JP2005334273A - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To prevent a false continuation notice from lowering a game property. <P>SOLUTION: In a game machine 1, the progress contents of one game are decided on the basis of the input of start signals, two or more pieces of the decided progress contents of one game are stored, and expressions based on the stored game progress contents are provided in the order of storage. The game machine 1 has a distribution processing (S440) by a random number YRND1 for continuation notice judgement for judging whether or not to set the plurality of the stored game progress contents so as to have related expressions on the basis of the input of the start signals, and the processings S450-S670 of setting the game progress contents so as to have the related expressions in the case of judging that the plurality of the stored game progress contents are to have the related expressions in the progress content judging means. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a gaming machine such as a game ball type gaming machine, a medal type gaming machine, and a revolving type gaming machine, and in particular, it is highly likely that the gaming state has become advantageous for a player such as a big hit. It relates to the technology to express.

  Conventionally, as a technique for expressing that the state of the game is likely to be advantageous to the player, for example, the production of a reach or the display of a specific symbol over a number of games to produce a continuous notice game A continuous notice effect method has been developed in which a game having a high probability of being a big hit at the end of this effect is provided (see Patent Document 1).

  In the technique of the continuous notice effect method, as a technique for providing a game having a high probability of being a big hit at the end of the continuous notice game, a continuous notice is given at the time of input of a start signal, for example, when a game ball is won at the start opening. If it is determined whether or not a continuous notice is to be given, a continuous notice effect is performed by expressing all games held at that time as related expressions.

  For example, when a game is held for three times, when a start signal is input and the fourth game is put on hold, a judgment is made that a big hit will be made and a continuous notice effect will be performed. When the game is played, all the four games are related expressions, for example, characters are included, specific symbols are displayed, and the final continuous notice game has a special effect to end the continuous notice. A jackpot expression is made.

As a result, when a series of advance notices is made, the player wins a big hit with a relatively high probability.From the start of the series notices to the final series of advance notice games, the player gradually increases his expectation, As a result, a playability that makes you feel angry is provided.
JP 2003-225384 A (FIG. 6)

  By the way, in the continuous notice game, after the start of the change of the continuous notice, until the final continuous notice game is finished, the player gradually increases the expectation. , Thinking that the chances of jackpots have increased, and have expectations for subsequent fluctuations.

  In addition, the continuous notice game is designed to be a big hit with a high probability when it appears, and by providing a single effect using multiple fluctuations, It is positioned as a production technique that gives players high expectations for the big hits.

  For this reason, a gaming machine equipped with a continuous notice game provides a so-called “gase notice change” that cancels out the continuous notice in the final notice change in order to compensate for the low appearance rate of the continuous notice game.

  However, when such a change in the notice of the gaze is provided, for example, as the notice change of the gaze, the notice change is performed several times as follows: “forecast change → prediction change → prediction change → normal (change not to reach)”. After that, it may end with a normal game. In this way, after repeating the advance notice variation several times, if the progress of the normal game is repeated, the player who has experienced a lot of this will not be able to change the real continuous advance notice. However, there was a risk that the series of notices would become meaningless because of the lack of great expectations.

Therefore, the present invention has an object to improve gameability by providing a game effect or the like that does not impair the sense of expectation for continuous notice although the notice change of the gaze appears.
Moreover, it aims at raising commercial value by providing high gameability.

  As a means for solving the above-mentioned problem, the gaming machine of the invention of claim 1 determines the progress of one game based on the input of the start signal, and a plurality of the determined progress of the game is determined. A gaming machine that stores and provides expressions in accordance with the stored contents of the progress of the game in the order of storage, and an expression related to a plurality of the stored contents of the progress of the game based on the input of the start signal Progress information determining means for determining whether or not to proceed, and when the progress content determining means determines that a plurality of the stored game progress contents are related expressions, of the stored game progress contents , A related expression setting means for making the content of the progress of the continuously stored game a related expression, and of the progress contents of the plurality of games for which the related expression is set by the related expression setting means. Progress An expression content selection means that is either an expression that provides another benefit, an expression that is likely to provide a special benefit, or an expression that is likely to provide a special benefit; and If the number of consecutive progressions of a game in which a related expression is performed is a predetermined number or more, the expression content selection means provides an expression that provides a special benefit to the progress of the game provided at the end, or a special And an expression content instruction means for selecting an expression indicating that there is a high possibility of providing the benefit.

  Thereby, when the start signal is input, the progress of one game is determined and stored. A plurality of memories of the progress of one game are stored. For example, one for the current game offer and four for the game hold are stored.

  In addition, expressions in accordance with the stored contents of one game are provided in the order of storage. For example, after expressing a predetermined reach aspect, it is expressed that a big hit has been made, or after expressing a predetermined reach aspect, it is expressed that it is out of place, or a predetermined fluctuation After performing the expression, it expresses the disparity.

  When such an expression according to the progress of one game is performed, the memory of the expression according to the progress of one game provided for the current game is deleted, and then the pending game Is stored as the next current game offer, and the expression according to this memory is performed. Thereafter, this is repeated.

  In the state where the expression according to the progress of one game stored as described above is performed, the progress determination unit determines a plurality of the stored progress of the game based on the input of the start signal. If it is determined that the expression is related, the related expression setting means changes the stored content of the game to the related expression. For example, by using related expressions, the game results such as big hits, small hits, or misses are not changed in the progress of one game, and each game reaches all. It includes an expression that includes an expression including a display of a specific symbol or the like, or includes a continuous story, for example, a portion that expresses a decrease or an increase.

  In addition, among the progress contents of a plurality of games that are expressed by the related content setting means by the related content selection means, the progress contents of the game that is provided last is an expression or reach that provides special benefits such as a big hit. Such as an expression that is likely to provide a special benefit such as, or an expression that there was a possibility that a special benefit such as normal fluctuation may be provided. In the case where the continuous number of progress contents of the game to be expressed is a predetermined number or more, an expression that provides special benefits such as a jackpot for the progress contents of the game provided at the end to the expression content selection means, Or, select an expression that is likely to provide special benefits such as reach.

  As a result, if the number of consecutive game progresses in a related expression is greater than or equal to a predetermined number, the progress of the game provided at the end provides a special benefit or a special benefit. An expression of what is likely to be, and a possibility of providing a special benefit is not implemented.

  In the gaming machine of the invention of claim 2, when the number of consecutive contents of progress of the game in which the related expression is performed is 3 or more, the expression contents instruction means sends the last expression contents selection means to the expression contents selection means. The progression of the game provided to the player is selected as an expression that provides a special benefit, or an expression that is highly likely to provide a special benefit, and the number of consecutive progressions of the game that perform the related expression is continuous. In the case where the number is less than 3, the expression content selection means is provided with an expression that provides a special benefit to the progress of the game provided at the end, an expression that the possibility of providing a special benefit is high, or The gist of the gaming machine according to claim 1, wherein an expression indicating that there is a possibility of providing a special benefit is selected.

  As a result, the action of claim 1 is exhibited with the continuous number of progress contents of the game performing the related expression as the boundary, and when the continuous number is 3 or more, the progress of the game provided at the end Only expressions that provide special benefits or that are likely to provide special benefits are made.

  Thus, at the stage where a related expression is made once, the next game may provide an expression that provides a special benefit, an expression that is likely to provide a special benefit, or a special benefit. One of the expressions of having occurred, but in the stage where the related expression is performed twice, the next game will always provide a special benefit, or the possibility of providing a special benefit An expression of high is made.

In other words, the change in the notice of the gasset is only once, and if the change in the notice is continued twice, the change in the notice of the gasset will not occur.
Therefore, the player thinks that there is no fuss if the notice fluctuation continues twice.

  According to a third aspect of the game machine of the present invention, the related expression setting means is an expression related to a plurality of game progress contents within the range of the stored number based on the stored number of stored game progress contents. The gist of the gaming machine according to claim 1 or claim 2, characterized in that.

  As a result, in addition to obtaining the same operation as in claim 1 and claim 2, the range in which the related expression is performed is within the range of the number of stored game progress contents, and when the start signal is input, The beginning of the range expressed in the related expression is not fixed to the game stored first, and the correlation between the input time of the start signal and the beginning of the storage range expressed in the related expression is uniform. Not.

  As a result, in the process in which the held games are expressed one after another, a game including the related expression is started when it is different from the input of the start signal determined to perform the related expression. At the end of the expression, the game result of the big hit or miss is expressed in the form of closing these related expressions.

  In addition, the storage range for the related expression is within the range of the number of the game progress contents, and it is prevented that the related expression is erroneously performed up to the range exceeding the storage number. By specifying a range that exceeds the limit, it is possible to prevent a situation in which a related expression is performed from the beginning of the held game.

  The gaming machine of claim 1 is an expression in which the progress of the game provided at the end provides a special benefit when the continuous number of the progress of the game expressed in a related expression is a predetermined number or more, or An expression that is likely to provide a special benefit, for example, only a jackpot or reach expression, and an expression that may have provided a special benefit, for example, a normal fluctuation that does not occur such as a reach The so-called Gase notice change will not be executed.

  Therefore, if the number of consecutive game progresses represented in a related expression is less than a predetermined number, even if the player has a suspicion that it is a frustration change in the game, the number of consecutive games will exceed the predetermined number. In this case, it is possible to provide a gaming machine that does not impair the expectation of the continuous notice, although the notice notice change appears because the possibility of the notice change of the gaze can be eliminated. There is an effect. That is, it has high gameability and high commercial value.

  In the gaming machine according to claim 2, since the change in the notice of the gas is only once, and if the change in the notice is continued twice, the change in the notice of the gas does not occur. For example, you can think that there is no gas, and you can increase your expectation.

  As a result, the same effect as in claim 1 can be obtained, and although a notice change of the gaze appears, it is possible to provide a gaming machine that does not impair the expectation for the continuous notice.

  The gaming machine of the invention of claim 3 is determined to perform related expressions in the process in which the held games are expressed one after another, in addition to the same effects as those of claims 1 and 2. When the start signal is different from the time when the start signal is input, a game including the related expression is started, and at the end of the related expression, the game result of the big hit or off is expressed. It is impossible to predict which game the final game will be at or during the time when it was started.

  This allows the player to always think that the next game will be the last game while the related expressions are being made, and will continue to have a prediction that the chance of a big hit is high, As a result, it is possible to gradually increase the expectation of the big hit or to increase the expectation, and as a result, it is possible to effectively improve the game performance.

  In addition, related expressions are performed within a range that does not exceed the number of memories, and it is never said that the upper limit of the number of memories is always specified, and related expressions are performed from the beginning of the held game. It is prevented from happening.

  Therefore, the range in which the related expression is to be performed and the range in which the actually related expression is performed coincide with each other, and an excellent effect is achieved that the production effect as designed can be exhibited.

Next, an embodiment of the invention will be described.
1 is a front view of a gaming machine 1 to which the present invention is applied, FIG. 2 is a front view of a gaming board 3 of the gaming machine 1, and FIG. 3 is a front view of a center decoration 5 attached to the gaming board 3, FIG. 4 is a rear view of the gaming machine 1.

  As shown in FIG. 1, the gaming machine 1 includes an outer frame 7 fixed to a game island (not shown) and an inner frame 9 attached to the outer frame 7. A game board 3 for providing a pachinko game to a player, a handle 15 for launching a game ball 13 on the game board 3, and an upper tray for receiving the game ball 13 as a prize obtained as a result of the pachinko game by the game board 3 17 and a lower tray 19 are provided.

  As shown in FIG. 2, the game board 3 is provided with a center ornament 5 in the center, and the center ornament 5 is a liquid crystal that displays an interesting design or special design according to the progress of the pachinko game. A color monitor 141 is attached. As shown in FIG. 33, the liquid crystal color monitor 141 includes a decorative symbol display unit 317 for displaying a decorative symbol, which is a symbol that is mainly visually recognized by the player, and a special symbol display unit 21 for displaying a special symbol. Is provided. The game board 3 also includes a start opening 25, a big winning opening 27, and a normal symbol display section 29. The game ball 13 wins the starting opening 25 (hereinafter also referred to as "start winning"). When the special symbol display unit 21 starts displaying the special symbol and the special symbol becomes a predetermined symbol, a big hit game that opens and closes the big prize opening 27 is provided.

  As shown in FIG. 3, the center ornament 5 provided with the special symbol display unit 21 includes a warp inlet 31, a warp outlet 33, a scale lamp 35 for performing scale display, a center column lamp 37 for performing columnar display, and a musical note. A note lamp 39 for displaying is provided. The musical scale lamp 35 includes a drump 35A, a relamp 35B, a milamp 35C, a far lamp 35D, a solo lamp 35E, a lalamp 35F, and a sill lamp 35G. The center column lamp 37 includes a blue light emitting element 37A and a red light emitting element 37B, and can emit blue light, red light, and purple light. The operation of the center decoration 5 will be described later.

  As shown in FIG. 4, the gaming machine 1 in which the game board 3 and the center decoration 5 are disposed in a place visible to the player as shown in FIG. 4 on the back side invisible to the player. The launch control board 45, the payout control board 47, the prize ball payout device 49, and the central unit 53 are attached to the inner frame 9.

Further, the gaming machine 1 is configured such that a prepaid card unit 51 is combined as shown in FIGS. 1 and 4.
FIG. 5 is a block diagram showing a signal flow (indicated by a solid line with an arrow, a solid line without an arrow indicates a ground line) and a power flow (indicated by a thick line with an arrow) of the gaming machine 1.

  As shown in FIG. 5, the gaming machine 1 is configured such that a main board 41 that provides a game is the center of all control, and a power board 43 supplies power to the main board 41. The power supply board 43 is supplied with power from the power receiving board 55, and the power receiving board 55 is supplied with AC 24 volt power from outside via the AC 24 V power receiving terminal 57.

The power receiving board 55 is connected to the interface board 65 and supplies AC 24 volt power received from the outside.
The power supply board 43, which is supplied with AC 24 volt power from the power receiving board 55, supplies power to the launch control board 45, the payout control board 47, the symbol control board 59, the voice control board 61, and the lamp control board 63. Supply.

With this configuration, the gaming machine 1 operates by supplying AC 24 volt power received from the outside to each unit.
The power receiving board 55 connected to the external AC 24 volt power source is a ground circuit that takes a ground via a wiring (not shown) for supplying the external AC 24 volt power source by a method using a commonly used capacitor or the like. This grounding circuit includes an upper middle plate sheet metal 67, a tank 69, a tank rail sheet metal 71, and a ground terminal 73 in which static electricity is generated or collected. It is connected to the. Detailed description will be omitted.

  The main board 41 having the function of controlling the gaming machine 1 uses the power supplied from the power board 43, and electronic circuit chips (not shown) such as gaming computer chips, input interfaces, and output interfaces. ) Exhibits functions as described below.

  In order to fulfill this function, the input interface (not shown) of the main board 41 is connected to the prize ball counting front switch 77 and the prize ball counting back switch 79 via the frame relay terminal plate 75. Are connected to the first type start port switch 81, the lower tray full switch 83, and the supply ball shortage switch 85, and signals are input from these. Also, via the board relay terminal board 87, the left normal symbol operating gate switch 89, the right normal symbol operating gate switch 91, the left sleeve winning port switch 93, the right sleeve winning port switch 95, and the left drop winning prize. Signals are input from the mouth switch 97 and the right-fall winning prize port switch 99. Further, a signal is input from the specific area switch 103 and the count switch 105 via the special prize opening relay terminal board 101 connected to the board relay terminal board 87. The main board 41, the board relay terminal board 87, and the special prize opening relay terminal board 101 have a configuration capable of bidirectional communication.

  After executing predetermined arithmetic processing based on the various signals input in this way, the main board 41 is driven by a normal electric signal via a panel relay terminal board 87 with a drive signal from an output interface (not shown). In addition to being supplied to the accessory solenoid 107, the ball passage switching solenoid 109 and the special prize opening solenoid 111 are supplied via the board relay terminal board 87 and the special prize opening relay terminal board 101.

The main board 41 outputs control and data signals to the payout control board 47, the sound control board 61, the symbol control board 59, and the lamp control board 63.
The main board 41 supplies an external output signal to the board external terminal board 113.

  A payout control board 47 for inputting control and data signals from the main board 41 inputs signals from the main board 41 through an input interface (not shown), and also includes a ball rental counter front switch 115 and a ball rental counter. A signal is input from the back switch 117. In addition, signals are input from the prize ball counting front side switch 77 and the prize ball counting back side switch 79 through the frame relay terminal plate 75.

  The payout control board 47 is connected to the payout apparatus board 119 by an input / output interface (not shown), and outputs a drive signal to the payout apparatus board 119 to control the payout motor 121.

  Moreover, the payout control board 47 is connected to the interface board 65 by an input / output interface (not shown), and sends and receives signals to and from the interface board 65.

As a result, the payout control board 47 executes lending balls and paying out prize balls using the prize ball payout device 49 shown in FIG. A detailed description of the operation is omitted.
Here, the payout of the prize ball is executed based on a signal from the main board 41, and the payout of the rental ball is executed based on a signal from the interface board 65.

  The interface board 65 for outputting the lending ball payout signal includes a frequency display board 123 accommodated in the upper tray 17 shown in FIG. 1, and the known prepaid card unit 51 shown in FIGS. To send and receive data signals in both directions. The interface board 65 is connected to the payout control board back sheet metal 127 and has a common ground circuit.

  As a result, the interface board 65 provides a part of the function of the prepaid amount remaining display and the lending operation by sending the signal from the prepaid card unit 51 to the payout control board 47 or the frequency display board 123. To do.

  The payout control board 47 is connected to the frame external terminal plate 125, and an inner frame release switch 129 and a metal frame release switch 131 are connected to the frame external terminal plate 125. Thereby, the frame external terminal board 125 outputs the signals output from the payout control board 47, the inner frame opening switch 129, and the metal frame opening switch 131 to the outside, for example, a hall management computer (not shown). It has the function to do.

  The firing control board 45 has a firing stop switch 133 and a touch plate 135 connected to an input interface (not shown), and a firing motor 137 connected to a drive circuit (not shown). Thereby, a known launching operation of the game ball 13 is provided.

  The symbol control board 59 for inputting a signal from the main board 41 is connected to the liquid crystal color monitor 141 providing the special symbol display unit 21 and the normal symbol display device board 143, and these are controlled based on the signal from the main board 41. Is controlled to generate an image to be displayed on the liquid crystal color monitor 141, and the normal symbol is displayed on the normal symbol display unit 29. The control for displaying an image on the liquid crystal color monitor 141 will be described later.

  Similarly, the audio control board 61 for inputting a signal from the main board 41 is connected to the speaker 147 provided in the upper tray 17 of FIG. Based on this signal, music, sound, announcements, and sound effects are output.

  The lamp control board 63 is connected to the upper inner frame decoration lamp board 151 and the front decoration lamp board 153 via the decoration lamp relay terminal plate 149, and based on the signal from the main board 41. The frame big hit lamp 155 and the frame big hit lamp 157 shown in FIG. 1 are turned on.

  Further, the lamp control board 63 is connected to the left side LED board 161 for providing electric decoration to the left side decoration 171 shown in FIG. 2 and the left sleeve decoration 173 through the lamp relay terminal plate 159. The main board 41 is connected to the left-sleeve LED board 163 to be provided, the right-sleeve LED board 165 that provides electrical decoration to the right-sleeve decoration 175, and the center-decoration LED board 167 that provides electrical decoration to the center decoration 5. Based on the signal from the above, these output a control signal for performing illumination.

  In addition, the lamp control board 63 is connected to the lamp special terminal board 179, the right special pattern decoration LED board 181 and the center decoration LED board via the lamp relay terminal board 159 and the special design decoration LED board 177. Based on a signal from the main board 41, an LED (not shown) provided in the center ornament 5 is lit.

The lighting state of each LED of the center decoration 5 will be described later.
The main board 41 and the symbol control board 59 are connected as shown in FIG. 6. The main board 41 includes a main CPU 185, output ports 187 and 189, and output buffers 191 and 193. The symbol control board 59 includes input buffers 195 and 197 and a sub CPU 199. The main CPU 185 and the output ports 187 and 189 are connected by the main CPU bus 201, and the output port 187 and the output buffer 191 are connected by the parallel output port bus 203, and the output buffer from the main CPU 185 is output. Transmission data (ZDT0 to ZDT7) is output to the symbol control board 59 via 191. The symbol control board 59 inputs the transmission data (ZDT0 to ZDT7) through the input buffer 195 and inputs it into the sub CPU 199 via the input port 205.

  A control signal (ZSTR) is output from the output port 189 connected to the main CPU 185 to the symbol control board 59 via the output buffer 193. The symbol control board 59 inputs a control signal (ZSTR) by the input buffer 197 and inputs it to the INT 207 of the sub CPU 199.

As described above, the transmission data (ZDT0 to ZDT7) and the control signal (ZSTR) are output from the main board 41 and input to the symbol control board 59.
FIG. 7 is an explanatory diagram of transmission data (ZDT0 to ZDT7) and a control signal (ZSTR), and FIG. 8 is a command transition diagram.

  9, 12, 13, 16, and 19 are explanatory diagrams of commands output from the main board 41 to the symbol control board 59, FIGS. 10, 11, 14, 15, 17, and 18. FIG. 20 is an explanatory diagram of commands output from the main board 41 to the symbol control board 59, the voice control board 61, and the lamp control board 63.

As shown in FIG. 7, this control signal (ZSTR) is a 1-bit signal that is normally at a low level and is at a high level when output.
The transmission data (ZDT0 to ZDT7) is transmitted as 8-bit parallel data. As shown in FIG. 7, one command, which will be described in detail later, is 2-byte MODE data and ACTION data. It is configured.

  With this transmission data (ZDT0 to ZDT7), a command for displaying a decorative design or a special design on the liquid crystal color monitor 141 is transmitted. Similar transmission data (ZDT0 to ZDT7) and control signal (ZSTR) are used for signals transmitted from the main board 41 to the sound control board 61, the lamp control board 63, and the payout control board 47. It has been.

  Here, as a command transmitted to the symbol control board 59 or the like by transmission data (ZDT0 to ZDT7) and a control signal (ZSTR), a special symbol display as shown in the command transition diagram of FIG. There are commands C1 to C11.

  The command C1 is output from the main board 41 to the symbol control board 59 (hereinafter the same) when the power is turned on. For example, as shown in FIG. The command “AE00H” and the command “AE01H”, in which the MODE for performing AE is AEH and ACTION is 00H, are output as special symbol initial setting commands. The following command C2 is output during standby. For example, the command “AE02H” shown in FIG. 9 is output as a customer waiting demonstration designation command. The command C3 is output for starting the variation of the special symbol, and commands such as those shown in FIGS. 10 and 11 (detailed examples and illustrations thereof are omitted) are variation patterns. The command C4 is output as a left symbol special designation command, the command C4 is output as a left symbol special designation command, and the command C5 is output as a right symbol special designation command, as shown in FIG. The command C6 is output for finalizing and stopping the special symbol, and the command as shown in FIG. 14 is output as the all symbol stop special designation command, and the command C7 is a case of a loss and a probability. A command as shown in FIG. 9 that is output at the end of the specified number of fluctuations during fluctuation or during reduction of the fluctuation time is output as a probability fluctuation end designation command. A command as shown in FIG. 15 and FIG. 16 outputted at the start of the interval until the big hit game is started is outputted as an initial interval designation command, and the command C9 is issued at the start of the big hit game (when the big prize opening is opened). 15 and a command as shown in FIG. 15 for designating the round is outputted as a round designation command, and the command C10 is outputted when the special winning opening 27 is closed as shown in FIGS. The command is output as an interval designation command, and the command C11 is a command as shown in FIG. 16, FIG. 17, FIG. 18 that is output at the start of the final interval period for effecting at the end of the final jackpot game. Output as the last interval specification command. Note that in the gaming machine 1, only the final interval 1 to 10 designation commands are used, but the other final interval 11 to 60 designation commands are used in similar machines of the gaming machine 1.

  In addition to the commands for commands C1 to C11, a symbol operation memory special designation command for displaying a symbol indicating the number of reserved balls of a special symbol as shown in FIG. As shown in FIG. 20B, a symbol operation memory universal designation command for displaying a symbol indicating the number of reserved balls of a normal symbol, or commands “D501, D502” output only to the lamp control board 63 as shown in FIG. , D503, D504, D800, D801, D901, C600, C601 ". Each command will be described as appropriate. Also, the commands shown in FIGS. 9 to 20 are examples. Note that all commands are hexadecimal numbers, regardless of whether or not the display is hexadecimal.

Here, the variation pattern performed by the variation pattern special designation command (hereinafter also referred to as “special ○ designation”) described in FIGS.
First, the fluctuation pattern for loss will be described.

  The variation pattern special 1 to 32 designation commands shown in FIG. 10 are for causing a variation pattern for deviation. Special 1 to 10 designations are not normal fluctuations that do not cause reach fluctuations (variations that cause the left and right decorative symbols to stop at the same design), and special 4 and 5 designations are continuous announcements for the ghost continuous notice. The special 6 to 8 designations are used only for the advance notice variation of the scale continuous notice which is a continuous notice, and the special 9 and 10 designations are used only for the advance notice change of the character continuous notice which is a continuous notice. It is. The special 11 to 16 designations are shifted by the normal reach fluctuation, which is a monotonous and short reach fluctuation, and the special 13 to 16 designations are used only for the notice fluctuation of the continuous continuous notice which is a continuous notice. The special 17 to 28 designations are different from the single reach variation, which is one-line super reach variation in which a character (a werewolf, Franken or a mummy man) appears as shown in FIG. The special 29 and 30 designations are different from the double reach fluctuation, which is a two-line super reach fluctuation where a character (witch) appears, as shown in FIG. The special 31 and 32 designations are shifted by triple reach fluctuation, which is a three-line super reach fluctuation where a character (Dracula) appears, as shown in FIG.

Next, the variation pattern for winning will be described.
The variation pattern special 33 to 69 designation commands shown in FIG. 11 are for causing a variation pattern for winning. The special 33 to 35 designations are hit by normal reach fluctuation, which is a monotonous and short reach fluctuation. Next, the special 36 to 47 designation is a hit with a single reach fluctuation, which is a super-reach fluctuation of one line where a character (a werewolf, a franken or a mummy man) appears as shown in FIG. is there. Next, the special 48 to 55 designations are hit by double reach fluctuations, which are two-line super reach fluctuations in which a character (witch) appears, as shown in FIG. Next, special 56 to 68 designations are hit by triple reach fluctuation, which is a three-line super reach fluctuation where a character (Dracula) appears, as shown in FIG. Next, the special 69 designation is a premium reach fluctuation with a very low appearance rate, and after temporarily stopping the decorative symbol “mi de ma” from the left, a predetermined jackpot symbol is displayed and it is a hit. .

  In this way, the fluctuation pattern includes normal fluctuations that can only be deviated, normal reach fluctuations that are both deviating and hitting, and super-reach fluctuations that are both deviating and hitting (single reach fluctuation, double reach fluctuation) And triple reach fluctuations) and premium reach fluctuations that can only be used.

FIG. 21 is a flowchart of a game control processing routine executed on the main board 41. Although a detailed description of the game control process is omitted, an outline is given below.
This game control process is activated based on an interrupt signal generated every 4 milliseconds, and first determines whether the work area is normal (S100). Here, immediately after the power is turned on, it is determined that it is not normal, and the initialization setting process of the RAM is performed (S110). After the initialization setting process of RAM, the processes of S210 to S220 described later are repeated until S100 of the game control process of FIG.

  If it is not immediately after the power is turned on, it is determined that the work area is normal (S100), and then the command to the symbol control board 59, the lamp control board 63, the voice control board 61, and the payout control board 47, which are sub boards. , And an output process for outputting an external output signal to the board external terminal board 113 is performed (S120).

  Thereafter, an input process (S130) for checking data (signal) input from the input port (input interface), a payout process (S140) for creating a command relating to a prize ball based on a winning ball (winning signal), and SW disconnection・ Detection of short-circuit error and error detection for canceling the short-circuit error and cancel processing (S150).

  If it is detected in S150 that an error has occurred (S160), the process proceeds to external information creation processing in S200 described later. Thereafter, the processes of S210 to S220 are repeated until S100 of the game control process of FIG.

  Next, if the error is not in progress (S160), the normal symbol / ordinary electric accessory processing (S170) for creating a command relating to the change of the normal symbol, the stop, and controlling the release of the normal electric accessory (S170), and the special symbol / detail to be described later. Type 1 special electric accessory processing (S180), symbol operation memory special designation command, symbol operation memory universal designation command, command related to lamp control transmitted to the lamp control board 63, and control of voice transmitted to the voice control board 63 A lamp / operation memory / speech command creation process (S190) for creating a command relating to the above, and an external information creation process (S200) for creating variation count information, jackpot information, and high probability state information are executed. The processes of S100 to S200 are executed every 4 milliseconds, which is a predetermined time.

  In addition, each random number update process (S210) for determining the variation pattern for updating the random number value of the reach determination random number RRND, the variation pattern determination random number HRND, the scenario pattern determination random number YRND2, and the continuous notice determination random number YRNND1, The initial value random number update process (S220) for updating the random value of the initial value determination random number for changing the initial value of the random number TRND is repeatedly executed.

Here, main random numbers will be described.
The big hit determination random number TRND is a value in the range of 0 to 630 which is updated by 1 every 4 milliseconds in S310 described later, and is stored in the big hit determination random number buffer. This random number value is used to determine whether or not it is a big hit, and is acquired at the time of starting winning in S330 described later. In addition, two random number values that are jackpots in the low probability state are provided, and ten random number values that are determined to be jackpots in the high probability state are provided. For this reason, the jackpot probability in the low probability state (normal state) is 1 / 315.5, and the jackpot probability in the high probability state (probability variation state) is 1/63.

  The jackpot symbol determining random number ZRND is a value in the range of 0 to 29 that is updated by 1 every 4 milliseconds in S310 described later, and is stored in the jackpot symbol determining random number buffer. This random number value is used to determine the jackpot symbol and is acquired at the time of starting winning in S330 described later. Fifteen random numbers for the jackpot symbol based on the combination of the normal symbols are provided, and 15 random numbers for the jackpot symbol based on the combination of the probability variation symbols are provided. For this reason, the ratio of jackpot by the combination of probability variation symbols is 1/2.

  The random number for continuous notice determination YRNND1 is a value in the range of 0 to 238 which is updated by 1 every 4 milliseconds in S210 and S310 described later, and is stored in the random number buffer for continuous notice determination. This random number value is acquired and used when determining whether to perform continuous notice.

  The scenario pattern determining random number YRND2 is a value in the range of 0 to 240 that is updated by 1 every 4 milliseconds in S210 and S310 described later, and is stored in the scenario pattern determining random number buffer. This random number value is acquired and used when determining a scenario pattern.

  The variation pattern determining random number HRND is a value in the range of 0 to 250 which is updated by 1 every 4 milliseconds in S210 and S310 described later, and is stored in the variation pattern determining random number buffer. This random number value is acquired and used when determining the variation pattern.

  The reach determination random number RRND is a value in the range of 0 to 232 which is updated by 1 every 4 milliseconds in S210 and S310 which will be described later, and is stored in the reach determination random number buffer. This random value is acquired and used when determining whether or not to perform reach.

FIG. 22 is a flowchart of the special symbol / first-type special electric accessory processing routine showing details of S180 of FIG.
Although the detailed description is omitted, in the special symbol / first-type special electric accessory processing, first, a special symbol operation timer subtraction process for setting and subtracting a required time from the main board 41 until the designated variation pattern operation is stopped is performed. (For synchronization of main board 41 and sub-board) (S300), jackpot determination random number TRND, jackpot symbol determination random number ZRNND, reach determination random number RRND, fluctuation pattern determination random number HRND, continuous notice determination random number YRNND1, scenario Each random number creation process for special symbols that updates random numbers stored in each buffer such as pattern determination random number YRNND2 (S310). Creates a missing symbol based on the random symbol for random symbol determination every 4 milliseconds. Process (S320), when the number of held balls is 4 at the time of starting winning (when starting winning is invalid), When the number of reserved balls is less than 4 at the time of winning a game (when the start winning is valid), the number of held balls is added, and the random number TRND for jackpot determination and the random number ZRNND for determining the jackpot symbol are obtained to obtain an arbitrary random number. Type 1 start opening winning process (S330) stored in the holding buffer, continuous notice effect determination process (S335) for determining whether or not to perform a continuous notice effect at the time of start winning, and a change pattern special designation command at the start of change The first-type special electric accessory control process (S350) for controlling the first-type special electric accessory is performed by the variation pattern creation process (S340), the number of prize winning prizes, the prize winning operation timer, and the like.

  FIG. 23 is a flowchart of the continuous notice effect determination processing routine showing the details of S335 in FIG. 22. In this processing, the jackpot determination random number TRND and the jackpot symbol determination random number ZRND are newly stored in the holding buffer in S330. It is performed every time, and it is determined whether or not to give a continuous notice based on the start winning of the effective ball. FIG. 25 is an explanatory diagram showing a flow until a scenario pattern (for big hit) is determined for a continuous notice effect, and FIG. 26 is an explanatory diagram showing a flow until a scenario pattern (for loss) is determined for a continuous notice. It is.

  First, a distribution process is performed based on the random number of the jackpot determination random number TRND stored in the newly stored pending buffer (S400). In this distribution, as shown in a column 211 in FIGS. 25 and 26, whether the game is a big hit or not (disconnected) is performed. If it is a big hit, the flow will be as shown in FIG. 25, and if it is off, the flow will be as shown in FIG.

First, the case of a big hit will be described.
In the case of a big hit, as shown in a column 215, a sorting process is performed based on the random number ZRNND for determining the big hit symbol in the newly stored pending buffer (S410). Here, the jackpot symbol is assigned whether it is a probability variation symbol or a normal symbol.

  In the case of a probable variation symbol, as shown in the column 217, the sorting process is performed based on the value of the column lamp state storage flag OKMNFG (S420). Here, as shown in FIG. do not do. The column lamp state storage flag OKMNFG stores the lighting color of the center column lamp 37 shown in FIG. 3. “0” indicates that the center column lamp 37 is lit red, and “1” indicates It shows that it is in blue or purple lighting state. Details of the center column lamp 37 will be described later.

  Next, as shown in a column 219, a sorting process based on the continuous notice storage flag YKKCT is performed (S430). In the continuous notice storage flag YKKCT, “0” means that the continuous notice is not set, and there is no continuous notice in the pending change. “1-4” means that the continuous notice is set in the continuous notice set state, and the numerical value means the remaining number of fluctuations related to the continuous notice. For example, “1” means that the continuous notice has already been set, and the change related to the next hold is the final change of the continuous notice.

  Further, in the case of “1 to 4”, since the continuous notice has already been set due to the fluctuation of the hold, the processes in the fields 221, 223, 225, and 227 are not confirmed. That is, when a continuous notice is set, a new continuous notice is not set. As a result, overwriting of the continuous notice is prevented, and the set continuous notice is always performed to the end according to the scenario.

Therefore, here, only in the case of “0” in which the continuous notice is not set, the distribution process in the next column 221 is performed.
In this field 221, a sorting process is performed based on a random value of the continuous notice determination random number YRNND1 acquired at appropriate timing (S440).

  Here, it is determined whether or not the random number value is “0 to 79”. In the case of “80 to 238” other than this, the processes in the columns 223, 225, and 227 are not confirmed. In other words, the distribution is performed without continuous notice.

  Here, if it is “0 to 79”, it is determined that the continuous notice is to be performed, and then the distribution process by the reserved ball number storage flag TGONUM is performed (S450). In this field 223, when the number of reserved balls to be stored is “0 to 1”, the processes in the fields 225 and 227 are not confirmed. That is, when the number of reserved balls is 1 or less, the number of reserved balls is too small, and continuous announcements that produce effects with a plurality of changes cannot be made.

  Also, as shown in the column 223, in the case of “2”, “3”, “4”, there is a sufficient number of reserved balls for performing the continuous advance notice. (S460), as shown in the column 227, the offset value, which is the obtained value, is stored in the scenario pattern storage flag YKNFG. Storage processing of the offset value to be stored is performed (S470). As a result, the offset value of the scenario pattern table in the case of a big hit and a probability variation symbol is stored in the scenario pattern storage flag YKNFG. If it is determined that continuous notice is to be made based on the start winning when the jackpot of the probability variation symbol is suspended, the offset value is set between “9 and 20”.

  On the other hand, when the normal symbol is distributed in the column 215 (S410), next, as shown in the column 217, the column lamp state storage flag OKMNFG is allocated (S420). ", The processes in the subsequent columns 219, 221, 223, 225, and 227 are not confirmed. That is, no continuous notice is set. As described above, when the center column lamp 37 is lit in blue or purple, and whether or not to perform the effect of the continuous notice based on the start winning when the big jackpot of the normal symbol is suspended, the continuous notice is used. It is decided not to do it. In other words, if a continuous notice occurs when the center column lamp 37 is lit in blue or purple, there is a case where control that generates a big hit of the probability variation symbol may be performed. In this case, a normal reach variation variation pattern designation command that is a big hit from the normal reach variation state is selected. It should be noted that a description of specific commands is omitted here.

When the center column lamp 37 is “0” in the red lighting state, as shown in the column 219, the sorting process by the continuous notice storage flag YKKCT is performed (S430).
Here, in the case of “1 to 4”, since the continuous notice has already been set due to the fluctuation of the hold, the processes in the fields 221, 223, 225, and 227 are not confirmed. That is, when a continuous notice is set, a new continuous notice is not set. As a result, overwriting of the continuous notice is prevented, and the set continuous notice is always performed to the end according to the scenario.

Therefore, here, only in the case of “0” in which the continuous notice is not set, the distribution process in the next column 221 is performed.
In this field 221, a sorting process is performed based on a random value of the continuous notice determination random number YRNND1 acquired at appropriate timing (S440).

  Here, it is determined whether or not the random number value is “0 to 79”. In the case of “80 to 238” other than this, the processes in the columns 223, 225, and 227 are not confirmed. In other words, the distribution is performed without continuous notice.

Here, if it is “0 to 79”, it is determined that the continuous notice is to be performed, and then the distribution process by the reserved ball number storage flag TGONUM is performed (S450).
In this field 223, when the number of reserved balls to be stored is “0 to 1”, the processes in the fields 225 and 227 are not confirmed. That is, when the number of reserved balls is 1 or less, the number of reserved balls is too small, and continuous announcements that produce effects with a plurality of changes cannot be made.

  Also, as shown in the column 223, in the case of “2”, “3”, “4”, there is a sufficient number of reserved balls for performing the continuous advance notice. (S460), as shown in the column 227, the offset value, which is the obtained value, is stored in the scenario pattern storage flag YKNFG. Storage processing of the offset value to be stored is performed (S470). As a result, the offset value of the scenario pattern table in the case of a big symbol and a normal symbol is stored in the scenario pattern storage flag YKNFG. If it is determined that continuous notice is to be made based on the start winning when the big bonus of the normal symbol is suspended, the offset value is set between “12-20”.

Next, the case of detachment will be described.
If the result of the distribution in S400 is a loss, next, as shown in the column 215 in FIG. 26, the distribution is performed by the jackpot symbol determination random number ZRND (S410), which is indicated by “−” in the figure here. So do not check. This is because the big hit determination random number TRND is out of order, and the random value of the big hit symbol determining random number ZRND for determining the big hit symbol is not used. The subsequent processing of S420 to S470 is omitted because the basic flow is the same as the processing of S420 to 470 described above for the jackpot by the combination of the normal symbols described above. If it is determined that continuous notice is to be performed based on the start winning when the loss is suspended, the offset value “0 to 8” is stored in the scenario pattern storage flag YKNFG.

  Next, a flow until the pending fluctuation pattern is determined at the start of the pending fluctuation will be described. FIG. 24 is a flowchart of a variation pattern creation processing routine showing details of S340 in FIG. 22, and FIGS. It is explanatory drawing of the flow until it is determined.

  First, as shown in FIG. 24, a sorting process is performed depending on whether the left and right of the special symbol match (S500). If the left and right special symbols match, as shown in the column 237 of FIG. 28 by this distribution processing, that is, if it is a big win, the columns 241, 243, 245, 247, 249, 251 and 253 in FIG. 29, when the left and right special symbols do not match as shown in the column 239 in FIG. 29, that is, they are out of place, the columns 257, 259, 261, 263, 265 in FIG. Distribution processing indicated by 267, 269, and 271 is performed.

First, a description will be given of a case where the fluctuation performed in the hold is a big hit.
As shown in the column 241, the sorting process by the continuous notice storage flag YKKCT is performed (S510). Here, if it is other than “1”, that is, if it is other than the final change of the continuous notice, the process proceeds to a distribution process by a column lamp state storage flag OKMNFG described later (S560). In other words, the columns 243, 245, 247, and 249 are not checked, and the change pattern group table No. is obtained by the sorting process using the column lamp state storage flag OKMNFG (S560) and the sorting process using the special symbol (S570). The determination process is performed (S580).

  Therefore, if the hold for starting the change is a big hit and the hold is other than the final change of the continuous notice, and the center column lamp 37 is in the red lighting state, the change pattern of “22” as shown in the column 255. Group table No. As shown below, the variation pattern group table No. of “22” is selected. The variation pattern is determined by the variation pattern determination random number HRND from among the variation patterns set to (S590).

30 is an explanatory diagram of the variation pattern group table 273 for big hits, and FIG. 31 is an explanatory diagram of the variation pattern group table 275 for loss.
For example, in S580, the variation pattern group table No. “22” is set. 30 is used, the field 277 shown in FIG. 30 is used, and in S590, sorting is performed according to the random number HRND for variation pattern determination (random number from 0 to 250). Here, the variation pattern group table No. “22” is displayed. Designates a value corresponding to the value of 251 variation pattern determining random numbers HRND between the variation pattern special 33 designation or the variation pattern special 69 designation. For example, when the random number HRND for determining the variation pattern is “3”, the variation pattern special 33 designation corresponding to the position 279 is distributed because it is between the first five, that is, from 0 to the fourth.

  When the variation pattern is distributed in this way, a command corresponding to the distributed variation pattern is output to the symbol control board 59 at the timing of the command C3 shown in FIG. 8 in the output process of S120 of FIG. Here, as shown in FIG. 11, the command “A020” designating the variation pattern special 33 is output. Similarly, “D020” is output to the lamp control board 63 and “C020” is output to the sound control board 61. Thus, for example, as shown in FIG. 11, the display of the image by the liquid crystal color monitor 141, the lighting of the lamp by the lamp control board 63, and the sound effect by the sound control board 61 are synchronized by the symbol control board 59. The production of 5 frames of normal reach will be performed. In other words, when the center column lamp 37 is lit in red and a big hit is made when the suspension for starting the variation is not the final variation of the continuous notice, between the variation pattern special 33 designation or the variation pattern special 69 designation, Any one is designated by the sort as shown in the 30 column 277, and the effect is performed.

  Also, if the hold for starting the change is a big hit and the hold is other than the final change of the continuous notice, and the center column lamp 37 is in a blue or purple lighting state, a special symbol is displayed according to the column 253 in FIG. Is classified according to whether the symbol is a probability variation symbol or a normal symbol (S570). As shown in the column 255, in the case of a probability variation symbol, the variation pattern group table No. “30” is selected. In the case of a normal symbol, the variation pattern group table No. “29” is selected. Is selected.

  The variation pattern group table No. “30” in the probability variation design. When is selected, as shown in the column 281 of FIG. 30, the distribution is performed between the specification of the variation pattern feature 33 or the specification of the variation pattern feature 68, and the variation pattern is designated. In other words, in the case of a probable big hit, a fluctuation pattern is selected regardless of normal reach fluctuation or super reach fluctuation.

  The normal pattern “29” variation pattern group table No. 30 is selected, as shown in the column 283 of FIG. 30, the distribution is performed between the designation of the variation pattern special 33 or the designation of the fluctuation pattern special 35, and any one of the normal reach 5 frames, 6 frames, and 7 frames is selected. The fluctuation pattern is specified. The output command is as shown in FIG. As described above, when the center column lamp 37 is lit in blue or purple and is normally a big hit, only the big hit due to the normal reach fluctuation is generated.

  Accordingly, when the center column lamp 37 is lit in blue or purple, an effect specified by the variation pattern special 36 or the variation pattern special 68, for example, an effect using many characters, a special reach effect, or an effect using other members If this is done, there will always be a promising big hit. Therefore, it becomes possible to give an important meaning to the emission color of the center column lamp 37, and it is possible to provide the player with an interest in the game.

  On the other hand, in the distribution in the column 241 of FIG. 28 (S510), if “1”, that is, the final change of the continuous notice, is determined, the distribution process based on the offset value of the scenario pattern storage flag YKNFG is performed (S520). ), Based on the distribution, as shown in the column 255, the variation pattern group table No. The determination process is performed (S580).

  Thereby, when the final change of the continuous notice is performed, as shown in the column 233 of the range 231 corresponding to the offset value “9 to 20” of the scenario pattern table 229, as shown in FIG. Of the last variation pattern group table No. Is selected, and the variation pattern is selected by the method described above (S590).

  Therefore, the selected variation pattern is the last variation pattern group table No. 1 in FIG. This is for the last change of the continuous notice set to “23 to 28”. For example, the last variation pattern group table No. When “28” is selected, the variation pattern special 56 designation or the variation pattern special 62 designation is selected and output to the symbol control board 59.

  Next, in the process of S500, if the left and right symbols do not match, that is, they are out of place, in the columns 257, 259, 261, 263, 265, 267, 269, and 271 after the column 239 in FIG. The distribution process shown is performed.

  That is, in the case of a loss, first, a sorting process is performed using the continuous notice storage flag YKKCT (S510). Here, as shown in the column 257, when “0”, that is, in the state where the continuous notice is not set and there is no continuous notice in the fluctuation of the hold, the “low probability” is set by the state storage flag JYOFG storing the current state. The distribution process of “0 in middle, 1 in high probability, and 2 in short time” is performed (S540), and then the distribution process by the random number RRND for reach determination is performed (S550). Due to the distribution ratio of the reach determination random number RRND, the deviation in the short time is almost only the normal fluctuation in the short time without appearance of the character (probability of 232/233). During the high probability, the probability is 227/233, and there is only a normal fluctuation for a short time without appearance of a character or the like. During the low probability, the probability is 215/233, and there is only normal fluctuation for a short time without the appearance of a character or the like. Thereafter, by the distribution by the reach determination random number RRND, the variation pattern group table No. Is determined (S580).

  For example, as shown in the column 271, the variation pattern group table No. selected when the state is at a low probability is shown. If “14”, the variation pattern shown in the column 285 of FIG. 31 is selected. Here, any one of the variation pattern specials 11, 12, 17 to 32 is selected, and reach variation is performed. Further, as shown in the column 271 of FIG. When “0 to 4” is selected, as shown in the column 287 shown in FIG. 31, any one of the variation pattern specials 1 to 3 is selected, transmitted to the symbol control board 59, and the normal variation Is done. Other than this, the variation pattern group table No. “14 or 15” is displayed. As shown in FIG. 31, normal reach fluctuation or super reach fluctuation is performed.

  On the other hand, as shown in the column 257 of FIG. 29, when it is determined that the continuous notice storage flag YKKCT is other than “0” (S510), the scenario pattern storage is performed by the allocation in the column 259 of FIG. The distribution process using the offset value of the flag YKNFFG is performed (S520), and then, based on the distribution of the continuous notice storage flag YKKCT in the column 261, the variation pattern group table No. The determination process is performed (S580). The selected variation pattern group table No. In the range where the value of the continuous notice storage flag YKKCT in the column 261 is large, for example, “None” is selected in the portion indicated by the position 291. Here, when “None” is selected, the process proceeds to the sorting in the column 263, and the above-described columns 265 and 271 are processed.

As a result, in the process in which “None” is selected, only normal variation is performed.
Further, in the portion indicated by the position 293, “None” is not selected even in the range where the value of the continuous notice storage flag YKKCT in the column 261 is large, and “5, 7, 11, or 12” shown in FIG. The change pattern group table No. for the notice change (shown as “continuous” in FIG. 31). Is selected. In addition, the change pattern group table No. for the notice change of the continuous notice is shown. In “5 to 13”, any one of designations of variation pattern specials 4, 5, 6, 7, 8, 9, 10, 13, 14, 15, 16 is selected. As a result, if the change pattern of the notice change is not the final change, it is selected from the change pattern special 4, 5, 6, 7, 8, 9, 10, 13, 14, 15, 16 in the continuous change that is not the final change. This content is produced.

  In the “no” process selected in the range with a large number of reserved balls, the variation pattern group table No. Any of “0 to 4, 14, 15” is selected, and a variation pattern that expresses a continuous notice is selected other than designated 4, 5, 6, 7, 8, 9, 10, 13, 14, 15, 16 It has become.

  Therefore, even in the continuous notice set state, “no” processing is included in the range of 0 to 2 times in the initial stage of the on-hold fluctuation. That is, a change that the player does not recognize as a continuous notice is performed.

In addition, the “no” process and the change pattern for changing the notice of the continuous notice effect other than the “no” process are configured to be different.
Therefore, in the production of the continuous notice, the “no” production that does not conceive, infer or associate with the continuous notice is frequently performed at the beginning of the on-hold fluctuation, and then the continuous notice is conceived, inferred, or associated. Production is performed, which leads to the final fluctuation.

  As a result, the continuous notice effect of the gaming machine 1 is performed indefinitely at the initial stage within the range of the on-hold fluctuation, and the effect that does not conceive, infer or associate with the advance notice is performed indefinitely. During the production of the symbol based on the variation pattern, the number of reserved balls decreases and a new winning is made at the start opening 25, and the number of reserved balls increases, so that the start opening 25 is determined to start the continuous notice. The number of reserved balls at the time of winning is the number of reserved balls far away. In addition, during this time, a considerable time has elapsed from the time of winning the winning opening 25 determined to start the continuous notice.

  As a result, when it is thought, guessed, or associated that the production of the continuous notice was started, it was determined at which point the decision to perform the continuous notice was made. It becomes impossible to specify the time when it was done.

  Thus, for example, when the number of held balls is “4”, even if the consecutive notice is conceived, guessed, or associated, the game will be a big hit in the next hold variation or the next hold change Whether the continuous notice effect continues until the game and then a big hit or miss, or the continuous notice effect continues and the big hit or miss occurs until the last game with a change on hold, etc., will appear at random.

  As a result, once the notice fluctuation starts, there is a possibility that it will be a big hit in the next game while the notice fluctuation continues, and the player It is possible to enjoy the gameability that the next big hit can be expected each time.

In other words, it has an extremely excellent effect of providing high gameability.
Further, in this case, in the middle of the continuous notice, the variation pattern special 4, 5, 6, 7, 8, 9, 10, 13, 14, selected as a variation pattern for conceiving, guessing, or associating the continuous notice. The symbol control board 59 to which the 15 and 16 designation commands are input performs the symbol effect of the variation pattern for the preliminary announcement variation on the liquid crystal color monitor 141.

The design effect of the fluctuation pattern for the notice change of the continuous notice has the following characteristics.
First, the design effect of the normal fluctuation and the reach fluctuation almost the same as the case where the normal ("none") fluctuation pattern special 1, 2, 3, 11, 12, 17-32 designation command is input is started.

  At the end of this symbol production, that is, when the special symbol is to be finalized, a symbol production that is conceived, guessed, or associated with the continuous notice is entered, and the game is ended (the special symbol game is finalized). In addition, as an effect to conceive, infer, or associate with the continuous notice in the final stage of the fluctuation in this way, the notice continuous change of the scale continuous notice performed using the scale lamp 35 and the continuous continuous notice performed using the design This is a noticeable change. The production may be performed by other lamp production or sound production. Note that the notice variation of the character continuous notice, which is another continuous notice, is not performed at the final stage of the fluctuation, but is performed at the first stage of the fluctuation.

  Accordingly, the variation pattern special 4, 5, 6, 7, 8, 13, 14, 15, 16 designating command for conceiving, inferring, or associating the continuous notice of the scale of the gaming machine 1 or the continuous notice of the ghost. One of the effects has a feature of adding an effect that makes a continuous notice notice, guess, or associate at the time when the change of the symbol is finished.

  In this way, in the next game to be started, when the game is started, it is possible to feel that the previous game and the current game are related to each other without performing any special effects. It becomes possible.

  Therefore, while performing an effect in which a continuous notice game continues, it is possible to produce an effect that is a continuous notice game simply by performing an effect that contemplates, guesses, or associates with a continuous notice at the end of the fluctuation. Become.

  As a result, the last game (final variation) performed at the end of the continuous notice game does not need to be conceived, guessed, or associated with the continuous notice. In other words, the last game of the continuous notice game can provide a game that concludes the continuous notice game without performing an effect dedicated to the continuous notice game.

  As a result, it is no longer necessary to prepare a dedicated variation pattern for the last game of the continuous notice game, and the normal deviation pattern or the big hit variation pattern can be used. In addition, the present invention has an extremely excellent effect that an effect of facilitating the production and lowering of the capacity of the character generator can be obtained.

  That is, at the end of the continuous notice game, it is necessary to enhance the effect of the production as compared with the middle of the continuous notice. For this reason, the variation of production will be increased. It also makes the production longer and more complex. Therefore, the man-hour for producing this effect becomes enormous. In addition, the memory capacity for storing the produced production data becomes enormous.

  However, the big hit or miss effect is used not only at the end of the continuous notice but also when there is no continuous notice. For this reason, in order to enhance the production effect both in the case of continuous notice and in other cases, it is necessary to prepare a variation pattern with an enhanced special production effect, and to perform as much production as possible in either case. .

For this reason, it is inevitable that the number of steps for creating image data and the storage capacity for performing this effect will increase.
However, since the gaming machine 1 can share the last effect in the case of continuous notice and the last effect in the case of not performing the continuous notice, the type of effect can be doubled or the contents of the effect can be made more complicated. It is possible to increase the number of colors and increase the number of colors, and the game machine 1 can be further improved in playability. In addition, the present invention has an extremely excellent effect that it is possible to reduce the man-hours for producing the effect image and the storage capacity while maintaining the gameability.

Here, the scenario pattern of the continuous notice effect will be described.
FIG. 27 is an explanatory diagram of the scenario pattern table 229.
In the case of a big win, the offset value stored in the scenario pattern storage flag YKNFG is selected as shown in the range 231 of the scenario pattern table 229. In the case of a loss, the offset value stored in the scenario pattern storage flag YKNFG Is selected as shown in the range 235 of the scenario pattern table 229 shown in FIG. As a result, as shown in the column 233, the final variation pattern group table No. The numerical value specified by is different in the case of being out of the big hit. In other words, the big variation and the difference between the final variation pattern group table No. As a result, the final variation pattern is different.

  In addition, since scenario patterns are completely separated from big hits, it is easy to create and change programs. In addition, when the final change of the continuous notice is a hit, it is possible to provide a scenario that will be a big hit after the notice notice change of the performance that best matches this and can make game play extremely high. On the other hand, when there is a deviation in the final fluctuation of the continuous fluctuation, it becomes possible to provide a notice fluctuation of the effect that most closely matches this and can make the gameability extremely high.

  Note that the final variation pattern group table No. of the scenario pattern table 229 shown in FIG. The variation pattern selected in the column 233 is a variation that does not become a reach indicated by the abbreviation “normal” in the column 233, a normal reach variation indicated by “NO”, a super reach variation indicated by “SP”, and a super reach indicated by “SP (character)”. One that produces effects such as an advance super-reach change indicated by “SPH” and an advance super-reach change character indicated by “SPH (character)” is selected. In addition, the variation pattern group table No. 1 time before, 2 times before, 3 times before. “None” written in abbreviations in the column of “” means that a variation pattern for continuous notice effect (notice change) is not selected although it is in a continuous notice set state. “Character” is a character for the effect. Means to select a variation pattern in which the ghost character fails to pop out, and “to indicate a scale such as Doremi” means the scale lamp 35. This means that a variation pattern for effecting lighting of the corresponding drump 35A, re-ramp 35B, milamp 35C, far lamp 35D, solo lamp 35E, lalamp 35F, and sill lamp 35G is selected.

  In the scenario pattern table 229 shown in FIG. 27, when “normal” is selected as the final fluctuation pattern command, the offset of the scenario pattern storage flag YKNFG in which “no” is set so that the previous notice fluctuation is not performed. It is shown that this is only the case when the value is indicated by “0, 2, 3”.

  That is, when the normal variation is selected as the final variation, the twice previous variation pattern group table No. 2 is selected. Only when “None” is selected. With this configuration, Gase's continuous notice (notice fluctuation) will be performed only for a single shot. If there are consecutive notices, Gase ’s continuous notice ( (Notice change) will not be performed.

Accordingly, the gaming machine 1 is provided that does not impair the expectation for the continuous notice, although the continuous notice of the gaze appears.
In addition, the gaming machine 1 includes three different types of continuous notices as a continuous notice, such as a character continuous notice, an ghost continuous notice, and a musical scale continuous notice.

First, the character continuous notice will be described.
As shown in FIG. 27, in the scenario pattern related to the character continuous notice, the offset value of the scenario pattern storage flag YKNFG is “0, 1, 9, 10, 11” (hereinafter also referred to as YKNFG “0, 1”). Are set, two of YKNFG “0, 1” are set for out-of-use, and three of YKNFG “9, 10, 11” are set for big hit.
Preliminary fluctuations performed in YKNFG “1, 9, 10, or 11” (first, second, or third previous fluctuation pattern group table No. “5, 6” (hereinafter, “No.“ 5, 6 ”) The variation selected in (1)) and the final variation (variation selected in No. “16, 17, 23, or 24”) are shown in FIG. As shown in the figure, the character appears as a variation, and the appearance effect of the character is recognized as a continuous notice by the player judging that a plurality of variations are related.

  Also, YKNFG “0” is the variation in which the notice appears (the variation selected in No. “5”) is the variation in which the character appears, but is selected in the final variation (No. “16”). Fluctuations that are not related to the notice fluctuation, that is, fluctuations in which the character does not appear in the initial stage of the fluctuation. For this reason, for example, when the scenario progresses in a flow of “preliminary fluctuation in which a character appears” → “final fluctuation in which a character does not appear”, the player performs a “final fluctuation” related to the “forecast fluctuation”. It is determined that there was no change, and this “preliminary change” is recognized as a so-called “gasset advance change”. That is, this YKNFG “0” also serves as an effect of fluctuation of the notice notice. In this way, because it is configured to make the Gase notice change appear in the continuous notice set state, multiple previous notice changes that occurred whether or not to make the Gase notice change appear with a random number as in the past Nevertheless, it is possible to prevent a situation in which the related final change is not performed.

Next, the ghost continuous notice will be described.
As shown in FIG. 27, three scenario patterns related to the ghost continuous notice are set, YKNFG “2, 25, 29”, one of YKNFG “2” is for detachment, and 2 of YKNFG “25, 29”. The piece is set for jackpot.
The notice variation of the ghost continuous notice is that the ghost character shown in FIG. 36 (A) jumps out of the design at the final stage of the fluctuation, and the ghost character shown in FIG. 36 (A) at the final stage of the fluctuation. There are two types of ghost popping failure notice change that fail to pop out from the design. At the final stage of such fluctuations, we use the notice fluctuation to produce the relevance to the next fluctuation, so the production to give the relevance at the next fluctuation (final fluctuation) Even if it is not performed, the player determines that the next fluctuation is related and is recognized as a continuous fluctuation. Although detailed description is omitted, YKNFG “2” of the ghost continuous notice is positioned similarly to the character continuous notice YKNFFG “0” described above.

Next, the scale continuous notice will be described.
As shown in FIG. 27, 12 scenarios of YKNFG “3 to 8, 15 to 20” are set as the scenario patterns related to the scale continuous notice, and 6 of YKNFG “3 to 8” are used for detachment, and YKNFG “15 to Six of “20” are set for big hits.
The notice variation of the scale continuous notice is the first notice change that lights from “do” to “mi” of the scale lamp 35 shown in FIG. 3 at the final stage of the change, and from “do” to “so” at the final stage of the change. There are three types: the second notice fluctuation to be lit and the third notice fluctuation to be lit from “do” to “shi” at the final stage of the fluctuation. At the final stage of such fluctuations, we use the notice fluctuation to produce the relevance to the next fluctuation, so the production to give the relevance at the next fluctuation (final fluctuation) Even if it is not performed, the player determines that the next fluctuation is related and is recognized as a continuous fluctuation. Although detailed description is omitted, YKNFG “3” of the scale continuous notice is positioned similarly to the character continuous notice YKNFG “0” described above.

  In addition, when the first change after the first notice change to light from “do” to “mi” is the final change (in the case of YKNFFG “3, 15”), the final change becomes a normal change or a single reach change, and “do” If the second change after the second notice change to light from “So” is the final change (in the case of YKNFFG “4, 6, 16, 18”), the final change is a double reach change, from “Do” to “Sh” When the third change following the third notice change to be lit is a final change (in the case of YKNFG “5, 7, 8, 17, 19, 20”), the final change is set to be a triple reach change. In this way, the content of the final change differs depending on the content of the preliminary change before the final change.In other words, there are multiple values of the preliminary change before the final change. In addition to the presence or absence of a notice, the value of the notice fluctuation is also set to be different, and the player is encouraged to think of the appearance of a higher value notice change as a new thought. The taste has been improved.

  Next, for example, if a continuous notice of YKNFG “8” is set with the number of reserved balls being four, the notice change of the third time (first time) is the first notice change that lights from “do” to “mi” 2nd previous (2nd) notice fluctuation is lit from "do" to "seo" 2nd notice change, 1st previous (3rd) notice change is from "do" to "shi" 3rd The advance and final fluctuations are set to be triple reach fluctuations. In this way, the higher the value of the advance notice change, the more the advance notice change, so unlike the conventional case where the same notice change continues, the player increases the value when the notice change continues. Is a machine that can easily recognize the design concept of the gaming machine to the player.

  Next, for example, if a continuous notice of YKNFG “5” is set with the number of reserved balls being four, the notice change for the previous three times (first time) is “no”, that is, the player recognizes the notice change. Unusable variation selected in the same way as normal, 2nd previous (2nd) notice variation is the same, 1st previous (3rd) notice change is the third notice to light from “do” to “shi” The fluctuation and final fluctuation are set to be triple reach fluctuation. In this way, even if the notice fluctuation does not continue, high-value notice fluctuation appears suddenly, so the player can have an expectation even if the notice fluctuation does not continue, and the game taste is Has been improved.

  In addition, the scenario pattern table 229 shown in FIG. 27 shows the case where the number of reserved balls for which continuous notice is set is two, the number of reserved balls is three, or the number of reserved balls is four. Even if it exists, it is what is shared by one table. More specifically, for example, when a continuous notice of YKNFG “8” is set at the second number of reserved balls, the notice change of the first time (one time before) is changed from “do” to “shi”. The change in advance notice and final change are triple reach change, and when the continuous notice of YKNFG “8” is set with the number of reserved balls 4th, the notice change of the first time (3 times before) will be changed from “Do” to “Mi” 1st notice fluctuation to be lit until 2nd (2) previous notice fluctuation is from "Do" to "So" 2nd notice fluctuation to be lit from 3 "(1st ago) The third notice fluctuation and the last fluctuation that are lit up to “shi” are triple reach fluctuations. In this way, even if the situation where the continuous notice is set (the number of reserved balls) is different, since one table is also used, compared to the conventional case where a table is created for each number of held balls, Not only can the amount of data to be stored be reduced, but it is also possible to deal with a single processing program without having to create a different processing program for each situation. Can be facilitated.

Next, display control processing executed by the symbol control board 59 will be described.
FIG. 32 is a flowchart of a display control processing routine executed by the symbol control board 59 every predetermined time.

  When this process is activated, it is first determined whether the work area is normal (S700). In this determination, it is normally determined “No” when the power is turned on, and RAM initialization setting processing is performed (S710).

  After the RAM is initialized, it is determined that the work area is normal (S700), and an output process for displaying the generated image data on the liquid crystal color monitor 141 is performed (S700). Next, an input process for storing the command received from the main board 41 in a predetermined storage area is performed (S730), and symbol generation for generating image data such as a special symbol or a decorative symbol based on the input command is performed. Processing is performed (S740).

By such display control processing executed by the symbol control board 59, an image 295 as shown in FIG. 33 is displayed on the liquid crystal color monitor 141.
Next, special symbols and decorative symbols displayed on the liquid crystal color monitor 141 will be described.

  An image 295 as shown in FIG. 33 displayed on the liquid crystal color monitor 141 is a special symbol display which is a small display area composed of a left special symbol display unit 299 and a right special symbol display unit 301 at the lower right of the image 295. The unit 21 and a decorative symbol display unit 317 for displaying three decorative symbols in the middle left and right are provided.

  The images displayed on the left special symbol display unit 299 and the right special symbol display unit 301 include 30 kinds of special symbols shown in FIG. 34 such as a light blue circle symbol 303, a light blue triangle symbol 305, and a purple circle symbol 307. The special symbols to be displayed are determined by the left and right symbol special designation commands transmitted from the main board 41 to the symbol control board 59 shown in FIG. For example, when the symbol control board 59 receives the left symbol special designation command “A100” shown at the position 309 in FIG. 35, the “light blue circle” indicated at the position 311 is displayed on the left special symbol display unit 299. It is configured.

  In addition, when the combination of the special symbols of the same type and the same color shown in FIG. 34 is confirmed and displayed on the special symbol display unit 21, the big hit, that is, the first type special electric accessory is activated. As for the big hit symbol which is a combination of special symbols of the same shape and the same color, 15 are usually big hit symbols and the same number of 15 is a probable big hit symbol. The total number of 30 is set to be the same as the number of random numbers for the jackpot symbol determination random number ZRND. If the random number is an odd number, the left and right symbol special designation commands that become the probability variation jackpot symbol are transmitted. When the random number is an even number, the left and right symbol special designation commands, which are usually big hit symbols, are transmitted.

  The jackpot symbol is a combination of special symbols of the same shape and the same color, but may be a combination of special symbols of different shapes and different colors. Moreover, although the thing which the 1st type special electric accessory act | operates with big hit was shown, other types of game machines may be used.

  In addition, the decorative symbol “Do, Mi, Seo, Shi” is a regular symbol, and “Le, Fah, La” is a regular symbol. As shown in FIG. It is a big hit symbol, usually a big hit symbol.

Next, it will be described that the symbol control board 59 stores the jackpot symbol that is a combination of special symbols and the jackpot symbol that is a combination of decorative symbols in a one-to-one correspondence.
As shown in FIG. 35, the symbol control board 59 stores a jackpot symbol that is a combination of special symbols and a jackpot symbol that is a combination of decorative symbols in a one-to-one correspondence. For example, when the left symbol special designation command “A100” shown at position 309 and the right symbol special designation command “A200” shown at position 313 are input to the symbol control board 59, the left special symbol display unit 299 displays the position 311. “Light blue circle” is displayed, “Light blue circle” shown at position 311 is also displayed on the right special symbol display section 301, and the decorative symbol display section 317 has a decorative symbol “Relere” shown at position 315. The jackpot symbol of the combination is stopped and displayed.

The symbol control board 59 stores in this way in order to prevent the big hit gaming machine from changing the type of decorative symbol before and after a power failure.
More specifically, in conventional gaming machines, when the left and right symbol special designation commands are input at the time of power failure recovery, the type of jackpot symbol, which is a combination of special symbols, matches before and after the power failure. However, the big hit symbol, which is a combination of decorative symbols, only matches the category of the normal big hit symbol or the probable big hit symbol. This is because the symbol control board 59 stores the big hit symbol, which is a combination of special symbols, in a form corresponding to the normal big hit symbol or the probability variation big hit symbol. For this reason, for example, the jackpot symbol that is a combination of the decorative symbols before the power failure is “Dododo”, and the jackpot symbol that is the combination of the decorative symbols after the power failure is the same category, but it is “Mimimi”. It can be changed. And if "Dododo" is a fixed amount, "Mimimi" is a business form of exchange after the end of a probable game, if it is a "Dododo" before a power outage, the rules of the playground will give you an unlimited amount of all-day money games. If it was given that it became `` Mimimi '' after the power failure recovery, the player's right will be changed to the right to exchange after the probability change game is over, which may cause such trouble .

  However, since the gaming machine 1 stores the jackpot symbol that is a combination of special symbols and the jackpot symbol that is a combination of decorative symbols in a one-to-one correspondence, it is a jackpot that is a combination of special symbols before and after a power failure. The symbol and the jackpot symbol, which is a combination of decorative symbols, match, and the player suffers disadvantages due to the difference in decorative symbols before and after a power failure as in the case considered with the conventional gaming machine described above. Is prevented.

Next, the re-lottery effect of the gaming machine 1 will be described.
The re-lottery effect will be performed using the final interval of the jackpot game in the case of a big hit with a combination of the normal symbols of “Relere”, “Fafafa”, and “Lalala”. Yes. When performing the promotion success effect from the normal symbol to the probability variation symbol, the command of the last interval 5 to 7 shown in FIG. 17 is output from the main board 41 to the symbol control board 59, and when performing the promotion failure effect, By outputting the last interval 2, 3, 9, 10 commands in the same manner, different lottery effects with different contents are performed. As an example of the successful promotion effect, when the symbol control board 59 receives the left and right symbol special designation commands “A119, A219” shown in FIG. 35, the special symbol display unit 21 displays “green triangle” at the time of the C6 command in FIG. The combination “” is stopped and displayed, and the combination “Relere” is stopped and displayed on the decorative symbol display unit 317. When the big hit game ends and the command for specifying the last interval 5 shown in FIG. 17 is received as the C11 command of FIG. 8, the flow effects shown in FIGS. 38 (C) to 38 (F) are displayed and decorated. The symbol is promoted from “Le” to “Do”.

  If a combination of left and right symbol special designation commands with a circle in the column of presence / absence of promotion effect in FIG. 35 is received, the decorative symbol is promoted from a normal symbol to a probable variation symbol by so-called re-drawing. Shows what will be a probable game. Further, the promotion failure effect is controlled so that the symbol control board 59 appears at an arbitrary rate.

Next, an image displayed with various variation patterns will be described.
36, 37, and 38 are diagrams showing an image 319 displayed in various variation patterns displayed on the liquid crystal color monitor 141. FIG.

  An image 319 shown in FIG. 36A is an image that is displayed at the final stage of the variation pattern process performed with the variation pattern special 5, 15, or 16 designation command, that is, immediately before the variation is finished. ”Represents a place where an ghost symbol 321 has jumped out.

  As shown in FIG. 31, the change pattern special 5, 15, or 16 designation command indicates the change pattern group table No. Is selected only when “8” or “10” is selected. When “8 or 10” is selected, the previous variation pattern group table No. 1 when the offset value stored in the scenario pattern storage flag YKNFFG shown in FIG. Only when it is set to. In other words, when this variation pattern special 5, 15, or 16 designation command is output, the next variation is always the final variation of the continuous ghost notice, and the final variation is always a big hit. Therefore, when the notice fluctuation of the ghost popping out shown in the pattern 321 occurs, the noticeable change is a so-called premium notice fluctuation because it is always a big hit at the final change of the ghost continuous notice performed in the next change.

  Next, an image 319 shown in FIG. 36 (B) is temporarily displayed at the initial stage of the variation pattern process performed by the variation pattern special 9, 18, 20, 37, or 39 designation command, that is, immediately after the variation starts. In the displayed image, a character (wolfman) symbol 323 is displayed.

  Of these, the fluctuation pattern 9 designation command, which is a normal fluctuation, is, as shown in FIG. Is selected only when “5” or “6” is selected. When “5 or 6” is selected, one time before when the offset value stored in the scenario pattern storage flag YKNFFG shown in FIG. 27 is “0, 1, 9, 10, or 11”, Change pattern group table No. 2 or 3 times before. This is the case. That is, the change pattern 9 designation command is used only for the notice change of the character continuous notice.

  In addition, the fluctuation pattern special 18 and 20 designation commands which are the single reach fluctuation of the outlier and the fluctuation pattern special 37 and 39 designation commands which are the single reach fluctuation of the big hit are used for the final fluctuation of the character continuous notice. is there. 36C is an image 319 showing a character (Franken) design 325, FIG. 36D is an image 319 showing a character (Mummy male) design 327, and FIG. Since the basic flow is the same except for the difference, the description is omitted.

  Next, an image 329 shown in FIG. 36E is temporarily displayed at the initial stage of the fluctuation pattern process performed by the fluctuation pattern special 30, 53, 54, or 55 designation command, that is, immediately after the fluctuation starts. In this image, a character (witch) symbol 329 is displayed.

  Of these, as shown in FIG. Is selected when “14, 15, or 17” is selected, and “14 or 15” is selected when there is a normal fluctuation (a state in which the continuous notice is not set) and when there is a deviation, and “17” is selected. Indicates the final variation pattern group table No. when the offset value stored in the scenario pattern storage flag YKNFFG shown in FIG. This is the case. That is, the change pattern special 30 designation command is used for the final change of the outlier double reach change and the character continuous notice.

  In addition, as shown in FIG. “22, 24, or 30” is selected. “22” is selected in the case of normal fluctuation and a big hit. “24” is a scenario pattern storage flag YKNFFG shown in FIG. No. of the last variation pattern group table No. when the offset value stored in the table is “10 or 11”. “30” is selected when the center column lamp 37 is lit in blue or purple and the jackpot of the probable variation symbol is selected. That is, the change pattern special 53, 54, or 55 designation command is used for the big hit double reach change in the normal time or the big hit double reach change as the final change of the character continuous notice. Note that FIG. 36F is an image 319 showing a character (Dracula) pattern 331, and the basic flow is the same except that the character is different from FIG.

  Next, FIG. 36 (G) is a pattern 333 showing a combination of decorative symbols that are jackpots, and the probability variation jackpot symbols are “do (red) do (red) do (red)”, “do (red) do ( There are 5 types of “green” do (red) ”,“ mimi mi ”,“ sososo ”,“ shishishi ”, and three types of normal big hit symbols:“ relere ”,“ fafafa ”,“ la la la ”. In addition, when looking only at the combination of decorative symbols that will be a big hit, the ratio of the probabilistic big hit symbol is 5/8, and since the proportion of the probable big hit symbol is large, it may give the player a favorable impression. it can.

A symbol 335 shown in FIG. 37A is an example of an aspect at the start of variation, and shows a state where the decorative symbol and the special symbol are varied.
A design 337 shown in FIG. 37B is a mode in which the central design of the decorative design is stopped at “green”. Special symbols are changing. When this mode occurs, the process proceeds to the mode shown in FIG.

A symbol 339 shown in FIG. 37C is a display mode in which it is recommended to see the scale lamp 35 shown in FIG. At this point, the production of the scale lamp 35 is started. The production of the scale lamp 35 is performed at the final stage of the variation pattern process performed by the variation pattern special 6, 7, 8, 67, or 68 designated command, that is, immediately before the variation ends, and the decoration pattern is stopped. However, this kind of production is possible by changing the special symbol. Specifically, the effect produced by the variation pattern special 6 designation command is lit in order from drump 35A to Milamp 35C, and the effect produced by the variation pattern special 7 designation command is lit in order from drump 35A to soramp 35E. The effect performed by the variation pattern special 8 designation command is lit in order from the drump 35A to the silamp 35G, and the effect performed by the variation pattern special 67 designation command is sequentially lit from the drump 35A to the note lamp 39.
The effect performed by the variation pattern special 68 designation command is such that the lamp 35A to the lamp 35C are sequentially turned on and then turned off, and the lamp 35A to the note lamp 39 is again turned on in order. Further, a sound effect of a scale synchronized with the lighting of the scale lamp 35 is output from the speaker 147. For example, when the drump 35A is lit, a sound effect of a scale expressing “do” is output. In addition, the variation pattern special 6, 7, or 8 designation command is as shown in FIG.
Fluctuation pattern group table No. Is selected only when “11, 12, or 13” is selected. When “11, 12, or 13” is selected, one time before when the offset value stored in the scenario pattern storage flag YKNFFG shown in FIG. 27 is “3 to 8, 15 to 20”, Before or 3 times before variation pattern group table No. This is the case. That is, the change pattern 6, 7, or 8 designation command is used only for the notice change of the scale continuous notice. Also, the fluctuation pattern special 67 or 68 designation command is selected at the time of normal fluctuation and in the case of big hit. Note that the appearance rate is extremely low, and it becomes a big hit from a fluctuation process similar to the notice fluctuation, so it becomes a premium fluctuation.

A symbol 341 shown in FIG. 37D is an example showing an example of single reach fluctuation.
A symbol 343 shown in FIG. 37E is an example representing an example of double reach fluctuation.
A symbol 345 shown in FIG. 37F represents an example of triple reach variation.

  A symbol 347 shown in FIG. 37 (G) is a mode in which the combination of the decorative symbols stops at the “hit” symbol of the big hit symbol, and the special symbol combination stops at the “light blue triangle, light blue triangle” of the big hit symbol.

  A symbol 349 shown in FIG. 37 (H) is a mode of display when the initial interval designation command “AB00” shown in FIG. 16 is input while the symbol 347 of FIG. 37 (G) is displayed. At this time, as shown in FIG. 40, the left and right special symbols 351 (see FIG. 39) of the special symbol display unit 21 are replaced by the level meter symbols 353 and are concealed. As a result, the content of the special symbol is concealed at the first interval, and thereafter, the special symbol image continues to be concealed while the big hit game round proceeds. Therefore, after the first interval, expression of the contents of the jackpot by the decorative symbol, for example, expression such as probability variation symbol or normal symbol continues to be performed, but the expression of the special symbol continues to be concealed.

  In this way, from the first interval until the end of the big hit game of each round, it is possible to express a big hit with a false normal symbol with a decorative symbol even though the special symbol is a big hit with a probabilistic symbol become. In this way, the expression of the false normal symbol by the decorative symbol enables the re-drawing effect by the final interval. In other words, until it reaches the final interval, it is assumed that it is a big hit by the normal symbol by the decorative design, and when the final interval is reached, a re-lottery is performed, and as a result, it is promoted to a probable variable symbol. It is possible to produce an effect that shows how it looks. In this way, by providing the gameability of performing the re-lottery at the last round interval, it is possible to provide a fun that is surely upgraded when the jackpot game is finished, and to make the jackpot game more enjoyable.

  Thus, in order to make the effect of performing the re-lottery at the final interval effective, it is necessary to make it impossible to know whether the special symbol is a big hit with a normal symbol or a promiscuous symbol. For this reason, after the special symbol is determined, the special symbol 351 is quickly hidden by the level meter symbol 353. Therefore, the concealed special symbol 351 is not visible, and the player cannot confirm whether or not the special symbol 351 is hit.

  When the first interval designation command “AB00” is input in this way, the symbol control board 59 performs a hidden symbol display process (not shown) for quickly hiding the left and right special symbols 351 with the level meter symbol 353. I have.

FIGS. 38 (A) to (F) show a mode from when the big hit game is started until it is upgraded to a probability variable symbol at the final interval.
The symbol 355 shown in FIG. 38 (A) is shown when the symbol control board 59 inputs the first opening designation command “AC01” shown in FIG. 15. In the state of round 1 of the big hit game, the decoration symbol is “ "" And expresses the start of a big hit game with a normal symbol.

  A symbol 357 shown in FIG. 38 (B) is shown when the symbol control board 59 inputs the opening 16th designation command “AC10” shown in FIG. 15, and represents the state of round 16 of the big hit game.

  A symbol 359 shown in FIG. 38C is displayed when the last-time interval 5, 6, or 7 designation command shown in FIG. 17 is input, and represents the content displayed in the initial stage of the last-time interval.

  A symbol 361 shown in FIG. 38 (D) is displayed when the last interval 5, 6, or 7 designation command shown in FIG. 17 is inputted, and is displayed next to the content of FIG. 38 (C). , Represents the content that informs the player of the content of the re-lottery. While the symbol 361 is being displayed, a re-lottery effect based on the last interval designation command is performed. The lamp 35G is sequentially turned on, and finally the note lamp 39 is also turned on.

The symbol 363 shown in FIG. 38 (E) is displayed after the note lamp 39 is turned on. The symbol “do” is displayed and expresses that the symbol has been upgraded to a probability variable symbol.
A symbol 365 shown in FIG. 38 (F) is displayed following the symbol 363 and expresses that the game is a probable change game at the final stage of the final interval.

  A symbol 367 shown in FIG. 38G is shown when the symbol control board 59 inputs the last interval 1, 2, or 3 designation command shown in FIG. 17, and includes a drump 35A, a re-ramp 35B, a milamp 35C, and a far lamp. 35D, Soramp 35E, or Laramp 35F are turned on in sequence, then all scale lamps 35 are turned off, indicating that the upgrade to probability change has failed, and that the end of the last interval has been completed It is. This symbol 367 is used after the end of the big hit by the single normal symbol.

  The symbol 369 shown in (H) of FIG. 38 is expressed at the end of the final interval when the symbol control board 59 inputs the final interval 8, 9 or 10 designation command shown in FIG. This symbol 369 expresses that there are 100 short-time games. This symbol is used after the end of the normal jackpot after the probable jackpot.

39, the special reserved game number display 371 for the special symbol game is performed at the lower center of the image 319, and the normal reserved game number display 373 for the normal symbol game is performed on the lower left side.
The special reserved ball number display 371 is performed based on the symbol operation memory special 0 to 4 designation command shown in FIG. 19A, and the normal reserved game number display 373 of the normal symbol game is shown in FIG. 19B. The symbol operation memory is usually performed based on 0 to 4 designation commands. In addition, on the lower right side of the image 319, the left and right special symbols 351 of the special symbol display unit 21 are displayed.

Next, effects performed by the center column lamp 37 will be described.
The start opening prize 1 designation command “C600” and the start opening prize 2 designation command “C601” for the lamp control board 63 shown in FIG. 20 are new commands that have not been used conventionally, and are shown in FIG. The center column lamp 37 is used to control the lighting state as shown below.

  As described above, the center decoration 5 indicates that the red lighting state indicating the normal state, the blue lighting state indicating the special state during the probability change, and the probability variation big hit is on hold. It has a purple lighting state. In the red lighting state, when the symbol initial designating command “D500” shown in FIG. 20 is input by the symbol control board 59, or the last interval lamp 1 to 3 designation of the normal symbol command shown in FIG. This is the case when the 10 designation command “D400 to D402 or D407 to D409” is input.

The blue lighting state is when the last interval lamp 4 to 7 designation command “D403 to D406” of the probability variation symbol command shown in FIGS. 17 and 18 is input.
Further, the return from the blue lighting state to the red lighting state is performed when the variation pattern lamp shown in FIG. 10 (described as “special” in FIG. 10) 17 to 32 designation is received and the variation of the special symbol is completed. This is the case where the low probability state lamp designation command “D501” shown in FIG. 20 is inputted or the case where the short time function operation state lamp designation command “D504” is inputted.

  To change to the purple lighting state, the last interval lamp 4 to 7 designation command “D403 to D406” for the probable variation symbol from the time when the start opening prize 1 designation command “C600” shown in FIG. This is a case where the start opening prize 1 designation command “C600” is inputted again during the monitoring period until the input of “”, or a start opening prize 1 designation command “C600” is inputted during the blue lighting state.

As described above, the following operations are performed by controlling the center column lamp 37 to be in the red lighting state, the blue lighting state, or the purple lighting state.
Blue lighting is started at the time of the probability change entry after the big hit game ends, and this blue lighting is ended by the appearance of the super reach fluctuation that becomes the next big hit or miss.

In this case, when the big hit is made by super reach in the blue lighting state, the probability variation big hit is determined. For details, refer to the processing in FIGS.
If the lamp is lit purple, it is determined that the probable big hit is hidden within the hold. Other than these, it lights in red.

  As a result, an important meaning is given to the super reach when the center column lamp 37 is in the blue lighting state. If the center column lamp 37 is in the blue lighting state, even if it is a decorative symbol that is a normal symbol, if it is a big hit in the super reach. Since it will be a promising big hit, the player will have great expectations as to whether or not any of the decorative symbols will be a big hit.

Therefore, gameability is improved.
In addition, this invention is not limited to the gaming machine 1 of an Example, Implementation of various aspects is possible. For example, the special symbol display unit 21 may be provided outside the liquid crystal color monitor 141, or the symbols displayed on the special symbol display unit 21 may be directly controlled from the main board 41. In addition, the image displayed by the special symbol display unit 21 may be expressed by a sequence of protrusions made of an actual object, a withdrawal or the like. In addition, three kinds of scale continuous notice, ghost continuous notice, and character continuous notice have been shown as the continuous notice effect, but any one or a plurality of them may be provided, and another one may be provided. In addition, in the character continuous notice, the character appears at the initial stage of the change, but like the other continuous notices, the character may appear at the final stage of the change. Thus, the various effects described above can be obtained.

  Since the gaming machine 1 described above is configured to determine a pending game that does not perform the continuous notice effect based on the scenario pattern table 229 shown in FIG. 27, the process in which the held games are expressed one after another. Therefore, when the start signal is judged to be related, the continuous notice effect starts when it is different from the time when the start signal is input. It is not possible to predict which game the final game will be at or during that time.

  As a result, the player will always think that the next game will be the last game while the continuous notice effect is being performed, and will continue to have a prediction that the probability of a big hit is high, This makes it possible to gradually increase the sense of expectation or extremely increase the sense of expectation, and as a result, achieves an extremely excellent effect of being able to effectively improve the gameability.

  In addition, since the scenario pattern table 229 performs the continuous notice effect within the reserved memory number, the selection to perform the continuous notice effect up to the range exceeding the reserved memory number is prevented, and within the range of the reserved game. It becomes possible to make a continuous notice. That is, a normal symbol variation that conceals the start of the continuous notice is incorporated within the range of the number of reserved memories. As a result, the function of concealing the start time of the continuous notice works properly, so that the next game can always be considered as the last game, and it is possible to continue to have a prediction that the possibility of a big hit is high.

  Moreover, the gaming machine 1 prevents the number of continuous notices from continuing to be too small, thereby conceiving, guessing, or associating the continuous notice and the final variation pattern that makes the continuous notice effective. It is possible to provide a combination of performances, and it is possible to protect or emphasize the purpose of making multiple expressions of the progress of the game related to each other. In addition, there is an extremely excellent effect that it is possible to maintain the playability of extremely high expectation.

  In addition, since the variation pattern designation command for the range for performing the continuous notice is determined based on the scenario pattern table 229, it is possible to easily combine the effects during the continuous notice in accordance with the scenario, and by using related expressions. There is an excellent effect that the game can be maintained such that the sense of expectation is gradually increased or the expectation is extremely increased.

  In addition, the gaming machine 1 is not required to prepare a dedicated fluctuation pattern for the last game of the continuous notice game, and can use a normal deviation pattern or a big hit fluctuation pattern, as shown below. There is an extremely excellent effect that it is possible to obtain an effect of improving the playability and an effect of facilitating the production and lowering of the capacity of the character generator.

  In other words, at the end of the continuous notice game, it is necessary to enhance the effect of the production as compared to the middle of the continuous notice expression. For this reason, the variation of production will be increased. It also makes the production longer and more complex. Therefore, the man-hour for producing this effect becomes enormous. In addition, the memory capacity for storing the produced production data becomes enormous.

  However, the jackpot or loss effect is performed not only at the end of the continuous notice, but also when there is no continuous notice. For this reason, in order to enhance the production effect both in the case of continuous notice and in other cases, it is necessary to prepare a variation pattern with an enhanced special production effect, and to perform as much production as possible in either case. .

For this reason, it is inevitable that the number of steps for creating image data and the storage capacity for performing this effect will increase.
However, since the gaming machine 1 can share the last effect of the continuous notice and the effect when the continuous notice is not performed, the type of effect is doubled, the contents of the effect are more complicated, or the number of colors is increased. It is possible to increase the number of the game machines, and the game machine can be further improved in playability. In addition, the present invention has an extremely excellent effect that it is possible to reduce the man-hours for producing the effect image and the storage capacity while maintaining the gameability.

  In addition, if consecutive notice games occur continuously, the last game will always provide an effect that is more than reach games, and will no longer provide fluctuating notice fluctuations. It becomes only.

  Therefore, even if there is a suspicion that the change in the first notice occurs, even if there is a suspicion that it is a change in the notice, the possibility of the change in the notice of the fate can be eliminated. Although the notice fluctuation of Gasse appears, it has an extremely excellent effect that it becomes possible to provide a gaming machine that does not impair the expectation for continuous notice.

  Further, when the first symbol designation command “AB00” shown in FIG. 16 is input to the left and right special symbols 351 of the special symbol display unit 21 shown in FIG. 39, as shown in FIG. The special symbol 351 is replaced by a level meter symbol 353 and concealed. After that, the special symbol image can continue to be concealed during the jackpot game round. Expressions of jackpot contents by symbols, for example, expressions such as probability variation symbols and normal symbols continue to be performed, but expressions of special symbols continue to be concealed.

  As a result, from the first interval until the end of each round of jackpot game, it is possible to express a jackpot with a fake normal symbol with a decorative symbol, even though the special symbol is a jackpot with a probabilistic symbol The re-lottery effect by the last interval is made possible. In other words, until it reaches the final interval, it is assumed that it is a big hit by the normal symbol by the decorative design, and when the final interval is reached, a re-lottery is performed, and as a result, it is promoted to a probable variable symbol. It is possible to produce an effect that shows how it looks. In this way, by providing the gameability of re-drawing in the final interval, it is possible to provide fun that is definitely promoted when the jackpot game ends, and it is possible to make the jackpot game more enjoyable. Excellent effect.

  Further, such an effect can be obtained only by determining based on the scenario pattern table 229. In other words, all of the processing flow is the same, the program can be easily created, and if the amount of information in the scenario pattern table 229 is increased, it is possible to easily increase different variations without greatly changing the program. Play.

  In addition, it is only necessary to use one scenario pattern table 229, and it is not necessary to create a different table for each number of reserved memories, and not only can the amount of data to be stored be reduced, but also differs depending on a plurality of situations. Even if a processing program is not created, it can be handled by a processing program that also serves as one, so that the reduction of the program and the ease of creation can be measured.

Next, the correspondence between the structure of the claims and the embodiment of the invention will be described.
The start signal according to claim 1 is a signal output from the first type start port switch 81. The process of determining the progress of one game and storing a plurality of the determined progress of one game is shown in FIG. The first type start opening winning process (S330) corresponds.

The processing of S340 (the processing shown in FIG. 24) corresponds to the processing for providing the expression in accordance with the stored progress of the game in the order of storage.
S440 of FIG. 23 corresponds to the progress content determining means for determining whether or not to make a plurality of stored game progress details related to each other based on the input of the start signal.

  When the progress content determining means determines that a plurality of the stored game progress details are to be related expressions, the progress information of the stored game is continuously stored in the stored game progress details. The related expression setting means for making related expressions corresponds to the processes of S450 to S470 in FIG. 23 and S500 to S580 in FIG.

  As shown in FIG. 31, the expression content selection means includes a continuous final variation pattern group table No. (16 to 21) selects the variation pattern special designation command (3, 11, 12, 17 to 32), and as shown in FIG. (23 to 28) corresponds to selecting the variation pattern special designation command (36 to 66).

  As shown in the scenario pattern table 229 shown in FIG. 27, when the expression content selection means selects “normal” as the last variation pattern command as shown in FIGS. This corresponds to a case where the offset value of the scenario pattern storage flag YKNFFG in which “no” is set so as not to perform the previous notice fluctuation is designed only when the offset value is indicated by “0, 2, 3”.

  The consecutive number 3 in claim 2 is the last variation pattern group table No. of the scenario pattern table 229 shown in FIG. 1 time previous variation pattern group table No. 2 times previous variation pattern group table No. Indicates the number of three games. The contents of claim 2 are the same as the processing contents of the scenario pattern table 229 shown in FIG.

  27 based on FIG. 27 described based on FIG. 28 and FIG. 29 based on the number of storages of the game progress content of claim 3 and making a plurality of game progress contents related within the range of the memory number. The processing based on the scenario pattern table (particularly the distribution by S450) corresponds.

1 is a front view of a gaming machine 1. FIG. FIG. 3 is a front view of a game board 3 of the gaming machine 1. It is a front view of the center decoration 5 attached to the game board 3. 2 is a rear view of the gaming machine 1. FIG. It is a block diagram which shows the flow of a signal and the flow of a power supply of the gaming machine 1. It is explanatory drawing of the connection state between the main board | substrate 41 and the symbol control board | substrate 59. FIG. It is explanatory drawing of a control signal (ZSTR) and transmission data (ZDT0-ZDT7). It is a command transition diagram. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59, the audio | voice control board | substrate 61, and the lamp | ramp control board | substrate 63. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59, the audio | voice control board | substrate 61, and the lamp | ramp control board | substrate 63. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59, the audio | voice control board | substrate 61, and the lamp | ramp control board | substrate 63. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59, the audio | voice control board | substrate 61, and the lamp | ramp control board | substrate 63. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59, the audio | voice control board | substrate 61, and the lamp | ramp control board | substrate 63. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59, the audio | voice control board | substrate 61, and the lamp | ramp control board | substrate 63. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59. FIG. It is explanatory drawing of the command output from the main board | substrate 41 to the symbol control board | substrate 59, the audio | voice control board | substrate 61, and the lamp | ramp control board | substrate 63. FIG. 4 is a flowchart of a game control processing routine executed on the main board 41. It is a flowchart of a special symbol / 1st type special electric accessory processing routine. It is a flowchart of a continuous notice effect determination processing routine. It is a flowchart of a fluctuation pattern creation processing routine. It is explanatory drawing which shows the flow until the scenario pattern (for big hits) of a continuous notice is determined. It is explanatory drawing which shows the flow until the scenario pattern (for losing) of a continuous notice is determined. It is explanatory drawing of the scenario pattern table 229. FIG. When the fluctuation starts, the fluctuation pattern group table No. It is explanatory drawing of the flow until it is determined. When the fluctuation starts, the fluctuation pattern group table No. It is explanatory drawing of the flow until it is determined. It is explanatory drawing of the fluctuation pattern group table 273 for jackpots. It is explanatory drawing of the fluctuation | variation pattern group table 275 for deviation | shift. 5 is a flowchart of a display control processing routine executed by the symbol control board 59 every predetermined time. It is explanatory drawing of the image 295 displayed on the liquid crystal color monitor 141. FIG. It is explanatory drawing of the image displayed on the left special symbol display part 299 and the right special symbol display part 301. FIG. It is explanatory drawing which shows a response | compatibility with a command and a special symbol. 4 is a diagram illustrating an image 319 displayed on a liquid crystal color monitor 141. FIG. 4 is a diagram illustrating an image 319 displayed on a liquid crystal color monitor 141. FIG. 4 is a diagram illustrating an image 319 displayed on a liquid crystal color monitor 141. FIG. It is description of the state of a special symbol. It is explanatory drawing of the state by which the special symbol display 351 of the right and left of the special symbol display part 21 is replaced by the level meter symbol 353, and is concealed.

Explanation of symbols

1 ... game machine, 3 ... game board, 5 ... center decoration,
7 ... Outer frame, 9 ... Inner frame, 13 ... Game ball,
15 ... handle, 17 ... upper tray, 19 ... lower tray,
21 ... Special symbol display part, 25 ... Starting port, 27 ... Large winning port,
29 ... Normal symbol display part, 31 ... Warp entrance,
33 ... Warp exit, 35 ... Musical scale lamp, 35A ... Dramp,
35B ... Lelamp, 35C ... Milamp, 35D ... Faramp,
35E ... Solamp, 35F ... Lalamp, 35G ... Shiramp,
37 ... Center pillar lamp, 37A ... Blue light emitting element, 37B ... Red light emitting element,
39 ... Musical note lamp, 41 ... Main board, 43 ... Power supply board,
45 ... Launch control board, 47 ... Dispensing control board, 49 ... Prize ball dispensing device,
51 ... Prepaid card unit, 53 ... Central unit, 55 ... Power receiving board,
57 ... AC24V power receiving terminal, 59 ... design control board, 61 ... voice control board,
63 ... Lamp control board, 65 ... Interface board, 67 ... Upper middle plate sheet metal,
69 ... tank, 71 ... tank rail sheet metal, 73 ... ground terminal,
75 ... Relay terminal board for frame, 77 ... Preward ball counting front switch, 79 ... Prize ball counting rear switch,
81 ... First-type start opening switch, 83 ... Bottom pan full switch, 85 ... Supply ball shortage switch,
87 ... Relay terminal board for board, 89 ... Left normal symbol operation gate switch,
91 ... Right normal symbol operation gate switch, 93 ... Left sleeve winning opening switch,
95 ... Right sleeve winning opening switch, 97 ... Left falling winning opening switch, 99 ... Right falling winning opening switch,
101 ... Relay terminal board for a special winning opening, 103 ... Specific area switch, 105 ... Count switch,
107: Ordinary electric accessory solenoid, 109: Ball flow path switching solenoid,
111 ... Socket winning solenoid, 113 ... External terminal board for board,
115 ... Ball lending counter front switch, 117 ... Ball lending counter back switch,
119: Dispensing device substrate, 121: Dispensing motor, 123 ... Frequency display substrate,
125 ... External terminal board for frame, 127 ... Discharge control board back sheet metal, 129 ... Inner frame opening switch,
131 ... gold frame opening switch, 133 ... firing stop switch, 135 ... touch plate,
137 ... Launch motor, 141 ... Liquid crystal color monitor, 143 ... Normal symbol display device substrate,
145 ... Speaker relay terminal board, 147 ... Speaker, 149 ... Decorative lamp relay terminal board,
151 ... Upper inner frame decoration lamp substrate, 153 ... Front decoration lamp substrate, 155 ... Frame big hit lamp,
157 ... Frame big hit lamp, 159 ... Relay terminal board for lamp, 161 ... Left side LED board,
163 ... Left sleeve LED board, 165 ... Right sleeve LED board, 167 ... Center decoration LED board,
175 ... Right sleeve decoration, 177 ... Special design LED board,
179 ... Left special design ornament LED board, 181 ... Right special design ornament LED substrate,
183 ... Center decoration LED board, 185 ... Main CPU, 187, 189 ... Output port,
191, 193 ... output buffer, 195, 197 ... input buffer, 207 ... INT,
201 ... main CPU bus, 203 ... parallel output port bus, 205 ... input port,
213, 215, 217, 219, 221, 223, 225, 227, 229, 231, 233, 235, 237, 239, 241, 245, 253, 255, 257, 259, 261, 263, 265, 271, 277, 281, 283, 285, 287...
273 ... variation pattern group table for big hits, 275 ... variation pattern group table for loss, 279, 291, 293, 309, 311, 313, 315 ... position,
295, 319 ... image, 299 ... left special symbol display part,
301 ... right special symbol display part, 303 ... light blue round symbol, 305 ... light blue triangular symbol,
317 ... decorative symbol display section, 321 to 369 ... symbol, 371 ... special reserved ball number display,
373: Ordinary reserved ball number display, HRND: Random number for determining variation pattern, JYOFG: State storage flag,
OKMNFG: Pillar lamp state storage flag, RRND: Reach determination random number,
TGONUM ... reserved ball number storage flag, YKKCT ... continuous notice memory flag,
YKNFG ... scenario pattern storage flag, YRNND1 ... random number for continuous notice determination,
YRNND2 ... Random number for scenario pattern determination, C1-C11 ... Command

Claims (3)

Determines the progress of one game based on the input of the start signal, stores a plurality of the determined progress of one game, and provides expressions in accordance with the stored progress of the game. A gaming machine that
Based on the input of the start signal, progress content determination means for determining whether or not a plurality of the stored progress details of the game are related expressions;
When the progress content determining means determines that a plurality of the stored game progress details are to be related expressions, the progress information of the stored game is continuously stored in the stored game progress details. Related expression setting means for making related expressions;
Among the progress contents of a plurality of games that perform related expressions by the related expression setting means, the progress contents of the game that is provided last is an expression that provides special profits, and is highly likely to provide special profits. An expression content selection means for either the expression of or the expression of the possibility of providing a special benefit;
In the case where the continuous number of the progress contents of the game that performs the related expression is a predetermined number or more, the expression contents selection means provides an expression that provides a special benefit to the progress contents of the game that is provided last, or A gaming machine comprising: an expression content instruction means for selecting an expression that is highly likely to provide a special benefit.   If the number of consecutive progressions of a game for performing the related representation is 3 or more, the representation content instruction unit is provided with a special content for the progress of the last game provided to the representation content selection unit. If there is less than 3 consecutive game progressions that allow the selection of an expression that provides the benefit of the above, or an expression that is likely to provide a special benefit, There is a possibility that the expression content selection means may provide an expression providing a special benefit to the progress of the game provided at the end, an expression indicating a high possibility of providing a special benefit, or a special benefit. The game machine according to claim 1, wherein an expression of the event is selected.   2. The related expression setting means, based on the stored number of stored game progress contents, makes a plurality of game progress contents related expressions within the range of the stored number. Or a gaming machine according to claim 2.