JPS63150086A - Pinball machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a pachinko machine equipped with a mechanism that releases prize balls in conjunction with the generation of safe balls.

(Prior art) In a pachinko machine, the balls that enter the 1@ safe ball receptacle are distributed into the first passage and the Pt52 passage according to chance conditions, and the safe balls that flow out of the 11th passage are distributed. A certain number of prize balls are released from the prize ball case, and the safe balls that flow into the second passage are used to raise the opening and closing wing elbows or tilt them in an inverted figure-eight shape to reduce or increase the chances of winning a prize. Pachinko machines are known that give players the advantage of opening the opening/closing wing elbows of a plurality of winning ball sockets, and at the same time release a certain number of prize balls from a prize ball case. Various devices have been proposed for distributing safe balls into a first passage and a second passage according to chance conditions.

(Problems to be Solved by the Invention) However, with the conventional devices, the pachinko game itself has become obsolete and some kind of improvement is needed.

The present invention attempts to overcome the above-mentioned obsolescence and realizes a concept in which the number of prize balls to be released varies depending on the position where winning balls are generated.

(Means for Solving the Problems) The present invention aims to fundamentally improve the obsolescence of pachinko games described in the previous section, and the present invention is aimed at fundamentally improving the obsolescence of pachinko games as described in the previous section, and by selectively driving a plurality of solenoids, the number of prize balls released can be increased. In addition to installing multiple different prize ball cases in communication with the ball tank,
A plurality of switches activated by safe balls are provided for different safe ball generation positions, and a plurality of solenoids are selectively driven according to the safe ball generation position, and different numbers of prize balls are distributed to any of the plurality of prize ball cases. This relates to a pachinko rock that is waiting to be released from the top.

A preferred embodiment of the invention will now be described.

(Embodiment) The attached drawings show an embodiment of the present invention, in which Fig. 1 is a back front view of the pachinko machine body 1, Fig. 2 is an enlarged front view of the same, and Fig. 3 shows the driving of the actuating piece 11. Partially cutaway front view, No. 4
15 is a partially cutaway bottom view, and FIG. 6 is a partially cutaway plan view of the solenoids 14 to 16.

Figure 1 shows the production of a pachinko machine body 1. Three guiding fences 3, 4, 5 are installed in parallel at the outlet of the upper ball tank 2, and three prize ball cases 6 are placed behind the rock. .7.8 is installed in communication with the ends of each guide fence 3 to 5. (4th
figure).

Each of the prize ball cases 6 to 8 has a vertical rectangular tube shape in which one prize ball is arranged in tandem, as shown in FIG.
7a and 8a are aligned at the same height and faced above the release piece 17, and in order to vary the number of prize balls a to be released, one side wall is provided with an entry hole for the ball cutter at different heights. 6b, 7b,
8b is provided as shown in FIG. 9 is each prize ball case 6
This is a ball release actuating piece that is swingably provided on one side of the lower end of ~8 and essentially constitutes one side of the discharge ports 6a~8a, and is rotated in the arrow direction at the end of business hours, etc. The prize balls remaining in the prize ball cases 6 to 8 are caused to fall into the collecting gutter 10 by swinging.

Operating pieces 11, 12, and 13 for releasing prize balls are provided in correspondence with the prize ball cases 6 to 8, and are pivotally supported from a shaft support plate 18 attached to the back surface of the pachinko rock main body. Each actuating piece 11-13 has a release suppressing piece 11a-13a protruding just below the ntr-recorded release hole 6a-8a, and the above-mentioned bevel claw receiving opening 6b-8.
It is equipped with ball-cutting claws 11b to 13b facing the outside of b.
Since the heights of the entry ports 6b to 8b are different from each other, the heights and the positions in the height direction of the pongee 11c to 13c relative to the pongee support plate 18 are made to be different. In addition, each actuating piece 11 to 13 has a long hole lid in the vertical direction at a position lower than the pongee 11c to 13c.
13d is provided, and the three solenoids 14 to 1G are attached to the horizontal surface of one solenoid support plate attached to the back surface of the pachinko machine body 1. 5, and when any of the solenoids 14 to 16 is driven, any of the discharge suppressing pieces 11a to 13a is moved to the side of the discharge ports 6a to 8a as illustrated in FIG. and at the same time insert any one of the ball cutting molds 11b to 13b into the entry port 6.
A so-called ball cut is caused to enter the inside of the prize ball cases 6 to 8 from any one of the balls b to 8b and stop the prize ball a above the ball cut shapes flb to 13b.

Reference numeral 21 is a ball receiver attached to a pachinko machine, in which safe balls that have entered the inside of the surface are thrown out at ball exits 22, 23, and 2 under accidental conditions.
4, and each ball outlet 22 to 2.
Any one of the switches 25 to 27 is turned on by the safe ball flowing out from 4. In the present invention, the hit ball receiver 21 is not provided, but several other hit ball receivers are used to operate one of the switches 26 to 28 by a safe ball that is received by one of the other hit ball receivers and flows out. 25 switches for each ball receiver
~27 can also be installed. Furthermore, three prize ball cases are not necessarily provided in parallel, but two may be provided in parallel. In that case, the number of actuating pieces 11 to 13 and the levers 14 to 16 are two each.

In this embodiment, three switches 25 to 27 are used, and the connecting wires connected to each switch are connected to an electronic control board 28, and one further is connected to the electronic control board 28.
A circuit line connected from 8 to solenoids 14 to 16 is provided. Electronically controlled bow 1/28, when the same switch is operated by the safe ball continuously, it drives the required solenoid based on the signal from the safe that entered first, reserves the signal from the safe that entered later, and 2 by safe ball
When the release of the prize ball is completed, the signal from the 7-7 ball that comes in later drives the same thread/id to trigger the release of the prize ball, and also sends other commands such as blinking the decorative light. I do.

To explain the operation of this embodiment, when a safe ball enters the hit ball receiver 21 and flows out from the outlet 22 due to accidental conditions,
The switch 25 is actuated and the solenoid 14 is driven via the electronic control board 28, so the blunt gear 14a contracts and the operating piece 11 swings about the shaft 11c as shown in FIG. Outlet port 6 of case 6
At the same time as opening the ball a, the ball cutting mold 11b is projected into the case 6, so the ball cutting mold 11b releases the lower prize ball a into the release price 17 and releases it into the ball receiving tray on the front of the bathing rock main body. do. On the other hand, in order to stop the drive of the roller 14 at the end of discharge and extend the plunger 14a, the discharge port 6a of the prize case 6 is closed as shown in FIG. Ball with induction value 3 is outlet 6
It is replenished up to a.

When the switch 26 or 27 is actuated by the safe ball, the solenoid 15 or 16 is driven, and the actuation piece 12 or 13 swings in the same direction as the actuation piece 11 described above to release the prize ball.

In the prize ball case 6 described above, the number of prize balls a released at one time is, for example, 7, in the prize ball case 7, the number of prize balls a released at one time is, for example, 10, and in the prize ball case 8, the number of prize balls a released at one time is 13. The number of prize balls a to be released at one time is changed depending on the generation position of the safe balls a and the actuated switches 25 to 27. A plurality of prize ball cases that release different numbers of prize balls are installed in communication with the ball tank, and a plurality of switches that are activated by the safe balls are installed in different safe ball generation position bonds corresponding to the safe ball generation positions. , the solenoid is selectively driven by the plurality of switches operated by safe balls, and if the safe balls each provided with a plurality of switches are generated at different positions, , the function of changing the number of prize balls to be released is produced by differentiating the SoleF II driven by the switches.

(Effects) The present invention has the above-mentioned Vt structure and function, and the number of prize balls to be released is varied by varying the positions where the safe balls are generated. Since the same number of prize balls are not released, the pachinko game is not uniform, and by looking at the number of prize balls released, you can aim for a ball receiving hole that is advantageous for the game, and even if a safe ball is generated. Even if the position is determined by chance, a corresponding game method can be performed, which has the effect of increasing interest in pachinko games.

[Brief explanation of the drawing]

The attached drawings provide a detailed explanation of the present invention, and FIG. 1 is a front view of the back side of the bathing iso main body 1, FIG. fjS2 is an enlarged front view of the same, and FIG. Front view, Figure 4 is a side view, Figure 5 is a partially cutaway plan view, ff16
The figure is a plan view of the solenoids 14 to 16, with some parts cut away. a → Prize ball 1 → Bachinfu machine body 2 → Ball tank 6 ~ S- + Prize ball case 6a ~ 8a → Release port 6b ~ 8b → Ball cutter claw entry port

Claims (1)

[Claims] A plurality of prize ball cases that release different numbers of prize balls by selectively driving a plurality of solenoids are installed in communication with a ball tank, and a plurality of switches that are activated by safe balls at different safe ball release positions are provided to release safe balls. A pachinko machine characterized in that a plurality of solenoids are selectively driven according to the position of generation of prize balls, and different numbers of prize balls are released from any of the plurality of prize ball cases.