JPH0731818Y2 - Pachinko machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a pachinko machine, and more specifically, to a variable winning device that produces a game on the surface of a game board.

(Prior Art and Problems Thereof) The present invention is a further developmental improvement of the invention of the applicant of the present invention (hereinafter referred to simply as the previous invention) according to Japanese Utility Model Application Laid-Open No. 58-157182.

The variable winning device according to the present invention has a pair of movable wings that open and close to the left and right, and the movable wings expand to the advantage of the player when a specific condition is satisfied, and the continuation of the expanded state is received by the movable wings. The sphere hit by the elastic member installed at the drop point of the sphere flowing down from between the left and right movable wings is repelled, and among the plurality of winning holes provided around the elastic member,
Only when the player jumps into a specific winning opening, the condition for continuing the expanded state, which is advantageous to the player, is satisfied.

However, in a structure in which a winning hit ball collides with an elastic member placed at the drop point and the direction in which it flies is scattered, the elastic member begins to have a certain habit over time, and the direction in which it flies tends to become constant. It has occurred.

In this case, the pachinko machine is too biased towards continuation conditions being easy to meet or hard to meet, and the interest is greatly killed. Become.

In addition, in such a structure, since the hit ball hit by the movable wing is dropped once, then hits the elastic member and bounces to reach one of the winning openings, the time required for the result to be obtained. It took too much time, and the sense of speed of the game was lost, and it became impossible to match the taste of the player.

Further, in this type of variable winning device, the starting of the winning device is only entrusted to other winning devices and winning tools, and once it is started, that is, the expanded state advantageous for the player. If it happens, after that, the game starts only when a hit ball is won in the prize winning device.

That is, the game relevance between the prize winning device and other prize devices arranged on the game board surface is broken. In particular, recent types of variable winning devices have become large and occupy a large part of the center of the game board surface, so the game area that is not related to this winning device is narrowed, and game development in that narrow range is greatly restricted. , It becomes dull.

The present invention aims to solve such problems.

(Structure of the Invention) In order to achieve the above object, the present invention converts a game board (50) surface surrounded by guide rails into a first state advantageous to a player and a second state disadvantageous to a player. And a variable winning device (49) composed of a pair of movable members (5, 6) and a position where a jumping ball that collides with the movable member (5, 6) of the variable winning device (49) can jump to a prize. There is a ball receiving member (6
A ball hitting prize tool (59) formed with 0) is arranged respectively, and the variable winning device (49) is provided on the board (1) attached to the surface of the game board (50) and the board (1). It is composed of a first winning area portion and a second winning area portion, and a drive mechanism provided on the back surface side of the substrate (1). The first winning area portion is left and right with an interval allowing the received hit ball to flow down. An inner region including a pair of movable members (5, 6) that are rotatably pivotally attached to each other and each movable member (5, 6) is converted to the first state,
Guide portions (5C, 6C) that receive the falling hit ball and guide rolling to the inside of the movable member (5, 6), and the guide portion (5
C, 6C) and a guide portion (5C, 6C) for guiding a hit ball to the outside of the movable member when the hit ball collides, and the second winning area portion is a winning ball. Based on the acceptance mode, the control for continuously setting the movable member (5, 6) to the first state advantageous to the player, and the second disadvantageous to the player.
A plurality of winning openings (14) that satisfy the condition for performing any one of the control for setting the state are provided, and the plurality of winning openings (14) flow down from the first winning area portion upstream of the plurality of winning openings (14). A ball sorting member (13) for changing the flow direction of the hit ball due to a collision is disposed while the hit ball is flowing down, and the drive mechanism is configured such that the movable member (5, 6) is driven by an electric drive source. And a movable member (5, 6) of the variable winning device (49) from the second state to the first state by operating the drive mechanism according to the establishment of a specific condition achieved by the game. And the guide parts (5C, 6) of the movable members (5, 6) in this converted state.
C) allows a hit ball flowing down on the surface of the game board (50) to be won in the first prize area, and the guide parts (5A, 6A) of the movable members (5, 6) cause the hit ball prize tool (49). With respect to the winning hit ball flowing down from the first winning area part to the second winning area part, the hitting ball flowing down from the first winning area part is given a variability in the downflow direction by the collision with the ball distribution member (13). It is characterized by imparting unpredictability to the result mode.

(Embodiment) Hereinafter, the present invention will be described based on an illustrated embodiment.

In FIGS. 1 to 3, reference numeral 1 is a board of the variable winning device attached to the surface of the game board 50 surrounded by the guide rails.

On the front surface side of the substrate 1, a flow-down guide member 2 having a front decoration plate 3 is fixed at a position slightly upstream of the center thereof. The downflow guide member 2 forms a vertical ball passage 4 (FIG. 3) through which a hit ball can pass. Immediately upstream of the flow-down guide member 2, movable blades 5 and 6 as a pair of movable members capable of guiding a hit ball to the ball passage 4 are disposed relative to each other on the left and right sides of the inlet of the ball passage 4. There is. These movable wings 5, 6
Is attached so that the shafts 7 and 8 can rotate. A member for allowing the movable blades 5 and 6 to be opened and closed from the back side of the substrate 1 is passed through the substrate 1 between the bases of the movable blades 5 and 6 and the ball passage 4 of the downflow guide member 2. An opening 9 is provided. There are also suitable openings 10 on both sides of the movable wings 5, 6 and the downflow guide member 2.

In the upper part on the front surface side of the substrate 1, a pair of movable blades 5, 6 are erected in parallel along the extension line of the spherical passage 4, that is, when the movable blades 5, 6 are closed, both movable blades 5, A plate-shaped armor portion 11 is provided so as to project from the substrate 1 to the surface side thereof in order to prevent the hitting ball from entering from the upstream side between the six. The armor portion 11 in the figure is bent in an arc shape along the arc of the opening 10.

When the movable blades 5 and 6 are in a closed state in which they are raised parallel to each other as shown in FIGS. 2 and 3, the distance between the tips of the movable blades 5 and 6 and the armor 11 is smaller than one ball. Therefore, the ball does not win between the movable wings 5 and 6 through this gap. That is, the movable wings 5 and 6 are in a state of not accepting a hit ball at all, that is, a second state in which the player is disadvantageously affected.

In this embodiment, the second state is a state in which the hit ball is not accepted at all, but the present invention is not limited to this, and it may be a state in which the ball can be accepted but is not easily accepted.

Winning to the movable wings 5 and 6 starts only when the movable wings 5 and 6 fall to the left and right as shown in FIG. 1 and are ready to receive a hit ball, that is, the first condition in which the player is favorably operated. It can happen. In the embodiment, the inner region on the surface side of the substrate 1 below the armor portion 11 and including the movable wings 5 and 6 as such movable members is hereinafter referred to as a first winning area portion. An indicator light L is provided just below the armor portion 11.

On the downstream side of the movable blades 5 and 6, there is formed a second winning area portion surrounded by a partition wall member 12 that receives the hit balls that the movable blades 5 and 6 receive and flow down.

The second winning area portion controls the movable blades 5 and 6 as movable members to be continuously in the first state advantageous to the player based on the mode of accepting the winning hit ball, and the second disadvantageous area to the player. It is made up of a plurality of winning openings that satisfy the conditions for performing any one of the state control.

In the second winning area portion, a group of hitting ball distribution areas formed by arranging a plurality of ball distribution members 13 side by side or vertically is formed while the hitting balls flowing down from the first winning area portion are flowing down. A plurality of ball receiving openings 14 as winning openings are provided side by side on the downstream side of the distribution area, that is, in the lower side area of the second winning area.

The distribution area is for distributing hit balls that flow down from between the movable wings 5 and 6, that is, winning hit balls, to these ball receiving ports 14A, 14B, and 14C with a predetermined probability.

According to the embodiment, the first-stage ball distributing member group horizontally arranged in the upstream side is composed of three obstacle pins 13A, 13B, and 13C, and the second-stage ball distributing member group is composed of two obstacle pins 13A, 13B, and 13C. Consists of obstruction pins 15A, 15B.

In addition, the ball socket 14 as a winning hole is the obstacle pin 15A, 15B of the next stage.
It consists of three parts, 14A, 14B, and 14C, which are divided by, and partition plates that partition these ball sockets 14A, 14B, and 14C, and obstacle pins 15A and 15
It is continuous with B.

Reference numeral 16 in the figure indicates these three ball sockets 14A, 14B, 14C.
Is a front decorative plate that partially and commonly covers the front side of the.

The obstacle pin 13B at the center of the first-stage ball distributing member group is located immediately below the ball passage 4, that is, on the center line Y (third part).
(Fig.) Fault pins 13A and 13C on both sides are in the middle and fault pin 13B is in the middle.
It is located equidistant from.

The distance between the obstacle pins 13A, 13B, 13C is wider than that of one pachinko ball, and the balls can pass through, but the distance between the obstacle pins 13A, 13C on both sides and the partition wall member 12 is one pachinko ball. It is narrower than the minute and the ball cannot pass.

The obstacle pin 15A of the ball distribution member group in the next stage is the obstacle pin 13 in the first stage.
A and 13B form an equilateral triangle, and the obstacle pin 15B is arranged so as to form an equilateral triangle with the obstacle pins 13B and 13C in the first stage.

This is to equalize the probability of ball distribution to the three ball sockets 14A, 14B, and 14C.
It is also possible to set different distribution probabilities by making the distances from B and 13C to the obstacle pins 15A and 15B different.

The movable wings 5 and 6 are opened by a conversion mechanism that converts the movable wings 5 and 6 into at least a first state that is advantageous to the player by a winning ball hitting a special winning opening described later. The open state of the movable blades 5 and 6 as the first state is the movable blades 5 and 6.
As long as the more hit ball does not enter the special winning opening provided on the lower side of the second winning area, for example, the central ball receiving opening 14B set as the special winning opening which is one of the plurality of winning openings Maintained.

At the tips of the movable blades 5 and 6, that is, the outer ends of the guides, there are provided guiding portions 5A and 6A which are cut downward in the outward direction when viewed in the first state in which the guides are opened. is there. The guide portions 5A and 6A are for guiding the hit ball to the outside of the movable wings 5 and 6 when the hit ball flowing down the surface of the game board 50 comes into contact, and the movable wings 5 and 6 opened. It is made to correspond to the hitting ball winning tool arranged so that the hitting balls guided by the above can be won in the vicinity of both sides of.

In the embodiment, the hit balls hitting the guide portions 5A and 6A are bounced outward on both sides and flow down toward the pendulum type chucker 51 as a hit ball winning device having a ball receiving member.

Note that the hitting ball winning device is not limited to the pendulum type chucker 51.
A general prize device such as a chats car may be used.

In addition, the hitting ball hitting the guide portions 5A and 6A may be applied to the pendulum type chuckers 51 and 51 so as to directly jump, or a guide member such as a nail may be provided in the middle of the hitting ball indirectly. The hit ball hit against may be made to flow down to the hit ball winning device.

In FIG. 4 and FIG. 5, on the back surface side of the substrate 1, the winning balls in the central ball receiving holes 14B (special winning holes) are placed in the ball receiving holes 14A, 14C on both sides. A mounting frame body 17 that also functions as a partition plate for separately taking in is mounted in the form of a box. The bottoms of the three ball receiving ports 14A, 14B, and 14C are configured as inclined surfaces that descend toward the back of the substrate 1, and each of the guide plates 14 protrudes from the back surface of the substrate 1.
Following A ', 14B', 14C '.

A swinging rod 18 for conversion as an exchange mechanism for opening and closing the movable blades 5 and 6 can be rotated by a shaft 19 near the base of the movable blades 5 and 6 in the upper portion of the mounting frame 17. Supported by.

On the other hand, from the bases of the movable wings 5 and 6, L-shaped contact portions 5B,
6B (FIGS. 5 and 7) slightly protrudes through the opening 9 to the back surface side of the substrate 1. The tip of the front arm of the swing rod 18 is positioned so as to be able to project into the contact portions 5B and 6B.

Reference numeral 20 in the figure is a stopper for preventing the swinging rod 18 provided on the mounting frame body 17 from rotating.
The swing rod 18 is prevented from rotating at a position (Figs. 5 and 8) where the front arm tip thereof is separated between the contact portions 5B and 6B.

Since the contact portions 5B and 6B of the movable blades 5 and 6 are located below the rotation center axis 19, the tip of the swing rod 18 is located at the contact portion 5B.
At positions separated between B and 6B, the movable wings 5 and 6 are closed.

The oscillating rod 18 is, by its own weight, due to its overall structure.
Normally, the tip has a turning tendency to stabilize at a position (closed position) where the tip is separated between the contact portions 5B and 6B. In this embodiment, in order to ensure this movement, the swing rod 18
A weight 21 is embedded in the front arm of the.

The rear arm of the swing rod 18 has an opening 22 on the rear surface of the mounting frame 17.
It projects through the mounting frame 17 (see FIG. 6). At the rear end of this rear arm, an engaging projection 23 for opening operation is provided on one side of the swing rod 18, and a lever 24 for closing operation is provided on the other side. It hangs downward.

The movable wings 5 and 6 are opened by pushing down the engaging projections 23 of the swing rod 18, and closed by flipping up the lever 24 in the counterclockwise direction in FIG.

The opening / closing control of the movable wings 5 and 6, and hence the operation of the engagement projection 23, are performed by an appropriate mechanical driving means in the pachinko machine interlocking with the specific winning device, or an electric driving means such as an electromagnetic solenoid. Particularly, in the electric driving means, the timer means enables temporal control.

FIG. 8 shows an example in which the opening operation is performed by the mechanical driving means provided on the back surface side of the substrate 1 of the present variation winning apparatus.

Reference numeral 25 in the figure is a winning ball detection lever that can swing about a fulcrum 26, and a weight 27 provided at the rear end of the lever 25 always gives the tip 28 a rotational tendency in a floating direction.

The tip of the winning ball detection lever 25 is located in the flow path of the winning ball from the specific winning device, and swings once for each winning ball.

A rear end of the connecting rod 29 is pivotally attached to the winning ball detecting lever 25, and a tip end of the connecting rod 29 is located immediately above the engaging projection 23 for opening operation.

Therefore, once the winning ball detection lever 25 swings, the continuous rod 29
Comes into contact with the engaging projection 23 and pulls it down, so that the swing rod 18
The closed position in the figure is converted to the open position in FIG.

In order to stably hold the swing rod 18 converted to the open position at that position, a locking pin 30 is provided so as to project on one side surface of the front arm of the swing rod 18.

Further, on the side surface of the frame body 17, a latch lever 31 which can be engaged with the locking pin 30 is suspended so as to swing around a shaft 32.

The latch lever 31 has a trap 33 which is a hollow in the middle.
(FIG. 4), the locking pin 30 of the swing rod 18 is in contact with a portion of the latch lever 31 other than the trap 33 in the closed position, but the swing rod 18 is converted to the open position. In some cases, it is designed to fall into this trap 33.

The locking pin 30 that has fallen into the trap 33 is
After that, unless the latch lever 31 is flipped up in the counterclockwise direction in FIG. 4, it cannot go out of the trap 33.

Therefore, the swinging rod 18 is stably held in the open position, and the once-opened movable blades 5 and 6 are prevented from malfunctioning such that they are naturally closed due to vibration of the pachinko machine.

Next, move the open movable wings 5 and 6 to the central ball socket 14B.
A mechanism that closes only when the (special winning opening) is won will be described.

At the lower part inside the mounting frame 17, a tilting piece 34 for receiving the winning ball flowing down from the central ball receiving port 14B, more precisely, the guide plate 14B '.
However, it is provided so as to be swingable about a shaft 35.

The shaft 35 is provided close to the guide plate 14B 'on the lower surface side of the tilting piece 34 so that the sphere can smoothly flow down on the tilting piece 34 without any trouble.

Further, in order to return the tilting piece 34, which has once tilted due to the flow of the sphere, to the state shown in FIGS. 4 and 5, on the back surface of the tilting piece 34, from the rotation center shaft 35 to the substrate 1 side, the weight is placed. 36 is provided.

Further, in order to smoothly perform the returning operation, permanent magnets 37 and 37 'are fixed to the back surface of the tilting piece 34 and the fixing portion of the mounting frame body 17 so that they can face each other with the same polarity.

Furthermore, in order to make the tilting movement of the tilting piece 34 smooth, the tilting piece 34
A projection 38 is provided on the side surface of the mounting frame 17
It is loosely fitted in the arcuate slit 39 provided in the.

At the rear end of the tilting piece 34, an inclined surface 40 for ejecting the ball from the notch 41 of the mounting frame body 17 to the outside of the mounting frame body 17 is formed.

At the front end of the tilting piece 34, a T-shaped projecting portion that projects to the outside of the mounting frame 17 is formed. From one projecting portion, a closing operation lever is formed.
The flip-up arm 42 for the 24 and the flip-up arm 43 for the latch lever 31 extend upward from the other projecting portion.

The tip of the flip-up arm 42 is the closing operation lever 24 and the substrate 1.
And the tip of the flip-up arm 43 is located between the latch lever 31 and the substrate 1. And both arms
The height positions of the tips of 42 and 43 are set so that when the tilting piece 34 is tilted and displaced by the rolling of a ball, the closing operation lever 24 and the latch lever 31 are flipped up almost at the same time, provided that the lever is flipped up. It is specified not to deviate below the lower end of 24 or 31.

When the latch lever 31 is flipped up by the arm 43 and swings once about the shaft 32, the engagement between the locking pin 30 of the swing rod 18 for conversion and the trap 33 is released, so that the closing operation lever 24 Is flipped up by the arm 42, and the swing rod 18 returns to the closed position shown in FIG. Therefore, the flexible wings 5 and 6 are also closed.

Reference numeral 44 in the drawing is a stopper that determines the stationary position of the tilting piece 34.

In order to completely prevent the inconvenience that the latch lever 31 swings to disengage the locking pin 30 from the trap 33 when the swing rod 18 is in the open position, as shown in FIG. It is preferable to embed the magnetic substance 45 in one of the lever 31 and the flip-up arm 43 (for example, 31) and the permanent magnet 46 in the other (for example, the tip of 43). Further, in order to prevent the winning balls flowing out from the ball receiving ports 14A and 14C on both sides from contacting and driving the arms 42 and 43 and causing the arms to malfunction, the ball receiving port 14
It is preferable to provide protection guide protrusions 47, 48 in the openings of the substrate 1 forming A, 14C just before the arms 42, 43 when viewed in the outflow direction of the sphere.

The closing operation lever 24 and the flip-up arm 42 can be provided on the opposite side of the drawing.

FIG. 9 shows a pachinko machine in which the variable winning device 49 having the above configuration is arranged in the center of the game board 50.

Pendulum type chuckers 51, 51 as hitting ball winning tools are arranged on both sides of the present variation winning device 49, and further lamp chuckers 52, 52 are arranged outside thereof. Further, a chucker 53 as a starting winning opening for opening the movable blades 5 and 6 is arranged on the downstream side of the variable winning device 49.

Reference numeral 54 is a heaven chucker, 55 is a so-called tulip prize,
56 is a drop chucker.

The operation of the variable winning device 49 in this pachinko machine is as follows.

When the movable wings 5 and 6 are closed (second state), the swing rod 18
Due to the action of the weight 21, its tip is in a state of being interrupted between the contact portions 5B and 6B of the movable blade, and prevents the movable blades 5 and 6 from opening (Figs. 5 and 8). .

At this time, the locking pin 30 is in a position away from the trap 33, and the closing operation lever 24 is separated rearward from the flip-up arm 42 (FIGS. 4 and 8).

Now, if a ball wins the starting winning hole 53, the winning ball is a game board
After flowing down on the back side of 50 and pushing down the tip 28 of the winning ball detecting lever 25 (Fig. 8), it drops downward.

The winning ball detecting lever 25 tilts once downward, the connecting rod 29 sinks downward, and the engaging projection 23 of the swinging rod 18 is pulled down by the tip of the connecting rod 29.

As a result, the swing rod 18 is converted to the open position, that is, the second state, as shown in FIG. Since the tip of the rocking rod 18 rises upward, the movable blades 5 and 6 open by their own weight as shown in FIG.

The locking pin 30 of the oscillating rod 18 slides on the latch lever 31 and drops into the trap 33, and the magnetic body 45 provided on the latch lever 31 is attracted to the permanent magnet 46 of the flip-up arm 43 to open and move. The wings 5, 6 are stably supported in the open position.

When the oscillating rod 18 is converted to the open position and its tip is separated from the contact portions 5B, 6B of the bases of the movable blades 5, 6, the movable blades 5, 6 are free to move, and the movable blades 5, 6 are moved by their own weight. Always stable in the open position.

Therefore, the balls are guided by the guide portions 5C and 6C of the movable wings 5 and 6 so that the balls roll inward (winning) and the movable wings 5 and 6 can be moved even if they pass between the movable wings 5 and 6 (fall). Do not close

When a ball hits the guide portions 5C, 6C of the movable wings 5, 6 of the first winning area part and wins a prize, the winning ball passes through the ball passage 4 and a second winning area part having a group of ball distribution members. to go into.

The winning ball that has entered the second winning area portion first comes into contact with one or two of the obstacle pins 13A, 13B, and 13C of the first row ball distributing member row.

Depending on the subtle difference in the direction and degree of the contact, it is distributed to either the left flow path or the right flow path of the central obstacle pin 13B and goes to the next ball distribution member row.

Since the obstacle pins 15A and 15B of the ball distributing member row in the next stage are located in the middle of the left flow passage or the right flow passage, the winning ball contacts the obstacle pin 15A or 15B and is further left and right. It is distributed to any of the three ball receiving ports 14A, 14B, 14C.

The path of the sphere that passes between the plurality of rows of sphere distribution members is different for each winning ball, and as an average for a large number of winning balls, the sphere has a certain probability determined by the arrangement of obstacle pins. Enter the sockets 14A, 14B, 14C.

In this embodiment, the probabilities of entering the ball sockets 14A, 14B, 14C are almost the same.

When the movable blades 5 and 6 are open (first state), some of the hitting balls flowing down are formed on the free end side of the movable blades 5 and 6, that is, on the outer end of the guide portion in the embodiment. The guide portions 5A and 6A are directed outward and obliquely downward.

The hit ball hitting the guide portions 5A and 6A is rebounded outwards on both sides and jumps toward the pendulum chucker 51, which is a hit ball winning tool.

The pendulum chucker 51 is a board 57 attached to the game board 50,
A ball dive hole 58 provided on the board 57 so as to be located on the same plane as the game board 50, and a ball receiving member projecting on the board 57 along the lower side of the ball ditch hole 58, that is, in the embodiment. It has a so-called arc-shaped protruding guide piece 59 and a pendulum 60 that covers the ball dive hole 58.The pendulum 60 is free to swing around a shaft 61 provided above the ball dive hole 58 and is stationary. In the state, it covers the ball diving hole 58.

Some of the hit balls that have collided with the guide portions 5A and 6A of the movable wings 5 and 6 and jumped toward the pendulum chuckers 51 and 51 are the pendulums 60 and 60 of the pendulum chuckers 51 and 51. It hits the side and pushes it away, and jumps into the ball diving hole 58 that appears.

Therefore, in the first state where the movable wings 5 and 6 are open, the player can aim for winning in the movable wings 5 and 6 and achieve continuity of the first state by contingency as will be described later. Pendulum type chucker 51,
Can win the 51st prize.

The player can continue to win the pendulum type chuckers 51, 51 as long as he keeps hitting the guide parts 5A, 6A so that the movable wings 5, 6 do not win the hit ball, depending on his skill. And profit can be expanded.

Of course, the winning rate of hit balls missed aiming for a win between the movable wings 5 and 6 is improved by the presence of the pendulum type chuckers 51, 51 as hitting ball winning tools.

The winning batting balls in the left and right ball sockets 14A and 14C are displayed on the guide plate 14
It only rolls on the slopes of A'and 14C 'and falls into a collecting gutter (not shown) on the back of the pachinko machine, and does not change the open / closed state of the movable blades 5 and 6.

However, when a winning hit ball enters the central ball receiving port 14B as the special winning opening, the movable wings 5 and 6 are closed as follows.

That is, the ball that has entered the ball receiving port 14B rolls on the inclined surface of the guide plate 14B 'and is delivered to the tilting piece 34, and rolls on the tilting piece 34 to cut out the notch 41 of the mounting frame body 17 from the rear inclined surface 40. It is released to the outside through.

At this time, the tilting piece 34 overcomes the repulsive force of the weight 36 and magnets 37, 37 'below it by the self-weight of the sphere, and rotates counterclockwise around the shaft 35 in FIG. , 37 ′
Tilt to a position where they abut each other.

A flip-up arm 42 provided integrally with the tilting piece 34,
43 also rotates counterclockwise in FIG. 7, and the closing operation lever 24 and the latch lever 31 are flipped up almost simultaneously by the arms 42 and 43.

In this flip-up operation, the latch lever 31
Since it is swung in the direction away from the substrate 1 about the shaft 32 against the attraction between the magnet 45 and the magnet 46, the engagement between the locking pin 30 and the trap 33 is released.

Therefore, the tilting piece 34 rotates clockwise about the shaft 19 in FIG. 7, and the tip of the tilting piece 34 is cut between the bases of the movable blades 5 and 6 as shown in FIG.

As a result, the movable blades 5 and 6 are converted from the first state shown in FIG. 7 to the second state shown in FIG.

When the winning ball has finished passing over the tilting piece 34, the tilting piece 34 returns to the horizontal state (FIGS. 5 and 8) by the action of the weight 36.

The swing rod 18 remains in the state shown in FIG. 8 by the action of the weight 21 in the front arm.

Therefore, the locking pin 30 of the swing rod 18 is in contact with the portion of the latch lever 31 below the trap 33 as shown in FIG.
As shown in FIG. 8, the latch lever 31 also has its lower end kept away from the flip-up arm 43.

Thus, the movable wings 5 and 6 are closed and are in the second state.

In addition, in the above-described embodiment, the space between the movable blades 5 and 6 is a sphere passage through which one sphere passes, but the width may be such that a plurality of spheres can pass in parallel.

In addition, a wide gap is formed between the movable wings 5 and 6, and an opening / closing door that tilts to the front side of the substrate is integrally provided there, so that the hit ball received by the movable wings 5 and 6 is once placed on the opening / closing door. It may be configured to guide and flow down to the second winning area portion arranged at the plurality of winning openings located behind the opening / closing door.

Furthermore, it is also possible to electrically detect the winning hit ball that has flown down to the second winning area portion and control the conversion of the pair of movable members based on the detection signal corresponding to the flow-down result mode.

(Effect) According to the present invention, since the distribution member that influences the downflow direction of the sphere is provided during the fall of the sphere flowing down between the pair of movable blades, the elasticity that repels the sphere at the falling point is provided. Compared with the case where the members are arranged, as a result, the mode is rapidly developed,
It is possible to speed up the game development.

Further, with such a structure, it is possible to eliminate the inconvenience that the direction of the elastic member to fly away becomes constant over time, and it is possible to extend the service life of the pachinko machine.

Further, in the present invention, since the guide portion is formed on the movable member and the variable winning device is arranged in the vicinity thereof, in the case where the variable winning device is in the first state advantageous to the player, the variable winning device is placed. It is possible to continuously aim not only for the profit received by winning the equipment, but also for winning the ball hitting prize equipment from the guide part,
It is possible to obtain a large profit according to the skill of the player, and it is possible to organically associate the variable winning device and the prize device arranged on the periphery of the game board. The big hit state that was only available can be exerted on the game board surface outside the device, and the content of the pachinko game can be made more interesting than ever before.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of a variable prize winning device of the present invention together with a pendulum type chucker, FIG. 2 is a front view of the variable prize winning device, and FIG. 3 is a view showing its front decorative plate removed. FIG. 4 is a side view with a part cut away, FIG. 5 is a sectional view taken along line VV of FIG. 2, FIG. 6 is a rear view, and FIG. FIG. 8 is a perspective view showing the open state, FIG. 8 is a perspective view showing the opening / closing mechanism of the movable wing when the movable wing is closed, and FIG. 9 is a front view of a pachinko machine to which the variable winning device of the present invention is applied. is there. 1 ... Substrate, 5, 6 ... Movable wing (movable member) 5A, 6A ... Guide part, 5C, 6C ... Guide part 13A, 13B, 13C ... Obstacle pin (sorting member) 14 ... Winner 49 …… Variable winning device, 50 …… Game board 51 …… Pendulum type chucker, 60 …… Ball receiving member

Claims (1)

[Scope of utility model registration request] 1. A variable winning device comprising a pair of movable members for converting a first state, which is advantageous for a player, and a second state, which is disadvantageous for a player, on a game board surface surrounded by guide rails. At the position where the struck ball that has jumped by colliding with the movable member of the variable winning device is in a position where a prize can be won, and a ball-hit member formed with a ball receiving member is provided respectively, and the variable winning device is provided on the game board surface. It is composed of a substrate to be attached, a first winning area portion and a second winning area portion provided on the substrate, and a drive mechanism provided on the back surface side of the substrate, and the received hit ball can flow down to the first winning area portion. An inner region including a pair of movable members pivotally rotatably attached to each other at right and left at different intervals, each movable member receiving a hit ball flowing down when converted to the first state. Guide to roll inside the movable member And a guide portion at an outer end of the guide portion for guiding a hit ball to the outside of the movable member when the hit ball collides, and the second winning area region is a receiving mode for a winning ball. On the basis of the plurality of winning openings, the condition for performing either the control for continuously setting the movable member in the first state, which is advantageous to the player, or the control for setting the movable member in the second state, which is disadvantageous to the player, is achieved. Is provided and upstream of the plurality of winning openings,
In the middle of flowing down the hit ball flowing down from the first winning area part,
A ball distribution member that changes the flow direction of the hit ball by a collision is provided, and the drive mechanism is a mechanism that converts and operates the movable member by driving an electric drive source, and a specific condition achieved by a game. Is established, the drive mechanism is operated to move the movable member of the variable winning device to the second position.
The state is changed to the first state, and in this converted state, the guide portion of the movable member allows a hit ball flowing down the surface of the game board to be won in the first prize area portion, and the guide portion of the movable member causes the hit ball winning tool to be changed. With respect to the winning hit ball flowing down from the first winning area part to the second winning area part, the change of the winning hit ball is caused by the collision with the ball distribution member, and the winning hit ball is changed to the falling result mode. A pachinko machine characterized by giving unpredictability.