JPS63311980A - Winning apparatus of 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 winning device installed on a game board of a pachinko machine.

[Prior Art] A game board is equipped with a winning device for receiving winning balls, but recently when a ball hits a specific winning hole, a large winning machine equipped with a door means in the winning hole is used. A device that opens the door means of the device and allows a large number of winning balls to enter with a single opening is χ.
It is put to practical use. Furthermore, at present, a specific incoming ball receiver is installed inside this winning device, and when a incoming ball is received by this receiver, the closed door means is immediately reopened so that multiple winnings can be won again. What has been provided is now available.

In general, this Oshun prize winning device closes the door when there is a preset number of winning balls when the door is opened, and also closes the door when a flying ball is received in a specific flying ball receiving section. By limiting the number of times the game is opened to a certain number of times and continuing the game in succession, the number of prizes that can be won in large quantities is limited. Generally, this restriction is achieved by providing a detection switch in the specific incoming ball receiver and another detection switch in the incoming ball collection port that guides the winning balls to the winning ball collection gutter on the back of the machine. This is done by detecting the balls. For example, if you allow 10 winning balls by opening the door means once, and if you make it possible to open this door means 10 times in a row, the number of winning balls addressed to one time. Detection is performed with a detection switch provided at the incoming ball collection port, and 10
A detection switch provided in a specific flying ball receiver detects consecutive openings of balls, and the total number of winning balls (100) is counted and controlled.

In this way, the conventional large-scale winning type winning device has a means for detecting the number of consecutive openings of the door means and the number of winnings per opening using two detection switches, and limiting the maximum consecutive winning rate when winning a large six prize. However, as is well known, in this winning device, when the door means is opened, a large number of winning balls sometimes fly in instantaneously, and as a result of this simultaneous flying into the specific flying ball receiving section, You may receive multiple winning balls.

As a result, in conventional winning games of this type, even if you set the total number of consecutive winning balls in advance, the set number will often be exceeded due to simultaneous winnings, so it is difficult to set an accurate number of consecutive winning balls. There was a problem.

In particular, since the winning device has a deep interior and there is a time lag between when the detection switch installed therein detects the last winning ball and when the door means is closed, it is difficult to maintain a precise set number for 1F.

[Problems to be Solved by the Invention] The present invention solves such conventional prize winning devices, especially i! l
In a prize winning device that makes it possible to receive a large number of winning balls based on a systematic and quantitative open system, it is possible to eliminate variations in the set number of winning balls and to select and control the number of winning balls that is most similar to the set number. It is an object of the present invention to provide a winning device for a pachinko machine.

Means for Solving Problem E] The present invention has been made based on the above-mentioned object, and is characterized by providing a door means at the entrance, and providing a specific incoming ball receiving section inside to prevent the incoming ball from entering the ball. A first switch is provided at the incoming ball receiving portion and a second switch is provided at the incoming ball collecting port, and when the second switch counts a predetermined number of incoming balls when the door means is opened, the door is closed. On the other hand, when the specific flying ball receiver receives a flying ball when the door means is opened, and this is detected by the first switch, the door means is re-opened, and the door means is re-opened. In the prize-winning device that can be opened continuously within a certain number of times, a third detection switch is arranged in parallel to the incoming ball collecting port, and incoming balls are detected by repeatedly re-opening the door means a certain number of times. A winning device for a pachinko machine, which detects and counts the total number of balls that enter the machine, and when a preset number of balls is reached, stops opening of the door means regardless of the detection of the first switch. be.

Hereinafter, embodiments illustrating the present invention will be described in detail, and the 48 characteristics will be further clarified.

[Example] Fig. 1 is a front view showing how the winning device according to the present invention is used, Fig. 2 is an enlarged front view of main parts, Fig. 3 is a side view illustrating the operation of the door means, and Fig. 4 is a front view showing how the winning device according to the present invention is used. The figure is an enlarged central vertical sectional side view of the main part.

The winning type δl according to the present invention is installed at the lower part of the front game section 3 of the game board 2, and the entry hole 4 is placed directly above the winning device.
Three specific winning openings that open the door means 5 that closes the door 6.
7a and 7b are preparations.

The winning device is located in the upper center of the mounting board 8. The above-mentioned entry port 4 is opened, and a door means 5 is provided by a support shaft 9 installed at the bottom of both sides.
It is pivoted to open and close freely.

The door means is provided with fan-shaped stoppers lO projecting forward on both side edges, and when opened, the stoppers abut against the front surface of the mounting board 8.

It can be opened to the front with a backward slope.

A frame part 11 is provided at the rear of the entry hole 4 and extends integrally from the mounting board 8 to form a hollow interior 12 of the prize winning device, and two parallel wooden crosspieces are provided in the center of this interior in the rearward direction. A specific flying ball holder 13 is formed by passing the ball, and a first detection switch 14 is attached to this holder.

The frame portion 11 forms a collecting port 15 that collects flying balls (winning balls) by sandwiching the lower part thereof, and a second detection switch IB is installed in this collecting port.
and a third detection switch 17 are provided. Although not shown, the incoming ball collection port 15 communicates with a winning ball collection room provided behind the game board 2 to guide winning balls to a prize ball release operating device.

In the figure, 18 is a solenoid which is an actuating means for restraining the door means 5 in a closed state. Reference numeral 3 designates a swinging piece that receives the protrusion of the abutment member 21 provided at the tip of the plunger 20 and closes the door means.

The plunger 20 is extended downward by a contracting spring 22, and presses down the swinging piece 19 that swings about the support shaft 23 via the abutment member 21, and presses the arm 24 provided on the back side of the door means 5. The door means 5 is always restrained in the closed position, and when the solenoid is contracted by energizing, the swinging piece 19 is released from being pressed down, and the stopper 10 of the door means 5 is closed.
In addition, this door means is opened in response to a heavy weight 25 buried therein.

In the figure, 26 is a display lamp that lights up when the door member is opened due to the entry of winning balls, and 27 is a display lamp that displays the number of winning balls.

Now, the switch 14 provided on the specific incoming ball cradle 13 detects the human π ball received by this cradle, and the solenoid 18 is energized by the signal emitted by this detection to open the door means. Here, the number of winning balls received on the pedestal 13 is counted up to 10, and this is stored, so that the once closed door member can be opened continuously for the number of times.

On the other hand, the second switch 16 provided at the gathering entrance 15 counts the winning balls received inside the device, and in this embodiment, the door opens when 10 winning balls are counted in one opening. It is assumed that a command is given to close the member 5.

And the third detection switch 1? is a switch for detecting and counting all of the winning balls that fly in during opening, and here, when the set 100 winning balls are counted, the solenoid 18 is demagnetized, the door means 5 is closed, and the switch is continuously operated. This is to prevent the ball from hitting the target.

The device of the present invention is constructed as described above, and when a shot ball enters any of the specific winning holes 6, 7a, and 7b of the game board, the door means of the winning device of the present invention is caused by this. 5
is open for a predetermined time, and winning balls that fly in during this opening time are detected and counted by the second switch IB through the collection port 15, and when a preset number of balls have passed, In this example, when 10 counts are made,
A solenoid that opens the door member 5! 8 will be demagnetized and blocked. Then, when the winning ball that flew in during this release is received by the pedestal 13 and detected by the first switch 14, the demagnetized solenoid L is energized to release the biasing of the swinging piece 19. The door means 5 is opened again to change the state to a state where winning is possible.

By being able to receive the winning ball on this pedestal 13-c I
In the case of the above-mentioned setting, the I means reopens 10 times in succession, and when the opening is repeated a maximum of 10 times, the series of opening operations ends.

The first one so far. The successive opening of the door means 5 based on the detection of winning balls by the second switch 14.18 is the same as in the conventional device, but in the device of the invention the third detection switch 17 The total number is counted and memorized, and when the set number is reached, it is immediately detected and the door means is closed to terminate the continuous opening operation. Even if it is accepted, it will not be reopened.

The display lamp 27 is a means for counting and displaying the number of balls received by the specific flying ball cradle when the door means 5 is opened, and is for displaying the remaining number of winning balls to be re-opened.

[Effects of the Invention] Since the device of the present invention is configured as described above, even if the number of consecutive openings is set in advance in the case of this conventional insertion device, the number of consecutive openings will be reduced immediately before occlusion at the final opening. If there is a specific winning ball that exceeds a constant, lj? , issued a command to open the first stage of T and opened it again, allowing more winning balls to fly in than the set number, and sometimes 101 for the total number of 100 balls set.
In some cases, up to 120 winning balls were won, but the device of this invention allows the door means to be opened continuously, allowing the player to enjoy the pleasure of winning, and at the same time detecting and counting the total number of winning balls. Since the continuous opening of the door is stopped immediately when the set number is reached, there is an advantage that an almost accurate number can be set without allowing excessive winning balls to fly in.

In the above embodiments, the door means 5 has a structure that tilts forward of the entry port 4, but the door means 5 may be provided with rotor blades rotatably pivoted to the side of the entry port 1. This also includes a case in which when it is opened toward the water, it is possible to enter the water, but in normal times it is not possible to enter the prize by standing vertically, and the structure is limited to one. isn't it,
In short, the door means may be anything that opens and closes the entrance, guides the batted ball when it is open, and makes it easier to win a prize, and makes it impossible or difficult to win when it is closed.

[Brief explanation of drawings]

The drawings show an embodiment of the device of the present invention; Fig. 1 is a front view showing the state of use, Fig. 2 is an enlarged front view of the main parts, and Fig. 3 is a side view illustrating the operation of the door means. FIG. 4 is an enlarged central vertical sectional side view of the main part. l... Prize winning device, 4... Jump entrance. 5... Door means, 8... Mounting board, 13.
...Specific flying ball receiving section, 14...First switch, 1
5... Incoming ball collection port 16... Second switch,
17...Third switch.

Claims (1)

[Claims] A door means is provided in the flying entrance, a specific flying ball receiving part is provided inside, and a first switch is provided in the specific flying ball receiving part, and a second switch is provided in the flying ball collecting port, and a second switch is provided. When the switch counts a predetermined number of incoming balls when the door means is opened, the switch closes the door means, and when the door means is opened, the switch receives an incoming ball into the specific incoming ball receiving section and transfers the incoming ball to the specific incoming ball receiving section. In the winning device, the door means is re-opened when detected by the first switch, and the door means can be re-opened continuously within a certain number of times, wherein a third detection switch is arranged in parallel at the incoming ball collection opening. and detect and count the total number of incoming balls by repeatedly reopening the door means a certain number of times, and when a preset number of balls is reached, regardless of the detection of the first switch. A winning device for a pachinko machine configured to stop opening of a door means.