JPH041968Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to a ball winning device for a pachinko machine.

(Prior Art) Conventionally, a ball winning device for a pachinko machine has a ball socket in the center of the ball winning device and a door-like opening/closing plate provided immediately below the ball socket. When a batted ball enters the batted ball prize device through a pair of gates arranged on the upstream side as an inflow gate to the batted ball prize device, it deviates from the central ball socket and enters the door-shaped opening/closing plate. When a ball enters the center, the opening/closing plate is reversed, and the entrance for about one ball provided on the side wall of the ball winning device opens, increasing the winning rate.If the ball hits the center ball socket, A device is known in which the door-shaped opening/closing plate is configured so as not to be reversed.

However, in this type of batted ball winning device, when the door-like opening/closing plate is inverted (the winning rate is high), the ball passes through the upper life nail and enters the batted ball winning device again. When a batted ball wins a prize, when the winning ball flies into the center ball socket, the entrance in the side wall of the batted ball winning device that was opened by the previous winning batted ball is closed by the next winning batted ball. I'm starting to put it away. Therefore, in this batted ball winning device, the probability that the side wall entrance of the batted ball winning device once opened is closed, that is, whether or not the ball will easily fly into the central ball socket in the ball winning device is determined solely by the upper part of the batted ball winning device. A pachinko machine machine whose door-like opening/closing plate is difficult to reverse even if a prize is won has a high probability of closing the side wall entrance of the batted ball winning device once opened.

In this way, in the above-mentioned conventional hit ball winning device, a pachinko machine machine that discharges a large amount of prize balls and a pachinko machine machine that does not are distinguished depending on the adjustment of the key that functions as an inflow gate to it. Since the adjustments are made by bending or tilting the nails, which are easily recognized by the naked eye, the degree of adjustment can be read by the player, making it clear to distinguish between them, which makes pachinko games less interesting.

(Purpose of the invention) The purpose of the invention is to provide a ball winning device for a pachinko machine that can eliminate the inconvenience of an extremely high probability of the opening/closing plate closing due to the adjustment of the key, etc., and can further enhance the interest of the pachinko game. Our goal is to provide the following.

(Structure of the invention) In order to achieve the above object, the ball winning device for a pachinko machine of the invention has two states on the surface side of the board attached to the game board: a first state in which it is difficult to accept a ball, or a first state in which it does not accept a ball at all; a first game area section comprising a pair of movable wings that can be converted into a second state where the ball is easily moved and are disposed relative to each other with an interval through which a received hit ball can pass; and a movable wing of the first game area section. A ball distribution member for changing the batted ball flow path, which is an area surrounded by partition wall members that receives batted balls flowing down from between the areas, and is arranged on the upstream side of the area, and the downstream side of the ball distribution member. A second prize winning hole, which has at least one special winning hole and a general winning hole arranged in the
In addition, a conversion mechanism is provided on the back side of the board to convert the pair of movable wings into a first state by a batted ball that has entered the special winning opening, and the first gaming area is movable. When the blade is in the second state, the ball received by the movable blade is caused to flow down from the first area to the second area, and collide with or come into contact with a ball distribution member disposed upstream of the second area. Depending on the chance of the direction of the ball flowing down, which varies slightly depending on the degree of The movable wing changes from the second state to the first state, but when the batted ball enters the general winning hole, the second state of the movable wing changes.
The configuration is such that the state continues as it is.

The present invention will be explained below based on the illustrated embodiments.

In FIGS. 1 to 3, reference numeral 1 indicates a board attached to the game board. On the front side of the substrate 1, a downstream guide member 2 having a front decorative plate 3 is fixed slightly upstream of the center thereof. The downstream guide member 2 forms a vertical ball passage 4 (FIG. 3) through which a batted ball can pass. Immediately upstream of this downstream guide member 2, a pair of movable wings 5 and 6 capable of guiding a batted ball into the ball passage 4 are arranged opposite to each other on the left and right sides of the inlet of the ball passage 4. These movable wings 5, 6 are rotatably attached to shafts 7, 8. A member for enabling the movable wings 5 and 6 to be opened and closed from the back side of the base plate 1 is passed through the base plate 1 from between the bases of the movable vanes 5 and 6 to the ball passage 4 of the downstream guide member 2. An opening 9 is provided. Also, on both sides of the movable blades 5 and 6 and the downstream guide member 2,
There is a suitable opening 10.

On the most upstream side of the surface side of the substrate 1, a pair of movable wings 5 and 6 stand up in parallel along the extension line of the ball passage 4, that is, when the movable wings 5 and 6 are closed.
In order to prevent a ball from entering from the upstream side between the movable wings 5 and 6, a plate-shaped armor portion 11 is provided to protrude from the substrate 1 toward the surface thereof. Armor part 1 in the figure
1 is bent into a vertical arc shape along the arc of the opening 10.

When the movable wings 5 and 6 are in the closed state in which they stand up parallel to each other as shown in FIGS. 2 and 3, the distance between the tips of the movable wings 5 and 6 and the armor portion 11 is smaller than the width of one ball. Therefore, from this gap, the ball reaches the movable wings 5 and 6.
There will be no prizes in between. That is, the movable wings 5 and 6 are in a state in which they do not receive any batted balls (hereinafter referred to as the first state).

In this embodiment, the first state is a state in which a batted ball is not accepted at all, but the first state is not limited to this, and the first state may be a state in which a ball is accepted but not easily accepted.

The movable wings 5, 6 are awarded a prize when the movable wings 5, 6 are in an open state where they are tilted left and right as shown in Fig. 1, that is, in a state where they can easily receive a batted ball (hereinafter referred to as the second state). It can happen for the first time. Hereinafter, the area on the surface side of the substrate 1 provided with such movable wings 5 and 6 will be referred to as the first
It is called the gaming area department. Note that an indicator light L is provided immediately below the armor portion 11.

On the downstream side of the movable wings 5, 6, there are movable wings 5, 6.
Partition wall member 1 that receives the batted ball flowing down from between
A second game area surrounded by 2 is formed. In this second game area, there are
A plurality of ball distribution members 13 are arranged horizontally and vertically to form a group of ball distribution areas, and a plurality of balls are placed on the downstream side of this distribution area, that is, in the lower area of the second game area. The sockets 14 are provided side by side. The distribution area distributes the batted balls, that is, winning balls flowing down from between the movable wings 5 and 6, into these ball sockets 1.
4 with a predetermined probability. The first stage ball distribution member group arranged horizontally on the upstream side consists of three obstacle pins 13A, 13B, 13C, and the next stage ball distribution member group consists of two obstacle pins 1.
Consists of 5A and 15B.

In addition, the ball socket 14 is connected to the next stage obstacle pins 15A, 1.
It consists of three balls 14A, 14B, and 14C divided by 5B, and these ball sockets 14A, 14B, 14
The partition plate that partitions C and the obstacle pins 15A and 15B are continuous. The reference numeral 16 in the figure is a front decorative plate that partially covers the front sides of these three ball sockets 14A, 14B, and 14C.

Among the first stage ball distribution member group, the center obstacle pin 1
3B is located directly below the ball passage 4, that is, on the center line Y (FIG. 3), and is connected to the obstruction pins 13A and 1 on both sides.
3C is located an equal distance away from the central obstacle pin 13B. Fault pins 13A, 13B, 1
The distance between 3C is wider than one pachinko ball,
The ball can pass through, but the obstacle pins 1 on both sides
The distance between 3A, 13C and the partition wall member 12 is narrower than one pachinko ball, making it impossible for a ball to pass through. The obstacle pin 15A of the next stage ball distribution member group is arranged to form an equilateral triangle with the first stage obstacle pins 13A, 13B, and the obstacle pin 15B is arranged so as to form an equilateral triangle with the first stage obstacle pins 13B, 13C. This is 3
This is to equalize the probability of distributing balls to the three ball sockets 14A, 14B, 14C, and from the obstacle pins 13A, 13B, 13C to the obstacle pin 15A,
By varying the distance to 15B, the distribution probability can also be varied.

The movable wings 5, 6 are opened by a conversion mechanism that converts the movable wings 5, 6 into at least the first state by a winning ball that has flown down to a special winning opening, which will be described later.
The second open state of the movable wings 5 and 6 is as follows:
The winning ball from the movable wings 5 and 6 enters a special winning hole provided at the lower side of the second game area, for example,
Center ball socket 14B set as a special winning hole
It will be maintained unless it enters. At the tips of the movable wings 5, 6, there are inclined parts 5A, 6A which are diagonally downward outward when viewed in the open second state as shown in FIG. The ball bounces outward on both sides, and flies toward, for example, a third game area consisting of a pendulum-type chucker 51 as shown in FIG.

4 and 5, on the back side of the board 1, the winning balls that entered the center ball socket 14B (special winning slot) and the winning balls that entered the ball sockets 14A and 14C on both sides are shown. A mounting frame 17 is attached in the form of a box, which also functions as a partition plate for distinguishing and loading. The bottoms of the three ball sockets 14A, 14B, and 14C are configured as inclined surfaces that descend toward the back of the board 1, and are connected to guide plates 14A', 14B', and 14C' that protrude from the back surface of the board 1, respectively. in the process of.

These movable wings 5, 6 are installed in the upper part of the mounting frame 17.
A swinging rod 18 for conversion as a conversion mechanism for opening and closing the movable wings 5 and 6 is attached to a shaft 19 near the base of the movable blades 5 and 6.
It is rotatably supported by.

On the other hand, from the bases of the movable wings 5 and 6, L-shaped contact portions 5B and 6B (FIGS. 5 and 7) are connected to the opening 9.
It slightly protrudes to the back side of the substrate 1 through the. The tip of the front arm of the swinging rod 18 is connected to this contact portion 5.
It is located so that it can enter B and 6B. sign 2
0 is a stopper for preventing rotation of the swinging rod 18 provided on the mounting frame 17, and this stopper 20
As a result, the swinging rod 18 is prevented from rotating at a position where the tip of its front arm is inserted between the contact portions 5B and 6B (FIGS. 5 and 8). Since the contact parts 5B and 6B of the movable blades 5 and 6 are located below the rotation center axis 19, the movable blade 5 , 6 are in the closed state. Due to the overall structure of the swinging rod 18, the swinging rod 18 normally has a tendency to rotate due to its own weight so that the tip thereof tends to be stabilized at a position (closed position) between the contact portions 5B and 6B. In this embodiment, a weight 21 is embedded in the front arm of the swinging rod 18 in order to ensure this movement.

The rear arm of the swinging rod 18 projects out of the mounting frame 17 through an opening 22 (FIG. 6) on the back surface of the mounting frame 17. At the rear end of this rear arm,
An engaging protrusion 2 for opening operation is provided on one side of the swinging rod 18.
3 is provided with a lever 24 for closing operation on the other side, and this lever 24 hangs downward. The movable wings 5 and 6 are connected to the engagement protrusion 23 of the swinging rod 18.
is opened by pushing down, and the lever 24 is moved to the fifth position.
Close by flipping up counterclockwise as shown.

This opening operation of the movable wings 5 and 6, and therefore the engagement protrusion 2
The operation No. 3 is carried out by an appropriate mechanical drive means or electric drive means such as an electromagnetic solenoid inside the pachinko machine that is linked to the specific winning device.

FIG. 8 shows an example in which the opening operation is performed by a mechanical drive means provided on the back side of the board 1 of this batted ball winning device.

Reference numeral 25 in the figure is a winning ball detection lever that is swingable about a fulcrum 26, and is always subject to a rotating habit in which the tip 28 is lifted by a weight 27 provided at its rear end. The tip of the winning ball detection lever is located in the flow path of winning balls from the specific winning device, and swings once every time there is a winning ball. The rear end of a connecting rod 29 is pivotally attached to this winning ball detection lever 25, and the tip of the connecting rod 29 is located just above the engaging protrusion 23 for opening operation.

Therefore, once the winning ball detection lever 25 swings, the connecting rod 29 comes into contact with the engaging protrusion 23 and pulls it down, converting the swinging rod 18 from the closed position shown in FIG. 8 to the open position shown in FIG. 7. .

In order to stably hold the swinging rod 18 in the open position, a locking pin 30 is provided protruding from one side of the front arm of the swinging rod 18. A latch lever 31, which can be engaged with the locking pin 30, hangs down from the side surface so as to be swingable around a shaft 32. The latch lever 31 has a trap 33 (Fig. 4) consisting of a recess in the middle.
The locking pin 30 of the swinging rod 18 is in contact with a portion of the latch lever 31 other than the trap 33 when in the closed position, but when the swinging rod 18 is changed to the open position, this trap It is designed to fall within 33. The locking pin 30 that has fallen into this trap 33 is then used to lock the latch lever 3.
1 cannot get out of the trap 33 unless it is flipped up counterclockwise in FIG. Therefore, the swinging rod 18 is stably held in the open position, and a malfunction that would occur if the movable wings 5, 6, once opened, close naturally due to vibrations of the Pachinko machine, etc., is prevented.

Next, a mechanism that closes the open movable wings 5 and 6 only when a ball enters the center ball socket 14B (special winning hole) will be described.

At the bottom of the mounting frame 17 is a central ball socket 14.
B, to be more precise, a tilting piece 34 that receives the winning balls flowing down from the guide plate 14B' is provided so as to be swingable about a shaft 35. The shaft 35 is the tilting piece 3
In order to allow the ball to flow down smoothly over the tilting piece 4 without any hindrance, the tilting piece 34 is provided close to the guide plate 14B' on the lower surface side. In addition, in order to return the tilting piece 34 to the state shown in FIGS. 4 and 5 after it has been tilted due to the falling ball, a weight is provided on the back side of the tilting piece 34 toward the substrate 1 side from the rotation center axis 35. 36 are provided. Further, in order to smoothly perform the return operation, permanent magnets 37 and 37' are fixed to the back surface of the tilting piece 34 and the fixed portion of the mounting frame 17 so that they can face each other with the same polarity. Furthermore, in order to make the tilting operation of the tilting piece 34 smooth, the tilting piece 3
A protrusion 38 is provided on the side surface of 4, and the protrusion 38
is loosely fitted into an arcuate slit 39 provided in the mounting frame 17. An inclined surface 40 is formed at the rear end of the tilting piece 34 for releasing the ball from the notch 41 of the mounting frame 17 to the outside of the mounting frame 17.

At the front end of the tilting piece 34, there is a T-shaped mounting frame 17.
A projecting portion is formed that projects outward, and a flip-up arm 42 for the closing operation lever 24 extends upward from one projecting portion, and a flip-up arm 43 for the latch lever 31 extends upward from the other projecting portion. Extending. The tip of the flip-up arm 42 is located between the closing lever 24 and the board 1, and the tip of the flip-up arm 43 is located between the latch lever 31 and the board 1. And both arms 4
The height position of the tips of 2 and 43 is such that when the tilting piece 34 is tilted and displaced due to the rolling of the ball, the closing operation lever 24
The latch lever 31 and the latch lever 31 are designed to be flipped up almost simultaneously, but not to deviate below the lower end of the lever 24 or 31 that has been flipped up.

When the latch lever 31 is flipped up by the arm 43 and swings once about the shaft 32, the locking pin 30 of the swinging rod 18 for conversion disengages from the trap 33, so that the closing lever 24 It is flipped up by the arm 42, and the swinging rod 18 returns to the closed position shown in FIG. Therefore, the movable wings 5 and 6 are also closed. Reference numeral 44 in the figure is a stopper that determines the rest position of the tilting piece 34.

Note that when the swinging rod 18 is in the closed position, the latch lever 31 swings to remove the locking pin 3 from the trap 33.
In order to completely prevent the inconvenience of 0 coming off, as shown in FIG. magnet 46
It is preferable to bury it.

In addition, in order to prevent the winning balls flowing out from the ball sockets 14A, 14C on both sides from contacting and driving the arms 42, 43 and causing the arms to malfunction, the ball sockets 14A, 14C are configured. Arms 42 and 43 are installed in the opening of the substrate 1 when viewed in the outflow direction of the sphere.
It is preferable to provide protective guide protrusions 47, 48 immediately in front of. The closing lever 24 and the flip-up arm 42 can also be provided on the opposite side of the figure.

(Function) FIG. 9 shows a pachinko machine in which the ball winning device 49 having the above structure is arranged in the center of the game board 50. Pendulum type chuckers 51, 51 are arranged on both sides of the main batted ball winning device 49, and furthermore, lamp chuckers 52, 52 are arranged on the outside thereof. Moreover, on the downstream side of the main hit ball winning device 49, a chucker 53 as a starting winning opening for opening the movable wings 5 and 6 is arranged. Reference numeral 54 is a sky chucker, 55 is a so-called chip prize winning device, and 56 is a drop chucker.

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

When the movable wings 5 and 6 are closed (first state),
Due to the action of the weight 21, the tip of the swinging rod 18 is in a state where it is inserted between the contact portions 5B and 6B of the movable blades, thereby preventing the opening movement of the movable blades 5 and 6 (Fig. 5, Figure 8). At this time, the locking pin 30
is located away from the trap 33, and the closing lever 24 is rearwardly separated from the flip-up arm 42 (FIGS. 4 and 8).

Now, when a ball enters the starting prize opening 53, the winning ball flows down the back side of the pachinko machine, presses down the tip 28 of the winning ball detection lever 25 (FIG. 8), and then falls downward. The winning ball detection lever 25 tilts downward once, the connecting rod 29 sinks downward, and the engagement protrusion 23 of the swing rod 18 is pulled down by the tip of the connecting rod 29. As a result, the swinging rod 18 is converted to the open position, ie, the second state, as shown in FIG. Since the tip of the swinging rod 18 moves upward, the movable wings 5 and 6 open due to their own weight as shown in FIG. 2. The locking pin 30 of the swinging rod 18 slides on the latch lever 31 and falls into the trap 33, and the magnetic body 45 provided on the latch lever 31 attracts the permanent magnet 46 of the flip-up arm 43, and the movable blade 5 opens. , 6 are stably supported in the open position.

When the swing rod 18 switches to the open position (second state) and its tip leaves the contact parts 5B and 6B at the base of the movable blades, the movable blades 5 and 6 become free to move, and the movable blades 5 and 6 move under their own weight. It is always stable in the open position. Therefore, the ball enters the movable wings 5, 6, and the movable wings 5, 6
The movable wings 5 and 6 do not close even if they pass through the gap.

When a ball enters the movable wings 5 and 6 of the first game area, the winning ball passes through the ball path 4 and enters the second game area that has a group of ball distribution members. The winning ball entering the second game area first comes into contact with one or two of the obstacle pins 13A, 13B, and 13C of the first row of ball distribution members. Due to subtle differences in the direction and degree of contact, the central obstacle pin 1
It is distributed to the left flow path or right flow path of 3B,
Head to the next row of ball distribution members. Since the obstacle pins 15A and 15B of the next row of ball distribution members are located in the middle of the left channel or the right channel, the winning ball will contact these obstacle pins 15A or 15B and move further left and right. divided into three ball sockets 14A,
Enter either 14B or 14C. The path of the ball that passes between the multiple rows of ball distribution members differs for each winning ball, and as an average for many winning balls, the ball will pass with a certain probability determined by the arrangement of the obstacle pins. Enter into sockets 14A, 14B, and 14C.
In this embodiment, the probability that the ball will enter the sockets 14A, 14B, and 14C is approximately the same.

When the movable wings 5 and 6 are open (second state),
Some of the balls hit the outward and diagonally downward inclined parts 5A and 6A provided at the tips of the movable wings 5 and 6.
A batted ball that hits the slopes 5A, 6A is bounced back outward on both sides, and a third ball made of a pendulum-type chucker 51
Fly towards the gaming area. The pendulum type chucker 51 includes a board 57 attached to the game board 50, a ball diving hole 58 provided in the board 57 so as to be located on the same plane as the game board 50, and the ball diving hole 58.
An arcuate protruding guide piece 59 protruding from the substrate 57 along the lower side and a pendulum 6 covering the ball diving hole 58
0. The pendulum 60 can freely swing around a shaft 61 provided above the ball diving hole 58, and covers the ball diving hole 58 when in a stationary state.

Some of the batted balls that hit the movable wings 5 and 6 and flew toward the third game area hit the sides of the pendulums 60 and 60 of the pendulum type chuckers 51 and 51 and were pushed away. The ball will jump into the diving hole 58. Therefore, when the movable wings 5 and 6 are opened, the winning rate for balls that do not enter between the movable wings 5 and 6 also improves.

The balls that enter the left and right ball sockets 14A, 14C simply roll down the slopes of the guide plates 14A', 14C' and fall into the collection gutter (not shown) on the back of the pachinko machine, and the balls enter the movable wings 5. , 6 are not changed.

However, the center ball socket 14 as a special winning hole
When the ball enters B, the movable wings 5 and 6 close as follows. That is, the ball that entered the ball socket 14B rolls on the slope of the guide plate 14B' and reaches the tilting piece 3.
4, it rolls on the tilting piece 34 and is ejected from the rear inclined surface 40 through the notch 41 of the mounting frame 17. At this time, due to the weight of the ball, the tilting piece 34 moves toward the weight 36 and the magnet 3 below it.
7, 37', the magnets 37, 37' rotate counterclockwise in FIG.
37' are tilted to a position where they abut each other.
The flip-up arms 42 and 43, which are integrally provided on the tilting piece 34, also rotate counterclockwise in FIG.
4 and latch lever 31 are flipped up almost simultaneously. In this flip-up operation, the latch lever 31 is swung away from the board 1 about the shaft 32 against the attraction force between the magnetic body 45 and the magnet 46, so that the locking pin 30 and the trap 3
3 is disengaged. Therefore, the tilting piece 34 rotates clockwise in FIG. 7 about the shaft 19, and the tip of the tilting piece 34 cuts between the bases of the movable wings 5 and 6 as shown in FIG. As a result, the movable wings 5 and 6 are converted from the second state shown in FIG. 7 to the first state shown in FIG. 8.

When the ball finishes passing over the tilting piece 34, the tilting piece 3
4 returns to the horizontal state (FIGS. 5 and 8) by the action of the weight 36. The swinging rod 18 remains in the position shown in FIG. 8 due to the action of the weight 21 in the front arm. Therefore, the locking pin 30 of the swinging rod 18
is the trap 3 of the latch lever 31 as shown in Figure 4.
3, the lower end of the latch lever 31 also remains separated from the flip-up arm 43, as shown in FIG.

In this way, the movable wings 5 and 6 are closed and enter the first state, and wait until a ball enters the starting prize opening 53 again.

(Effects) Since the ball winning device of the pachinko machine according to the present invention is configured as described above, the special winning hole and the general winning hole are determined depending on the arrangement of the ball distribution member in the second game area. The probability of a ball entering any of the ball sockets is determined. Therefore, the probability that a ball will enter a specific winning hole among the plurality of ball sockets is almost unaffected by the adjustment of the movable wing itself of the ball winning device or the nails installed around it, and the probability that the ball will be accepted by the movable wing is Since this is left to chance such as the speed of inflow and the angle of inflow at that time, it is possible to provide a fair game machine without the players being able to visually recognize the difference in the superiority or inferiority of each pachinko machine.

Furthermore, by setting the probability of distribution by the ball distribution member to a desired value, the proportion of the prize ball amount is regulated from the beginning, so it is possible to increase the probability that the movable wings will open.

Most of all, the player cannot read the winning probability. Therefore, compared to the conventional hit ball winning device, it is possible to further enhance the interest of the pachinko game.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of an embodiment of the ball winning device of the present invention together with a pendulum type chucker, Fig. 2 is a front view of the ball winning device, and Fig. 3 shows the front plate removed. Figure 4 is a partially cutaway side view, Figure 5 is a cross-sectional view of Figure 2,
Figure 6 is a rear view, Figure 7 is a perspective view of the movable blade conversion mechanism with the movable blade open, and Figure 8 is a perspective view of the movable blade opening/closing mechanism with the movable blade closed. , FIG. 9 is a front view of a pachinko machine to which the batted ball prize winning device notification device of the present invention is applied. 1... Board, 2... Specific prize opening, 4... Ball passage, 5, 6... Movable wing, 5A, 6A... Inclined part,
5B, 6B...Contact part, 11...Armor part, 12...
Partition wall member, 13A, 13B, 13C...Obstruction pin (distribution element), 15A, 15B...Obstruction pin (distribution element), 14...Ball socket, 17...Mounting frame, 18...Rock Moving rod, 21... Weight, 23...
...Engaging protrusion, 24...Lever for closing operation, 25...
Winning ball detection lever, 30...Lock pin, 31...
Latch lever, 33...trap, 34...tilting piece, 36...weight, 37, 37'...magnet,
40... Inclined surface, 42, 43... Flip-up arm, 49... Hit ball winning device, 50... Game board, 5
1... Pendulum type chuck car, 58... Ball diving hole.

Claims (1)

[Scope of utility model registration request] On the front side of the board attached to the game board, there is a first
a first game area section comprising a pair of movable wings that can be converted into a second state in which a batted ball is easily accepted and that are disposed relative to each other with an interval that allows the received batted ball to pass; A ball distributing member for changing a batted ball flow path, which is an area surrounded by a partition wall member that receives a batted ball flowing down from between the movable blades of the area, and is disposed on the upstream side of the area; A second gaming area is provided on the downstream side of the dividing member and includes at least one special winning opening and a general winning opening. A conversion mechanism for converting the pair of movable blades into a first state is provided,
When the movable wing of the gaming area is in the second state, the ball received by the movable wing is caused to flow down from the first gaming area to the second gaming area, and the ball is placed upstream of the second gaming area. Depending on the coincidence of the direction of the ball flowing down, which changes slightly depending on the degree of collision or contact with the distribution member, the winning of either the special winning hole or the general winning hole located on the downstream side is entrusted, and the hit ball enters the special winning hole. When winning a prize, the movable wing converts from the second state to the first state by the conversion mechanism, but when the hit ball enters the general winning hole, the second state of the movable wing changes.
A ball winning device for a pachinko machine characterized by having a configuration in which the state continues as it is.