JPS6235788B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application This invention relates to a pachinko game machine.

2. Description of the Related Art A pachinko game machine is used to play a game in which a ball hit by a player passes through a chuck car or ends up being an out ball in the process of flowing down on a pachinko game board. Among them, there is a pachinko machine that has a large number of target frames arranged on a pachinko game board and a variable winning device that expands depending on the type of combination of the target frames that a pachinko ball passes through. -Proposed in Publication No. 106182, this system allows the ball to fall into a large number of target frames only when it falls in a specific manner (such as when the ball enters two fixed special winning holes). A special game in which pachinko balls were valid was started, and there was no change in the expansion time of the variable prize winning device under the special game condition.

In addition, a pachinko game machine was proposed in Japanese Patent Application Laid-Open No. 105038/1983, in which a large number of chucklers that can be opened and closed are disposed on a board surface, and the opening time of other chucklers is controlled by the entry of balls into one chuckler. However, this game changes the game by removing the regularity in the opening and closing of a large number of movable chuck cars, and the expansion state at different times depends on the type of combination of chuck cars containing balls. It was not meant to be.

Problems to be Solved by the Invention The present invention provides an operation different from that of the above-mentioned pachinko machine, so that players can enjoy aiming at the chuck car to achieve combinations, and the movable winning device can be moved to different predetermined positions depending on the combination. To provide a pachinko game device that brings fresh entertainment by being in a time expansion state.

Means for Solving the Problems In order to achieve the above-mentioned technical problems, the pachinko game machine of the present invention includes a large number of pass-through type chuckers on the surface of the pachinko game board, and a movable winning device having an opening larger than the chuckers. The movable winning device is arranged in such a manner that the movable winning device is in an expanded state at different predetermined times depending on the type of predetermined combinations of the plurality of pass-through chuck cars through which the pachinko balls have passed. .

Function: When a pachinko ball launched onto the board surface passes through a predetermined combination of chuck cars, the movable winning device is in an expanded state for a time predetermined for that combination. Next, when the pachinko balls pass through another combination of chuckers, the time movable winning device, which is different from the previous combination and predetermined for the latter combination, becomes in an expanded state.

Embodiment An embodiment of the present invention will be described with reference to the drawings.

FIG. 1 is a surface appearance diagram of a pachinko game machine embodying the present invention. Reference numerals 1 to 16 are passing type chuckers, and each time a pachinko ball passes, a micro switch provided in the chucker turns ON and OFF. LED indicator lamps R1 to R16 are lit.

17 is a movable winning device. FIG. 2 shows the control circuit of this embodiment, and 20 is a terminal board;
Micro switches of checkers 1 to 16 are connected to terminals 1 to 16, respectively, and the other ends of the micro switches are grounded. 21-36 is NOR
Circuit, FF1 to FF16 are flip-flops, 41
~50, 51, 52 are NAND circuits, 53, 54
is an inverter, T1 to T4 are one-shot timers, a flip-flop, a capacitor C, and a variable resistor.
It is configured by connecting an RV. 55 is an OR circuit,
56 is a solenoid drive circuit, 57 is a solenoid that expands the movable winning device 17, and 58 is an LED
Drive circuit, 59 is an indicator light consisting of LED, 6
0 is a reset signal generating circuit which generates a reset pulse at the fall of the pulse signal from the OR circuit 55 and when the power is turned on.

Terminals 1 to 16 each have a resistor R for adjusting the power supply.
1. Capacitor C1 for preventing chattering, resistor R
2 to one input terminal of the NOR circuits 21 to 36, and the other input terminal of the NOR circuits 21 to 36 is connected to the output terminal of the OR circuit 55. Further, the output terminals of the NOR circuits 21 to 36 are connected to the input terminals of the flip-flops FF1 to FF16, and the output terminals of the flip-flops FF1 to FF4 are connected to the input terminals of the NAND circuit 41 and the input terminals of the flip-flops FF1 to FF16.
The output terminals of FF5 to FF8 are the input terminals of the NAND circuit 42, the output terminals of the flip-flops FF9 to FF12 are the input terminals of the NAND circuit 43, and the output terminals of the flip-flops FF13 to FF16 are the input terminals of the NAND circuit 44.
In addition, the output terminals of flip-flops FF1, FF5, FF9, and FF13 are
Input terminal of NAND circuit 45, flip-flop
The output terminals of FF2, FF6, FF10, FF14 are
Input terminal of NAND circuit 46, flip-flop
The output terminals of FF3, FF7, FF11, FF15 are
Input terminal of NAND circuit 47, flip-flop
The output terminals of FF4, FF8, FF12, and FF16 are
Input terminal of NAND circuit 48, flip-flop
The output terminals of FF6, FF7, FF10, FF11 are
Input terminal of NAND circuit 49, flip-flop
The output terminals of FF1, FF4, FF13, and FF16 are
It is connected to the input terminal of the NAND circuit 50. Further, the output terminals of each of the flip-flops FF1 to FF16 are connected to a drive circuit for each of the LED display lamps R1 to R16. The outputs of NAND circuits 41 to 44 are input terminals of NAND circuit 51, and NAND circuit 4
The output terminals of 5 to 48 are connected to the input terminal of the NAND circuit 52, the output terminal of the NAND circuit 51 is connected to the input terminal of the one-shot timer T1, the output terminal of the NAND circuit 52 is connected to the input terminal of the one-shot timer T2, and the output terminal of the NAND circuit 51 is connected to the input terminal of the one-shot timer T2. The output terminal of the NAND circuit 50 is connected to the input terminal of the one-shot timer T3 through the inverter 53, and the output terminal of the NAND circuit 50 is connected to the inverter 54.
The output terminals of the one-shot timers T1 to T4 are connected to the input terminal of an OR circuit 55. Furthermore, the output terminal of the OR circuit 55 is connected to a solenoid drive circuit 56 and a reset signal generation circuit 60.
It is connected to the.

Note that the one shot timers T1 to T4 output output for a certain period of time determined by the variable resistor Rv of the capacitor C1.
The variable resistor Rv is adjusted to give an output of seconds.

Next, the operation of this embodiment will be explained.

The fired pachinko balls are each chuck car 1-16.
Each time the chucker passes, a micro switch provided on each chucker is turned on or off, and from the terminal board 20, "L" level signals IN1 to IN16 are sent to each NOR circuit 21 to 36 depending on the chucker that has passed. is input. Since the other inputs of the NOR circuits 21 to 36 are normally at "L" level, the NOR circuit 21
An output of "H" level is output from ~36, and flip-flops FF1 to FF16 are transferred according to the chucker through which the pachinko ball has passed, and outputs F1 to F16 are output.
issue. For example, if a pachinko ball falls into chuck cars 1, 2, 3, and 4, the "L" level signal IN
1, IN2, IN3, IN4 are generated, NOR circuit 2
1, 22, 23, and 24, flip-flops FF1, FF2, FF3, and FF4 are transferred. This transition produces outputs F1, F2, F3, and F4, which light up lamps R1, R2, R3, and R4 through the LED drive circuit 58, and the NAND
Since all inputs to the circuit 41 are at the "H" level, the output A1 of the NAND circuit 41 is at the "L" level. As a result, the output S2 of the NAND circuit 51 becomes "H" level, triggering the one-shot timer T1. As a result, an "H" level signal is output for 2 seconds from the one shot timer T1, and the OR circuit 55 and solenoid drive circuit 5
6, the solenoid 57 is energized and the movable winning device 17 is expanded for 2 seconds. On the other hand, OR circuit 55
The "H" level signal from the NOR circuits 21 to 3
Since it is input to 6, NOR circuits 21 to 36
is closed for 2 seconds, and during that time, no matter which chucker the pachinko ball passes through, the flip-flops FF1~
FF16 does not metastasize. Next, when the 2-second "H" level pulse signal from the one-shot timer T1 falls (when the expansion of the movable winning device 7 closes), a reset pulse is output from the reset circuit 60. , flip-flop FF1 to FF4 and one-shot timer T
1 and turns off the lamps R1 to R4.

Similarly, when a pachinko ball passes through chuckers 5, 6, 7, and 8, the flip-flop FF
5, FF6, FF7, and FF8 are transferred, trigger the one shot timer T1 through the NAND circuit 42 and the NAND circuit 51, and expand the movable winning device for 2 seconds. Similarly, the chuck cars 9 and 1 are placed side by side.
0, 11, 12, and chaser 13, 14, 1
When the combination of 5 and 16 pachinko ball passing chuckers is established, the movable winning device opens for 2 seconds.

Next, when the combinations of pachinko ball passing chuck cars are established vertically, that is, chuck cars 1, 5,
9, 13, chuck car 2, 6, 10, 14, chuck car 3, 7, 11, 15, chuck car 4, 8,
When the combinations 12 and 16 are established, respectively,
Flip-flop FF1, FF5, FF9, FF13
combination, flip-flop FF2, FF6, FF
10, FF14 combination, flip-flop FF
3, the combination of FF7, FF11, FF15 and the combination of flip-flops FF4, FF8, FF12, FF16 are transferred to NAND circuits 45, 46, 46, respectively.
47 and 48, triggers the one-shot timer T2 through the NAND circuit 52, outputs an "H" level output for 5 seconds, activates the OR circuit 55, solenoid drive circuit 56, and solenoid 57, and operates the movable winning device 17 for 5 seconds. expand.

Furthermore, if the combination of pachinko ball passing chuckers is chuckers 6, 7, 10, and 11, flip-flops FF6, FF7, FF10, and FF11 will be transferred.
The one-shot timer T3 is triggered through the NAND circuit 49 and the inverter 53, outputs an "H" level output for 10 seconds, and operates the OR circuit 55, solenoid drive circuit 56, and solenoid 57.
Expand the movable winning device 17 for 10 seconds.

Pachinko ball passing chuck car 1, 4, 13, 16
When the combination is established, the one-shot timer T4 outputs an output for 30 seconds through the NAND circuit 50 and the inverter 54, and similarly the movable winning device 17 is expanded for 30 seconds.

As explained above, when a pachinko ball passes through the chuck cars 1 to 16, the lamps R1 to R16 light up, and when a combination of passing chuck cars, such as horizontally or vertically, is established, the movable winning device operates according to the combination. Expand time. In addition, while the movable winning device is expanding, the lamp will not light up even if a pachinko ball falls into another player, and even if another combination is established, the expansion time of the movable winning device will not change. other combinations are invalidated.

Further, the arrangement of the chuck cars and winning combinations may be set in various ways other than those described above. (For example, diagonally, etc.) Effects of the Invention As described above, the pachinko game device of the present invention has different opening times for the movable winning device depending on the combination of the pass-through chuckers through which the pachinko balls have passed. The winning device expands the game for different times depending on the combination of the chuck cars that the pachinko ball passes through, allowing for a more varied and interesting game compared to conventional pachinko machines that change the expansion time depending on a single chuck car. At the same time, players can enjoy hitting combinations that match their own skills, and can enjoy a non-monotonous game that uses their brains. Since the movable prize winning device has a larger opening than the pass-through type chuck car, a wide range of balls can be won in the opening, making the game more exciting.

[Brief explanation of the drawing]

FIG. 1 is a surface schematic diagram of an embodiment of the pachinko game machine of the present invention, and FIG. 2 is a control circuit diagram of the same. 1 to 16... Passing type chuck car, 17... Movable winning device, FF1 to FF16... Flip-flop, T1
~T4...One shot timer.

Claims (1)

[Claims] 1. A large number of passing type chuckers and a movable winning device having an opening larger than the chuckers are arranged on the surface of a pachinko game board, and the movable winning device is configured to play a predetermined combination of the plurality of passing type chuckers through which a pachinko ball has passed. A pachinko game machine characterized by being in an expanded state for different predetermined times depending on the type.