding 1 each time this predetermined condition is satisfied. Due to the extension of the end count by the end count extension means 46, the end count may exceed the maximum number.

As an example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the end number extension means 46.
<1> A step of determining by logical operation whether or not the predetermined condition is satisfied.
<2> A step of adding 1 to the number of times of completion when the calculation result is affirmative.
By providing the end number extension means 46, it is possible to freely set conditions for extending the end number.
“End determination means” refers to means for determining the end of continuous production by determining whether or not the number of times of variable display has reached the maximum number or the number of times of end (including when extended). .

As an example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the end determination means 47.
<1> Means for referring to a parameter for recording the number of variable displays after the start of continuous production.
<2> A step of determining whether or not the above parameter is equal to the maximum number by a logical operation.
<3> A step of determining by logical operation whether or not the parameter is equal to the number of times of completion at the time.
<4> A step of canceling a parameter related to the execution of the continuous effect when the calculation result of either <2> or <3> is positive.

By providing the end determination means 47, it is possible to freely set conditions for the end of the continuous performance.
As described above, the start determination unit 41 executes the start of the continuous production, the determination of the maximum number and the end number of times, the extension of the end number of times, and the end of the continuous production by each means, so that each stage of the continuous production is smoothly performed. Will be done.
(Second invention)
In addition to the above configuration, the ball game machine 10 according to the present invention includes a prize holding means 61 for holding a prize at the start port 14 up to a predetermined number, and the maximum number of times determination means 53 includes The number of winning times held in the winning holding means 61 is determined so as to be determined as the maximum number of times, and the end number determining means 42 is configured to determine that the winning holding means at the start of the continuous effect. The number of winnings held in 61 is determined as an end number, and the end number extending means 46 extends the number of end times when a new winning is held after the start of the continuous effect. It is good also as forming.

The “winning-holding means” means, for example, means for temporarily holding the winning in order to validate the winning at the start port 14 while the variable display is being executed. Then, the winning determination and the variable display are executed on the basis of the retained winning after the variable display is completed. Although it is desirable that an upper limit of about four is provided for the number of winnings that can be held by the winning holding means 61, such an upper limit may not be provided. The winning can be suspended by, for example, a method of counting that there has been a winning, or a method of storing a random number extracted with winning.
By providing the winning holding means 61, the number of winnings (referred to as “the number of held balls”) held in the winning holding means 61 at the time of starting the continuous production is the maximum number of times and the number of end times. It is to be used for decision. In addition, the winning hold means 61 is also involved in extending the number of times of completion.

For example, the maximum number of times determining means 53 can determine the maximum number of times based on the number of reserved balls by executing the following steps.
<1> A step of referring to the parameters related to the start of the continuous performance.
<2> A step of determining by logical operation whether or not the above parameters are set.
<3> A step of referring to the number of reserved balls when the calculation result is affirmative.
<4> A step of substituting a number equal to or greater than the number of reserved balls into a parameter representing the maximum number of times.
Further, the end number determination means 42 can determine the end number based on the number of reserved balls by executing the following steps.

<1> A step of referring to the parameters related to the start of the continuous performance.
<2> A step of determining by logical operation whether or not the above parameters are set.
<3> A step of referring to the number of reserved balls when the calculation result is affirmative.
<4> A step of substituting the number of reserved balls into a parameter representing the number of times of completion.
Furthermore, the end number extension means 46 can execute the extension of the end number based on the number of reserved balls by executing the following steps.
<1> Means for referring to parameters relating to winning after the start of continuous production.
<2> A step of determining by logical operation whether or not the above parameters are set.

<3> A step of adding 1 to the number of times of completion when the calculation result is affirmative.
As described above, the determination of the maximum number of times and the number of end times is smoothly executed when starting the continuous production. In particular, it becomes possible to determine the maximum number exceeding the number of reserved balls at the beginning of the continuous production, and the player is provided with an incentive to win the start opening 14 during the continuous production. Accordingly, so-called stop hits are reduced, and as a result, the operating rate of the ball game machine 10 is improved.
(2) Start condition (third invention)
Here, in the ball game machine 10 according to the present invention, the start determination means 41 is when the number of winnings held in the winning holding means 61 at the start of the continuous production is equal to or more than a predetermined number. Only the start of the continuous production may be determined.

That is, the start determination means 41 can determine the start of the continuous effect based on the number of reserved balls by executing the following steps.
<1> A step of referring to the number of reserved balls.
<2> A step of determining by logical operation whether or not the number of reserved balls is equal to or greater than a predetermined number.
<3> A step of setting a parameter related to the start of continuous production when the calculation result is positive.
The start determining means 41 may determine the start of the continuous effect only when the continuous effect is not actually executed.

As described above, the determination of the start of the continuous performance is executed smoothly.
(Fourth invention)
Further, in the ball game machine 10 according to the present invention, in addition to the above-described configuration, the ball determination machine 36 includes a hit determination means 36 for determining presence / absence of a big hit game for each winning prize by lottery, and the start determination means 41 includes: Only when the determination by the hit determination means 36 is negative, the start of the continuous effect may be determined.
“Winning determination means” refers to means for determining a jackpot game by lottery for each winning at the start opening 14. Here, the “lottery” is usually executed by extracting a random number and comparing the random number with a predetermined table or determining whether the random number is equal to a predetermined value.

For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the hit determination means 36.
<1> The stage of detecting a winning at the start port 14.
<2> A step of extracting random numbers.
<3> A step of determining by logical operation whether or not the random number is equal to a predetermined value.
<4> A step of setting a parameter related to “win” when the calculation result is positive.
By providing the hit determination means 36, the hit determination is smoothly executed.

The start determination unit 41 determines the start of the continuous effect only when the hit determination unit 36 determines “lost”.
As described above, the determination of the start of the continuous performance is made smooth.
(Fifth invention)
Further, in the ball game machine 10 according to the present invention, the start determination means 41 may be formed so as to determine the start of a continuous effect by lottery.
The “lottery” here is usually executed by extracting a random number and comparing the random number with a predetermined table or determining whether the random number is equal to a predetermined value.

As described above, since the continuous performance may or may not be started even under the same conditions, a changeable gaming property is provided.
(3) Execution of continuous production (sixth invention)
In the ball game machine 10 according to the present invention, in addition to the above-described configuration, when executing a continuous effect, a continuous effect pattern table 72 in which a plurality of continuous effect patterns representing the continuous effect are recorded, and the continuous effect is started. In this case, according to the effect pattern selection means 43 for selecting one continuous effect pattern from the continuous effect pattern table 72 and the continuous effect pattern selected by the effect pattern selection means 43 when the continuous effect is actually being performed. It is good also as providing the effect display means 52 which displays an effect.

“Continuous performance pattern” refers to a pattern of data necessary to execute a continuous performance.
The “continuous effect pattern table” refers to storage means for storing continuous effect patterns as data.
The “effect pattern selection means” means means for selecting one continuous effect pattern from the continuous effect pattern table 72. Here, “in the case of starting a continuous effect” means that the start determining means 41 determines that the continuous effect is to be started.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the effect pattern selection means 43.

<1> A step of referring to parameters related to execution of continuous production.
<2> A step of determining by logical operation whether or not the above parameters are set.
<3> A step of extracting a random number when the calculation result is positive.
<4> A step of selecting a continuous performance pattern indicated by the random number from the continuous performance pattern table 72.
By providing the effect pattern storage means 43, the selection of the continuous effect pattern is performed smoothly.
The “effect display means” refers to means for causing an effect display according to the continuous effect pattern to be executed on a display device such as the liquid crystal screen 12, for example.

As an example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the effect display means 52.
<1> A step of referring to parameters related to execution of continuous production.
<2> A step of determining by logical operation whether or not the above parameters are set.
<3> A step of referring to the effect pattern selected by the effect pattern selection means 43 when the calculation result is positive.
<4> A step of executing the production pattern.
By providing the effect display means 52, the display of the effect according to the selected continuous effect pattern is smoothly executed.

As described above, the continuous effect display is performed smoothly.
(Seventh invention)
Further, in the ball game machine 10 according to the present invention, in addition to the above-described configuration, each continuous effect pattern is composed of effect units having a hit effect unit and a lose effect unit for each variable display of the continuous effect. , A hit determination means 36 for determining the presence or absence of a big hit game for each winning prize by lottery, and the number of times for determining the number of the variation display in the continuous effect when the continuous effect is currently being performed Means 33 and, for each variation display, an effect unit selecting means 44 for selecting a winning effect unit in the case of occurrence of a big hit game, and a lost effect unit if not, and the effect display means 52 may be formed so as to display an effect in accordance with the effect unit selected by the effect unit selection means 44.

For example, each continuous production pattern is composed of a plurality of production units from the first production unit to the final production unit. In each production unit, a win production unit and a loss production unit are prepared. Here, the “winning effect unit” refers to data representing an effect displayed in the case of so-called “winning” in which a jackpot game is generated, and the “losing effect unit” is a so-called “losing” in which no jackpot game is generated. The data representing the effect displayed in the case of.
“Winning determination means” refers to means for determining a jackpot game by lottery for each winning at the start opening 14. Here, the “lottery” is usually executed by extracting a random number and comparing the random number with a predetermined table or determining whether the random number is equal to a predetermined value.

For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the hit determination means 36.
<1> The stage of detecting a winning at the start port 14.
<2> A step of extracting random numbers.
<3> A step of determining by logical operation whether or not the random number is equal to a predetermined value.
<4> A step of setting a parameter related to “win” when the calculation result is positive.
By providing the hit determination means 36, the hit determination is smoothly executed.

“Number-of-times discriminating means” means means for discriminating what number of variable display during the continuous production is being executed at the present time.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the number determination means 33.
<1> At the start of continuous production, a step for setting a parameter representing the variable display.
<2> A step of adding 1 to the above parameter for each variation display during continuous performance.
<3> A step of releasing the above parameters at the end of the continuous performance.
By providing the number discriminating means 33, the current variation display number can be easily identified.

“Production unit selection means” refers to the variation display determined by the number determination means 33 and the determination result by the hit determination means 36, and selects a corresponding effect unit from the continuous effect pattern. Means. Here, “when a big hit game is generated” and “otherwise” mean a determination result by the hit determination means 36. That is, “when a big hit game occurs” means that the determination result by the hit determination means 36 is affirmative, and “if not” means a case where the determination result is negative. To do.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the effect unit selection means 44.

<1> A step of referring to the parameter relating to the “winning”.
<2> A step of determining by logical operation whether or not the above parameters are set.
<3> A step of selecting a winning effect unit when the calculation result is affirmative and a lost effect unit when the result is negative.
By providing the production unit selection means 44, it is possible to select an appropriate production unit.
It should be noted that the effect unit selection means 44 may select an effect unit corresponding to the variable display related to the extension from the continuous effect pattern selected at the start of the continuous effect.

As described above, it is possible to perform an appropriate effect according to the result of the hit determination and the second variable display.
(Eighth invention)
Further, the ball game machine 10 according to the eighth invention includes an extended effect pattern table 73 in which an extended effect pattern composed of effect units corresponding to the variable display related to the extension is recorded in addition to the above-described configuration. At the same time, the effect unit selection means 44 may be formed so as to select an effect unit corresponding to the variable display related to the extension from the extended effect pattern table 73.

The “extended effect pattern” refers to a data pattern necessary for executing an effect related to extension.
The “extended effect pattern table” is a table similar to the effect pattern table and is used for effects related to extension.
Here, the effect pattern selection means 43 may select one extension effect pattern table 73 from the extension effect pattern table 73 at the start of the continuous effect, and this selection is made at the time of extension. It is good as well.
As described above, the selection of the effect pattern when the continuous effect is extended is performed smoothly.

(4) Termination conditions (9th invention)
In the ball game machine 10 according to the present invention, the end determination means 47 may be formed so as to determine the end of the continuous effect when the number of the variable display reaches the predetermined number. .
Here, the “predetermined number of times” means, for example, that it is possible to end at a predetermined upper limit without making the extension unlimited.
In addition, when other end conditions, for example, the fact that the number of the variable display reaches the maximum number or the number of end times, are satisfied, the continuous effect may be ended even if this condition is not satisfied. .

Here, whether or not the number of the variable display has reached the predetermined number can be determined by, for example, the number determination means 33.
As described above, it is possible to provide a changeable game by giving variations to the end of the continuous performance.
(Tenth invention)
Further, in the ball game machine 10 according to the present invention, in addition to the above-described configuration, a time measuring unit that measures an elapsed time from a predetermined time point is provided, and the end determination unit 47 It is good also as forming so that the end of a continuous production may be determined by elapsed time.

As the “time measuring means”, for example, means such as a timer can be adopted. Further, the “predetermined time point” refers to a predetermined time point such as the start time of the continuous performance.
By providing the time measuring means, it is possible to set a time limit on the continuous performance.
In addition, when other end conditions, for example, the fact that the number of the variable display reaches the maximum number or the number of end times, are satisfied, the continuous effect may be ended even if this condition is not satisfied. .

(Eleventh invention)
In addition, in the ball game machine 10 according to the present invention, the end determination means 47 may be formed so as to determine the end of the continuous effect when a big hit game occurs.
That is, the start of the jackpot game has priority over the continuation of the continuous performance. Here, “when a big hit game occurs” means, for example, a case where the determination result by the hit determination means 36 is affirmative.
In addition, when other end conditions, for example, the fact that the number of the variable display reaches the maximum number or the number of end times, are satisfied, the continuous effect may be ended even if this condition is not satisfied. .

(Twelfth invention)
Furthermore, in the ball game machine 10 according to the present invention, the end determination means 47 may be formed so as to determine the end of the continuous effect when reach occurs.
Here, “when a reach occurs” includes both a case where a reach occurs and a “winning” and a “lose” thereafter.
In addition, when other end conditions, for example, the fact that the number of the variable display reaches the maximum number or the number of end times, are satisfied, the continuous effect may be ended even if this condition is not satisfied. .

(5) Replacement of design (13th invention)
In the ball game machine 10 according to the present invention, in addition to the above-described configuration, a hit determination means 36 for determining the presence / absence of a jackpot game by lottery at the time of each variation display, and a special symbol corresponding to the presence / absence of a jackpot game are determined A special symbol determining means 39, a symbol determining means 49 for determining whether the special symbol determined by the special symbol determining means 39 is a winning symbol, a reach symbol or a non-reach symbol; In this case, if the special symbol is a non-reach symbol, it may be provided with symbol replacement means 50 for replacing the special symbol with a reach symbol.

“Winning determination means” refers to means for determining a jackpot game by lottery for each winning at the start opening 14. Here, the “lottery” is usually executed by extracting a random number and comparing the random number with a predetermined table or determining whether the random number is equal to a predetermined value. .
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the hit determination means 36.
<1> The stage of detecting a winning at the start port 14.
<2> A step of extracting random numbers.

<3> A step of determining by logical operation whether or not the random number is equal to a predetermined value.
<4> A step of setting a parameter related to “win” when the calculation result is positive.
By providing the hit determination means 36, the hit determination is smoothly executed.
The “special symbol determination means” refers to means for determining a special symbol according to the determination result by the hit determination means 36.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the special symbol determination means 39.

<1> A step of extracting random numbers.
<2> A step of referring to the parameter relating to the “winning”.
<3> A step of determining a special symbol according to the above parameters and the random number extracted in <1>.
This special symbol includes a “winning symbol” in the case of “winning”, a “reach symbol” in the case of “reach” but “losing”, and a “losing” that does not become “reach”. There are three types of “non-reach symbols”.
By providing the special symbol determining means 36, an appropriate special symbol corresponding to the result of the hit determination is determined.

The “symbol discriminating means” means means for discriminating which of the above three types the special symbol determined by the special symbol determining means 39 corresponds.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be made to function as the symbol discrimination means 49 by causing the following steps to be executed.
<1> A step of referring to the determined special symbol.
<2> A step of determining by logical operation whether the special symbol corresponds to one of the above three types.
By providing the symbol determining means 49, it is possible to accurately determine the type of the special symbol.

The “symbol replacement unit” refers to a unit that replaces a special symbol with a reach symbol when the symbol determination unit 49 determines that the special symbol is a non-reach symbol.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the symbol replacement means 50.
<1> A step of referring to parameters relating to execution of the continuous performance.
<2> A step of determining by logical operation whether or not the above parameters are set.
<3> A step of determining by logical operation whether or not the determination result by the symbol determination means 49 is a non-reach symbol when the calculation result is affirmative.

<4> A step of replacing the parameter representing the non-reach symbol with the parameter representing the reach symbol when the calculation result is affirmative.
By providing the symbol replacement means 50, the replacement of the special symbol is accurately executed.
The symbol replacement may be, for example, when the symbol is determined via a random number, or by replacement of the random number data, or by the symbol data replacement. Good.
As described above, since a reach occurs at least every time a continuous production occurs, it is possible to improve a sense of expectation for the occurrence of a jackpot game accompanying the occurrence of the continuous production.

(14th invention)
In the ball game machine 10 according to the present invention, in addition to the above-described configuration, a hit determination means 36 for determining whether or not a jackpot game has occurred by lottery at the time of each variable display, and a special symbol corresponding to the presence or absence of a jackpot game are determined A special symbol determining means 39, a symbol determining means 49 for determining whether the special symbol determined by the special symbol determining means 39 is a winning symbol, a reach symbol, or a non-reach symbol; In this case, the number determination means 33 for determining the position of the variation display in the continuous production and the special symbol is reached when both of the following conditions (a) and (b) are satisfied: It is good also as providing the symbol replacement means 50 replaced with a symbol.

(B) The number of the variable display has reached the maximum number.
(B) The special symbol is a non-reach symbol.
The “hit determination means”, “special symbol determination means” and “symbol determination means” are as described above.
“Number-of-times discriminating means” means means for discriminating what number of variable display during the continuous production is being executed at the present time.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the number determination means 33.

<1> At the start of continuous production, a step for setting a parameter representing the variable display.
<2> A step of adding 1 to the above parameter for each variation display during continuous performance.
<3> A step of releasing the above parameters at the end of the continuous performance.
By providing the number discriminating means 33, the current variation display number can be easily identified.
The “symbol replacement means” refers to a means for replacing the special symbol with a reach symbol when the above two conditions (a) and (b) are satisfied.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the symbol replacement means 50.

<1> A step of referring to a parameter representing the position of the variable display.
<2> A step of determining by logical operation whether or not the above parameter matches the maximum number of times.
<3> A step of determining by logical operation whether or not the determination result by the symbol determining means 49 is a non-reach symbol.
<4> A step of replacing a parameter representing the non-reach symbol with a parameter representing the reach symbol when both of the calculation results of the above <2> and <3> are positive.
By providing the symbol replacement means 50, the replacement of the special symbol is accurately executed.

The symbol replacement may be, for example, when the symbol is determined via a random number, or by replacement of the random number data, or by the symbol data replacement. Good.
As described above, when the continuous production reaches the maximum number of times, it is concluded with at least reach, so that it is possible to improve the expectation for the occurrence of the big hit game accompanying the occurrence of the continuous production.
(15th invention)
In the ball game machine 10 according to the present invention, the symbol replacement means 50 is formed so as to replace the special symbol with the reach symbol only when the maximum number of times exceeds the end number at the start of the continuous performance. It may be done.

As described above, when the maximum number of times is reached as a result of the continuous production being extended, it is concluded at least by reach, so that it is possible to improve a sense of expectation for the occurrence of the big hit game accompanying the occurrence of the continuous production.
(6) Replacement of production (16th invention)
In addition to the above-described configuration, the ball ball game machine 10 according to the present invention, when the special symbol determined by the special symbol determining means 39 is a winning symbol or a reach symbol, Reach effect selecting means 45 for selecting an effect or a special reach effect is provided, and the reach effect selecting means 45 is currently in a continuous effect, and when the special symbol is a reach symbol, the change display is accompanied. It is good also as forming so that special reach production may be selected as production.

Here, the “special reach effect” is an effect displayed together with the winning symbol or the variation display of the reach symbol, and “normal reach effect” (for example, “normal reach effect”) is displayed. Compared to those with a higher frequency of jackpots. For example, the so-called “super reach production” corresponds to this special reach production.
“Reach effect selection means” refers to means for determining a reach effect according to the special symbol.
For example, the control means such as the CPU 30 that controls the game of the ball game machine 10 may be caused to execute the following steps so that the control means functions as the reach effect selection means 45.

<1> A step of referring to the special symbol.
<2> A step of determining by logical operation whether the special symbol is a winning symbol or a reach symbol.
<3> A step of extracting a random number when the calculation result is affirmative.
<4> A step of selecting a normal reach effect or a special reach effect according to the random number.
The reach effect selecting means 45 selects a special reach effect for the reach symbol during the continuous effect.
By providing the reach effect selecting means 45, an appropriate reach effect corresponding to the type of special symbol is selected.

As described above, since a special reach effect is always displayed when a reach occurs during a continuous effect, it is possible to improve a sense of expectation for the occurrence of a jackpot game accompanying the occurrence of the continuous effect.
(Seventeenth invention)
In addition to the above-described configuration, the ball game machine 10 according to the present invention has a normal reach as an effect associated with the change display when the special symbol determined by the special symbol determining means 39 is a winning symbol or a reach symbol. A reach production selecting means 45 for selecting a production or a special reach production is provided, and the reach production selection means 45 is currently in a continuous production and satisfies any of the following conditions (a) and (b) Alternatively, a special reach effect may be selected as an effect accompanying the change display.

(B) The number of the variable display has reached the maximum number.
(B) The special symbol is a reach symbol.
As described above, when reach occurs when the maximum number of continuous performances is reached, the special reach performance is always displayed, so it is possible to improve the expectation for the occurrence of the big hit game accompanying the occurrence of the continuous performance. It becomes.
(18th invention)
In addition to the above-described configuration, the ball ball game machine 10 according to the present invention, when the special symbol determined by the special symbol determining means 39 is a winning symbol or a reach symbol, Reach effect selecting means 45 for selecting an effect or special reach effect is provided, and the reach effect selecting means 45 is currently in a continuous effect, and satisfies any of the following conditions (a) to (c) In this case, a special reach effect may be selected as an effect accompanying the change display.

(A) The maximum number of times exceeds the number of end times at the start of continuous production.
(B) The number of the variable display has reached the maximum number.
(C) The special symbol is a reach symbol.
Due to the above, special reach effects are always displayed when reach occurs when the maximum number of times is reached as a result of extended continuous effects, thus improving the expectation for the occurrence of jackpot games accompanying the occurrence of continuous effects It becomes possible to make it.

Since this invention is comprised as mentioned above, there exists an effect described below.
That is, according to the description of the present invention, at the beginning of the continuous production, the number of variable displays exceeding the number of reserved balls at that time can be determined as the number of variable displays in the continuous production. In addition to providing the player with an incentive to continue the ball, it is possible to improve the operating rate of the ball game machine through prevention of hitting.

It is a functional block diagram in one embodiment of the present invention. It is a front view showing the board surface composition in one embodiment of the present invention. It is a flowchart showing the process regarding addition of the number of reservation balls in one embodiment of this invention. It is a flowchart showing the process regarding the continuous production in 1 embodiment of this invention. It is a flowchart showing the process regarding the continuous production in 1 embodiment of this invention. It is a flowchart showing the process regarding the continuous production in 1 embodiment of this invention. It is a flowchart showing the process regarding the continuous production in 1 embodiment of this invention. It is a flowchart showing the process regarding the continuous production in 1 embodiment of this invention.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
In the present embodiment, a winning effect unit and a lost effect unit are prepared for each variable display in the continuous effect pattern. However, as will be described later, only the lost effect unit is provided for the first variation display.
(1) Board Surface Appearance The ball game machine 10 according to the present embodiment has a board surface 11 as shown in a front view in FIG.
A liquid crystal screen 12 is provided almost at the center of the board surface 11. On the liquid crystal screen 12, a special symbol composed of a combination of three-digit symbols (each symbol is selected from ten kinds of numbers from 0 to 9) is variably displayed. In addition, an effect may be displayed along with the special symbol variation display. Above that, four special symbol holding lamps 13, 13, 13, 13 are provided.

Below the special symbol display device, there is provided a start opening 14 through which a game ball can be won. An expansion device 15 is provided at the opening of the start port 14 to expand the width of the game ball passage at the start port 14. This expansion device 15 normally keeps enough width so that one game ball can pass but two cannot pass at the same time, but when this expands, it will be shaped to pick up a falling game ball and start as a result The winning to the mouth 14 becomes easy.
An attacker unit 16 is attached to the lower side of the start opening 14, and a big winning opening 17 that is opened at the time of a jackpot game, which will be described later, is provided at the front center thereof. In addition, at the left and right ends of the attacker unit 16, winning holes 21 and 21 that are opened upward are provided. Further, a normal symbol display device 18 using a seven-segment light emitting diode is provided on the front surface of the attacker unit 16, and four normal symbol holding lamps 19, 19, 19, 19 are provided around the normal symbol display device 18. The ordinary symbol display device 18 displays “ordinary symbols” composed of “5”, “6”, and “7”.

On the left side of the liquid crystal screen 12, a change start gate 20 through which a game ball can pass is provided. The fluctuation start gate 20 is provided with a sensor (not shown) that detects the passage of the game ball.
In addition, winning openings 21 and 21 that are opened upward are also provided on the left and right sides of the start opening 14. In addition, at the lower end of the board surface 11, there is provided an out port 22 through which the starting ball 14, the big winning port 17, and the game balls that could not win any of the winning ports 21, 21, 21, 21 are discharged. ing.
In addition to the above, the board surface 11 is provided with windmills and nails (not shown) for changing the falling direction of the game ball. The front surface of the board surface 11 is covered with a glass plate (not shown). Further, below the board surface 11, a ball handle, a winning ball payout exit, a ball tray and the like (not shown) are located.

(2) Outline of the game The outline of the game in the ball game machine 10 is as follows.
First, a player operates the bullet ball handle so that the game ball is bulleted on the board surface 11. The game ball falls on the board surface 11 while being in contact with the windmill or the nail. Then, when winning in any of the winning openings 21, 21, 21, and 21 in the process of falling, 5 winning balls are paid out to the player from the winning ball payout exit.
When the game ball passes through the fluctuation start gate 20, the normal symbol starts to be displayed on the normal symbol display device 18 in response to the passage signal. In a normal case, when 30 seconds have elapsed since the start of the variable display, a predetermined normal symbol determined at the start of the variable display is stopped and displayed. When the stop-displayed normal symbol is “7”, the magnifying device 15 operates for 0.5 seconds, and the width of the start port 14 is expanded, so that winning at the start port 14 becomes easy. Further, when the normal symbol to be stopped and displayed is “5” or “6”, the magnifying device 15 does not operate.

When the normal symbol variation display is executed in the normal symbol display device 18, when the game ball passes the variation start gate 20, the normal symbol variation display related to the passing is actually executed. Until the end of the variable display or the end of the operation of the enlargement device 15. One normal symbol holding lamp 19 is lit to indicate that the fluctuation display of the normal symbol is held. Up to four normal symbol holding lamps 19 can be lit as described above. In other words, up to four normal symbols can be suspended as the normal symbol changes due to the passage to the variation start gate 20.
When there is a winning at the start opening 14, not only five prize balls are paid out to the player from the prize ball payout opening, but also the change display of symbols on the liquid crystal screen 12 is started. An effect may be displayed on the liquid crystal screen 12 at the same time as the change display. As a result of this variable display, if the special symbol that is stopped and displayed is a combination related to the same symbol in all three digits (referred to as a “winning symbol”), it will be a “big hit game” and is usually closed. 17 opens. When there is a prize at the big prize opening 17, 15 prize balls are paid out to the player from the prize ball exit. The big prize winning opening 17 is temporarily closed when either 30 seconds have elapsed after opening or there is a prize of 10 balls. If there is a prize in a V zone (not shown) provided inside the big prize opening 17 while the big prize opening 17 is open, it is opened again. As a result, the opening of the special winning opening 17 can be continued up to 16 times. In addition, when the big winning opening 17 has been opened 16 times, or when there is no winning in the V zone while the big winning opening 17 is opened, the big hit game is ended.

On the other hand, if the special symbol that is stopped and displayed is a combination other than the winning symbol as a result of the variable display accompanying the winning at the starting port 14, no big win game is generated and the variable display related to the next winning is executed again. Is done.
If the game ball wins the start opening 14 while the special symbol variation display is executed on the liquid crystal screen 12, the special symbol variation display related to the winning is the variation display of the special symbol currently being executed. It is held until the end (or, if a winning symbol is displayed as a result of the end of the special symbol variation display currently being executed, until the jackpot game is ended with the winning symbol). One special symbol holding lamp 13 is lit to indicate that the special symbol variation display is being held. This special symbol holding lamp 13 can be lit up to four as described above. In other words, up to four special symbols can be suspended for passing through the start port 14.

Now, when the winning symbol is related to a specific symbol (for example, “7”, etc.), after the jackpot game is over, a so-called “probability variation game” occurs. During this probability variation game, the variation time in the normal symbol display device 18 is shortened to 6 seconds and the operation time of the expansion device 15 is extended to 2 seconds. Furthermore, during this probability variation game, the jackpot occurrence probability itself is also increased.
(3) Function block The function regarding the continuous effect of the ball game machine 10 according to the present embodiment will be described with reference to the block diagram of FIG.

  In the ball game machine 10 according to the present embodiment, the CPU 30 as the processing unit executes the control program recorded in the ROM 70 as the storage unit, thereby controlling the ball game machine 10. Thereby, the CPU 30 generates random number generation means 31, hit determination random number extraction means 32, number of times determination means 33, effect execution determination random number extraction means 34, effect execution determination means 35, hit determination means 36, win symbol random number extraction means 37, lose symbol random number Extraction means 38, special symbol determination means 39, start determination random number extraction means 40, start determination means 41, maximum number of times determination means 53, end number of times determination means 42, effect pattern selection means 43, effect unit selection means 44, reach effect selection means 45, end number extension means 46, end determination means 47, extension determination means 48, symbol discrimination means 49, symbol replacement means 50, special symbol display means 51 and effect display means 52.

The ROM 70 also stores various game information required in the process of control by the CPU 30. As part of this game information, a single effect pattern table 71 and a continuous effect pattern table 72 are provided.
Further, the RAM 60 functions as the winning reservation means 61 and the continuous effect flag 62 by temporarily storing data generated in the process of control by the CPU 30. Note that the data relating to each of the means obtained as a result of the calculation by the CPU 30 is temporarily stored in the RAM 60.
(3-1) Single Effect Pattern Table As shown in Table 1 below, the single effect pattern table 71 has ten different single effect patterns in the case of “winning” and two different effect patterns in the case of “losing”. It is remembered.

All of the effects related to the single effect pattern in Table 1 are ended during one fluctuation display. However, the time required for effects related to each individual effect pattern is not necessarily the same. Therefore, the difference in time is adjusted by extending or shortening one variation display.
(3-2) Continuous Effect Pattern Table As shown in Table 2 below, the continuous effect pattern table 72 has four continuous change patterns that require two times of change display, and continuous change patterns that require three times of change display. Are stored in four ways and two continuous variation patterns that require four times of variation display.

As shown in Table 2 above, each continuous performance pattern is composed of a number of performance units corresponding to the number of end times at the beginning of the continuous performance. Each effect unit is provided with a hit effect unit corresponding to the “win” case and a lose effect unit corresponding to the “lost” case. However, as will be described later, since the continuous effect is started only from the case of “losing”, there is no winning effect unit in the first effect unit of each continuous effect pattern.
Each continuous performance pattern is based on a different story. Although the specific contents of the story are not described in detail, the tendency of the story in each production unit is as follows.

(3-2-1) Continuous production pattern 1
(1-1B): Displayed as the lost symbol is variably displayed. The beginning of the story is presented. Continue to (1-2A) or (1-2B) or (1-2C).
(1-2A): Displayed as the winning symbol is variably displayed. Following the beginning of (1-1B), a successful ending is presented. The continuous production ends in this production unit.
(1-2B): Displayed as the losing symbol is variably displayed. Following the beginning of (1-1B), a ending with failure is presented. The continuous production ends in this production unit.
(1-2C): Only when the continuous performance is extended, it is displayed as the losing symbol is variably displayed. Following the beginning of (1-1B), the contents are presented as a bridge to the production unit related to the extension.

The continuous production patterns 2, 3 and 4 are generally the same as described above.
That is, for the continuous performance patterns 1 to 4, there are three possible story developments.
(3-2-2) Continuous production pattern 5
(5-1B): Displayed as the losing symbol is variably displayed. The beginning of the story is presented. Continue to (5-2A) or (5-2B).
(5-2A): Displayed when the winning symbol is variably displayed. Following the beginning of (5-1B), a successful ending is presented. The continuous production ends in this production unit.

(5-2B): Displayed as the losing symbol is variably displayed. Following the introductory part of (5-1B), the contents to expand this are presented. Continue to (5-3A) or (5-3B) or (5-3C).
(5-3A): Displayed as the winning symbol is variably displayed. Following the development of (5-2B), a successful ending is presented. The continuous production ends in this production unit.
(5-3B): Displayed when the losing symbol is variably displayed. Following the development of (5-2B), the end of the failure is presented. The continuous production ends in this production unit.
(5-3C): Only when the continuous production is extended, it is displayed as the losing symbol is variably displayed. Following the beginning of (5-2B), the contents that serve as a bridge to the production unit related to the extension are presented.

The continuous production patterns 6, 7, and 8 are also substantially the same as described above.
That is, for the continuous performance patterns 5 to 8, there are four possible story developments.
(3-2-3) Continuous production pattern 9
(9-1B): Displayed as the losing symbol is variably displayed. The beginning of the story is presented. Continue to (9-2A) or (9-2B).
(9-2A): Displayed as the winning symbol is variably displayed. Following the beginning of (9-1B), a successful ending is presented. The continuous production ends in this production unit.

(9-2B): Displayed as the losing symbol is variably displayed. Following the introductory part of (9-1B), the contents to expand this are presented. Continue to (9-3A) or (9-3B).
(9-3A): Displayed as the winning symbol is variably displayed. Following the development of (9-2B), a successful ending is presented. The continuous production ends in this production unit.
(9-3B): Displayed as the losing symbol is variably displayed. Following the beginning of (9-2B), the contents are presented to further develop this. Continue to (9-4A) or (9-4B) or (9-4C).
(9-4A): Displayed as the winning symbol is variably displayed. Following the development of (9-3B), a successful ending is presented. The continuous production ends in this production unit.

(9-4B): Displayed as the losing symbol is variably displayed. Following the development of (9-3B), the end of the failure is presented. The continuous production ends in this production unit.
(9-4C): Only when the continuous performance is extended, it is displayed as the losing symbol is variably displayed. Following the beginning of (9-3B), the contents that serve as a bridge to the production unit related to the extension are presented.
The continuous effect pattern 10 is generally the same as described above.
That is, for the continuous production patterns 9 and 10, there are five possible story developments.

(3-3) Extension Effect Pattern Table As shown in Table 3 below, the extension effect pattern table 73 stores four extension effect patterns. When the continuous effect is extended, one continuous effect pattern is selected from the four patterns.

As shown in Table 3 above, each continuous production pattern is composed of four types of extended production units of “continuation 1”, “continuation 2”, “end”, and “maximum”.
That is, “continuation 1” and “continuation 2” are extended production units that are selected when at least one variable display number remains. “End” is an extended effect unit that is selected when the continuous effect ends without reaching the maximum number of times. Furthermore, “maximum” is an extended effect unit that is selected when the continuous effect reaches the maximum number of times and ends.
Then, “continuation 1” is succeeded to “continuation 2” unless the next is “end” or “maximum”. “Continue 2” is succeeded to “Continue 1” unless the next is “End” or “Maximum”. That is, “continuation 1” and “continuation 2” are alternately repeated unless “end” or “maximum” is reached.

In Table 3 above, “winning” means the winning symbol. Also, “reach” means a “reach symbol” that occurs, but does not lead to a jackpot game. Furthermore, “non-reach” means a “non-reach pattern” that does not generate reach and naturally does not result in a jackpot game.
In each of the extended production units, in “continuation 1” and “continuation 2”, if the special symbol in the variable display is a winning symbol, a super reach production (indicated as “super” in the table) is selected. . For a reach symbol, a super reach effect or a normal reach effect (indicated as “normal” in the table) is selected. Furthermore, if it is a non-reach symbol, a loss production (denoted as “lose” in the table) is selected.

Here, with respect to the above-mentioned effects, the longest required time is the super reach effect, the shortest is the lose effect, and the normal reach effect is in the middle. Further, the occurrence frequency of the jackpot game when each of the above effects is displayed is 50% or more in the super reach effect and less than 50% in the normal reach effect, and no jackpot game is generated in the case of the lose effect.
Also, in the case of “end” in the extended effect units, as in the case of “continuation 1” and “continuation 2”, if the special symbol in the variable display is a winning symbol, the super reach effect is selected. For a reach design, a super reach effect or a normal reach effect is selected. Furthermore, if it is a non-reach symbol, the loss effect is selected.

Further, in the case of “maximum” among the above-mentioned extended effect units, the super reach effect is selected when the special symbol in the variable display is a winning symbol, as described above. Only reach production is to be selected. In the case of a non-reach symbol, the normal reach effect is selected after the special symbol is replaced with the reach symbol as described later.
(3-4) Random number generation means The random number generation means 31 adds a numerical value from 0 to 319 one by one for each software reset of the control program. However, after 319, the value returns to 0 again. Then, a value at a predetermined time (for example, when a winning at the start port 14 is detected) is extracted as a random number. That is, the numerical value generated by the random number generation means 31 is not strictly a “random number” in a mathematical sense, but the extraction timing depends on a phenomenon of winning that is considered to be almost random. It is believed that the numerical value generated by the means 31 can function substantially as a “random number”.

(3-5) Winning Determination Random Number Extracting Unit The winning determination random number extracting unit 32 extracts the numerical value indicated by the random number generating unit 31 at the time when the winning of the game ball to the start port 14 is detected as a winning determination random number.
(3-6) Prize-holding means The winning-holding means 61 holds a maximum of four winning determination random numbers extracted by the winning determination random number extracting means 32 in a format in which the extraction order can be recognized. In addition, in the hit determination described later, the hit determination random number that is held first is used, and the used hit determination random numbers are sequentially deleted. The number of winning determination random numbers held in the winning hold means 61 is referred to as “the number of held balls”. The number of reserved balls is displayed as the number of lighting of the special symbol holding lamp 13.

(3-7) Continuous Effect Flag The continuous effect flag 62 is a parameter temporarily stored in the RAM 60 and can take an integer value from 0 to 10. Here, the continuous effect flag 62 having a value of 0 indicates that the continuous effect is not actually executed. Further, the continuous effect flag 62 having a value from 1 to 10 indicates which variation display corresponds to the continuous effect currently being executed.
(3-8) Number-of-times discriminating means The number-of-times discriminating means 33 refers to the value of the continuous effect flag 62 stored in the RAM 60, and whether or not the continuous effect is currently being executed. It is discriminated which number is the variable display.

(3-9) Effect execution determination random number extraction means The effect execution determination random number extraction means 34 extracts the numerical value indicated by the random number generation means 31 at a predetermined time before the determination by the effect execution determination means 35 described below as an effect execution determination random number. To do.
(3-10) Effect execution determining means The effect execution determining means 35 determines whether or not to execute an effect, based on the value of the effect execution determination random number extracted by the effect execution determination random number extracting means 34.
(3-11) Win determining means The hit determining means 36 determines whether it is "winning" or "lost" by using the earliest winning determination random number held in the winning determination random number holding means. That is, the hit determination random number is compared with 7, and when equal, it is determined as “win”, while when different, it is determined as “lost”.

(3-12) Winning Symbol Random Number Extracting Unit The winning symbol random number extracting unit 37 is a predetermined symbol from the determination of “winning” by the winning determination unit 36 to the determination of the special symbol by the special symbol determining unit 39 described later. The numerical value indicated by the random number generation means 31 at the time is extracted as the winning symbol random number extraction means 37. Specifically, the numerical values from 0 to 319 extracted from the random number generating means 31 are converted into numerical values from 0 to 9, and this is set as a winning design random number.
(3-13) Lost Symbol Random Number Extracting Unit The lost symbol random number extracting unit 38 is a predetermined process from the determination of “lost” by the hit determining unit 36 to the determination of the special symbol by the special symbol determining unit 39 described below. The numerical value indicated by the random number generation means 31 at the time is extracted as the lost symbol random number extraction means 38. Specifically, three numerical values from 0 to 319 extracted from the random number generating means 31 at different timings are converted into numerical values from 0 to 9, respectively. When these three numerical values are all equal, a combination of the three numerical values obtained by replacing one of the three numerical values with another numerical value is used as a lost symbol random number. On the other hand, when at least one of the three numerical values obtained by the conversion is different from the other numerical values, the combination of the three numerical values is used as the lost symbol random number as it is.

(3-14) Special symbol determination means The special symbol determination means 39 determines the type of the special symbol according to the determination result of the hit determination means 36. For example, if the determination result is “winning”, a “hit symbol” (for example, “777”) having the numerical value of the random number extracted by the winning symbol random number extraction means 37 in any of three digits is a special symbol. Determine as. On the other hand, if the determination result is “losing”, a “losing symbol” (for example, “765”, “787”, etc.) having the numerical value of the random number extracted by the losing symbol random number extraction means 38 in each digit is a special symbol. Determine as. The “losing symbol” includes both the “reach symbol” and the “non-reach symbol”.

(3-15) Start Determination Random Number Extraction Unit The start determination random number extraction unit 40 extracts a numerical value indicated by the random number generation unit 31 at a predetermined time point until the determination by the following start determination unit 41 as a start determination random number.
(3-16) Start determination means The start determination means 41 determines whether or not to start the continuous production based on the numerical value of the start determination random number extracted by the start determination random number extraction means 40.
(3-17) Maximum number determination means When the start determination means 41 determines that the continuous production is to be started, the maximum number determination means 53, if the number of reserved balls at that time is 2 or more, A number that is greater than or equal to the number of reserved balls and less than or equal to 10 is determined as the maximum number of times.

(3-18) End count determination means When the start determination means 41 determines that the continuous production starts, if the number of reserved balls at that time is 2 or more, the end count determination means 42 The number of held balls is determined as the number of finishes.
(3-19) Production Pattern Selection Unit Production pattern selection unit 43 individually produces an appropriate single production pattern or continuous production pattern according to the determination result by the hit determination unit 36 and the determination result by the start determination unit 41. Select from the pattern table 71 or the continuous performance pattern table 72.

(3-20) Effect unit selection means When the continuous effect pattern is selected, the effect unit selection means 44 selects an appropriate effect unit according to the determination result by the hit determination means 36 and the order of the variation display. To do.
(3-21) Reach effect selection means Reach effect selection means 45, when the continuous effect is extended beyond the initial number of times of the start, the special effect that is variably displayed in the extension is the reach effect, Whether to select the normal reach production or the super reach production as a unit is determined.

(3-22) End Number Extending Means The end number extending means 46 adds the winning portion to the number of ends when the start opening 14 is won during the continuous effect when the continuous effect is being executed. To do.
(3-23) End determination means The end determination means 47 determines the end of the continuous performance. Specifically, referring to the value of the continuous performance flag 62 at the time point, the value is compared with the value of the maximum number of times or the number of end times at the time point, and it is determined whether or not it is equal to any of these. Or whether it is determined whether or not the winning symbol is displayed in the variation display.

(3-24) Extension determination means The extension determination means 48 determines whether or not the continuous performance has been extended. Specifically, it is determined that the extension has been extended if the number of times of the variable display is larger than the number of times of the end of the continuous production start.
(3-25) Symbol Discriminating Unit The symbol discriminating unit 49 discriminates whether the special symbol in the variation display is a winning symbol, a reach symbol, or a non-reach symbol.
(3-26) Symbol Replacement Unit The symbol replacement unit 50, when the continuous effect is extended and the non-reach symbol is selected as the special symbol in the final variation display, the special symbol is the reach symbol. Replace with.

(3-27) Special Symbol Display Unit The special symbol display unit 51 displays the special symbol determined by the special symbol determination unit 39 or the special symbol replaced by the symbol replacement unit 50 on the liquid crystal screen 12. After that, stop display.
(3-28) Effect display means The effect display means 52 is the effect unit selected by the effect unit selection means 44 when the effect pattern selected by the effect pattern selection means 43 or the continuous effect pattern is selected. Or, an effect according to the extended effect unit selected by the reach effect selecting means 45 is displayed on the liquid crystal screen 12.

(4) Processing Procedure The processing procedure in the ball game machine 10 according to the present embodiment will be described below with reference to the flowcharts from FIG. 3 to FIG.
The processing procedure in the ball game machine 10 according to the present embodiment is divided into the hit determination random number holding process shown in the flowchart of FIG. 3 and the special symbol and effect processing shown in the flowcharts of FIGS. . Both processes are executed simultaneously in parallel. However, the number of held random numbers for determination (“number of held balls”, K) and the number of winnings during continuous production (“additional winning numbers”, J) are both processed. Are common parameters. When this K or J changes in one process, the change also affects the other process.

(4-1) Winning Determination Random Number Holding Process In this process, it is first determined whether or not the CPU 30 has recognized the winning at the start port 14 at the stage shown in S100 of FIG. If not recognized, the process is terminated, but the process is resumed from this stage immediately after a software reset. On the other hand, if it is recognized, the process proceeds to the stage shown in S110.
At the stage shown in S110, the winning determination random number extracting means 32 extracts the numerical value indicated by the random number generating means 31 at the time when the winning is recognized as a winning determination random number. Then, the process proceeds to the stage shown in S120.

In the stage shown in S120, it is determined whether or not the number of reserved balls (K) has reached four. If it has reached, the winning determination random number extracted in the step shown in S110 is not put on hold, and after proceeding to S170 and executing a predetermined prize ball payout process, this process ends.
Note that after the end of this process, the process is resumed from the stage shown in S100 immediately after a software reset.
On the other hand, if the number of reserved balls (K) has not reached 4, the process proceeds to the stage shown in S130.
In the stage shown in S130, 1 is added to the number of reserved balls (K). Then, the process proceeds to the stage shown in S140.

At the stage shown in S140, the winning determination random number is stored in the winning hold means 61 so that the order at the time is the lowest. Then, the process proceeds to the stage shown in S150.
In the stage shown in S150, it is determined whether or not the continuous performance flag 62 (M) is set. If it is not set (that is, if it is not currently in the continuous production), the process proceeds to S170 and a predetermined prize ball payout process is executed, and then this process ends.
Note that after the end of this process, the process is resumed from the stage shown in S100 immediately after a software reset.
On the other hand, when the continuous effect flag 62 is set (that is, when the continuous effect is actually being executed), the process proceeds to the stage shown in S160.

In the stage shown in S160, 1 is added to the number of additional reserved balls (J), assuming that the number of reserved balls (K) has been added after the start of the continuous performance. Then, after proceeding to S170 and executing a predetermined prize ball payout process, this process ends.
Note that after the end of this process, the process is resumed from the stage shown in S100 immediately after a software reset.
(4-2) Processing for Special Symbols and Effects In this processing, first, at the stage shown in S200 of FIG. 4, it is determined whether the number of reserved balls (K) is 1 or more. That is, at this stage, it is determined whether or not the special symbol variation display is executable. If this determination is negative, that is, if the number of held balls (K) is 0, the present process is terminated, but the present process is restarted from this stage immediately after a software reset. On the other hand, if this determination is affirmative, the process proceeds to the step shown in S210.

In the step shown in S210, the number determination means 33 determines whether or not the continuous performance flag 62 (M) is 1 or more.
(4-2-1) When there is no continuous production
When a negative determination is made at the stage shown in S210, that is, the case where the continuous effect flag 62 (M) is 0 means that the continuous effect is not actually executed. In this case, the process proceeds to the step shown in S220.
In the stage shown in S220, after the number of reserved balls (K) at the time is stored as the initial number of reserved balls (L), 1 is subtracted from the number of reserved balls (K). Then, the process proceeds to the stage shown in S230.

In the stage shown in S230, first, the numerical value indicated by the random number generating means 31 at that time is extracted as the effect execution determination random number by the effect execution determination random number extraction means. Next, the effect execution determination means 35 determines whether or not to execute the effect itself, using this effect execution determination random number.
(4-2-1-1) When the production is not executed
If the determination in the step shown in S230 is negative, that is, if the production is not executed, the process proceeds to the step shown in S240. At this stage, the winning determination means 36 refers to the winning determination random number held in the winning hold means 61, which is held first, and determines whether or not it is “winning”.

In the case of “winning”, the process proceeds to the step shown in S250, and the numerical value indicated by the random number generating means 31 at that time is extracted as the winning design random number by the winning design random number extracting means 37. Then, the special symbol determining means 39 determines the winning symbol corresponding to the winning symbol random number as a special symbol.
On the other hand, in the case of “losing”, the process proceeds to the step shown in S260, and the numerical value indicated by the random number generating means 31 at that time is extracted by the losing symbol random number extracting means 38 as the losing symbol random number. Then, the special symbol determining means 39 determines the lost symbol corresponding to the lost symbol random number as the special symbol.

In either case, the process proceeds to S270, and the winning determination random number provided for the determination in the step shown in S240 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the special symbol determined by the special symbol determination means 39 in a variable manner on the liquid crystal screen 12 and then stops the special symbol. Then, this processing ends, and in the case of “winning”, processing relating to the jackpot game is executed.
In addition, after the end of this process (after the end of the jackpot game in the case of “winning”), the process resumes from the stage shown in S200 immediately after a software reset, with the value of the continuous performance flag 62 (M) being 0. Is done.

(4-2-1-2) When performing an effect
If the determination at the stage shown in S230 is affirmative, that is, if the effect is to be executed, the process proceeds to the stage shown in S280. At this stage, the winning determination means 36 refers to the winning determination random number held in the winning hold means 61, which is held first, and determines whether or not it is “winning”.
In the case of (4-2-1-2-1)
When it is determined as “winning” in the stage shown in S280, the process proceeds to the stage shown in S290, and the numerical value indicated by the random number generating means 31 at that time is extracted as the winning design random number by the winning design random number extracting means 37. Then, the special symbol determining means 39 determines the winning symbol corresponding to the winning symbol random number as a special symbol. Then, the process proceeds to the stage shown in S300.

In the stage shown in S300, the effect pattern selection means 43 selects any one of the individual effect patterns 1 to 10 from the single effect pattern table 71 (see Table 1) by lottery. Then, the process proceeds to the stage shown in S350.
In the step shown in S350, the winning determination random number provided for the determination in the step shown in S280 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the winning symbol determined by the special symbol determination means 39 in a variable manner on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 according to the single effect pattern selected by the effect pattern selection means 43. And this process is complete | finished and the process regarding a jackpot game will be performed.

After the jackpot game is over, the process is resumed from the stage shown in S200 immediately after a software reset with the continuous effect flag 62 (M) kept at 0.
(4-2-1-2-2) Loss
If “lost” is determined in the step shown in S280, the process proceeds to the step shown in S310, and the numerical value indicated by the random number generating means 31 at that time is extracted by the lost symbol random number extracting unit 38 as the lost symbol random number. Then, the special symbol determining means 39 determines the lost symbol corresponding to the lost symbol random number as the special symbol. Then, the process proceeds to the step shown in S320.
In the stage shown in S320, the start determination means 41 determines whether or not the initially reserved ball number (L) is 2 or more. When it is not 2 or more, that is, when the initially reserved ball number (L) is 1, the continuous effect is not started. Therefore, in this case, the process proceeds to the step shown in S340.

On the other hand, when the number is two or more, there is a possibility that a continuous performance is started. Therefore, in this case, the process proceeds to the step shown in S330.
In the stage shown in S330, the start determination random number extraction means 40 extracts the numerical value indicated by the random number generation means 31 at that time as the start determination random number. Next, the start determination means 41 determines whether or not to start the continuous effect based on the start determination random number. If the continuous production is not started, the process proceeds to the step shown in S340, and if the continuous production is started, the process proceeds to the stage shown in S355.
(4-2-1-2-2-1) When the continuous production is not started
If a negative determination is made at the stage shown in S320, or if a negative determination is made at the stage shown in S330, the continuous performance is not started. Accordingly, the process proceeds to the stage shown in S340, and the effect pattern selection means 43 selects one of the single effect patterns 11 and 12 from the single effect pattern table 71. Then, the process proceeds to the stage shown in S350.

In the step shown in S350, the winning determination random number provided for the determination in the step shown in S280 is deleted from the winning hold means 61. Next, the special symbol display means 51 causes the lost symbol determined by the special symbol determination means 39 to be variably displayed on the liquid crystal screen 12 and then stopped. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 according to the single effect pattern selected by the effect pattern selection means 43. Then, this process ends.
Note that after the end of this process, the process is resumed from the stage shown in S200 immediately after a software reset, with the continuous effect flag 62 (M) kept at 0.
(4-2-1-2-2-2) When continuous production starts
If an affirmative determination is made at the stage shown in S330, a continuous effect is started. First, the process proceeds to the stage shown in S335, and the number-of-ends determination means 42 determines the number of initially reserved balls (L) as the number of times of end of the continuous effect (N). Next, in the step shown in S356, the maximum number of times determining means 53 selects one integer by lottery from integers not less than this end number (N) and not more than 10, and this integer is used as the maximum number of times of continuous production (P). To decide. That is, unless there is a new prize during the subsequent continuous performance, the continuous performance ends when the variable display is digested by the number of times of completion (N). On the other hand, if there is a new winning, the continuous production can be continued up to the maximum number (P). Then, the process proceeds to the stage shown in S360.

In the stage shown in S360, the effect pattern selecting means 43 selects one continuous effect pattern corresponding to the number of end times (N) from the continuous effect pattern table 72 (see Table 2). That is, if the number of finishes (N) is 2, the continuous production patterns 1 to 4 and if the number of finishes (N) is 3, the production of the continuous production patterns 5 to 8 ( If N) is 4, one continuous effect pattern is selected from among the continuous effect patterns 9 and 10. Then, the process proceeds to the stage shown in S370.
In the stage shown in S370, the continuous effect flag 62 (M) is set to 1 by the number discrimination means 33. And it progresses to the step shown to S490 of FIG.

In the stage shown in S490 of FIG. 5, the production unit selection means 44 selects the first loss production unit here from the production units constituting the continuous production pattern. Then, the process proceeds to the step shown in S500.
In the stage shown in S500, the end determination means 47 determines whether or not the continuous effect flag 62 (M) at the time point is equal to the number of times of end (N) at the time point. Here, since the continuous effect flag 62 (M) is 1 and the number of end times (N) is at least 2, the process proceeds to the step shown in S570.
In the step shown in S570, the winning determination random number used for the determination in the step shown in S280 in FIG. Next, the special symbol display means 51 causes the lost symbol determined by the special symbol determination means 39 to be variably displayed on the liquid crystal screen 12 and then stopped. In accordance with this variable display, the effect display unit 52 displays the effect on the liquid crystal screen 12 according to the loss effect unit selected by the effect unit selection unit 44. And this process is complete | finished in the state which the continuous production continued.

Note that after the end of this process, the process is restarted with the continuous effect flag 62 (M) set to 1 immediately after the software reset and from the stage shown in S200 of FIG.
(4-2-2) Case where continuous production is in progress In the stage shown in S210 of FIG. 4, when a positive determination is made, that is, when the continuous production flag 62 (M) is 1 or more, This means that continuous production is being executed. In this case, the process proceeds to the step shown in S400 of FIG.
In the stage shown in S400 of FIG. 5, 1 is subtracted from the number of reserved balls (K) at that time. Then, the process proceeds to the stage shown in S410.

At the stage shown in S410, whether or not the number of reserved balls (K) has been added (see S150 and S160 in FIG. 3) between the last fluctuation display and the current fluctuation display by the end number extension means 46. This is determined by the value of the number of additional reserved balls (J). If there is no addition, the process proceeds to the step shown in S440. On the other hand, if there is an addition, the process proceeds to the stage shown in S420.
In the stage shown in S420, the number of additional reserved balls (J) is added to the number of times of completion (N) by the number of times of extension 46. Next, the process proceeds to the stage shown in S430, and the additional reserved ball number (J) is cleared. Then, the process proceeds to the stage shown in S440.
At the stage shown in S440, the number determination means 33 adds 1 to the continuous effect flag 62 (M). As a result, the variable display is advanced by one time. Then, the process proceeds to the stage shown in S445.

In the stage shown in S445, the extension determination means 48 determines whether or not the change display is related to extension.
(4-2-1) When not related to extension
If it is determined that it is not related to the extension at the stage shown in S445, the process proceeds to the stage shown in S450, and the winning determination means 36 is held first among the winning determination random numbers held in the winning hold means 61. It is determined whether or not it is “winning” with reference to the received information.
In the case of (4-2-2-1-1)
When it is determined as “winning” at the stage shown in S450, the process proceeds to the stage shown in S460, and the numerical value indicated by the random number generating means 31 at that time is extracted as the winning design random number by the winning design random number extracting means 37. Then, the special symbol determining means 39 determines the winning symbol corresponding to the winning symbol random number as a special symbol. Then, the process proceeds to the stage shown in S470.

In the stage shown in S470, the effect unit selection means 44 indicates the numerical value of the continuous effect flag 62 (M) from among the effect units constituting the previously selected continuous effect pattern (see S360 in FIG. 4). The hit production unit corresponding to the second variable display is selected. Further, at this stage, the end determination means 47 determines to end the continuous production, and the process proceeds to the stage shown in S560.
At the stage shown in S560, the continuous effect flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls. Then, the process proceeds to the stage shown in S570.

In the step shown in S570, the winning determination random number provided for the determination in the step shown in S450 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the winning symbol determined by the special symbol determination means 39 in a variable manner on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 according to the hit effect unit selected by the effect unit selection means 44. Then, the process ends in a state where the continuous performance has ended, and the process related to the jackpot game continues.
After the jackpot game is over, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset with the continuous performance flag 62 (M) being 0.

(4-2-2-1-2) Loss On the other hand, if it is determined as “lost” in the step shown in S450, the process proceeds to the step shown in S480, and the lost symbol random number extraction means 38 at the time point The numerical value indicated by the random number generation means 31 is extracted as a lost symbol random number. Then, the special symbol determining means 39 determines the lost symbol corresponding to the lost symbol random number as the special symbol. Then, the process proceeds to the stage shown in S490.
In the stage shown in S490, the effect unit selection means 44 indicates the numerical value of the continuous effect flag 62 (M) from the effect units constituting the previously selected continuous effect pattern (see S360 in FIG. 4). The lost production unit corresponding to the second variable display is selected. Then, the process proceeds to the step shown in S500.

In the stage shown in S500, the end determination means 47 determines whether or not the continuous effect flag 62 (M) at the time point is equal to the number of times of end (N) at the time point.
(4-2-2-1-2-1) When ending the continuous production
If the determination in the step shown in S500 is affirmative, the variation display corresponds to the final variation display in the continuous effect pattern. Therefore, in this case, the process proceeds to the step shown in S560, and the continuous effect flag 62 (M) is cleared by the number discrimination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls. Then, the process proceeds to the stage shown in S570.

In the step shown in S570, the winning determination random number provided for the determination in the step shown in S450 is deleted from the winning hold means 61. Next, the special symbol display means 51 causes the lost symbol determined by the special symbol determination means 39 to be variably displayed on the liquid crystal screen 12 and then stopped. In accordance with this variable display, the effect display unit 52 displays the effect on the liquid crystal screen 12 according to the loss effect unit selected by the effect unit selection unit 44. And this process is complete | finished in the state which the continuous production was complete | finished.
It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG.

(4-2-2-1-2-2) In the case where continuous production is continued On the other hand, if the determination at the stage shown in S500 is negative, the variation display is the final variation display in the continuous production pattern. Is not applicable. Therefore, in this case, the process proceeds to the step shown in S570.
In the step shown in S570, the winning determination random number provided for the determination in the step shown in S450 is deleted from the winning hold means 61. Next, the special symbol display means 51 causes the lost symbol determined by the special symbol determination means 39 to be variably displayed on the liquid crystal screen 12 and then stopped. In accordance with this variable display, the effect display unit 52 displays the effect on the liquid crystal screen 12 according to the loss effect unit selected by the effect unit selection unit 44. And this process is complete | finished in the state which the continuous production continued.

It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset, with the continuous effect flag 62 (M) being added in the stage shown in S440.
(4-2-2) Case of extension If, on the other hand, at the stage shown in S445, if it is determined that the change display is related to extension, the stage shown in S600 of FIG. Proceeding, the effect pattern selecting means 43 determines whether or not the change display is related to the first extension. In the case of the first time, the process proceeds to the stage shown in S605, and the effect pattern selecting means 43 selects one of the extended effect patterns 1 to 4 from the extended effect pattern table 73 (see Table 3). Select by lottery. In addition, the process proceeds to the step shown in S606 both when the extended effect pattern is selected or when the change display is the second or later extension.

In the stage shown in S606, the end determination means 47 determines whether or not the continuous performance flag 62 (M) at the time is equal to the maximum number (P). That is, it is determined whether or not the variation display reaches the maximum number of times (P) and becomes the final variation display. If they are equal, the process proceeds to the step shown in S900 of FIG. On the other hand, if they are not equal, the process proceeds to step S610.
In the stage shown in S610, the end determination means 47 determines whether or not the continuous effect flag 62 (M) at the time point is equal to the number of times of end (N) at the time point. That is, it is determined whether or not the variation display becomes the final variation display without reaching the maximum number of times (P). If they are equal, the process proceeds to the step shown in S800 of FIG. On the other hand, if they are not equal, the process proceeds to step S620.

(4-2-2-2-1) When not the final variation display When the variation display is not the final variation display, the process proceeds to the step shown in S620. At this stage, the effect unit selection means 44 determines whether or not the extended effect unit (see Table 3) selected in the previous variation display is “continuation 1”.
(4-2-2-2-1-1) “Continue 1”
When the last extended effect unit is “continuation 2”, or when the change display relates to the first extension, the process proceeds to the step shown in S630. In the stage shown in S630, the winning determination means 36 refers to the winning determination random number held in the winning hold means 61, which is held first, and determines whether or not it is “winning”.

(4-2-2-2-1-1-1) “Hit”
In the case of “winning”, the numerical value indicated by the random number generation means 31 at that time is extracted as a winning design random number by the winning design random number extraction means 37 at the stage shown in S640. Then, the special symbol determining means 39 determines the winning symbol corresponding to the winning symbol random number as a special symbol. Further, at this stage, the end determination means 47 makes a determination to end the continuous production, and the process proceeds to the stage shown in S645.
In the stage shown in S645, the continuous effect flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls. Then, the process proceeds to the stage shown in S680.

In the stage shown in S680, the reach effect selecting means 45 selects the “continue 1” super reach effect in the extended effect pattern. Then, the process proceeds to the stage shown in S790.
In the step shown in S790, the winning determination random number provided for the determination in the step shown in S630 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the winning symbol determined by the special symbol determination means 39 in a variable manner on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 in accordance with the “continue 1” super reach effect selected by the reach effect selecting means 45. Then, the process ends in a state where the continuous performance has ended, and the process related to the jackpot game continues.

After the jackpot game is over, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset with the continuous performance flag 62 (M) being 0.
(4-2-2-2-1-1-2) “Lost”
On the other hand, in the case of “losing”, the numerical value indicated by the random number generating means 31 at that time is extracted as the lost symbol random number by the losing symbol random number extracting means 38 at the stage shown in S650. Then, the special symbol determining means 39 determines the lost symbol corresponding to the lost symbol random number as the special symbol. Next, in the stage shown in S660, the symbol determination means 49 determines whether or not the lost symbol is a reach symbol.

(4-2-2-2-1-1-1) Non-reach design
When it is determined that it is not a reach symbol at the stage shown in S660, that is, in the case of a non-reach symbol, the effect unit selection means 44 at step S700 generates a “continuation 1” loss effect in the extended effect pattern. Selected.
Then, in the step shown in S790, the winning determination random number provided for the determination in the step shown in S630 is deleted from the winning hold means 61. Next, the special symbol display means 51 causes the non-reach symbols determined by the special symbol determination means 39 to be variably displayed on the liquid crystal screen 12 and then stopped. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 in accordance with the “continuation 1” loss effect selected by the effect unit selection means 44. And this process is complete | finished in the state which the continuous production continued.

It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset, with the continuous effect flag 62 (M) being added in the stage shown in S440.
(4-2-2-2-1-1-2) Reach Design On the other hand, if it is determined that the design is a reach design at the stage shown in S660, the reach effect selection means 45 at the stage shown in S670, Whether or not to select the super reach production is determined by lottery. When selecting, in the stage shown in S680, the “continuation 1” super reach effect in the extended effect pattern is selected. On the other hand, if it is not selected, the normal reach effect of “continuation 1” in the extended effect pattern is selected in the stage shown in S690.

In either case, the process proceeds to the step shown in S790, and the winning determination random number provided for the determination in the step shown in S630 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the reach symbols determined by the special symbol determination means 39 variably on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays an effect on the liquid crystal screen 12 in accordance with the “continue 1” super reach effect or normal reach effect selected by the reach effect selecting means 45. And this process is complete | finished in the state which the continuous production continued.
It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset, with the continuous effect flag 62 (M) being added in the stage shown in S440.

(4-2-2-2-1-2) “Continuation 2”
On the other hand, when it is determined in the step shown in S620 that the previous extended production unit was “continuation 1”, the process proceeds to the step shown in S710. In the stage shown in S710, the winning determination means 36 refers to the winning determination random number held in the winning hold means 61, which is held first, and determines whether or not it is “winning”.
(4-2-2-2-1-2-1) “Win”
In the case of “winning”, the numerical value indicated by the random number generating means 31 at that time is extracted as a winning design random number by the winning design random number extracting means 37 at the stage shown in S720. Then, the special symbol determining means 39 determines the winning symbol corresponding to the winning symbol random number as a special symbol. Further, at this stage, the end determination means 47 makes a determination to end the continuous effect, and the process proceeds to the stage shown in S725.

In the stage shown in S725, the continuous effect flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls. Then, the process proceeds to the stage shown in S760.
In the stage shown in S760, the reach effect selecting means 45 selects the “continue 2” super reach effect in the extended effect pattern. Then, the process proceeds to the stage shown in S790.
In the step shown in S790, the winning determination random number used for the determination in the step shown in S710 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the winning symbol determined by the special symbol determination means 39 in a variable manner on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 in accordance with the “continue 2” super reach effect selected by the reach effect selecting means 45. Then, the process ends in a state where the continuous performance has ended, and the process related to the jackpot game continues.

After the jackpot game is over, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset with the continuous performance flag 62 (M) being 0.
(4-2-2-2-1-2-2) “Loose”
On the other hand, in the case of “losing”, the numerical value indicated by the random number generating means 31 at that time is extracted as the lost symbol random number by the losing symbol random number extracting means 38 at the stage shown in S730. Then, the special symbol determining means 39 determines the lost symbol corresponding to the lost symbol random number as the special symbol. Next, at the stage shown in S740, the symbol determination means 49 determines whether or not the lost symbol is a reach symbol.

(4-2-2-2-1-2-1) Non-reach design
If it is determined that it is not a reach symbol at the stage shown in S740, that is, if it is a non-reach symbol, the effect unit selection means 44 at the stage shown in S780 generates a “continuation 2” loss effect in the extended effect pattern. Selected.
Then, in the step shown in S790, the winning determination random number provided for the determination in the step shown in S710 is deleted from the winning hold means 61. Next, the special symbol display means 51 causes the non-reach symbols determined by the special symbol determination means 39 to be variably displayed on the liquid crystal screen 12 and then stopped. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 in accordance with the “continuation 2” loss effect selected by the effect unit selection means 44. And this process is complete | finished in the state which the continuous production continued.

It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset, with the continuous effect flag 62 (M) being added in the stage shown in S440.
(4-2-2-2-1-2-2-2) Reach Design On the other hand, if it is determined that the reach design is the step shown in S740, the reach effect selection means 45 in the step shown in S750 Whether or not to select the super reach production is determined by lottery. When selecting, in the stage shown in S760, the “continuation 2” super reach effect in the extended effect pattern is selected. On the other hand, if not selected, the “continuation 2” normal reach effect in the extended effect pattern is selected in the stage shown in S770.

In either case, the process proceeds to the stage shown in S790, and the winning determination random number provided for the determination in the stage shown in S710 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the reach symbols determined by the special symbol determination means 39 variably on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays an effect on the liquid crystal screen 12 in accordance with the “continue 2” super reach effect or normal reach effect selected by the reach effect selecting means 45. And this process is complete | finished in the state which the continuous production continued.
It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset, with the continuous effect flag 62 (M) being added in the stage shown in S440.

(4-2-2-2-2) In the case of the last variation display that does not reach the maximum number of times On the other hand, in the stage shown in S610, the variation display is the last variation display that does not reach the maximum number of times (P). If it is determined, the process proceeds to the step shown in S800 of FIG. At this stage, the winning determination means 36 refers to the winning determination random number held in the winning hold means 61, which is held first, and determines whether or not it is “winning”.
(4-2-2-2-2-2-1) “Hit”
In the case of “winning”, the numerical value indicated by the random number generating means 31 at that time is extracted as the winning design random number by the winning design random number extracting means 37 at the stage shown in S810. Then, the special symbol determining means 39 determines the winning symbol corresponding to the winning symbol random number as a special symbol. Then, the process proceeds to the step shown in S860.

In the stage shown in S860, the reach effect selecting means 45 selects the “end” super reach effect in the extended effect pattern. Further, at this stage, the end determination means 47 makes a determination to end the continuous effect, and the process proceeds to the stage shown in S890.
In the stage shown in S890, the continuous performance flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls.
Next, the process proceeds to the step shown in S895, and the winning determination random number used for the determination in the step shown in S800 is deleted from the winning hold means 61. Then, the special symbol display means 51 displays the winning symbol determined by the special symbol determination means 39 variably on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 in accordance with the “end” super reach effect selected by the reach effect selecting means 45. Then, the process ends in a state where the continuous performance has ended, and the process related to the jackpot game continues.

After the jackpot game is over, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset with the continuous performance flag 62 (M) being 0.
(4-2-2-2-2-2-2) “Lost”
On the other hand, in the case of “losing”, the numerical value indicated by the random number generating means 31 at that time is extracted as the lost symbol random number by the losing symbol random number extracting means 38 at the stage shown in S830. Then, the special symbol determining means 39 determines the lost symbol corresponding to the lost symbol random number as the special symbol. Next, in the stage shown in S840, the symbol determination means 49 determines whether or not the lost symbol is a reach symbol.

(4-2-2-2-2-2-2-1) Non-reach design
If it is determined that it is not a reach symbol at the stage shown in S840, that is, in the case of a non-reach symbol, the effect unit selection means 44 selects the “end” lose effect in the extended effect pattern at the stage shown in S880. Is done. Further, at this stage, the end determination means 47 makes a determination to end the continuous effect, and the process proceeds to the stage shown in S890.
In the stage shown in S890, the continuous performance flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls.

Next, the process proceeds to the step shown in S895, and the winning determination random number used for the determination in the step shown in S800 is deleted from the winning hold means 61. Then, the special symbol display means 51 causes the non-reach symbols determined by the special symbol determination means 39 to be variably displayed on the liquid crystal screen 12 and then stopped. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 in accordance with the “end” loss effect selected by the effect unit selection means 44. And this process is complete | finished in the state which the continuous production was complete | finished.
It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG.

(4-2-2-2-2-2-2-2) Reach Design On the other hand, if it is determined that the design is a reach design at the stage shown in S840, the reach effect selecting means 45 at the stage shown in S850 Whether or not to select the super reach production is determined by lottery. In the case of selecting, in the stage shown in S860, the “end” super reach effect in the extended effect pattern is selected. On the other hand, if not selected, in the stage shown in S870, the “end” normal reach effect in the extended effect pattern is selected. Further, at the stage shown in S860 or S870, the end determination means 47 determines that the continuous effect is to be ended, and the process proceeds to the stage shown in S890.

In the stage shown in S890, the continuous performance flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls.
Next, the process proceeds to the step shown in S895, and the winning determination random number used for the determination in the step shown in S800 is deleted from the winning hold means 61. Then, the special symbol display means 51 displays the reach symbols determined by the special symbol determination means 39 variably on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays an effect on the liquid crystal screen 12 in accordance with the “end” super reach effect or normal reach effect selected by the reach effect selecting means 45. And this process is complete | finished in the state which the continuous production was complete | finished.

It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG.
(4-2-2-2-3) In the case of the last variation display that has reached the maximum number of times On the other hand, in the stage shown in S606, the variation display is the final variation display that has reached the maximum number of times (P). If it is determined, the process proceeds to the step shown in S900 of FIG. At this stage, the winning determination means 36 refers to the winning determination random number held in the winning hold means 61, which is held first, and determines whether or not it is “winning”.
(4-2-2-2-3-1) “Hit”
In the case of “winning”, the numerical value indicated by the random number generation means 31 at that time is extracted as a winning design random number by the winning design random number extraction means 37 at the stage shown in S910. Then, the special symbol determining means 39 determines the winning symbol corresponding to the winning symbol random number as a special symbol. Then, the process proceeds to the step shown in S940.

In the stage shown in S840, the reach effect selecting means 45 selects the “maximum” super reach effect in the extended effect pattern. Further, at this stage, the end determination means 47 makes a determination to end the continuous effect, and the process proceeds to the stage shown in S970.
In the stage shown in S970, the continuous effect flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls. Then, the process proceeds to the stage shown in S980.
In the stage shown in S980, the winning determination random number used for the determination in the stage shown in S900 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the winning symbol determined by the special symbol determination means 39 in a variable manner on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 in accordance with the “maximum” super reach effect selected by the reach effect selecting means 45. Then, the process ends in a state where the continuous performance has ended, and the process related to the jackpot game continues.

After the jackpot game is over, the process is resumed from the stage shown in S200 of FIG. 4 immediately after a software reset with the continuous performance flag 62 (M) being 0.
(4-2-2-2-3-2) “Lost”
On the other hand, when it is determined as “losing” in the stage shown in S900, the numerical value indicated by the random number generating means 31 at that time is extracted as a lost symbol random number by the losing figure random number extracting means 38 in the stage shown in S920. Then, the special symbol determining means 39 determines the lost symbol corresponding to the lost symbol random number as the special symbol. Next, in the stage shown in S930, the symbol determination means 49 determines whether or not the lost symbol is a reach symbol.

(4-2-2-2-3-2-1) Reach design
If the reach design is determined in the step shown in S930, the “maximum” super reach effect in the extended effect pattern is selected by the reach effect selecting means 45 in the step shown in S940. Further, at this stage, the end determination means 47 makes a determination to end the continuous effect, and the process proceeds to the stage shown in S970.
In the stage shown in S970, the continuous effect flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls. Then, the process proceeds to the stage shown in S980.

In the stage shown in S980, the winning determination random number used for the determination in the stage shown in S900 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the reach symbols determined by the special symbol determination means 39 variably on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 in accordance with the “maximum” super reach effect selected by the reach effect selecting means 45. And this process is complete | finished in the state which the continuous production was complete | finished.
It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG.

(4-2-2-2-3-2-2) Non-reach design On the other hand, if it is determined that it is not a reach design in the stage shown in S930, that is, if it is determined that it is a non-reach design, S950 Proceed to the stage shown in.
In the stage shown in S950, the non-reach symbol is replaced with the reach symbol by the symbol replacement means 50. After that, in the stage shown in S960, the reach effect selecting means 45 selects the “maximum” normal reach effect in the extended effect pattern. Further, at this stage, the end determination means 47 makes a determination to end the continuous effect, and the process proceeds to the stage shown in S970.

In the stage shown in S970, the continuous effect flag 62 (M) is cleared by the number determination means 33. At the same time, the number of additional reserved balls (J) is also cleared to invalidate the subsequent addition of the number of reserved balls. Then, the process proceeds to the stage shown in S980.
In the stage shown in S980, the winning determination random number used for the determination in the stage shown in S900 is deleted from the winning hold means 61. Next, the special symbol display means 51 displays the reach symbols replaced by the symbol replacement means 50 variably on the liquid crystal screen 12, and then stops the display. In accordance with this variable display, the effect display means 52 displays the effect on the liquid crystal screen 12 according to the “maximum” normal reach effect selected by the reach effect selecting means 45. And this process is complete | finished in the state which the continuous production was complete | finished.

It should be noted that immediately after the completion of this process, the process is resumed from the stage shown in S200 of FIG.
(5) Others (5-1) Number of reserved balls The upper limit of four is set for the number of reserved balls in the above-described embodiment, but the present invention is not limited to this, and is an arbitrary number. Or unlimited. Furthermore, the upper limit numerical value may be changed according to a predetermined condition.
(5-2) Extension In the above-described embodiment, as shown in the stage of S410 in FIG. 5, if the number of additional reserved balls (J) is 1 or more, the number of times of change display (N) exceeds 10. It was supposed to be extended unless otherwise. However, in the present invention, whether or not the variable display count (N) is extended may be determined by lottery.

(5-3) Timekeeping means In the present invention, the timekeeping means not provided in the above-described embodiment may be provided.
That is, it is possible to use this time measuring means with the CPU 30 functioning as a timer. Then, using this timing means, for example, when 2 minutes elapses from the start point of the first variation display of the continuous effect, the end determination unit 47 uses the variation display currently being executed at that time to display the continuous display. It may be determined to end the production.
(5-4) Continuous production pattern and production unit In the present invention, the number and type of the continuous production pattern and production unit are not limited to those shown in the above-described embodiment.

(5-5) Extended Effect Pattern In the above embodiment, the effect unit corresponding to the variable display related to the extension is selected from the extended effect pattern table 73. However, in the present invention, such an effect unit is selected from the continuous effect pattern table 72, and the extended effect pattern table 73 as described above may not be particularly provided.

10 Ball game machine
11 panel 12 LCD screen
13 Special symbol hold lamp 14 Start port
15 Magnifier 16 Attacker unit
17 Grand prize opening 18 Normal symbol display device
19 Normal symbol holding lamp 20 Fluctuation start gate
21 winning mouth 22 out mouth
30 CPU
31 Random number generator
32 hit judgment random number extraction means
33 Number discrimination means
34 Production execution decision random number extraction means
35 Production execution judging means 36 Hit judging means
37 per symbol random number extraction means
38 Loss pattern random number extraction means
39 Special symbol determination means
40 Start determination random number extraction means
41 Start determination means 42 End count determination means
43 Production pattern selection means
44 Production unit selection means 45 Reach production selection means
46 End count extension means 47 End judgment means
48 Extension judgment means 49 Symbol discrimination means
50 Symbol replacement means 51 Special symbol display means
52 Production display means 53 Maximum number of times decision means
60 RAM
61 Winning means 62 Continuous production flag
70 ROM
71 Single production pattern table
72 Continuous pattern table
73 Extended production pattern table

Claims (1)

Each time a game ball is won at a predetermined starting point, a special symbol change display according to whether or not a jackpot game is generated is executed once, and the change display indicates the possibility of a jackpot game occurring. As an effect to perform, there is a ball game machine in which a continuous effect that continues over a plurality of variable displays may be executed,
Start determination means for determining the start of continuous production based on a predetermined condition being satisfied;
A maximum number of times determination means for determining a maximum number of times that is the maximum number of variable displays that can be continued before the start of the continuous effect;
An end number determination means for determining a numerical value equal to or less than the maximum number of times before the start of the continuous effect as an end number that is the number of variable displays at which the continuous effect ends;
End number extension means for extending the number of end times based on a predetermined condition being satisfied after the start of the continuous performance;
A time measuring means for measuring an elapsed time from a predetermined time point;
And an end determination means for determining the end of the continuous effect according to the number of times of the variable display digested in the continuous effect has reached the maximum number or the end number, or the elapsed time from the predetermined time point by the time measuring means,
An end determining means is formed so as to determine the end of a continuous effect when a big hit game occurs.

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