JPS59230574A - Ball 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 This invention relates to an improvement in a batted ball winning device for a pachinko machine in which a wing piece rotates to convert between a first state in which a ball is received and released and a second state in which it is easy to receive.

The conventional winning device that changes the state in which the ball enters has a first state in which the left and right movable wings are upright and the ball enters only from above, and a first state in which when the ball enters in the first state, each movable wing moves in a horizontal direction. The second ball is tilted widely and the ball is hit not only from above but also from the side.
It is a 4ttj structure that alternately changes the state. In general, nails or the like are nailed to the left and right of the game board above the Ryomachi rotor blades at intervals that are just enough for the ball to hit, and in the first state, if a ball hit from above follows the distance between the nails and hits a prize, it will be the second. In the second state, even if the ball passes through the gap between the nails and hits the prize from above or from the side, the state is changed to the first state.

However, when the prize-winning device is in the second state, the ball enters the prize from above through the gap between the nails and changes to the first state. If this phenomenon occurs frequently, it will cause players to feel uncomfortable.

Therefore, the enjoyment of the converting winning device is reduced, and the interest in pachinko games is also reduced.

Therefore, the present invention provides two
Two movable wing pieces are pivoted to face each other, and the movable wing pieces can be converted into a first state in which the upper end is closed and a second state in which the upper end is wide so as to easily receive the ball. In a ball winning device for a pachinko machine, the ball winning device for a pachinko machine has an opening/closing member that opens and closes the movable blade on a guide frame provided on the back side of the machine, a holding frame is provided above the movable blade, and the holding frame has an opening/closing member that opens and closes when the ball is hit. An actuating plate mechanism that converts the movable flake into the second state by making the ball first, and a ball stopping mechanism that faces the ball outlet of the holding frame and interlocks with the opening/closing actuating member to prevent the ball from falling. When a ball enters the holding frame with the movable wing in the first state, the operating mechanism converts the movable wing into the second state, and the vortex prevents the ball from exiting the holding frame. When the batted ball is held in the holding frame as the state, and the movable wing pieces change to the second state, and then receive the batted ball and change to the first state, the ball stopping mechanism is blocked in relation to the operation of the opening/closing actuating member. The state is released and the two batted balls held in the holding frame are allowed to flow down from the outlet, and the movable wing pieces are again converted from the first state to the second state by the balls that flow down from the holding frame. That is.

Therefore, according to the present invention, when a batted ball enters a prize in the holding frame, the movable wing pieces are converted from the first state to the second state, and the batted ball is temporarily placed in the holding frame until the next hit ball or a prize is won. It is possible to hold the pachinko game and continue to enjoy the feeling of winning, thereby further increasing the interest of the pachinko game. Also, 1 to the reserved frame
By winning twice, compared to the conventional batted ball winning device,
Since the movable wing piece can be converted from the first state to the second state one more time, the profit given to the player can be doubled, and the movable wing piece can be converted to the second state. By increasing the number of pachinko machines, it is possible to diversify the game formats of the pachinko machine.

The present invention will be explained below based on drawings of embodiments.

As shown in Fig. 1, the batted ball winning device/ is equipped with pockets 3 on the front of the board that is attached to the game board of the pachinko machine.
Inside the pocket J, two movable wing pieces + and 4t are pivoted facing each other on the left and right, and above the movable wing piece with the upper end closed, there is a spacer large enough to allow a ball to enter inside. A holding frame S with an open top and bottom is provided, and a guide plate B is provided at the bottom of the holding frame piece so as to be gently inclined downward from the front part 3' of the pocket 3 toward the ball receiving lower opened by the board λQ. In the embodiment shown in the drawings, the guide plate B is provided at the upper end of the front part 3' of the pocket 3 facing backwards, but it may be extended from the lower end of the front surface of the holding frame, or may be formed integrally with the holding frame. .

In addition, a guide frame g is provided on the back surface of the board to guide the batted ball that has passed through the ball receiving lower, and inside the guide frame g, the tips of both movable blade pieces are designed to open and close the movable blade pieces. The opening/closing actuating member 9, which faces at a distance of , is pivotally mounted so as to be tiltable. Then, QJ hits the opening/closing member wa, and the ball that enters the holding frame 3 causes the opening/closing member 9
′? i: Connect the operating mechanism that activates and changes the state of the movable blade. This operating mechanism 2 is shown in Figures 2 and 6.
1-J, ”) k-, the receiving piece 10 formed at the tip of the upper Q of the guide frame 1 or the operating rod facing into the holding frame S is pivoted, and as shown in Fig. 2. A rotating rod /, 2, which rotates integrally with the operating rod //, is hung downward from No. 111q'II/3. The IO is in the holding frame S, and [lff
The moving rods 1 and 2 are located on the outside of the other side of the guide frame. Is there an opening/closing member on the other side of the guide frame? Attach the L rod rod /7 to the lower position, and attach the L rod rod //I piece /4
a and the free V-shaped notch formed at the lower end of the rotating rod/2 through the pin/S, and then insert the other piece/g from the rear end of the opening/closing actuating member. 1. Engage with Lot/B extending in the yellow direction. Therefore, when the operating rod// is tilted, the L rod//
When the opening/closing member t is tilted, the operating rod // is tilted via the L rod /lI, and the operating rod // and the opening/closing member t'f IS are tilted. The evening is linked.

Further, a ball stopping mechanism is connected to the opening/closing member 1, which faces the ball skewer lower of the holding frame 5 in conjunction with the opening/closing operating member wa, and prevents the ball from flowing down from the ball output lower. As shown in FIGS. 2 and 6, this ball-stopping mechanism includes an elevating rod that moves up and down in conjunction with the tilting of the opening/closing member, located in front of the shaft -0 that tiltably supports the opening/closing member. /7 is provided, and the ball stopper /g formed at the upper part of the elevating rod /g faces the entrance of the ball. The ball stopping part /g is when the elevator rod /7 is lowered, that is, both movable wing pieces l.

When the gate is closed and the opening/closing operation member 9 stops in an almost horizontal state, it stops at a position lower than the lower end of the slope of the guide plate O, and the ball is inserted 0.
7 is released and the lifting rod is in the raised state,■! In the second state, in which both movable wing pieces are opened and the opening/closing member 9 is stopped in an inclined manner, it is stopped at a position higher than the lower end of the slope of the guide plate B, and the ball is flown from the ball receiving lower. is in the inhibited state. Incidentally, this elevating rod is provided on the outer side of the guide frame, and is pivoted to a tongue piece formed on the lower end of the elevating rod 7.

When a ball hits a prize in the first state where both movable wing segments <z are closed, the opening/closing operation member 1 is operated by the operating mechanism to convert the movable wing segment into the second state. That is, when a batted ball falls from above into the holding frame S, the hit ball A hits the ball receiving piece /.O of the operating rod // and moves down the ball receiving piece 10, as shown in FIG. When the ball receiving piece IO descends, the operating rod // and the rotating rod /2
rotates integrally around axis /3, and the lower end of the rotating rod rotates around the L-shape /lIi. When the L rod rod/g is rotated, one end of the rod/g pushes down the rod/B to open/close 1"
Tilt the tip so that it bounces around the iIS. When the opening/closing member is tilted, both movable pieces 17. The tip 9' facing in between is the step part Da'.

Press l' upward to open both movable seat pieces l and g, and convert the town poultry piece lI from the first state to the second state.

At the same time, the ball stopping mechanism interlocked with the opening/closing member 9 is activated to prevent the ball from entering the holding frame S, so that the hit ball A is temporarily held within the holding frame S for a period of time. That is, by tilting the opening/closing actuating member, the elevating rod rises, raising the ball stopper g to close the ball stopper 7g or the ball receiving lower.

Since these operations are performed instantaneously, by the time the ball receiving piece 10 hits the guide plate B and stops, the batted ball A' in the holding frame S has reached the guide plate B and the batted ball stop part/, as shown in FIG. It is held in place by the movement and actuating rod //.

If the holding frame 3 is made of a transparent member or a viewing window S' is provided on the front side, the player can see the winning balls being held and can continuously maintain the feeling of winning.

When a batted ball is held in the holding frame S, if the next hit ball B hits the prize from the side in the second state where both the movable wings are open, that is, the falling ball B hits the movable wing from the side. When the ball B lands on one side, as shown in FIG. The winning ball is ejected to the back side of the game board through the ball passing hole /9 made in the board and becomes a winning ball.When both the movable tabs G and G return to the first state, the opening/closing operating member 9 becomes almost horizontal. When the ball stopper 7g is rotated, the elevating rod is lowered and the ball stopper 7g is lowered than the rear end of the guide plate B. When the ball stopper 7g is lowered, the ball insertion lock is released, so the ball is placed in the holding frame. The batted ball A' remaining inside passes through the ball opening and falls onto J9 (opening/closing operation)n5)1'). The hit ball A' that has fallen onto the opening/closing member 9 rolls toward the rear end due to the obstructing slope G of the upper surface, and flows backward O from the second axis λO.
When the ball A' is tilted, the opening/closing operation member 9 is tilted by the weight of the ball A', and the ball is ejected from the ejection IJ2/ provided on the side of the guide frame and becomes a winning ball.

When the opening/closing actuating member swings, it presses the tip or the stepped portion ′ upwardly, thereby converting both the movable pieces into the second state.

This once uninvented ball winning device can convert the ball one more time and give a profit to the player than the conventional hit ball winning device.

As shown in FIG. 6, when the next batted ball C falls from above into the holding frame piece while the batted ball A' is held in the holding frame s, the batted ball 0 hits the held batted ball A' and is moved to the holding frame. It falls from two relief parts formed by cutting out a part of the side of S, lands on movable wing piece q, and wins a prize. Therefore, even if a batted ball is held in the holding frame S and the next hit ball falls into the holding frame S, troubles such as ball jamming will not occur. On the other hand, the ball that entered the other winning hole passed through the back of the game board and fell from above to the rear of the guide frame g, causing the opening/closing operation member? If the batted ball bounces and falls into the holding frame S with both movable members and Hiroshi in the second state and the holding frame 3 is empty, the batted ball will remain in the holding frame S until the next batted ball wins. It will be put on hold.

Further, as shown in FIG. 7, the iron core 23' of the electromagnetic solenoid maid 23 is made to face the rod /A extending from the rear end of the opening/closing member w and protruding from one side of the guide frame g. An external operation switch 211 that excites the electromagnetic solenoid unit 3. If it is placed on the front of the pachinko hole, the ball will be held in the holding frame S, and the ball will be held in the holding frame S for both times.

Even if you hit all the balls you shoot in the second state with the gate open, you can continue playing the game by fully operating the external operation switch. That is, external operation switch J+
When the electromagnetic solenoid unit 3 is energized by manipulating the iron core 23', the iron core 23' moves up the rod 6, and the opening/closing operation part side part tilts in a substantially horizontal direction. When the opening/closing actuating member tilts, the batted balls in the holding frame S are introduced into the interior as winning balls in a row. When the prize ball is introduced into the interior, the prize ball ejecting device is activated to award the prize ball to the recreational player Q. The player can continue playing the game by firing the prize ball.

In this embodiment G, the ball inlet of the holding frame is opened horizontally on the board, or the ball inlet 1411 is provided facing downward at the bottom of the holding frame, and the ball inlet 1411 is provided facing downward at the bottom of the holding frame. The batting angle (I) is set to the lower blocking state by the ball-hitting stop mechanism, and the blocking state of the ball-hitting stop mechanism is released in conjunction with the operation of the opening/closing member, and the fJ ball held in the holding frame is brought into contact with tα. , it may be configured so that it is dropped between the two mandrel legs.

As explained above, according to the present invention, when a batted ball lands within the reservation frame, the movable wing piece? In addition to converting the first bad state to the second state, it is possible to temporarily hold the Q until the second hit ball enters the hold frame and maintain the feeling of winning, which further increases the interest of pachinko games. It's a monkey when it comes to food. Also,
By moving the player to the reserved slot once, the movable blade can be converted from the first state to the second state one more time than in conventional batted ball winning devices, which increases the benefit to the player. In addition to being able to double the size of the pachinko machine, it also increases the expectation that the movable tip will transform into a second shape, thereby diversifying the game formats of the pachinko machine.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and FIG. 1 is a front view with the left half in the first state and the other half in the second state, FIG. 2 is a plan view of the same, and FIG. 3 is the first state. Fig. 4 is a left side view in the first state, Fig. 5 is a left side m1 view in the second state, Fig. 6 is a front view in the second state with the pocket removed, and Fig. 7 is the other side view. FIG. 3 is a rear view of the embodiment. /... Ball winning device, Yu... Board, 3... Pocket, G... Movable wing piece, Even... Holding frame, Ri... Ball entrance, g... Guide frame, ? ...Opening/closing operation member. Figure C Figure 7

Claims (1)

[Claims] (1) Two movable wing pieces are pivoted facing each other in a pocket attached to the front surface of the board, and the movable wing pieces are attached to the first side with the upper end closed.
and a second state in which the batted ball is opened widely so that the ball can be easily received, and the pachinko machine has an opening/closing member that opens and closes the movable wing on a guide frame provided on the back side of the board. In the prize-winning device, a holding frame is provided above both rotating wing pieces, and the holding frame has an actuation mechanism that converts the movable wing piece into a second state by actuating an opening/closing actuation member by a ball hit;
A ball stopping mechanism is provided facing the ball outlet of the holding frame and interlocking with the opening/closing member to prevent the ball from falling, and is activated when a ball enters the holding frame with the movable wing in the first state. The mechanism converts the movable wing into the second state, and the ball-hitting stop mechanism sets the ball exit of the holding frame in the blocking state to hold the ball in the holding frame, and after the movable wing is converted into the second state, When the batted ball is received and converted to the first state, the blocking state of the batted ball stop mechanism is released in conjunction with the opening/closing operation of the JIVA material, and the batted ball held in the holding frame is allowed to flow down from the ball outlet. , a batted ball winning bag fh for a pachinko machine, characterized in that the movable wing pieces are changed from the first state to the second state again by the batted ball flowing down from the holding frame. (2) A visible window is provided in the front of the holding frame. A batted ball winning device as set forth in claim (1). (3) A ball winning device as set forth in claim (1).
The batted ball winning device described in item 1).