JPH0155030B2 - - Google Patents

Description

[Detailed description of the invention]

[Industrial Field of Application] The present invention relates to a bonus setting device for a pachinko machine. [Prior Art] Conventionally, winning devices for this type of pachinko machine include, for example, Japanese Utility Model Application Publication No. 55-98367 (hereinafter referred to as precedent example (A)) and Japanese Patent Application Publication No. 57-148967 (hereinafter referred to as prior example). (B)) is known. In this prior example (A), as shown in FIG.
Three types of ball sockets 7 to 9, each with a different character, are provided, including a ball socket 7 that communicates with the safe hole 4b, an L-shaped ball socket 8 that communicates with the safe hole 4b, and a deep ball socket 9. The safe ball b ₁ that entered the opening 7 is the variable prize opening B, D, D, and the safe ball b ₂ that entered the ball socket 8.
The safe ball b that has entered the variable winning openings B, C, D, and D and the ball socket 9 is controlled only in the variable winning opening B to make it easy for balls to enter. Also, regarding the prior example (B), the ball receiving part 3a
The rotary body 3 provided with this is slowly rotated by the motor shaft 4 so that the ball is moored onto the rotary body 3 by the guide parts 5 and 6, and even when the chuck is not open, this ball becomes the winning ball. It is made to be moisturized. [Problems to be solved by the invention] In the above-mentioned prior example (A), one or more required variable winning openings are simultaneously controlled by balls fed onto a rotator that is forcibly driven. It is a thing,
In the previous example (B), the ball that has been won is used to open the chuck member without wasting it, but in both cases, the fun is to see one ball enter the intended ball socket. The arrival of an interesting pachinko machine that allows you to win more bonus balls by letting the balls enter the required ball socket in succession has been long awaited. [Means and effects for solving the problem] This invention was made to solve this problem, and the ball receiving part provided on the bonus setting device fixed on the game board is It is configured so that a giving section and a non-giving section coexist, and a special bonus is not provided if a single ball enters the giving section, but a required number of balls enter this giving section consecutively. Only when a ball is hit, movable prize winning means such as a tip or movable wing piece are temporarily opened to provide a large amount of bonuses at once. [Embodiment] A first embodiment of the present invention will be described below with reference to the accompanying drawings. In the conventional pachinko machine shown in FIG. 4, a rotating disk is formed in the center of the game board 1 with winning grooves 2 formed at predetermined intervals on the outer periphery of the game board 1 through which pachinko balls that have jumped into the machine can pass. The disc 3 is rotated by a motor via a deceleration means, and the ball that jumps into the winning groove 2 passes through a through hole made in the game board 1 and is guided to the back side. In the present invention, as shown in the first figure, a lever is actuated or a photoelectric element detects this to control a variable prize winning means (such as a ticket) 5. A ball receiving part 2 capable of receiving balls is formed at the outer periphery of the bonus setter 3' at a required interval and arrangement, and the part 2 is divided into a bonus giving part 2a (marked with a circle in the figure) and a non-giving part. 2b
(marked with an x in the figure), and switches 7, 7, .
For example, the relay circuit 6 is established only during the time when two switches 7, 7, . . . are closed in succession and self-maintained. Therefore, no matter how many balls enter the non-dispensing section 2b, the switches 7, 7, etc. remain open, and the variable prize winning means 5 is of course not activated. Then, as the rotating disk 3' rotates, the balls are fed from the through hole of the game board 1 to the guide channel on the back side, and on the way, a lever is actuated or a photoelectric element is used to detect this. The switch 7 is closed, and this is configured in stages, so that the relay circuit 6 is not energized when one ball enters, but the advance activation switch is activated only when two consecutive balls enter the supply section 2a. 7 is self-held, and when the subsequent switch 7 is closed, the switches 7 and 7 are successively opened, and the relay circuit 6 is established for the first time. The variable prize winning means 5 equipped with movable wings and other movable wing pieces is temporarily opened. Therefore, when the first ball enters the dispensing section 2a, the player eagerly hopes that the next ball will enter the dispensing section 2a, and will be happy if this happens, and in the unlikely event that the first ball enters the non-dispensing section 2b. When you do that, you feel disappointed, but at the same time you feel a fighting spirit for the next successive ball roll. It goes without saying that once the variable winning means 5 is activated, the self-holding is immediately canceled. On the other hand, when a ball enters the non-dispensing section 2b, the switch 7 is opened by a separate relay (not shown) or the like. FIG. 3 shows another embodiment in which the bonus giving part 2a and the non-giving part 2b of the receiving part of the bonus setting element 3'' are wired in a straight line in an appropriate arrangement. The status of the above bonuses is shown in the table below.

〔Effect of the invention〕

As explained above, the present invention has a bonus giving part 2 mixed on a bonus setting element 3' fixed to a game board.
Since the bonus is distributed only when the balls consecutively land in the provision section 2a of the non-disbursement section 2b and the non-distribution section 2b, it is a precedent example for the player.
As in (A) and (B), we do not simply aim for the balls to enter the winning groove, but only for the balls to continuously enter the dispensing section 2a, and when this is achieved, the bonus is supplied and the It gives you a sense of accomplishment, and even if you are not successful, you will want to keep trying one after another in order to get consecutive hits, which is really interesting. In addition, for the store side, it is possible to stably offer prizes without having to adjust the ball landing rate by operating the planting needle, which can be said to be a win-win situation. Furthermore, precedent
Unlike in (A) and (B), the bonus setter is fixedly installed instead of providing a giving part 2a and a non-giving part 2b on the rotary disk, so no special drive or transmission means is required. , has a simple structure and has the excellent effect of having fewer failures over a long period of time.

[Brief explanation of drawings]

FIG. 1 is an explanatory diagram of the procedure of the apparatus according to the present invention, FIG. 2 is an explanatory diagram of another example, and FIG. 3 is an explanatory diagram of the procedure of another example.
Drawing showing the bonus setter 3'' with another configuration, No. 4
The figure is an overall view of a conventional pachinko machine equipped with a winning device having a rotating disk arranged in the center of the game board. 1... Game board, 2... Receiving part, 2a... Bonus giving part,
2b...non-granting part, 3...rotating disk, 3', 3''...bonus setter, 4... winning device, 5... variable winning means, 6...
Relay circuit, 7...switch.

Claims (1)

[Claims] 1 At least one bonus setting element is fixedly installed on the game board, and the setting element is provided with a receiving part for balls, and the receiving part is a combination of a bonus giving part and a non-giving part. A bonus in a pachinko machine that is configured to supply a bonus by temporarily opening a movable winning means such as a tip or a movable wing piece only when a required number of consecutive balls have been received in the dispensing section. Setting device.