JP2528206B2 - Pachinko machine - Google Patents

Description

The present invention relates to a pachinko game machine in which an LED indicator is provided at an arbitrary position on the front surface of the pachinko game machine.

(Prior Art) Conventionally, when a pachinko ball enters a specific winning opening, when a series of pictures or numbers displayed on a display device provided at the center of the playing surface of a pachinko game machine is changed and the change is stopped. As a pachinko game machine that opens the big winning opening so that it is easy to win a prize when the sequence of pictures or numbers is aligned in advance An appropriate number of drum-type rotating bodies or 7-segment LEDs driven by a motor for picture and numeral matching are mounted side by side in a row.

(Problems to be solved by the invention) In this case, when there are a plurality of prizes continuously at the starting opening, the random number for determining the symbol variation time is read after all of the plurality of prize balls are won. By doing so, there is a possibility that the stop of the symbol fluctuation will be delayed.

Therefore, an object of the present invention is to eliminate the drawbacks of the above-mentioned conventional example, and to provide a pachinko game machine in which the stop of the symbol fluctuation is not delayed even when there are a plurality of winnings in succession at the starting opening. .

(Means for Solving the Problem) The present invention sets a preset pachinko ball when the pachinko balls are sequentially shot on the playing surface by operating the handle and when the shot pachinko balls enter a winning opening formed on the playing surface. In a pachinko game machine that supplies a number of pachinko balls to a prize ball saucer, an electric indicator is provided at an arbitrary position on the front surface of the pachinko game machine, and a plurality of types of symbol information displayed on the electric display device are displayed in dot units. The symbol information storage means to be stored in advance, predetermined condition detecting means for detecting a predetermined condition, and a plurality of kinds of symbol information on the electric display when the predetermined condition is detected by the predetermined condition detecting means. If there is a plurality of winnings in the starting opening and conversion display means for converting and displaying in units, a symbol determination is made based on the winning in the starting opening within a certain number of winning balls. And a conversion display stop means for reading the random number for design or the random time for determining the symbol variation time, determining the variation time of the symbol or the symbol based on the read random number, and stopping the conversion display in the conversion display means when the variation time elapses. , A symbol mode determining means for determining the mode of the symbol stopped by the conversion display stopping means, and the opening state of a specific winning opening provided on the playing surface according to the determination result of the symbol mode, which gives a great benefit to the player. The pachinko game machine is provided with each of the winning opening control means for controlling the opening in the given opening state, and further, a plurality of types of symbol information is a predetermined number of symbols arranged in a predetermined order in advance as a symbol sequence. A pachinko game provided with each of a symbol sequence storage means for storing and a symbol conversion display means for sequentially and periodically reading individual symbol information in the symbol sequence and converting and displaying the symbols. Located in.

(Operation) According to the configuration of the first invention, when there are a plurality of winning balls in succession at the starting opening, a random number for symbol determination is based on a predetermined number of preceding winning balls among the plurality of winning balls. Since the symbol is determined based on the read random number, there is no delay in stopping the variation of the symbol due to the selection or reading of the random number in the previous period.

Furthermore, according to the configuration of the second invention, when there are a plurality of winning balls continuously at the starting opening, a random number for determining the symbol variation time is determined based on a predetermined number of preceding winning balls among the plurality of winning balls. Since the variable time of the symbol is determined based on the read random number, the stop of the symbol fluctuation is not delayed due to the selection and reading of the random number in the previous period, like the operation of the first invention.

Further, according to the configuration of the third invention, the above-mentioned first or second
Along with the operation by the configuration of the invention, the symbols are sequentially and cyclically displayed according to a pre-programmed symbol sequence.

(Effect of the invention) As a result, according to the first invention of the present application, even when there are a plurality of winning balls in succession, the stop of the symbol variation does not delay, so the number of symbol variation operations within a certain period of time Can be increased. Further, continuous fluctuation of symbols and stop can be repeated.

Further, also in the second aspect of the invention, even when there are a plurality of winning balls in succession, the stop of the symbol variation does not delay, so that the number of symbol variation operations within a fixed time can be increased. Further, continuous fluctuation of symbols and stop can be repeated.

Further, according to the third invention, in addition to the effect according to the first or second invention described above, the symbols are sequentially and periodically displayed according to a preprogrammed symbol sequence, which facilitates the conversion display of the symbols. You can

(Embodiment) Next, a configuration of an embodiment of the present invention will be described with reference to the drawings.

As shown in FIGS. 1 to 3, on the playing surface 2 of the pachinko game machine 1, in addition to the obstacle nail 3 and the impeller 4, the winning prize receiving hole for winning balls 5, the winning hole for the left side 6, and the winning hole for the world 6 Right winning opening 7, Left winning opening 8, Right winning opening 9, Left sleeve winning opening 10, Right sleeve winning opening 11, Middle 1st type starting opening 12, Left 1st type starting opening 13, Right 1st type starting opening 14
And a big winning opening 16 that is opened and closed by the accessory 15, and each is attached so that the winning can be confirmed by individual switches (not shown), and the number of consecutive operations of the accessory 15 is displayed on the play surface 2. Light 17, memory number display lamp 18 LED decoration light 19,
Big winning mouth prize indicator light 20, indicator light A21, indicator light B22, indicator light
In addition to the C23 and LED indicator lamps 24 being attached, a display device 25 shown in FIG. 3 is provided at the center of the playing surface 2, in this case a dot LED as an image element including letters and numbers. A display 25 in which three dot matrix LEDs 26 arranged in 5 columns and 7 rows are arranged in a horizontal row is attached, and a pachinko ball is struck along a rail 27 on the playing surface 2 at the bottom of the pachinko game machine 1. A handle 28 with a touch switch for the pachinko ball launcher, a launcher stop button 29, and a prize ball receiving tray 30
And a lower plate 31 for a spare, and ball pulling levers 32 and 33 attached to the plates 30 and 31, respectively, are attached. On the upper part of the pachinko game machine 1, an abnormality indicator light 34 and a specific state indicator light 35 are provided. Each of the prize ball payout / prize ball out indicator light 36 is attached.

Next, FIG. 4 is a block diagram of a specific electric circuit of the present embodiment shown in FIG. 5, in which a stabilized power supply circuit 40 to which 24V AC is input is used as a power source and is operated by a clock reset circuit 41. At the same time, the CPU 4 of the game computer 44 whose game content is controlled according to each data of the game content temporarily stored in the RAM 42 and the program stored in the ROM 43.
The input terminal of 5 is a switch for detecting the operating state of each winning opening and each accessory on the playing surface 2, in this case, the first type 1 starting opening 1
2, left type 1 starting port 13, right type 1 starting port 14, big winning opening 16
The first starting opening detection switch SW1 and the left first starting opening detection switch S that detect that a pachinko ball has entered each of
Each of W2, the right first starting opening detection switch SW3, the special winning opening winning detection switch SW4 and the accessory continuous operation detecting switch SW5 for detecting that the accessory 15 has been activated is connected to each of these switches SW1 to SW5. The ON / OFF signal is input to the CPU 45 via the switch detection unit 46, and the output terminal of the CPU 45 has a continuous number display lamp 17 and a memory number display lamp 18 for lighting and displaying various play information via the LED display circuit 47. , LED decoration light 1
9, a prize winning number indicator lamp 20, LED indicator lamp 24 is connected, a pachinko ball launching motor and a prize ball payout device that shoots a pachinko ball one by one to the play board surface via the motor control unit 49. Each motor of pachinko ball payout motor to start
50 is connected, a prize ball payout solenoid 52 used for paying out a pachinko ball is connected via a solenoid drive unit 51,
A special winning opening opening solenoid 54 for facilitating the entry of a pachinko ball into the special winning opening 16 is connected via a solenoid driving unit 53, and an indicator lamp A21 for lighting and displaying various game information via a lamp driving unit 55. Is connected, as well as the lamp driver 5
The indicator light B22 is connected via 6, the indicator light C23 is connected via the lamp drive unit 57, and the speaker 59 mounted on the pachinko game machine 1 via the voice drive unit 58, in this case, play information is voiced. Speaker 59 is connected, and analog GN is connected.
An antistatic device 61 for noise prevention is connected to the D terminal 60.

Next, FIG. 6 is a detailed external view of a dot matrix LED 26 in which dot LEDs as image elements are arranged in 5 columns and 7 rows.
The figure is its internal wiring diagram. Each dot LED is wired in a matrix of 5 columns and 7 rows.
The dot matrix LEDs 26 wiring terminals PIN1 to 12 of the display 25 in which three six are arranged in a horizontal row, the wiring terminals a to g of the continuous number indicating lamp 17 and the large entrance winning prize number indicating lamp 20, and COM are shown in FIG. Computer 44 output ports like PA0-PA7, PB0-PB
7, output terminal LE of drive circuit DVC connected to PC0 to PC7
It is connected to D signals 1 to 13 and LED COM0 to 9 and is computer controlled.

That is, the output ports PA0 to PA7, PB0 to P of the computer 44
The dot matrix LEDs 26 connected to B7, PC0 to PC7 and arranged in three rows in a row are the output ports PA0 to PA7, PB0 to PB.
7, PC0 ~ PC7, for example by the output change shown in FIG.
It works as follows.

If you win in any of the middle 1st type starting opening 12, left 1st type starting opening 13, and right 1st type starting opening 14, the corresponding middle 1st
Starting port detection switch SW1, Left first starting port detection switch SW
2, any one of the right first starting opening detection switch SW3 is turned on,
The left / middle / right pattern of the display device 25 starts to change, and the change is the change of the following pattern, in this case, the change of the numerical value and the character is one cycle each (but 1 at the end of the left pattern, (3) shown at the end of the middle symbol and 8 shown at the end of the right symbol are excluded), and sequentially shifted.

Here, the symbol of this random number, in this case, for example, the right symbol is stored in the data area of the program as shown in FIG.

And the transfer speed of each symbol is set as follows.

Then, the variation of the symbols is performed as shown in the time chart of FIG.

In the figure, mark: random number reading A: high-speed rotation period B: medium-speed rotation period C: low-speed rotation period, random number determination, in this case, time determination of each symbol change, type 1 Random numbers for left / middle / right symbols are memorized up to the maximum memory number of 4, respectively, when there is a prize at the starting opening 12, 13, 14, and the left / middle / right symbols memorized at the mark Use random numbers for each.

Here, TX = (2 * X + 1) * 0.008 seconds TX = 0.008 to 0.200 seconds TY = (2 * Y + 1) * 0.008 seconds TY = 0.008 to 0.200 seconds TZ = (2 * Z + 1) * 0.008 seconds TZ = 0.008 to 0.216 Seconds X, Y, and Z are random numbers for the left, middle, and right symbols that were stored when the first-type starting mouth was won, and 0 ≤ X ≤
It is set to 12,0 ≦ Y ≦ 12 and 0 ≦ Z ≦ 13.

In addition, jackpot (111,222,333,444,555,666.777.888,999,
In the case of ( large large large ), the special winning opening 16 opens in the time chart shown in FIG. 12, and in the three seconds from the judgment of the symbol to the first opening, the direction from the right edge of the right symbol to the left edge of the left symbol is “Yattan! The character "Big hit" is played, and when it reaches the character "Big hit", "Big hit" is displayed until the next first opening, and thereafter, the symbol of the big hit is displayed until the big hit operation ends.

Here, this "Yattane! The jackpot ”character pattern is stored in the data area of the program as shown in FIG.

Next, the operation of this embodiment will be described with reference to the flowcharts of FIGS. 14 to 16.

With the pachinko machine 1 powered on,
After the initial settings are made in step 101, the game is started in step 102, and it is determined in step 103 whether or not the game is finished. When it is determined that the game is finished, the end process is performed in step 104. In the state where the game has not ended, the operation of the handle 28 of the pachinko ball launching device is detected in step 105, and the pachinko ball bullet rolling state is detected in step 106. In this case, the top winning opening 5, the top left winning opening 6, the top right winning opening 7, the left winning opening 8, the right winning opening 9, the left sleeve winning opening 10, the right sleeve winning opening 11, the middle type 1 starting opening 12, the left It is determined whether or not a pachinko ball has entered each of the winning openings of the first type starting port 13 and the right first type starting port 14, and in the case where the pachinko ball does not enter, step 103
After that, the above operation is repeated, and when it is confirmed that the pachinko ball has fallen in step 107, the pachinko ball is in the middle type 1 starting port 12, left type 1 starting port 13 and right in steps 108, 109 and 110. Whether or not it has fallen into the first type starting port 14 is indicated by the following table, for example, by turning on / off the first starting port detection switch SW1, the left first starting port detection switch SW2, and the right first starting port detection switch SW3. Whether the address 2023SWD bit 0 is "0" or the address 2023SWD bit 1 is "0" in the RAM contents list (same below) ...
It is judged by.

Here, if the pachinko ball does not fall into each of the starting ports 12, 13, 14, after the prize ball is released by moving to step 111, the operation is repeated by moving to step 103, If a pachinko ball falls into the starting opening 12, 13, 14 then move to step 112 and the symbol is changing or the big winning opening 1
6 It is determined whether or not a pachinko ball has fallen into each of the starting openings 12, 13, and 14 during the opening, and if it does not fall, the process moves to the symbol display routine of step 113, and if it falls, step 114 After the stored number display lamp 18 is turned on in the stored number display process, in step 115, one of the starting ports 12, 1
Indicator 25 due to a pachinko ball falling once in 3 and 14
The number of symbol fluctuations SCNT is set to SCNT-1 each time the symbol fluctuation ends, and it is determined in step 116 whether SCNT = 0,
In the case of 0, SCNT is set to 4 in step 117, and when it is determined in step 116 that SCNT is not 0, the process proceeds to the symbol routine of step 113.

In the symbol display routine, for example, JMPAD at address 2003
Bit 1, address 4000D0 to D6, address 4001D0 to D
6, the left symbol display processing in step 118, the middle symbol display processing in step 119, due to the output change of addresses 4002D0 to D3,
In step 120, the right symbol display processing is processed in parallel.

That is, after the left symbol display processing in step 118, step 1
In 21, the dot matrix LED 26 corresponding to the left pattern performs high-speed rotation processing of the characters, and the order of the rotated characters is step.
One cycle of the order stored by the random number value shown in 122 is 0.142 seconds, and when a high-speed timeout is detected in step 123, the random process of TX transfer is performed in step 124, for example, the contents of the RNDX memory at addresses 2010 to 2015. When the high speed rotation time does not reach 5 seconds + TX, the process returns from step 125 to 122 and the above operation is repeated. When the high speed rotation time reaches 5 seconds + TX, step 12
From 5 to step 126, the medium-speed rotation process of the character is performed, and the order of rotating characters is performed in the order stored in the random number value shown in step 122 in step 127, and in step 128. If the speed timeout is not detected, the process returns to step 127 and the medium speed rotation is continued. If the medium speed timeout is detected at step 128, the character low speed rotation process is performed at step 129 to rotate the character. The sequence is performed in the order stored in the random number value shown in the step 122 in the step 130, and if the low speed timeout is not detected in the step 131, the low speed rotation is continued as it is in the step 130 and the low speed rotation is continued in the step 131. When the time-out is detected, the left rotation stop processing by the JMPAD bit of the address 2003 is performed in step 132, and then the process returns to the symbol display routine of step 113.

Similarly, in step 119, after the middle symbol display processing due to the output changes of addresses 4001D0 to D6 and addresses 4002D0 to D3, in step 133 the dot matrix LED 26 corresponding to the middle symbol is subjected to the high-speed rotation processing of the character, and the rotated character. The order of is one cycle of the order stored by the random number value shown in step 134.
It is performed in 0.142 seconds, and when a high-speed timeout is detected in step 135, the random process of TX transfer is performed in step 136, and then the random process of TY transfer is performed in step 137, for example, addresses 2016 to 2019, 201A, 201B. The RNDY memory content of the above is performed, and when the high speed rotation time has not reached 5 seconds + TX + TY, the process returns from step 138 to 134 and the above operation is repeated, and when the high speed rotation time reaches 5 seconds + TX + TY, from step 138 Go to step 139,
Here, the character middle-speed rotation process is performed, and the order of rotating characters is performed in the order stored in step 140 in the random number value shown in the step 134, and if the medium-speed timeout is not detected in step 141, Returning to step 140, the medium speed rotation is continued as it is, and when the medium speed timeout is detected in step 141, the low speed character rotation processing is performed in step 142, and the order of the rotated characters is step 143 in step 134. If the low speed timeout is not detected in step 144, the low speed rotation is continued and the low speed timeout is detected in step 144. After the medium speed rotation stop processing by JMPAD bit 1 of the address 2003 is performed at 145, the process returns to the symbol display routine of step 113.

Similarly, in step 120, the address 4000D0 ~ D6, after the right symbol display processing by the output change of the address 4002D0 ~ D3, in step 146 the dot matrix LED26 corresponding to the right symbol high-speed rotation processing of the character is performed, the rotating character Is one cycle of the order stored in the random number value shown in step 147.
It is performed in 0.142 seconds, and when a high-speed timeout is detected in step 148, TX transfer random processing is performed in step 149, then TX transfer random processing is performed in step 150, and TZ transfer is performed in step 151. Random processing is performed by the contents of RNDZ memory at addresses 201C to 201F, 2020, 2021, for example, and this high speed rotation time is 5 seconds + TX + TY +
When TZ is not reached, the process returns from step 152 to 147 and repeats the above operation, and the high speed rotation time is 5 seconds + TX + TY.
Steps from 152 to 1 when + TZ is reached
The process proceeds to 53, in which the character middle-speed rotation processing is performed, and the order of the rotating characters is performed in the order stored in the random number value shown in step 147 in step 154, and in step 155, medium-speed timeout. If it is not detected, the process returns to step 154 and the medium speed rotation is continued as it is.If a medium speed timeout is detected in step 155, the character low speed rotation processing is performed in step 156 and the order of the rotated characters is step If the low-speed timeout is not detected in step 158 in the order stored in the random number value shown in step 147 in 157, the low-speed rotation is continued without returning to step 157, and the low-speed timeout is detected in step 158. If so, JMPAD bit 1 of address 2003 in step 159
After the low-speed rotation stop process is performed by, the process returns to the symbol display routine in step 113, and in this state, the specified display of the dot matrix LED 26 by the output from the register at addresses 4000 to 4003 causes the specified combination of symbols to be displayed. .

FIG. 17 shows how the symbols on the dot matrix LED 26 change in this case.

Here, the specific symbol display on the dot matrix LED 26 is performed as follows.

That is, various symbols set in the program Based on the information (see Fig. 10 and Fig. 13), each bit D0 to D7 of the corresponding register 4000, 4001, 4002
(Refer to FIG. 9) H, L (1 or 0) is controlled, LED dots of a specific row and a specific column are lit, and these are combined to display a preset symbol such as "7". Further, as shown in FIG. 11, the symbol is processed over time, and rotation display for each dot matrix LED 26 or a flow display described later is performed.

In addition, the bit D0 of the register 4000 is the LED signal 0, the first line of the left and right symbol display lights (lights when 1), the bit D1 is the LED signal 1, the second line of the left and right symbol display lights (1 , When the bit D2 is the LED signal 2, the left and right symbol display lights on the third line (lights when 1), bit D3
Is the LED signal 3 as the 4th line of the left and right symbol display lights (lights when 1), bit D4 is the LED signal 4 as the 5th line of the left and right symbol display lights (lights when 1), bit D5 LED
As the signal 5, the 6th row of the left and right symbol display lamps (lights when 1), and the bit D6 as the LED signal 6 displays the 7th row of the left and right symbol display lights (lights when 1), respectively. .

Further, the bit D0 of the register 4001 is the LED signal 7, the first row of the symbol display lamp in the middle (lights when 1), the bit D1 is the LED signal 8 and the second row of the symbol display lamp in the middle (1
, When the bit D2 is the LED signal 9, the 3rd row of the symbol display lamp in the middle (lights when 1), bit D3 is the LED
As signal 10, the fourth row of the symbol display lamp in the middle (lights when 1), bit D4 is the LED signal 11, the fifth row of the symbol display light in the middle (lights when 1), bit D5 is the LED As the signal 12, the sixth line of the middle symbol display light (lights when 1), the bit D6 as the LED signal 13, the seventh line of the middle symbol display light (1
When the signal is 1, the electromagnetic solenoid is operated as an electromagnetic solenoid signal (not shown) for opening the special winning opening 16.

Also, the LEDCOMO signal is set by the combination state D0L, D1L, D2L, D3L of the bits D0, D1, D2, D3 of the register 4002,
Left, the 1st column of the symbol display lamp (lights when it is 1), the combination state of bits D0, D1, D2, D3 D0L, D1L, D2L, D3H and LEDCOMO signal, and the symbol display lamp of the left, middle Second row (1
Lights up), and the combination status D0 of bits D0, D1, D2, D3
L, D1L, D2H, D3L to LEDCOMO signal, left, the third column of the symbol display light (lights when 1), bit D0, D1,
LEDCOMO according to D0L, D1L, D2H, D3H combination status of D2, D3
As a signal, the left, the fourth column of the symbol display light (lights when 1), bit D0, D1, D2, D3 combination state D0L, D1L, D2
L, D3L to LEDCOMO signal, 5th row of left and middle symbol display lights (lights when 1), bit D0, D1, D2, D3 combination state D0L, D1H, D2L, D3H to LEDCOMO signal,
1st row of the right symbol display lamp (lights when 1), bit D
L by 0, D1, D2, D3 combination state D0L, D1H, D2H, D3L
As the EDCOMO signal, the second row (lights when it is 1) of the right symbol light, the combination state D0L, D1, D2, D3 D0L, D1H,
LEDCOMO signal by D2H, D3H, 3 of the right design indicator
Row (lights when 1), bit D0, D1, D2, D3 combination state D0H, D1L, D2L, D3L to LEDCOMO signal, the 4th row of the right symbol display light (lights when 1), Bit D0,
LEDC according to D0H, D1L, D2L, D3H combination state of D1, D2, D3
OMO signal, the 5th column of the right design indicator light (lights when 1), bit D4 is indicator light A (lights when 1), bit
D5 is indicator light B (lights up when set to 1), bit D6 is indicator light C
(Lights when 1) is lit up and displayed.

After returning to step 113 in this way, step 160
The symbol stop state of the display 25 by the JMPAD bit 3 of the address 2003 at ~ 169 is the same number “111” “222” …… “999”
Alternatively, it is determined whether or not the same characters " large large large " are lined up, and if not, the process proceeds to step 111 to release the prize ball, and then proceeds to step 103 to repeat the above operation, In the case of a hit, the process proceeds to step 107, the special winning opening 16 is opened, the indicator light is turned on in step 171, and the process proceeds to the symbol display routine in step 172, and the left symbol processing is performed in steps 173-181, step 182. The middle symbol processing is performed at ~ 190, and the right symbol processing is performed in parallel at steps 191 to 199. In this case, "Yattane! The character "Big hit" is displayed in the unfolded state while flowing in the direction from the right end of the right design to the left end of the left design, and when the character "Big hit" is reached, "Big hit" is displayed until the first opening, After that, until the big hit operation is completed, the symbol "big hit" is displayed, the process returns to step 172, and then the process proceeds to step 200.

In step 200, the pachinko ball is 1 in succession to the winning hole 16
It is determined whether 0 pieces have dropped or not by turning on / off the big winning opening winning detection switch, not shown. If 10 pieces of pachinko balls are continuously dropped, after 10 is set in the counter CNT in step 201 After the special winning opening 16 is closed in step 202 and the prize ball is released in step 111, step 103
If, in step 200, 10 pachinko balls do not fall in succession, the operation is repeated.
The prize winning number 16 winning number display processing is performed in 3 and the count number CNT
Is set to CNT-1 in step 204, and the process proceeds to step 205.

In step 205, whether or not the special winning opening 16 openings are opened 10 times is determined by turning on / off the accessory continuous operation detection switch (not shown), and if it is opened 10 times, after 10 is set in the counter CONT in step 206 , Step 202 big winning mouth 1
When 6 is closed and the prize balls are released in step 111, the process proceeds to step 103 and the above operation is repeated.
If not released, step 205 to step 207
Is displayed and the number of consecutive times is displayed, then CON in step 208
T-1 set, move to step 209, big winning hole 16
22.5 seconds have passed since the
After the special winning opening 16 is closed in step 202 and the prize ball is released in step 111 in the state where 2.5 seconds have passed,
The operation is repeated by shifting to step 103, and after the prize ball is discharged in step 111 in a state where 22.5 seconds have not elapsed, the operation is repeated in step 103.

In this way, in the case of the present embodiment, in a state where the dot matrix LED 26 is used for the display 25, a series of symbols consisting of numbers, characters, etc. is displayed by flowing the symbols from the right end to the left end of the symbols, thereby displaying The number of dot matrix LEDs 26 forming the device 25 is at least the dot matrix LEDs.
In addition to being able to easily convey information consisting of a number of characters that greatly exceeds the number of 26 in a sentence, multiple dot matrix LEs
One picture or number can be displayed on the entire display device consisting of D26, or a picture, number or character can be moved in the vertical / horizontal direction of the rotating body or dot matrix LED array like an electronic display board. Content information consisting of one sentence or video can be easily transmitted, or the displayed data can be changed over time to provide appropriate information to the player at all times, allowing the player to play pachinko games with peace of mind. Can be enjoyed.

[Brief description of drawings]

FIG. 1 is a front view of an embodiment of the present invention, FIG. 2 is a partially enlarged view thereof, FIG. 3 is a detailed view of its display 25 and its peripheral portion, and FIG. 4 is a block diagram of its electric circuit. , Fig. 5 shows its electric circuit diagram, and Fig. 6 shows its dot matrix.
Enlarged view of the surface of LED26, Figure 7 shows its dot matrix LED
Internal wiring diagram of 26, Figure 8 shows its dot matrix LED 26
Wiring diagram of the continuous number indicator lamp 17 and the special winning opening prize number indicator lamp 20, FIG. 9 is a diagram showing the contents of the symbol change of the indicator 25 due to the change of the computer 44 output port, and FIG. 10 is the indicator 25 The figure which shows the contents of the data area of the program for the right design which is indicated in the right dot matrix LED26 of, Figure 11 is the time chart which shows the fluctuation of the design of that indicator 25,
Figure 12 shows the jackpot (111, 222, 333, 444, 555, 666, 77
7, 888, 999, big, big, big ) time chart, Fig. 13 shows "Yattane! Figure showing the contents of the data area of the "big hit" program, Fig. 14 is its control flowchart, Fig. 15 is the flowchart of the symbol display routine shown in step 113 in Fig. 14, and Fig. 16 is 14
The flow chart of the symbol display routine shown in step 172 in the figure, FIG. 17 shows the dot matrix LED 26 of the display 25.
The pattern displayed on the screen, in this case, an explanatory view showing the changing state of the numbers, and FIG. 18 shows the dot matrix LED 26 of the display 25.
"Yattane! It is a partially omitted development view of "big hit". 1 …… Pachinko machine, 2 …… Play surface 25 …… Display, 26 …… Dot matrix LED

Claims (3)

(57) [Claims] 1. A pachinko ball is sequentially fired on a play surface by operating a handle, and when the fired pachinko enters a winning opening formed on the play surface, a preset number of pachinko balls are set on a prize ball tray. In the pachinko game machine to be supplied, an electric indicator is provided at an arbitrary position on the front surface of the pachinko game machine, and a plurality of types of symbol information to be displayed on the electric indicator are previously stored in dot units. Means, a predetermined condition detecting means for detecting a predetermined condition, and a conversion display means for converting a plurality of types of symbol information in dot units on the electric display when the predetermined condition is detected by the predetermined condition detecting means, When there are a plurality of winnings to the starting opening, within the fixed number of winning balls, the random number for symbol determination based on the winning to the starting opening is read and read. The symbol display is determined based on a random number, and the conversion display stopping means for stopping the conversion display in the conversion display means when the variation time of the symbol elapses, and the symbol mode determination means for determining the mode of the symbol stopped by the conversion display stopping means And a winning opening control means for controlling the opening of a specific winning opening provided on the playing surface to an opening that gives a great benefit to the player, based on the determination result of the pattern mode. A pachinko game machine. 2. A pachinko ball is sequentially ejected to a game surface by operating a handle, and when the fired pachinko ball enters a winning opening formed on the game surface, a predetermined number of pachinko balls are received in the prize ball tray. In the pachinko game machine to be supplied to, while the electrical display is provided at an arbitrary position on the front surface of the pachinko game machine, a plurality of types of symbol information to be displayed on the electrical display are previously stored in dot units. Storage means, predetermined condition detection means for detecting a predetermined condition, and conversion display means for converting and displaying a plurality of types of symbol information in dot units on the electric display when the predetermined condition is detected by the predetermined condition detection means. And, if there are multiple winnings to the starting opening, within the fixed number of winning balls, the random number for symbol variation time determination is read based on the winning to the starting opening. A variation display time of the symbol is determined based on the read random number, and a conversion display stop means for stopping the conversion display in the conversion display means when the variation time elapses, and a mode of the design stopped by the conversion display stop means. A symbol mode determination means for determining and a winning opening control means for controlling the opening state of a specific winning opening provided on the playing surface to an opening state that gives a great benefit to the player, based on the determination result of the symbol mode. A pachinko game machine that is equipped with each. 3. A plurality of types of symbol information is stored in a symbol sequence storing means as a symbol example consisting of a predetermined number of symbols arranged in a predetermined order in advance, and individual symbol information in the symbol sequence is sequentially and periodically. The pachinko game machine according to claim 1 or 2, further comprising: a pattern conversion display means for reading and converting and displaying the pattern.