JP2000061029A - Symbol variable display game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enhance the enjoyment of a game by increasing the diversity of previously notified actions. SOLUTION: A symbol varying display part 2 having three symbol display windows 20 is disposed on a board surface of a pachinko machine. The symbol varying display part 2 has reels 21a, 21b and 21c arranged at the positions of the respective symbol display windows. Symbols shown on the respective reels 21a, 21b and 21c have common colors set for each kind thereof. A light emitting display device 30 is disposed separately on both sides of each of the symbol display windows 20. The light emitting display device 30 displays symbols to be withdrawn as determined by a lottery processing in a color set for the symbol to be in formed to a player until the rotations of all of the reels 21a, 21b and 21c are stopped.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention has a game content, such as a slot machine or a pachinko game machine having a variable symbol display portion, in which a prize is generated when a predetermined combination of symbols is established on a pay line. Symbol variable display gaming machine.

[0002]

2. Description of the Related Art A typical pachinko machine of recent years has a winning opening at each location on the board, a variable symbol display portion at the center, and an outlet at the bottom. The variable symbol display section includes three reels and a liquid crystal display panel as a variable display. When the pachinko ball enters a specific winning opening, the three reels rotate at the same time, and then each reel sequentially stops. When a predetermined symbol of each reel is stopped on the pay line and the winning is achieved, a predetermined profit state is given to the player.

In this type of pachinko machine, when a pachinko ball enters a specific winning opening, an internal lottery process is executed by a random number to determine which symbol is drawn on the winning line to be stopped. In the case of a slot machine, when a game start operation is performed, the same internal lottery process is performed, and the same pull-in control is executed according to the lottery result.

For example, when a symbol is composed of plural kinds of numbers, if the same numbers are lined up on the pay line, the prize is generally established. At the time when the left and right reels stop, the state before winning is established, which is called "reach", and the player waits for the stopping operation of the center reel with a sense of expectation.

In recent pachinko machines, when this "reach" is reached, the manner in which the central reel stops is changed to notify the player of the result of the lottery and increase the player's expectation for winning the prize. I am trying. In addition, in recent pachinko machines, when the pull-in control of the symbol that becomes "reach" is decided in the internal lottery process, the player is notified of the occurrence of "reach" by turning on the lamp etc. There are some that I did. Also for slot machines, when it is decided to generate a specific prize in the internal lottery process, it is proposed to notify the player of the occurrence of the specific prize by lighting a lamp or generating a buzzer sound. Has been done.

[0006]

When a predetermined symbol is drawn on the pay line by a lottery process to generate a prize or reach, the conventional notice method is to simply inform the player of the occurrence of the prize or reach. However, there is a limit to improving the enjoyment of the game because of lack of variety of advance notice operations.

The present invention has been made in view of the above problems, and when a symbol is pulled in by a lottery process to generate a prize or a reach, a notice is given using color information to provide a variety of notice operations. It is an object of the present invention to provide a variable symbol display gaming machine in which the interest of the game is improved.

[0008]

According to a first aspect of the present invention, there is provided a variable symbol display gaming machine for winning a prize when a predetermined combination of symbols is established on a pay line.
After displaying multiple symbols that have a common color set for each type of symbol in a variable display, stop the variable display and display one of the symbols on the winning line. Lottery means for executing a lottery process for determining symbols drawn on the pay line, and a pull-in target determined by the lottery process by the lottery means until all variable display devices stop changing display. The symbol is displayed in a color set in the symbol or in a predetermined pattern including the color to notify the player.

According to a second aspect of the present invention, in the variable symbol display gaming machine that establishes a winning when a predetermined combination of symbols is established on the winning line, the variable display is stopped after the plurality of symbols are variably displayed. , A plurality of variable indicators for displaying any symbol on the pay line, a lottery means for executing a lottery process for each symbol to determine a symbol to be drawn on the prize line, and all variable indicators. The result of the lottery process by the lottery means is displayed by a color or a color pattern including the color that is color-coded based on the reliability up to the occurrence of winning until the player stops changing display. And an informing means.

[0010]

In the symbol variable display gaming machine according to claim 1, when the symbols drawn on the pay line are determined by the lottery process, the symbols are determined by the lottery process until all variable displays stop the variable display. The symbol to be drawn in is displayed in a color set in the symbol or in a predetermined pattern including the color to notify the player.

In the symbol variable display game machine according to claim 2,
When the symbols to be drawn on the pay line are determined by the lottery process, the results of the lottery process are color-coded based on the reliability of the winning until the variable display stops changing display. The player is notified by displaying the color or a predetermined pattern including the color.

[0012]

1 shows the appearance of a pachinko machine 1 which is an embodiment of the present invention. The pachinko machine 1 of the illustrated example is provided with a game board 1A on the front of the machine body, and below it, a pachinko ball input tray 3, an operation handle 4, a pachinko ball payout outlet 5, a pachinko ball receiving tray 6, a surplus ball outlet 7, and the like. It is provided.

The game board 1A is provided with a transparent glass door, and a symbol variable display section 2 having three symbol display windows 20 is provided at the center of the board surface. A start winning opening 10 is provided below the variable symbol display portion 2, an opening / closing accessory 11 is provided below it, a special winning opening 12 is provided below that, and an outlet 13 is provided below that. Passage gates 14 for pachinko balls are provided on both sides of the variable symbol display portion 2, and a winning opening 15 and a windmill 1 are provided at appropriate positions on the board.
A plurality of 6 are provided. The nails on the board are not shown.

As shown in FIGS. 2 and 3, the variable symbol display portion 2 has three reels 21a, 21b and 21c as variable indicators at the positions of the respective symbol display windows 20.
Individually deployed. Each reel 21a, 21b, 21c
Is a tape in which a plurality of symbols 23 are printed on the outer peripheral surface of the reel frame 22 and the tape 24 is attached. Each reel 21a, 21b, 21c is rotationally driven by an individual reel drive mechanism 25 using a stepping motor as a drive source. As the variable display, a liquid crystal display plate, a 7-segment LED display, a dot matrix display, a CRT display, or the like can be used instead of the reel.

The reels 21a, 21b and 21c are started at the same time, and then stopped in the order of left side, right side and center. When all the reels 21a, 21b, 21c stop rotating, symbols for three frames of the reels 21a, 21b, 21c are displayed at the positions of the symbol display windows 20. These symbols are visually recognized from the outside through each symbol display window 20.

The variable symbol display section 2 includes a front panel 26 in which three symbol display windows 20 are opened in a line. The front panel 26 is screwed to the board at appropriate positions on the outer peripheral edge. The front panel 26 is provided with a numeral display 27 that variably displays numerals 0 to 9 just above the central symbol display window 20. The number display 27 variably displays a number of 0-9 for a predetermined time each time a pachinko ball passes through the passage gate 14. When the variable display is stopped, either number is displayed. If the displayed number is a predetermined number (the number "7" in this embodiment), the opening / closing accessory 11 is opened.

On the front surface of the front panel 20, light emitting displays 30 are provided along both side edges of each reel display window 20. Each light emitting display 30 constitutes a notification means together with a control device 50 and a light emitting display circuit 57 which will be described later. The informing means displays the symbol to be drawn in determined in the random number lottery process described later in the color set in the symbol or a predetermined pattern including the color, and the result of the lottery process is the reliability of winning. The player is informed of the lottery result by displaying the color coded on the basis of or a predetermined pattern including the color.

As shown in FIG. 4, the light emitting display 30 of this embodiment has a printed circuit board 31 along the curve of the outer peripheral surface of each reel, and on the printed circuit board 31 at regular intervals along the length direction. It is composed of a plurality of light emitters 32 arranged in line, a partition plate 33 for individually partitioning each light emitter 32, and a semitransparent cover plate 34 that covers the upper side of the row of light emitters 32. In this embodiment, each light emitting body 32 has a light emitting diode (hereinafter, referred to as “red LED”) 32A that emits red light, a light emitting diode (hereinafter, “orange LED”) 32B that emits orange light, and a green light. The light emitting diode (hereinafter, referred to as a "green LED") 32C that emits light in two colors, but may be configured by one light emitting diode that emits light of a plurality of colors.

The light emitting display 30 may use a fluorescent display tube, electroluminescence, cold cathode tube or the like as a light source instead of the light emitting diode. Also,
The light emitting indicators 30 do not necessarily have to be provided along both side edges of each reel display window 20, and may be provided along the upper edge and the lower edge of each reel display window 20, as shown in FIG.
Further, the light emitting display 30 does not have to be individually provided in each reel display window 20, and may be commonly provided in the three reel display windows 20 as shown in FIG.

FIG. 7 shows each reel 21a, 21b, 21c.
3 shows a row of symbols 23, that is, a strip tape 24 attached to the outer peripheral surface of the reel frame 22. On the strip tapes 24 of the reels 21a, 21b, 21c, symbols "7", "3", "V" are formed as symbols constituting the winning.
Six types of symbols 23 of “F”, “H”, and “T” are shown. The space between the upper and lower symbols is a blank portion (a kind of symbol) that does not constitute a prize. Of these symbols, the "7" and "3" symbols are red, the "V" and "F" symbols are orange, and the "H" and "T" symbols are green.
Colors are set respectively, and these colors match the emission colors of the red LED 32A, the orange LED 32B, and the green LED 32C of the light emitting display device 30. In this way, a common color is set for each symbol for each type of symbol, but this color may be set for the symbol as in this embodiment. You may go to the background.

In the three symbol display windows 20, as shown in FIG. 8, three horizontal pay lines L1, L2, L3 and two downward and right downward pay lines L4, L5.
And are set. These five winning lines L1 to L
If three of the same symbols are lined up along any one of 5, the player wins a prize, opens the special winning opening 12, improves the probability of hitting the numeral display 27, shortens the variation time of the numeral display 27, etc. A profit state is formed so that a large number of pachinko balls can be obtained. This profit state is set so that the winnings by the red symbols “7” and “3” are the largest, and the orange symbols “V” and “F” and the green symbols “H” and “T” become smaller in this order. . Note that FIG. 8 shows a winning state in which three “7” symbols are lined up on the upper pay line L2.

The three reels 21a, 21b and 21c are
Left, right, and center stop, but left and right reels 21
When either a or 21c is stopped, either winning line L
When two of the same symbols that form a prize are arranged on 1 to L5, a state called "reach" is established. In FIG. 9, a "reach" in which two "7" symbols are lined up on the pay line L1 in the center is illustrated. Further, in FIG. 10, the symbol “F” is displayed on the downward-sloping pay line L4, and the symbol “V” is displayed on the downward-sloping pay line L5.
The so-called “double reach” state in which individual pieces are lined up is illustrated.

FIG. 11 shows a basic circuit configuration of the pachinko machine described above. In the figure, reference numeral 50 is a control device composed of a microcomputer, which has a CPU 51 as a main body for control and calculation, a program storage unit 52, a random number lottery unit 53, and R.
The AM 54 and the timer 55 are included. Program storage unit 5
In 2, a program for executing the game is stored.
The RAM 54 is used for reading and writing various data.
The timer 55 measures the elapsed time after the start of each reel 21a, 21b, 21c.

The random number lottery section 53 has a random number generator for generating random numbers for lottery processing and various lottery tables referred to for lottery. Every time a pachinko ball enters the starting winning port 10, the random number lottery unit 53 wins lines L1 to L5.
Each time a pachinko ball passes through the passage gate 14 by executing a lottery process for determining a symbol to be drawn upward,
In addition to executing a lottery process for determining a number to appear on the number display 27, a lottery process for determining a color to be displayed on the light emitting display 30 and a predetermined pattern including the color is executed. .

To the CPU 51, via the bus 64, the reel drive circuits 56a, 56b, 56c and the light emitting display circuit 5 are provided.
7, numeral display circuit 58, winning ball detection sensor 59, start winning ball detection sensor 60, gate passing ball detection sensor 61, payout ball detection sensor 62, ball payout mechanism 63, etc. are connected.

Each reel drive circuit 56a, 56b, 56c
Is a reel drive mechanism 2 for each reel 21a, 21b, 21c
5 is operated. The light emitting display circuit 57 includes each light emitting display 30.
Light emission operation. The numeral display circuit 58 is the numeral display 27.
Is displayed. Each winning ball detection sensor 59 detects that a pachinko ball has entered the winning opening 15, the special winning opening 13, or the opening / closing accessory 11. The starting winning ball detection sensor 60 detects that a pachinko ball has entered the starting winning opening 10. The gate passing ball detection sensor 61 is a pachinko ball passing gate 14
It detects that the vehicle has passed.

The payout ball detection sensor 62 is provided in a path from a pachinko ball storage section (not shown) inside the machine to the pachinko ball input tray 5 and the pachinko ball receiving tray 6 and detects the pachinko ball to be paid out. The ball payout mechanism 63 is the CPU 5
According to the command from 1, a predetermined number of pachinko balls stored in the pachinko ball storage portion are released.

12 and 13 are controls by the control device 50 in the embodiment in which the symbol to be drawn in determined by the lottery process is displayed in the color set in the symbol to notify the player. The procedure of is shown. In the figure, “ST” indicates each step in the control flow.

FIG. 12 shows a flow of control by the control device 50 when a pachinko ball enters the starting winning opening 10. In the standby state of ST1 in the same figure, when it is detected by the signal from the starting winning ball detection sensor 60 that a pachinko ball has entered the starting winning port 10, the determination in ST1 is “YES”, and in the next ST2, It is checked how many pachinko balls that have entered the starting winning opening 10 are retained. if,
If the number of retained balls n has not reached the predetermined number N (for example, 5), the determination in ST2 is "NO", and the number of retained balls n
Is incremented by 1 (ST3). If the number of retained balls n has reached the predetermined number N, the determination in ST2 is "YES", ST3 is skipped, and the addition process is not performed.

Next, the CPU 51 executes a lottery process for deciding whether or not to generate a prize, and if so, which symbol to draw on which prize line (ST4). Specifically, the random number lottery unit 53
By referring to a predetermined lottery table for the range of the random number value generated by the random number generator, the presence / absence of a prize and the symbol to be drawn in are determined.

In the case of the lottery result of winning the prize, the determination in ST5 is "YES", and the next ST
In 6 and 7, it is determined what color the drawing-in target symbol is. If the symbols to be drawn in are "7" or "3", those symbols are red, so the determination in ST6 is "YES" and the red flag FR is set to 1 (ST8). If the symbol to be pulled in is "V"
Or, if it is "F", those symbols are orange, so the determination in ST6 is "NO" and the determination in ST7 is "YE".
S ”, and the orange flag FO is set to 1 (ST
9). If the symbols to be drawn in are "H" or "T", those symbols are green, so that the determinations in ST6 and ST7 are both "NO", and the green flag FG is set to 1 (ST10). . In the case of a wrong lottery result in which no winning is generated, the determination in ST5 is “NO”, and ST6 to 10 are skipped.

FIG. 13 shows a flow of control by the control device 50 for operating the light emitting display 30 and the variable symbol display portion 2. In ST1 of the figure, it is determined whether or not the number of retained balls n is 1 or more. If the determination in ST1 is "YES", the red flag FA and the orange flag indicate whether or not to generate a prize for the first retained ball, and if so, which color symbol is drawn on the prize line. The determination is made by checking the FO and the green flag FG (ST2-4).

If the red flag FA is set to 1, the determination in ST2 is "YES" and the CPU 51
Causes all the red LEDs 32A in the light emitting display 30 to emit light, and causes the light emitting display 30 to emit red light (ST5). By looking at this display, the player can know that there is a lottery for the red symbol "7" or "3".

If the orange flag FO is set to 1, the determination in ST2 is "NO" and the determination in ST3 is "Y".
ES ”, the CPU 51 causes all the orange LEDs 32B in the light emitting display 30 to emit light, and the light emitting display 30
Is displayed in orange (ST6). The player can see that there is a lottery for the orange symbols "V" or "F".

If the green flag FG is set to 1, the determinations in ST2 and 3 are both "NO", the determination in ST4 is "YES", and the CPU 51 causes the light emitting display 3 to operate.
All the green LEDs 32C in 0 are operated to emit light, and the light emitting display unit 30 is caused to emit light in green (ST7). The player sees this display and the green symbol "H" or "T"
You can see that there was a lottery about.

If the red flag FA, the orange flag FO,
If none of the green flags FG is set to 1, the determinations in ST2, ST3, ST4 are both "NO", and none of the light emitting diodes operate to emit light, and the light emitting display 30
Does not emit light. In this embodiment, in the case of a lottery, the entire light emitting display 30 simply emits light, but various patterns can be configured by using a light emitting method such as blinking or sequential light emission. Further, in this embodiment, the reliability up to winning is set to 100% so that the winning is always established when the light emitting display 30 emits light. However, even when the lottery is not won, the predetermined number of times is set. The reliability of winning may be set to a value smaller than 100% by causing the light-emitting display unit 30 to emit light once every tenths (for example, several tens of times). Such a light emission control method is
This is being implemented in the examples described below.

Returning to FIG. 13, in the next ST8, CP
U51 starts the three reels 21a, 21b, 21c all at once, and in subsequent ST9-11, subtracts 1 from the number of retained balls n, so that the predetermined symbols are stopped at predetermined positions. , 21c are set to T1, T2, T3 (where T1 <T3 <T2), and then the timer 55 is started to start measurement of elapsed time.

When the measured value T of the timer 55 reaches the set value T1, the determination in ST12 becomes "YES", and the CPU 5
1 stops the reel 21a on the left side (ST13). Further, when the measured value T of the timer 55 reaches the set value T3, the determination in ST14 becomes "YES", and the CPU 51 stops the reel 21c on the right side (ST15). When the measured value T of the timer 55 reaches the set value T2, the determination in ST16 is "YES", and the CPU 51 causes the central reel 2
1b is stopped (ST17).

When all the reels 21a, 21b, 21c have stopped rotating, the CPU 51 determines whether or not the winning is achieved on any of the winning lines (ST.
18) If the determination is "YES", the process proceeds to ST19 and the winning process is executed. If the judgment in ST18 is "N
If "O", ST19 is skipped. Last ST
At 20, the clear processing of each flag described above is performed, the light emitting operation of the light emitting display 30 is stopped, and the process returns to ST1 to check the next number of retained balls.

14 and 15 show the control device 50 of the embodiment in which the result of the lottery process is displayed in colors which are color-coded based on the degree of reliability up to the occurrence of winning. The control procedure is shown.

FIG. 14 shows a flow of control by the control device 50 when a pachinko ball enters the starting winning opening 10. In the standby state of ST1 in the same figure, when it is detected by the signal from the starting winning ball detection sensor 60 that a pachinko ball has entered the starting winning port 10, the determination in ST1 is “YES”, and in the next ST2, It is checked how many pachinko balls that have entered the starting winning opening 10 are retained. if,
If the number of retained balls n has not reached the predetermined number N (for example, 5), the determination in ST2 is "NO", and the number of retained balls n
Is incremented by 1 (ST3). If the number of retained balls n has reached the predetermined number N, the determination in ST2 is "YES", ST3 is skipped, and the addition process is not performed.

Next, the CPU 51 executes a lottery process for deciding whether or not to generate a prize, and if so, which symbol should be drawn on which prize line (ST4). Specifically, the random number lottery unit 53
By referring to a predetermined lottery table for the range of the random number value generated by the random number generator, the presence / absence of a prize and the symbol to be drawn in are determined.

In the case of the lottery result of winning the prize, the determination in ST5 is "YES", and the next ST
At 6, the hit flag F1 is set to 1. In the case of winning the lottery, the determination of "F1 = 1?" In the next ST7 is "YES". In this case, since the light emitting display 30 is always displayed in the light emitting state, it is possible to perform the lottery process of whether or not to perform the light emitting display. The related procedure (ST8 to 10) is skipped. If the lottery is not successful, the determination in ST7 is "NO", and S
At T8, a lottery process is executed to determine whether or not the light emitting display 30 is to be displayed in a light emitting state.

For example, when light emission display is performed once every 30 times, a random number of 0 to 29 is generated, and when a random number value of 0 is sampled, "light emission display is performed" is set.
When the random number value of 9 is sampled, it is set to “no light emission display”. As a result of the lottery process in ST8, if the light emission display is to be performed, the determination in ST9 is “YES”, and the light emission flag F2 is set to 1 (ST10). When the light emission display is not performed, ST10 is skipped.

In the next steps ST11 and ST12, the hit flag F1 and the light emission flag F2 are checked, and the light emission indicator 3
It is determined whether 0 is caused to emit light. If any of the flags is set to 1, the process proceeds to ST13, and a random number lottery process is executed to determine which color of red, orange, and green is to be used for light emission display. In this random number lottery process, if the winning flag F1 is set to 1, ST14 is "YES", and the lottery table for winning is referred to to output the lottery result (ST15). If the hit flag F1 is not set to 1, ST1
The judgment of No. 4 is "NO", and the lottery result is output by referring to the lottery table for deviation (ST16).

In this embodiment, if the light emitting display 30 emits red light, the reliability of winning is highest, and if orange light is displayed, the reliability of winning is next highest, and green is displayed. If so, the degree of reliability leading to winning is set to be the lowest, and therefore, the winning lottery table shown in FIG. 16 and the losing lottery table shown in FIG. 17 are prepared.

In the winning lottery table of FIG. 16, when a random number value M of 0 to 59 among the random number values of 0 to 99 is sampled, it is determined that the light emitting display 30 emits red light. The determination in ST17 is "YES", and the red light emission flag Fr is set to 1 (ST1
9). When a random value M of 60 to 89 is sampled,
It is determined that the light emitting display 30 emits orange light, and S
When T17 is "NO" and ST18 is "YES", the orange light emission flag Fo is set to 1 (ST20). 90
When a random number value M of up to 99 is sampled, it is determined that the light emitting display 30 emits green light, and ST17,1
8 becomes “NO” and the green light emission flag Fg is set to 1
(ST21).

In the missed lottery table of FIG. 17, 0 to
When the random number value M of 0 to 59 is sampled out of the random number values of 99, the light emitting display unit 30 determines to emit green light, and both ST17 and ST18 become "NO".
The green light emission flag Fg is set to 1 (ST21). 6
When the random number M of 0 to 89 is sampled, the light emitting display unit 30 determines to emit orange light, ST17 becomes "NO", ST18 becomes "YES", and the orange light emission flag Fo is set to 1. Set (ST20). When the random value M of 90 to 99 is sampled, the light emitting display 30 determines to emit red light, and ST17 returns “YES”.
Then, the red light emission flag Fr is set to 1 (ST
19).

When such a lottery table is used, for example, if the probability of winning is 1/240, out of 2400 lottery, 10 wins per lottery and 2390 misses.
Occurs twice. In the case of winning, all the light emission display is performed, so that out of 10 times, red display is performed 6 times, orange display is performed 3 times, and green display is performed 1 time. In the case of disengagement, if light emission display is performed once every 24 times, light emission display is performed about 100 times out of 2390 times, and red display is performed about 10 times out of 100 times. ,
The orange display is performed about 30 times and the green display is performed about 60 times.

Thus, out of 16 times of red display in total,
Since the winning is 6 times, the reliability of winning is 37.
It will be 5%. Further, since the orange display is performed 33 times in total, the winning is 3 times, so that the reliability of winning is 9.1%. Furthermore, since the green display is performed once for a total of 61 times, the winning degree is 1.6%.

FIG. 15 shows the flow of control by the controller 50 when operating the light emitting display 30. Note that the operation of the variable symbol display portion 2 is the same as that after ST8 in FIG. 13, and is not shown in FIG. In ST1 of the figure, it is determined whether or not the number of retained balls n is 1 or more, and if the determination is "YES", it is determined whether or not the light-emission indicator 30 is caused to emit light for the first retained ball. The determination is made by checking the hit flag F1 and the light emission flag F2.

If the hit flag F1 is set to 1, the determination in ST2 is "YES". On the other hand, if the light emission flag F2 is set to 1, the determination in ST2 is "N".
The determinations of "O" and ST3 are "YES", and it is determined by checking the red light emission flag Fr, the orange light emission flag Fo, and the green light emission flag Fg what color of light emission display will be performed next (ST4, 5).

If the red light emission flag Fr is set to 1, the determination at ST4 is "YES", and the CPU
Reference numeral 51 causes all the red LEDs 32A of the light emitting display device 30 to emit light, thereby causing the light emitting display device 30 to emit red light (S).
T7). By looking at this display, it is understood that the player has a high degree of reliability in winning the prize.

If the orange light emission flag Fo is set to 1, the determination at ST4 is "NO", the determination at ST5 is "YES", and the CPU 51 causes all the orange LEDs 32B of the light emission display unit 30 to emit light. The light-emitting display 30 is operated to make the light-emitting display 30 emit orange light. By looking at this display, the player can understand that there is some degree of reliability in winning the prize.

If the green light emission flag Fg is set to 1, the determinations at ST4 and ST5 are both "NO", and the CPU 51 causes all the green LEDs 3 of the light emission display unit 30 to operate.
2C is caused to emit light, and the light emitting display 30 is caused to emit green light. By looking at this display, the player can understand that the reliability of winning is low. The hit flag F1 is also the light emission flag F2
If ST is not set to 1, both ST2 and ST3 are "NO", and the above ST4 to ST8 are skipped.
The light emitting display 30 does not emit light.

In the above-described embodiment, the light-emission display by the light-emitting display 30 is performed by all the light-emitting diodes of a specific color emitting light simultaneously. However, as in the following embodiments, the effect of the game is produced. In order to improve the display efficiency, various light emitting display methods can be adopted. 18-29 show red LED 32A, orange LED 32B, and green LED 32C.
7 shows various types of light emission display patterns configured by combining the sequential light emission operation and the blinking operation. In addition, in these figures, only the light emitting displays 30 on both sides of one symbol display window 20 are shown, but the light emitting displays 30 of the other symbol display windows 20 are also the same, and the illustration thereof is omitted. ing.

Light emitting display pattern P1-1 shown in FIG.
Indicates that green is used as a display color, and each green LED 32C of the light emitting display device 30 is made to sequentially emit light from top to bottom, and then the operation of simultaneously turning off the light is repeated a predetermined number of times (for example, three times). . The arrows in the figure indicate the direction of sequential light emission.

Light emitting display pattern P1-2 shown in FIG.
Indicates that the display color is orange.
After sequentially emitting each green LED 32C from top to bottom, the operation of simultaneously turning off the LEDs is repeated a predetermined number of times (for example, three times) (FIG. 19 (1)), and then each orange LED 32B is sequentially emitted from top to bottom. After that, the operation of simultaneously turning off the lights is repeated a predetermined number of times (for example, three times) (FIG. 19).
(2)).

The light emitting display pattern P1-3 shown in FIG.
Uses red as the display color. First, the light emitting display 30
After sequentially emitting each green LED 32C from top to bottom, the operation of simultaneously turning off the LEDs is repeated a predetermined number of times (for example, three times) (FIG. 20 (1)), and then each orange LED 32B is sequentially emitted from top to bottom. After that, the operation of simultaneously turning off the lights is repeated a predetermined number of times (for example, three times) (FIG. 20 (2)), and finally, the operation of turning off all the red LEDs 32A sequentially from top to bottom is performed a predetermined number of times. This is repeated (for example, three times) (FIG. 20 (3)).

The light emitting display pattern P1-4 shown in FIG.
(R) uses the same red color as the display color. First, the green LEDs 32C of the light emitting display device 30 are sequentially made to emit light from top to bottom, and then the operation of simultaneously turning off the LEDs is performed a predetermined number of times (for example, three times).
Repeat (Fig. 21 (1)), then each orange LED 32B
After sequentially emitting light from top to bottom, the operation of turning off all at once is repeated a predetermined number of times (for example, three times) (FIG. 21 (2)), and then each red LED 32A is sequentially emitted from top to bottom, and then all at once. The operation of turning off the light is repeated a predetermined number of times (for example, three times) (Fig. 21 (3)), and finally, every other red LED is placed.
32A is alternately turned on and off for a certain period of time (FIG. 21 (4)). Although not shown, the light emission display pattern for the last blinking with the orange LED 32B is P1-4 (O), and the light emission display pattern for the green LED 32C is P1-4 (G).

The light emitting display pattern P2-1 shown in FIG.
Indicates that green is used as a display color, and each green LED 32C of the light emitting display device 30 is made to sequentially emit light from the top to the center, and then the operation of simultaneously turning off the light is repeated a predetermined number of times (for example, 3 times). .

The light emitting display pattern P2-2 shown in FIG.
Indicates that the display color is orange.
After sequentially emitting each green LED 32C from top to bottom in the center, the operation of simultaneously turning off the LEDs is repeated a predetermined number of times (for example, three times) (FIG. 23 (1)), and then each orange LED 32B is sequentially emitted from top to bottom. After that, the operation of simultaneously turning off the lights is repeated a predetermined number of times (for example, three times) (FIG. 23 (2)).

The luminous display pattern P2-3 shown in FIG.
Uses red as the display color. First, the light emitting display 30
After sequentially illuminating each green LED 32C from top to bottom and then turning them off all at once for a predetermined number of times (for example, three times) (FIG. 24 (1)), each orange LED 32B is sequentially lit from top to bottom. After that, the operation of turning off all at once is repeated a predetermined number of times (for example, 3 times) (FIG. 24 (2)), and finally, the operation of turning off all of the red LEDs 32A sequentially from the top to the center is performed a predetermined number of times. This is repeated (for example, three times) (FIG. 24 (3)).

Light emitting display pattern P2-4 shown in FIG.
Uses the same red color as the display color. First, the green LEDs 32C of the light emitting display device 30 are sequentially made to emit light from the top to the center, and then the operation of simultaneously turning off the light is repeated a predetermined number of times (for example, three times) (FIG. 25). (1)) Then, after sequentially emitting light from each orange LED 32B from the top to the center, the operation of simultaneously turning off the LEDs is repeated a predetermined number of times (for example, 3 times) (FIG. 25 (2)),
Then, after each red LED 32A is made to sequentially emit light from the top to the center, it is simultaneously turned off a predetermined number of times (for example, 3 times).
Repeatedly (Fig. 25 (3)), and finally every other red L
The ED 32A is alternately turned on and off for a certain period of time (FIG. 25 (3)). Although not shown, the light emission display pattern for the last blinking with the orange LED 32B is P2-4 (O), and the light emission display pattern for the green LED 32C is P2-4 (G).

Light emitting display pattern P3-1 shown in FIG.
Indicates that green is used as a display color, and each green LED 32C of the light emitting display 30 is made to sequentially emit light from the center up and down, and then the operation of simultaneously turning off the light is repeated a predetermined number of times (for example, 3 times). .

Light emitting display pattern P3-2 shown in FIG.
Indicates that the display color is orange.
After sequentially illuminating each green LED 32C from the center to the top and bottom, the operation of simultaneously extinguishing is repeated a predetermined number of times (for example, three times) (FIG. 27 (1)), and then each orange LED 32B is sequentially lit from the center to the top and bottom. After that, the operation of simultaneously turning off the lights is repeated a predetermined number of times (for example, three times) (FIG. 27 (2)).

Light emitting display pattern P3-3 shown in FIG.
Uses red as the display color. First, the light emitting display 30
After sequentially emitting each green LED 32C from the center to the upper and lower sides, the operation of simultaneously turning off the LEDs is repeated a predetermined number of times (for example, three times) (FIG. 28 (1)), and then each orange LED 32B is sequentially emitted from the center to the upper and lower sides. After that, the operation of simultaneously turning off the lights is repeated a predetermined number of times (for example, three times) (FIG. 28 (2)), and finally, the operation of turning off all of the red LEDs 32A sequentially from the center up and down is performed a predetermined number of times. This is repeated (for example, three times) (FIG. 28 (3)).

Light emitting display pattern P3-4 shown in FIG.
Indicates that the same red color is used as the display color. First, each green LED 32C of the light-emitting display 30 is made to sequentially emit light from the center up and down, and then the operation of simultaneously turning off is repeated a predetermined number of times (for example, 3 times) (FIG. 29). (1)), and then, sequentially illuminating each orange LED 32B from the center up and down, and then simultaneously extinguishing them repeatedly a predetermined number of times (for example, three times) (FIG. 29 (2)),
Next, the red LEDs 32A are sequentially made to emit light from the center up and down, and then the lights are simultaneously extinguished a predetermined number of times (for example, 3 times).
Repeatedly (Fig. 29 (3)), and finally every other red L
The ED 32A is alternately turned on and off for a certain period of time (FIG. 29 (4)). Although not shown, the light emission display pattern for the last blinking with the orange LED 32B is P3-4 (0), and the light emission display pattern for the green LED 32C is P3-4 (G).

30 to 34 show specific examples of light emission control using the above light emission display pattern. This specific example is the technical idea of the embodiment shown in FIG. 12 in which the symbol to be drawn in determined in the lottery process is displayed in a light emission display pattern including the color set in the symbol to notify the player. Introducing the technical idea of the embodiment shown in FIG. 14 in which the result of the lottery process is displayed in a light emitting display pattern including colors that are color-coded based on the degree of reliability up to the occurrence of a prize to notify the player. It has been configured.

FIG. 30 shows the "reach" and the reliability up to winning when the light emitting display is performed in each light emitting display pattern. As is clear from the figure, the reliability of winning and "reach" is highest in red, and lower in orange and green. The reliability of winning the prize is highest in the light emitting display patterns belonging to the group P3 that sequentially emits light from the light emitting diode from the center to the top and bottom, and next belongs to the group P2 that sequentially emits light from the top to the center. The display pattern is high, and light is emitted sequentially from top to bottom P
The light emitting display pattern belonging to 1 is the lowest. Further, the reliability of winning is higher in the light emitting display pattern in which the light emitting diode blinks than in the light emitting display pattern in which the light emitting diode does not blink. In addition, the degree of reliability up to winning is higher in the light emitting display pattern that blinks in the same color as the drawing-in target symbol than in the light-emitting display pattern that blinks in a color different from the drawing-in target symbol.

31 to 33 show the procedure of control by the control device 50 for the above specific example.

31 and 32 show the flow of control by the control device 50 when a pachinko ball enters the starting winning opening 10. In the standby state of ST1 of FIG. 31, when it is detected by the signal from the starting winning ball detection sensor 60 that a pachinko ball has entered the starting winning port 10, the determination of ST1 is “YES”, and in the next ST2, Starting prize hole 10
It is checked how many pachinko balls entered are reserved. If the number of reserved balls n is a predetermined number N (for example, 5
If the number has not reached, the determination in ST2 is "NO", and the retained ball count n is incremented by 1 (ST3). If the number of retained balls n has reached the predetermined number N, the determination in ST2 is "YES", ST3 is skipped, and the addition process is performed.

Next, the CPU 51 executes a lottery process for deciding whether or not to generate a prize, and if so, which symbol should be drawn on which prize line (ST4). Specifically, the random number lottery unit 53
By referring to a predetermined lottery table for the range of the random number value generated by the random number generator, the presence / absence of a prize and the symbol to be drawn in are determined.

In the case of the lottery result of generating a prize,
Naturally, since the state of "reach" is reached, the determination in ST5 is "YES", and the determination in the next ST6 is also "YES".
In next ST7 and ST8, it is determined what color the symbol to be drawn in is.

If the symbols to be drawn in are "7" or "3", those symbols are red,
The determination in ST7 is "YES", and the red flag FFR is set to 1 (ST9). If the symbols to be drawn in are “V” or “F”, those symbols are orange, so the determination in ST7 is “NO”, the determination in ST8 is “YES”, and the orange flag FFO is set to 1. (ST10). If the symbols to be drawn in are “H” or “T”, those symbols are green,
The determinations in ST7 and ST8 are both "NO", and the green flag FFG is set to 1 (ST11).

In the case of the lottery result that the winning is not generated but the "reach" is reached, the determination in ST5 is "YE
The determination of S "and ST6 is" NO ", and the next ST1
In 2 and 13, it is determined what color the “reach” symbol is.

If the "reach" symbol is "7"
If it is "3", those symbols are red, so the determination in ST12 is "YES" and the red flag FR is set to 1 (ST14). If the “reach” symbol is “V” or “F”, those symbols are orange, so the determination in ST12 is “NO”,
The determination in ST13 is "YES", and the orange flag FO is set to 1 (ST15). If the “reach” symbol is “H” or “T”, those symbols are green, and therefore both determinations in ST12 and ST13 are “N”.
O ”, and the green flag FG is set to 1 (ST
16). In addition, in the case of the lottery result that the reach is not generated, the determination in ST5 is “NO”, and ST6 to 16 are skipped.

Next, in ST17 of FIG. 32, a lottery is carried out as to whether or not the light emitting display 30 should perform the light emitting display. In the case of a lottery result of generating a prize, the red flag FFR, the orange flag FFO, and the green flag FFG.
Since either of the above is set to 1, ST18 becomes “YES”, and referring to the winning lottery table,
It is determined whether or not light emission display is performed (ST20). In this embodiment, as shown in FIG. 34, light emission display is performed with a probability of 180/240, and light emission display is not performed with a probability of 60/240.

In the case of the lottery result in which the winning is not generated but the "reach" is achieved, any one of the red flag FR, the orange flag FO and the green flag FG is set to 1, so that the determination in ST19 is made. "YES",
With reference to the reach lottery table, it is determined whether or not the light emission display is performed (ST21). In this example, FIG.
As shown in FIG. 4, light emission display is performed with a probability of 120/240, and light emission display is not performed with a probability of 120/240.

If you can neither win nor reach
Since none of the flags are set to 1, ST18,
Both 19 are “NO”, and it is determined whether or not the light emission display is performed by referring to the lottery table for the deviation (ST2).
2). In this embodiment, as shown in FIG.
The light emission display is performed with a probability of 40, and the light emission display is not performed with a probability of 222/240.

When it is decided to perform the light emission display in the above lottery process, the determination in ST23 becomes "YES", and the ST
The light emission flag F2 is set to 1 at 24, and the next ST2
In 5, a lottery process is performed to determine which light emitting display pattern is used for light emitting display. In this lottery process, if the red flag FFR is set to 1, ST26 is "YES" and the lottery table for red winning is referred to to determine the light emission display pattern (ST32). The flag corresponding to the pattern is set to 1 (S
T39).

FIG. 35 shows a specific example of the appearance probability of the light emission display pattern in the lottery process using the lottery table for red winning. According to the table in the figure, the light emitting display patterns P1-4 (R) and P2-4 that blink red at the end are shown.
The appearance probabilities of (R) and P3-4 (R) are high, and among them, the appearance probability of the light emitting display pattern P3-4 (R) is particularly highest.

Returning to FIG. 32, if the orange flag FFO
If is set to 1, ST27 is “YES”, and the orange winning lottery table is referred to (ST33),
If the green flag FFG is set to 1, S
T28 is "YES", the lottery table for green winning is referred to (ST34), each light emitting display pattern is determined, and the flag corresponding to the light emitting display pattern is set to 1 (ST39).

If the red flag FR is set to 1, ST29 is "YES" and the lottery table for red reach is referred to determine the light emission display pattern (ST35). The corresponding flag is set to 1 (ST39).

If the orange flag FO is set to 1, ST30 is "YES" and the orange reach lottery table is referred to (ST36). If the green flag FG is set to 1, If so, ST31 is "YES"
And the lottery table for green reach is referred to (ST3
7) Each light emitting display pattern is determined, and the flag corresponding to the light emitting display pattern is set to 1 (ST39).

If none of the above flags is set to 1, the determinations at ST26 to ST31 are both "NO", and the missed lottery table is referred to.
A light emission display pattern is determined (ST38), and a flag corresponding to the light emission display pattern is set to 1 (ST
39).

FIG. 33 shows the flow of control by the control device 50 when operating the light emitting display 30. The operation of the variable symbol display portion 2 is the same as that after ST8 in FIG. 13, and is not shown in FIG. ST1 in the figure
Then, it is determined whether or not the number of retained balls n is 1 or more. If the determination is "YES", first, regarding the first retained ball, it is first determined whether or not the light-emission display device 30 is caused to emit light. Determine by checking F2.

If the light emission flag F2 is set to 1, the determination in ST2 is "YES", and the above-mentioned FIG.
The light emitting display unit 30 is caused to emit light based on the flag set in ST39, that is, the flag indicating which light emitting display pattern is used for light emitting display. Looking at this display, the player guesses which color of the symbol is likely to win the prize, the degree of reliability of winning the prize, and the like.

The light emitting display device 30 can be used for the purpose of enhancing the effect of the game, in addition to the notification of advance notice as in the above embodiment. When the winning is achieved, the red symbols "7" and "3", the orange symbols "V" and "F", and the green symbols "H" and "T" are given to the player in this order. Since there is a size difference in the profit state that can be achieved, the player has the expectation that the profit state will be great, in addition to the expectation that the prize state will be generated. Therefore, a reel action as shown in FIGS. 36 and 37 is adopted as an effect for increasing the player's expectation for the type of winning.

FIG. 36 (1) shows the left and right reels 21a, 2
In the state of "reach" in which 1c is stopped and two green symbols "H" are lined up on the center pay line L1, the center reel 21b is about to stop and the green symbol "H" is the same pay line. 3 at the moment of reaching L1
The individual reels 21a, 21b, 21c show a reel action in which the symbols are kept aligned and are simultaneously rotated at a low speed.

In the arrangement of symbols shown in FIG. 7, when three green symbols “H” are arranged, three orange symbols “V” and three red symbols “7” are arranged. By the reel action, there is a possibility that a winning can be achieved in which a larger profit state can be obtained. As the reels 21a, 21b, 21c rotate integrally, the states shown in FIGS. 36 (2) and 36 (3) appear.
When passing through each symbol display window 20 in a state where three symbols are arranged side by side, each light emitting body 32 of the light emitting display unit 30 is made to sequentially emit light at a speed synchronized with the rotation speed of the reels 21a, 21b, 21c. In this case, the light emitting display 30
Displays light in the same color as the color of the passing symbol. In the state of FIG. 36 (1), green, and in FIG. 36 (2).
In the state of (3), it is displayed in orange, and in the state of FIG. 36 (3), it is displayed in red.

In FIG. 37 (1), when the right reel 21c is about to stop, two green symbols "H" and "T" are lined up on the diagonal pay lines L4 and L5, respectively, to indicate "double reach". The reel action is such that the two reels 21a21c hold the state where the symbols are aligned and rotate at a low speed integrally at the moment when the state is reached. During this reel action, the central reel 21b continues to rotate at high speed.

In the arrangement of the symbols shown in FIG. 7, when two green symbols “H” and “T” are diagonally aligned at the same time, the orange symbols “V” and “F” are also the red symbols “7” and “7”. Since 3 ”are also in a state where two pieces are diagonally aligned, the reel action described above may result in a“ double reach ”that leads to a larger profit state.
As the two reels 21a and 21c slowly rotate integrally, the state shown in FIG. 37 (2) and FIG. 37 (3) appears. When the two types of symbols are diagonally aligned and pass through the left and right symbol display windows 20, the light emitting elements 32 of the light emitting indicators 30 of the left and right symbol display windows 20 are respectively arranged.
Are sequentially emitted at a speed synchronized with the rotation speed of the reels 21a and 21c. In this case, the light emitting display 30
Emits light in the same color as the color of the passing symbol. It is displayed in green in FIG. 37 (1), orange in FIG. 37 (2), and red in FIG. 37 (3).

In FIG. 38, at the moment when the right reel 21c is about to stop and two green symbols "H" are lined up on the upper pay line L2 to be in the "reach" state, the reel 21c on the right side is stopped. It shows a reel action in which a slip occurs and two green symbols “H” and “T” are lined up on the diagonal pay lines L4 and L5 to form a “double reach”.

In this specific example, first, at the time when "reach" is about to occur, the light emitting display 30 of the left and right symbol display windows 20 sequentially performs light emitting operation in the pay line L2 in the upper stage (see FIG. 1)), and then the light emitting display unit 30 of the right symbol display window 20 sequentially performs light emitting operation from top to bottom and then blinks (FIGS. 38 (2) and (3)), and the green symbol “H” and "T" is a diagonal winning line L
When developed into a "double reach" state in which two are arranged on each of L4 and L5, the light emitting indicators 30 of the left and right symbol display windows 20 sequentially emit light in the upper and lower portions (Fig. 38 (4)). .

In FIG. 39, the left and right reels 21a and 21c are stopped and the green symbol "H" is at the upper stage of the pay line L2.
When the state of "reach" with two lined up is formed,
By the light emitting display 30 of the symbol display window 20 in the center,
The level of reliability up to winning the prize is displayed in a luminescent manner. In the illustrated example, first, the green LED 32C is made to sequentially emit light from the bottom (FIG. 39 (1)), and then the orange LED 32C is emitted.
After performing the effect by sequentially emitting 32B from bottom to top (FIG. 39 (2)), finally, sequentially emitting red LEDs 32A from bottom to top (FIG. 39 (3)), finally winning the prize. The light emission is sequentially stopped at a height corresponding to the reliability up to.

FIG. 40 shows the appearance of a slot machine in which the present invention is implemented. This slot machine has a door part 100 that can be opened and closed on the front surface, and inside the main body part 101,
In addition to the reel block in which the three reels 102a, 102b and 102c and the stepping motor are integrally assembled, a control device, a medal payout machine and the like are incorporated.
On the outer peripheral surface of each reel 102a, 102b, 102c,
A winning symbol of "7" that establishes a big bonus (hereinafter referred to as "BB") and a regular bonus (hereinafter referred to as "bonus")
It is called "RB". ), A winning symbol of “BAR”, a winning symbol of “cherry” and a “plum” that causes a normal winning, and other symbols not related to winning. The winning symbol is represented by two colors, red and green, "7" and "cherry" are red,
"Plum" is green, "BAR" is red and green,
Each is represented.

The door portion 100 includes the reels 102a, 1a.
The front panel 103 for displaying the symbols 02b, 102c is provided, and the starter levers 104, 3 are provided below the front panel 103.
An individual stop button switch 105 and a medal insertion port 106 are provided, and a medal ejection port 107 and a medal tray 108 are provided at a lower position. The medal insertion slot 106 receives a medal insertion. The starting lever 104 is three reels 1
02a, 102b, 102c, and three stop button switches 105 for each reel 102a,
In order to individually stop the rotation of 102b and 102c,
Each is operated by the player.

At the center of the front panel 103, a horizontally long rectangular symbol display window 120 is provided. Behind this symbol display window 120, each reel 102a, 102b,
When the reels are stopped, the symbols on the outer peripheral surface of the reel can be visually recognized by three frames for each reel when the reels are stopped.
Light emitting indicators 130 having the same structure as the pachinko machine are provided between adjacent reels and outside the reels at both ends.

On the front panel 103, a total of five pay lines including upper, middle, lower and diagonal lines are displayed. If the number of medals to be inserted into the medal insertion slot 106 is 1, the center 1
If the winning line of a book is only 2 pieces, the top, middle and bottom 3
If there are three winning lines, all five winning lines are activated.

This slot machine can be played by a so-called credit game system, in which the game is played using medals stored in the machine in advance. Therefore, three types of bet button switches 110, 111, which specify the stored medals as three, two, and one,
112 is provided.

Inserting a medal or bet button switch 11
After activating the winning line by operating 0, 111, or 112, when all the reels are simultaneously started by operating the starting lever 104, a lottery process is performed inside the machine and a predetermined winning symbol is displayed on the effective line. It is determined whether or not to perform the pull-in control such that the combination of the above is established. After that, when the stop button switch 105 is pushed, if a winning is won in the lottery, the stop operation of each reel is controlled so that a predetermined symbol based on the result of the previous lottery process is stopped on the activated line. It In the lottery process, it is determined which lottery symbol the lottery is associated with by determining whether or not the sampled random number value is within a predetermined range.

When all the reels are stopped and a combination of winning symbols is established on the activated line, a predetermined number of medals are paid out. If a combination of winning symbols such as "7" or "BAR" is established, the process shifts to a "bonus game" in which a large number of medals can be acquired.

FIG. 41 shows the procedure of control by the control device. The control device is composed of a microcomputer, like the pachinko machine, and includes a CPU, a program storage unit,
Includes RAM, etc. When a game start operation is performed in ST1 of the figure, a lottery process is performed to determine whether or not to perform pull-in control for winning a prize and whether or not to perform light-emission display by the light-emission display device 130 (ST2). If it is determined by lottery that the light emitting display is performed, the light emitting display 130 operates and the three reels 102
a, 102b, 102c start at the same time (ST3,
4).

Each time the player operates the stop button switch 105, the corresponding reel is stopped (ST5, ST5).
6). When the three reels 102a, 102b, 102c are stopped, the process proceeds from ST7 to ST8, and it is determined whether or not a winning is generated on the activated line. If the winning is established, the process proceeds from ST9 to ST10, and the medal is distributed. If the winning symbol is a winning symbol of "7" or "BAR", the process proceeds from ST11 to ST12, the bonus game of BB or RB is executed, and then clear processing of a flag described later is performed (ST13).

When no prize is won, or when a prize is won but it is not a prize symbol with a winning symbol of "7" or "BAR", the process proceeds from ST9 or ST11 to ST14, and B
It is determined whether or not there is a lottery for B or RB (ST14). If the determination is "YES", the flag clear processing is not performed and only the light emission display by the light emission display device 130 is stopped (ST15), and the process proceeds to the next game. When the determination in ST14 is "NO", the light emitting display 1
If 30 is performing the light emission display, the light emission display is stopped and the flag clear processing is performed (ST16, 17), and the process proceeds to the next game. If the light emission display is not performed, clear processing is performed (ST18) and the process proceeds to the next game.

FIG. 42 shows ST2 and ST3 in FIG.
Shows the details of. In ST2-1 of the figure, the random number value generated by the random number generator is sampled, and the range of the random number value is referred to by referring to a predetermined lottery table to determine whether or not a winning has occurred or a symbol to be drawn in. To decide.

In this embodiment, a random number of 0 to 999 is generated, and when the sampled random number value M is 0 to 99, the "cherry" symbol is set to 10 as shown in FIG.
When it is 0 to 129, the "plum" symbol is 130 to
When it is 135, the symbol of "BAR" is 136 to 13
When it is 9, it is determined that the symbol “7” is drawn. If the random number value M is 140 to 999, the pull-in control is not performed or the winning symbols are not aligned on the activated line.

As a result of the lottery process, BB is generated "7"
When the symbol of is hit, ST2-2 to ST2-
6, the winning flag FBB of "7" is set to 1. When the symbol "BAR" that generates RB is hit, the process proceeds from ST2-3 to ST2-7, and "BA
The winning flag FRB of "R" is set to 1. When the "cherry" symbol hits, ST2-4 to ST
Go to 2-8 and set the winning flag FC of "Cherry" to 1
Set to. When the symbol "plum" is hit, the process proceeds from ST2-5 to ST2-9, and the winning flag FP of "plum" is set to 1.

At the next ST2-10, the light emitting display 13
A lottery process for determining whether or not to perform the light emission display by 0 is executed. If FBB is set to 1 as the winning flag, the process proceeds from ST2-11 to ST2-15, and BB
The color to be displayed by the light emitting display 130 is determined with reference to the lottery table for use.

In this lottery process, random numbers 0 to 3 are generated, and as shown in FIG. 43, the sampled random number value m
When is 0 to 1, it is determined that the same red color as the color of the symbol of "7" is displayed, and when it is 2 to 3, it is determined that no light emission is displayed.

If FRB is set to 1 as the winning flag, the process proceeds from ST2-12 to ST2-16, and the light emitting display unit 130 is referred by referring to the lottery table for RB.
Determines the color to be used for light emission display. In this example,
As shown in FIG. 43, the sampled random value m is 0.
When it is, it is determined that the red light emission display is performed, when it is 1, it is determined that the green light emission display is performed, and when it is 2 to 3, it is determined that the light emission display is not performed.

If FC is set to 1 as the winning flag, the process proceeds from ST2-13 to ST2-17, and the light emitting display 1 is referred to with reference to the lottery table for cherry.
The color for light emission display is determined by 30. In this embodiment, as shown in FIG. 43, the sampled random number value m
When is 0, it is determined that red light emission display having the same color as cherry is performed, and when 1 to 3, it is determined that light emission display is not performed.

If FP is set to 1 as the winning flag, the process proceeds from ST2-14 to ST2-18, and the light-emission indicator 13 is referenced by referring to the lottery table for plums.
The color to be displayed by light emission is determined by 0. In this embodiment, as shown in FIG. 43, the sampled random number value m
When is 0 to 1, it is determined that the green light emission display having the same color as the plum is displayed, and when it is 2 to 3, it is determined that the light emission display is not performed.

If none of the flags are set to 1, the determinations in ST2-11 to ST2-14 are both "NO", and the missed lottery table is referred to (ST2-19). In this embodiment, as shown in FIG. 43, it is determined that the light emission display is not performed even if the sampled random number value m is 0 to 3.

At the next steps ST3-1 and ST3-2, it is determined which color of the light emission display 130 is to be used for light emission display. If red light emission is determined, ST3- From 1 to ST3-3, the light emitting display 130 displays a red light emission. If it is determined to emit green light, the process proceeds from ST3-2 to ST3-4,
The light emitting display 130 displays green light emission. if,
If it is determined that the light emission display is not performed, ST3-
3, ST3-4 are skipped.

In addition, the light emitting display of each color is performed by the light emitting display unit 13.
It goes without saying that, in addition to causing the light emitting diode of a specific color of 0 to emit light, blinking, or emitting light sequentially, as in the above-described embodiment of the pachinko machine, a light emitting display pattern including a corresponding color can be adopted. Absent.

Further, when there is a lottery hit for BB or RB, the reel stop operation is controlled so that a combination pattern of specific symbols called "reach eyes" appears, and that pattern is used. When appears, it is possible to operate the light emitting display unit 130 to perform light emitting display of a color according to the reliability of reaching BB or RB. For example, when the reliability is the highest, the red light emission display is performed, when the reliability is the next highest, the orange light emission display is performed, and when the reliability is the lowest, the green light emission display is performed.

Further, in the slot machine, when the symbol pull-in control is performed, after the stop button switch 105 is operated,
It is possible to slide the reel within the range of a predetermined number of symbols (for example, 4 frames). In response to this sliding operation, the light-emitting display 130 is caused to blink so that the prize is won. The player's expectation for establishment may be increased.

Furthermore, when there is a lottery hit for BB or RB, the player performs the sequential light emitting operation of the light emitting display 130 in synchronism with the rotation speed of the reels, so that the player can confirm the "7" or "BAR". The stop button switch 106 may be operated by aiming at the symbol.

[0121]

According to the first aspect of the present invention, a common color is set for each symbol type, and the pull-in target determined by the lottery process is set until all variable displays stop the variable display. The symbol is displayed in the color set in the symbol or a color pattern including the color to notify the player, and the player can see what symbol is drawn from the color by looking at the display. .

According to the invention of claim 2, the result of the lottery process is color-coded or color-coded on the basis of the degree of reliability up to the occurrence of a prize until all the variable displays stop the variable display. Since the information is displayed in a pattern to notify the player, the player can see how much the degree of reliability from the color to the winning is seen by looking at the display.

Moreover, since the symbol to be drawn in and the degree of reliability leading to the generation of a prize determined by the lottery process are notified by the color or the color pattern including the color, the advance notice operation can be diversified and the interest of the game can be improved. , Is effective.

[Brief description of drawings]

FIG. 1 is a front view showing the outer appearance of a pachinko machine that is an embodiment of the present invention.

FIG. 2 is an enlarged front view showing a variable symbol display portion.

FIG. 3 is a perspective view showing a configuration of a variable symbol display portion.

FIG. 4 is an exploded perspective view showing a configuration of a light emitting display.

FIG. 5 is an explanatory view showing another embodiment of the light emitting display.

FIG. 6 is an explanatory view showing another embodiment of the light emitting display.

FIG. 7 is an explanatory diagram showing symbol arrays represented on reels.

FIG. 8 is an explanatory diagram showing a winning line configuration and a winning state.

FIG. 9 is an explanatory diagram showing a reach state.

FIG. 10 is an explanatory diagram showing a state of double reach.

FIG. 11 is a block diagram showing a basic circuit configuration of a pachinko machine.

FIG. 12 is a flowchart showing the flow of control by the control device.

FIG. 13 is a flowchart showing a flow of control by the control device.

FIG. 14 is a flowchart showing a flow of control by the control device.

FIG. 15 is a flowchart showing a flow of control by the control device.

FIG. 16 is an explanatory diagram showing a winning lottery table.

FIG. 17 is an explanatory view showing a lottery table for disconnection.

FIG. 18 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 19 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 20 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 21 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 22 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 23 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 24 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 25 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 26 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 27 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 28 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 29 is an explanatory diagram showing a specific example of a light emission display pattern.

FIG. 30 is an explanatory diagram showing the reach of each light emitting display pattern and the reliability of winning.

FIG. 31 is a flowchart showing a flow of control by the control device.

FIG. 32 is a flowchart showing the flow of control by the control device.

FIG. 33 is a flowchart showing the flow of control by the control device.

FIG. 34 is an explanatory diagram showing a probability of performing light emission display.

FIG. 35 is an explanatory diagram showing a specific example of the appearance probability of a light emission display pattern.

FIG. 36 is an explanatory diagram showing a light emitting display example by a light emitting display for a reel action at the time of winning.

FIG. 37 is an explanatory diagram showing a light emitting display example by a light emitting display for a reel action when a reach occurs.

FIG. 38 is an explanatory diagram showing a light emitting display example by a light emitting display for another reel action when a reach occurs.

FIG. 39 is an explanatory diagram showing a light emission display example for notifying the degree of reliability for winning when a reach occurs.

FIG. 40 is a perspective view showing an external appearance of a slot machine according to the present invention.

FIG. 41 is a flowchart showing the flow of control by the control device.

FIG. 42 is a flowchart showing the flow of control by the control device.

FIG. 43 is an explanatory diagram showing a relationship between a range of sampled random number values, a symbol to be drawn in, and an emission color.

[Explanation of symbols]

2 Symbol variable display 20 variable display 21a, 21b, 21c reels 30,130 Luminous indicator 50 controller 51 CPU 53 Random number lottery section 57 Light emitting display circuit

Claims (2)

[Claims] 1. A symbol variable display gaming machine that establishes a winning when a predetermined combination of symbols is established on a winning line, after variably displaying a plurality of symbols in which a common color is set for each type of symbol. , A plurality of variable indicators for stopping the variable display and displaying any one of the symbols on the pay line, and a lottery means for executing a lottery process for determining symbols drawn on the pay line by each variable indicator And, until all the variable display stops the variable display, the symbol of the drawing target determined by the lottery process by the lottery means, in a predetermined pattern including the color set to the symbol or the color. A variable symbol display gaming machine comprising a notifying means for displaying and notifying the player. 2. In a symbol variable display gaming machine that establishes a prize when a predetermined combination of symbols is established on a pay line, after displaying a plurality of symbols in a variable manner, the variable display is stopped, and either Multiple variable indicators that display symbols on the pay line, a lottery means that executes a lottery process to determine the symbols that each variable indicator draws on the prize line, and all variable indicators stop changing display By the way, the result of the lottery process by the lottery means, a notification means for displaying to the player by displaying in a predetermined pattern including colors or the colors that are color-coded based on the reliability up to the occurrence of winning. A variable symbol display game machine equipped with.