JPH0724701B2 - Rotating slot type game machine - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to condition forming means for hitting a monitor screen each time a coin is inserted and stepping up a payout of a mark, and a large number of hit marks and out-of-mark marks in the peripheral portion.
The present invention relates to a completely novel rotary slot type game device in combination with a rotary slot disk in which a circle is displayed in an annular shape.

[0002]

2. Description of the Related Art Conventionally, three rotary drums having a large number of marks on their outer circumferences are rotatably arranged side by side on the same shaft, and the three rotary drums are irregularly stopped and specified when stopped. A slot machine in which a payout is made by combining three marks at positions is well known.

Further, by rotating a turntable on which a large number of marks are annularly displayed on the outer circumference, one ball is rolled on the display unit,
Marker of the part where the ball is located when the turntable stops naturally.
A roulette game device is known in which a mark is used as a hit mark, and coins corresponding to the number of coins attached to the mark are paid out.

[0004]

By the way, in the above-mentioned prior art, neither the former nor the latter was hit by the player in advance, so that the thrill of the game itself was small and the interest was high. Was halved.

Further, the throttle lever is simply a drive motor.
Since the rotation speed is not controlled only by starting the starter, the player cannot do anything to stop the mark with a high payout at a predetermined position.
There was a problem that it lacked thrill because it was simply left to the motor to stop naturally.

[0006]

SUMMARY OF THE INVENTION The present invention aims to solve the above-mentioned problems, and among various marks displayed on the peripheral portion of a rotating disk, various types of steps for increasing the payout of a winning mark. Step-up forming means for displaying the card on the monitor screen by the number of inserted coins; and throttle lever means for controlling the rotating speed by turning on / off the rotating disc.
Detects the type of payout mark and the step-up condition,
A rotary slot type game machine comprising a means for receiving the detection signal and performing a payout operation, and a computer for performing each of the means, comprising a DC motor for driving the rotary disc, The DC motor is pulled by pulling the throttle lever.
Is rotated at a constant speed and returned to reduce the voltage applied to the DC motor to reduce the rotation speed of the rotating disk, and the player stops the rotating disk within a predetermined range. It is characterized in that it can be controlled.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, one embodiment of the present invention shown in the drawings will be described in detail. Reference numeral 1 is a base with a built-in computer, and 2 is a round slot game board vertically projected on the upper surface thereof. Reference numeral 3 denotes a rotary disk rotatably attached to the round slot game board, and 36 marks including a large number of contact marks 4 and disengagement marks 5 are annularly displayed on the peripheral portion.

A coin slot 6 on the surface of the base 1, a 1-card button 10 for determining the number of card beds, a 3-card button 9, a 5-card button 8, 10-card buttons 7 and
There is a monitor screen 11 for displaying payout doubling conditions and step-up conditions of various winning marks by means of the card displaying portion and the winning cards in the cards. Reference numeral 12 is a throttle lever which is pulled by the player when the conditions of the monitor screen 11 are finally determined.

The types of cards are as follows. (1) Red card 7 and step-up card to increase the BAR dividend (7 is 10 points and BAR is 5 points in 1 step. The maximum of 7 is 1000 points and the maximum of BAR is 500 points. (2) Yellow card Step-up card to increase bell and plum payouts (4 bells and 3 plums in 1 step. Bell's maximum is 400 points, plum's maximum is 400 points) (Up to 300 points.) (3) Green card Step-up card that raises the dividends of orange and celly (2 points for orange and 1 point for cellier in 1 step. Orange maximum is 200 points) , The maximum of the celler goes up to 100 points.) (4) Trumpet card Card that raises the payout of the above pattern up to 4 times (3 times draws 3 times, 3 draws 3 times, 3 more draws) 4 if you draw
Double. ) (5) Red ☆ Card If you draw one card, you will get one red ☆ dividend (up to 99)
Up to the point). (6) Blue ☆ Card If you draw one card, you will get one blue ☆ dividend (up to 99)
Up to the point). (7) B. C card Normally, only the A spot is effective, but if you draw 4 B cards, the B will be added (plus) and the C card will be effective.
If you draw 4 cards, you will get an additional (plus) C hit. (8) If you draw two 7-card crowns, you will be entitled to the jackpot. The jackpot right is that you can get jackpot points unconditionally if you turn the disc and 7 stops at any of A, B, or C effective spots. (9) Jackpot point card A card that raises the points that can be acquired when a jackpot right is generated (cards can be drawn up to a maximum of 15,000 points). (10) Baniga -Lukard Cards whose conditions do not change (cards of ska)

When a coin is inserted into the coin insertion slot 6, the number of credits corresponding to the number of coins inserted is displayed on the monitor screen 11.

Regarding how to put out the card: The computer has six kinds of card cases in which the number of each of the cards (1) to (10) is changed. The computer selects which card to draw the card from for each game.・ Furthermore, the arrangement of cards in the selected case is different each time. The card drawn by the player is displayed on the monitor screen, and the result is indicated by the corresponding part or lamp in FIG.・ The lamp display is the magnification of the glass surface in Fig. 2 and the A, B and C parts. Normally, only A is effective, but B or C
When you pull the do, one arrow lights up. When the B or C card is pulled further, the lamps with arrows move toward B or C one by one. B or C becomes effective when four cards of B or C are drawn. The lamp of a lights up when one trumpet card is pulled. Further pulling the trumpet card will move the lamp lighting toward x4. The magnification increases only when the x2, x3, and x4 lamps are turned on.

Rotating Mechanism of Rotating Disc As shown in FIGS. 4 and 5, 36 shaft pins 14 are provided on the back side of the rotating disc 3 at a constant radius at intervals of 10 °, and a sensor ring is provided. The plate 15 is coaxially fixed, and notches 16 are formed at ten or more places according to a certain rule.
Reference numeral 17 is a motor coupler fixed to the center of the rotating disk 3,
Reference numeral 18 denotes a DC motor, which can change the rotation speed by changing the DC voltage applied. Reference numeral 19 denotes a sensor unit to which six optical sensors 20 are attached, and the sensor ring plate 15 is arranged so as to rotate through the six optical sensors. The optical sensor-20
Is an optical switch that turns off when there is an obstacle in the part painted in black, and turns on when there is no obstacle. By utilizing this, it is possible to determine which of the 36 marks is stopped at which position.

Therefore, the cut of the sensor ring plate 15 is made so that 36 marks can be identified in one turn.
6 positions are decided.

When the rotary disc 3 rotates, the solenoid 21 is turned on and the rod 23 having the roller 22 attached thereto is turned on.
Goes up and when the rotating disk 3 stops, the solenoid 21 turns off and the roller 22 drops down. At this time, the roller 21
Since 22 is lightly rotated by hand, it is sandwiched between the adjacent shaft pins 14 and stopped.

However, the roller 22 is attached to the shaft pin 14
DC motor 18 until the on / off switch 24 is turned off (that is, until the roller 22 falls between the shaft pin 14 and the adjacent shaft pin 14) when it stops right above.
Is designed to rotate.

Operation of the throttle lever When the throttle lever 12 is pulled, the direct current motor 18 has a 12
A DC voltage of V is applied, and the rotating disk 3 rotates at a speed of 1 rotation per second. At the same time, the rod 2 of the solenoid 21
3 goes up and Roller 22 goes up. Throttle lever-12
Continue to rotate for 2 seconds after pulling. When the throttle lever 12 is returned after 2 seconds, the voltage of the DC motor 18 drops to about 3V and the rotation speed drops to 1/6 in 1 second. Five seconds after the throttle lever 12 is returned, the operation automatically returns the throttle lever 12 and stops.

Further, even if the throttle lever 12 is continuously pulled, after 5 seconds, the operation of automatically returning the lever is started. At the same time, the solenoid 21 is turned off and the roller 22 is dropped. Low
The shaft pin 14 and the shaft pin 1 are adjacent to each other.
The on / off switch 24 detects that it has fallen between 4 and 4 and detects this signal by a computer (not shown) in the base 1.
To enter. When the computer confirms this signal, it reads the signal from the sensor unit 19 to read whether it is a hit mark or an out mark, and when a hit mark is detected, it is formed on the monitor screen. The payout operation according to the step-up condition is performed, and one game is completed.

When playing a game, insert a coin and
When the desired number of buttons is pressed from the buttons 7 to 10 for determining the number of doves, various cards 25 selected by the computer for each game are distributed and displayed on the monitor screen 11. By the distributed card 25, the payout multiple of each mark on the monitor screen 11 and the step-up condition are gradually stepped up. When the big odds and conditions are met and the player decides to start the game, pull the throttle lever 12. The rotating disk 3 rotates.
After 2 seconds, the throttle lever 12 is returned to decelerate the rotation of the rotating disk 3 and control is performed so that the specific mark around the rotating disk stops at the contact position A or A, B, C. Roller 22 when the rotation speed of the DC motor 18 becomes 0 after 5 seconds
And the adjacent shaft pin 14 and the shaft pin 14 on the back side of the rotating disk 3 that are rotating slowly due to inertia.
In the meantime, the rotating disk 3 is stopped by falling.

Immediately before stopping, the roller 22 surpasses the shaft pin 14 to enter between the shaft pin 14 and the next shaft pin 14 or falls between the shaft pin 14 and the front shaft pin 14 without being surpassed. Can be increased. When the roller 22 is completely dropped, the on / off switch 24 detects it. When this signal is input to the computer, the computer reads the signal from the sensor unit 19, and A or B The mark at position C hits the mark, or the mark goes off.
In the case of a winning mark, the payout operation of the corresponding mark formed and displayed on the monitor screen is performed and one game is completed.

[0020]

According to the present invention, various cards for stepping up the payout of the winning mark among the many marks displayed on the peripheral portion of the rotating disk are monitored by the number of coins inserted. Step-up forming means displayed on the screen and a throttle lever for controlling the number of revolutions by turning on and off the rotating disc.
Means, means for detecting the kind of payout mark and the step-up condition, and receiving the detection signal to perform a payout operation,
A rotary slot type game machine equipped with a computer for performing each of the above means, comprising a DC motor for driving the rotating disk, and pulling the throttle lever to drive the DC motor. DC motor by rotating at constant speed and returning
Since the player can control the stop position of the rotating disk within a predetermined range by lowering the voltage applied to the rotating disk to reduce the rotating speed of the rotating disk. Create step-up conditions for paying a mark to the periphery of the rotating disc, and decide for yourself whether or not to game with that condition, then pull the throttle lever and rotate the rotating disc. You can start the game, control the throttle lever pulling method to control the rotation speed of the rotating disk, and control the stop position to some extent, so if you stop it well you can get a big dividend. Therefore, it is possible to enjoy a large thrill that cannot be enjoyed by the conventional game device.

Furthermore, by pulling the throttle lever, the rotary disk is rotated at a constant speed, and then by returning the throttle lever, the rotary speed of the rotary disk is reduced, so that the payout formed on the monitor screen is high. Since the hit mark can be controlled to a certain extent so as to be stopped at a predetermined hit position, the thrill is increased and the game can be interestingly performed as compared with the conventional device in which nothing can be controlled.

[Brief description of drawings]

FIG. 1 is an external perspective view of an embodiment of the present invention.

FIG. 2 is a front view of a round slot game board.

FIG. 3 is a monitor screen on the upper surface of the base.

FIG. 4 is an exploded perspective view of a rotating disc portion.

FIG. 5 is a front view for explaining the operation of a rotating disc, a solenoid, a roller, and an on / off switch.

FIG. 6 is a front view of a sensor unit for detecting a rotational position of a rotary disc.

[Explanation of symbols]

 1 base 2 round slot game board 3 rotating disc 4 mark per 4 5 mark off 6 coin insertion slot 7 button 8 button 9 button 10 button 11 monitor-screen 12 throttle lever 14 shaft pin 15 sensor ring plate 16 Cut 18 DC Motor 19 Sensor Unit 20 Optical Sensor 21 Solenoid 22 Roller 23 Rod 24 On / Off Switch 25 Various Cards

Claims (1)

[Claims] 1. A large number of markers displayed on the periphery of a rotating disk.
During the week, various types of cards that step up the dividend of the winning mark
Step-up forming means for displaying the number of coins on the monitor screen by the number of inserted coins, a throttle lever means for controlling the rotating speed by turning on / off the rotating disk, and a payout marker.
A rotary slot type game device provided with means for detecting the type of the game and the step-up condition, receiving the detection signal and performing a payout operation, and a computer for performing each of the means, wherein the rotary circle A DC disk drive for driving the plate is provided, and the DC disk is rotated at a constant speed by pulling the throttle lever, and by returning the DC motor, the voltage applied to the DC motor is lowered to rotate the disk. The rotation slot type game device in which the player can control the stop position of the rotating disk within a predetermined range by lowering the rotation speed of.