JPH0647494Y2 - Pachinko machine winning device - Google Patents

Description

[Detailed Description of the Invention] <Industrial Application Field> The present invention has a pair of movable wing pieces axially attached to the left and right, and the easiness of winning a ball by standing or tilting the movable wing pieces. The present invention relates to a winning device for a pachinko machine, which is capable of changing the tilting state of the movable wing piece even by a ball received from another winning port.

<Prior Art> A winning device for a pachinko machine that changes the ease of winning a ball by erecting or tilting a pair of movable wing pieces is commonly known as a tulip. This tulip-type conventional winning device is provided with a conversion mechanism on the back side of the mounting substrate, which is capable of converting the tilted state of the movable wing piece, and the conversion mechanism is converted by the ball received in the winning device from the ball receiving port. Is activated.

In addition, a light source such as a lamp is provided on the back side of the mounting board, and the light source is turned on (or blinks) at an appropriate timing by being controlled by the electric control device of the pachinko machine, and the prize is won. It is used to clarify changes in the state of the device and enhance visual effects. This light source is attached to the lighting board, and in general, the lighting board is appropriately separated from the back surface of the mounting board because the light emitting portion of the light source faces the back surface of the mounting board. It is located behind the back surface.

Furthermore, in the deceptive prize winning device of the pachinko machine, an interlocking ball receiving opening is established in the ball guide frame protruding from the back surface of the mounting board, and a ball received from another winning opening different from this winning device is interlocking ball receiving entrance. The above-mentioned conversion mechanism is operated even when a winning ball is guided to the inside of the prize winning device from another prize hole, and the amusement of the game is enhanced. The so-called tulip type winning device is used for various pachinko machines, so depending on the game content of the model, if you do not guide the ball from other winning holes to the interlocking ball entrance, or if you have multiple prizes. In some cases, it is designed to guide the ball from the mouth to the prize winning device, so that it is possible to flexibly respond to the degree of freedom of such a game machine design, it is received from the interlocking ball reception port and the interlocking ball reception port. It is sold as a structure with a conversion mechanism that can be converted by a sphere.

<Problems to be solved by the invention> However, when the conventional winning device is attached to the game board of the pachinko machine, the illumination board including the light emitting source is in a state of protruding from the back side of the game board as described above. When a winning ball guided from another winning port reaches the interlocking ball receiving port of the ball guiding frame, it may collide with the ball guiding frame or the illumination board. For this reason, the impact received from the interlocking sphere damages the conversion mechanism, resulting in malfunctions, the lighting lamp burns out, and the falling sphere collides with the back surface of the lighting board to connect wiring (print wiring or lead wire connection). In some cases, unexpected troubles such as short-circuiting of parts etc. occurred.

In order to eliminate such inconvenience, it is conceivable to form a winning ball guiding path for guiding balls from other winning ports to the tulip type winning device up to the interlocking ball receiving port. If the structure is such that the ball guide frame and the winning ball taxiway are rigorously connected, precision will be required in the work of assembling the winning ball taxiway and the winning device into the game board. The efficiency may be reduced and the yield may be deteriorated.

Therefore, an object of the present invention is to provide a winning device for a pachinko machine, which can prevent a defect from being caused by a shock when a winning ball guided from another winning port reaches the interlocking ball receiving port of the winning device. To do.

<Means for Solving Problems> In order to solve the problems, the present invention provides a pocket frame (5) having an open top surface on the front side of the mounting substrate (3) having the ball passage opening (4). , A pair of movable wing pieces (6, 6) are erected and tiltably mounted in the pocket frame, and a backside of the mounting board is provided with an interlocking ball receiving port through which a ball received from another winning port is guided. A conversion mechanism that forms a ball guide frame (7) having (22) in a protruding shape, and controls tilting of the movable wing piece based on the ball that has flowed into the ball guide frame from the interlocking ball receiving port or the ball passing port. An illumination board (e.g., a cam wheel 33, a rotation control member 34, a cam rotation member 35, etc.) provided with light sources (8) located on the left and right sides of the ball guide frame and facing the mounting board (8). 9) is appropriately spaced from the back surface of the mounting board, and the back surface of the illumination board and the outer side of the light emission source are Cormorant a size which is set to a box frame-shaped protective frame, in which so as to protect the outer part of the back and the light emitting source of the illuminating board.

<Action> On the back side of the game board, when the winning ball is guided from the other winning opening to the interlocking ball receiving opening of the winning device and opened, if the downward flow of the winning ball deviates from the original downflow path, this downflow ball Will be guided to the interlocking ball entrance by hitting the protective frame. That is, when the winning ball guided to the guide frame of the winning device in various states by the downflow force deviates from the downflow path to the winning ball entrance,
By abutting the back surface of the illumination substrate and the protective frame that covers the outer portion of the light emitting source, the impact received by the light emitting source itself and the illumination substrate is mitigated.

<Embodiment> An embodiment of the present invention will be described below with reference to the drawings.

The prize winning device 1 shown in FIGS. 1 to 6 is a so-called double opening tulip type prize winning device, in which a ball passage opening 4 is opened in a mounting substrate 3 mounted on the surface of a game board 2, and the mounting substrate is mounted. A pocket frame 5 having an open upper surface is provided on the front side of 3, and a pair of movable wing pieces 6, 6 are axially mounted in the pocket frame 5 so as to be erected and tiltable. A conversion mechanism that controls the state of the movable blades 6, 6 (detailed later)
The illuminating board 9 provided with a sphere guide frame 7 having a light emitting source 8 such as a lamp, which is located above and below the left and right sides of the sphere guide frame 7 and faces the mounting board 3 side. The light-emitting portion of the light-emitting source 8 is located near the back surface of the mounting substrate 3 by appropriately arranging the light-emitting portion 8 from the back surface of the illumination board 9 and the outer portion of the light-emitting source 8 so as to cover the protective frame 10. Is mounted on the mounting substrate 3, for example.

Since the light emitting sources 8 are respectively positioned on the left and right sides of the ball guide frame 7 (on the left and right sides in the embodiment shown in the drawings), and the illumination board 9 is appropriately separated from the rear surface of the mounting board. When the protective frame 10 is arranged so as to cover the outer side of the illumination board 9 and the light emitting source, the ball guide frame 7 is also substantially covered with the protective frame 10.

The embodiment of the mounting substrate 3 shown in the drawing is such that the window portion is closed by a translucent decorative plate 11, and the columns 12, 12 are provided on the left and right surfaces of the ball passage opening 4 to project the ball passage opening. The movable wing pieces projecting from the notches 14 and 14 and the pocket frame 5 into which the locking projections 13, 13 of the movable wing pieces 6, 6 described later are inserted on the left and right above the opening edge of
Small holes for fitting the support shafts 15, 15 of 6, 6 are formed.

The pocket frame 5 mounted on the front side of the mounting substrate 3 described above is
It is a pocket-shaped frame body having an open upper surface and a rear surface composed of a front surface portion, a bottom portion, left and right side wall portions, and the like. Support shafts 15 and 15 of the movable wing piece 6 are projected rearward on the back surface of the front portion, Tapered cavities 16 and 16 having open front surfaces are formed on the left and right, and convex lens portions 17 and 17 are formed at the rear ends of the tapered cavities 16. The above-mentioned convex lens portions 17 are arranged so as to face the illumination holes 18 formed in the lower portion of the mounting board 3 when the pocket frame 5 is mounted on the mounting board 3.

The movable wing piece 6 axially mounted in the pocket frame 5 is a hollow body having a substantially three-month shape imitating a petal of a tulip, and has a through hole 19 for inserting the support shaft 15 in a lower portion thereof. Below the through hole 19, a locking protrusion 13 is provided so as to project rearward. To attach the movable wing piece 6 to the mounting board 3, the support shaft 15 is penetrated into the through hole 19 of each movable wing piece 6, and the tip of the support shaft 15 protruding from the through hole 19 is attached to the small hole of the mounting board 3. While being fitted inside, the tip of the support column 12 of the mounting substrate 3 is brought into contact with the receiving portion 20 of the pocket frame 5, and the front end of the support column 12 is tightened through the screw 21 from the front surface of the pocket frame 5. In this way the movable wings
When 6, 6 are attached, each movable wing piece 6 is supported rotatably around the support shaft 15, and is always urged by its own weight in the direction in which the upper end is tilted outward and opened.

The ball guide frame 7 provided on the back side of the mounting substrate 3 has left and right side surfaces whose ends are connected to the left and right sides of the opening edge of the ball passage opening 4 of the mounting substrate 3, and an upper surface portion covering the front half of the mounting substrate 3 side. It is a box-frame shape composed of an interlocking ball receiving opening 22 opened at the rear of the upper surface part, a rear surface part, etc., and is integrally molded with the mounting substrate 3 in the embodiment of the drawings, and supports a ball detector 23 near the ball outlet. Locking claw portions 24, 24 for forming are formed. In addition, the above interlocking ball entrance 2
2 is intended to guide and invite a winning ball received from another winning port provided in the game section of the game board 2, from another winning port via a ball guiding path (not shown). The winning ball is guided to the ball entrance 22.

The sphere detector 23 may have any configuration as long as it can detect a sphere such as a contact switch such as a micro switch or a non-contact switch such as a proximity switch, but it won between the movable wing pieces 6 and 6. Install it by facing the ball passage through which the ball passes. In addition, as described above, when the ball detector 23 is supported by the locking claw portions 24, 24 protruding from the mounting substrate 3,
Since it can be attached with one touch, the work of attaching and removing the ball detector 23 is easy.

The illuminating board 9 has a downward U shape in which a notch portion for avoiding the sphere guide frame 7 is formed, and when the illuminating board 9 is fixed to the back side of the mounting board 3 by an appropriate fixing means 26 such as a screw, the light emitting source on the upper side. 8a, 8
a is located on the back side of the decorative plate 11 of the mounting substrate 3, and the light emitting sources 8b, 8b on the lower side face the illumination holes 18, 18 of the mounting substrate 3.

In addition, a protective frame 10 that covers the ball guide frame 7 and the illumination board 9 described above.
Is a plastic frame body whose front and bottom surfaces are open, a cutout portion 27 for avoiding the front portion of the ball guide frame 7 is formed on the top surface, and a cutout portion for avoiding the rear portion of the ball guide frame 7 on the back surface. 28 and mounting holes 29, 29 are formed respectively, and ball guide members 30, 30 for guiding the ball are projected from the interlocking ball receiving port 22 of the ball guide frame 7. In the embodiment shown in the drawings, the wiring locking claw 30 'is integrally formed on the outer surface of one of the ball guide members 30.

In order to attach the protective frame 10 having such a structure to the mounting substrate 3, after the illumination substrate 9 is previously mounted on the mounting substrate 3, the illumination substrate 9 and the ball guide frame 7 are covered from the rear side so as to cover the protective frame 10. Abut on the back surface of the mounting substrate 3 and pass the fastening members 31, 31 such as screws through the mounting holes 29, 29, and the tip of each fastening member 31 is projected on the back side of the mounting substrate 3. Secure it by screwing it onto the tip of 32. Then, the wire locking claw 3 of the ball guide member 30 is inserted in the middle of the wire whose one end is connected to the illumination board 9.
After winding once around 0 ', connect the connector at the other end to a predetermined terminal.

When the protective frame 10 is fixed to the back side of the mounting substrate 3 in this manner, the entire lighting substrate 9 and the ball guide frame 7 are housed in the protective frame 10, and the front part of the ball guide frame 7 is the upper surface of the protective frame 10. Notch 27
The ball guiding members 30, 30 of the protective frame 10 are located inside the interlocking ball receiving port 22.

Inside the above-mentioned ball guide frame 7, there is a cam wheel 33 which is a constituent member of a conversion mechanism for controlling the tilting of the movable wing pieces 6, 6, and the cam wheel 33.
The rotation control member 34 for preventing the runaway of 33 and the interlocking ball receiving port 22
A cam rotating member (35) for rotating the cam wheel (33) by the balls that have entered is pivotally mounted respectively.

The cam wheel 33 is provided with a plurality of ball contact portions 36 ... Which project from the center at a substantially equal angle in the radial direction, and fan-shaped locking portions 37, 37 are formed at both ends. In the embodiment of the cam wheel 33 shown in the drawing, when the ball first wins, the movable wings 6 and 6 can be tilted by rotating approximately 120 degrees, and when the ball wins, the rotary wings rotate 120 degrees and the movable wings again. Allowing tilting of the pieces 6,6, and when the ball wins next time, it rotates 120 degrees to hold the movable wing pieces 6,6 in an upright state, so that the ball contact portion 36 is approximately 120 at the center of the length. Locking parts 37 and 37 formed at both ends while protruding three at an interval
Is formed in the range of 120 degrees between the ball contact portion 36 and the ball contact portion 36. Further, in the embodiment shown in the drawings, the ball contact portion 36 located on the opposite side of the locking portion 37 is extended to the left and right to serve as a receiving portion 38 of a cam rotation member 35 described later. And this cam car 33
In order to mount the inside of the ball guide frame 7, the ball passing through the ball passage opening 4 hits the ball contact portion 36, and the engaging portion 37 is positioned inside the notches 14, 14 of the mounting substrate 3. And the ball guide frame 7
It is rotatably supported by a shaft 39 passing through the left and right side surfaces of the.

Therefore, the engaging portion 37 of the cam wheel 33 is the cutout portion of the mounting substrate 3.
In the first state in which the left and right movable wing pieces 6, 6 are upright and are difficult to receive the spheres inside the 14, 14, the engagement of the movable wing pieces 6 that has entered the notches 14 of the mounting substrate 3. Stop projection 13 is locking part 37
The movable wing piece 6 can be restrained from tilting, and the standing state can be maintained. In this state the movable wing pieces 6,6
When the sphere that has flowed in between presses the sphere contact portion 36 through the sphere passage port 4 and rotates the cam wheel 33 by approximately 120 degrees, the locking portion 37 disengages from the locking projection 13 in the cutout portion 14, The movable wing pieces 6,6 tilt by their own weight around the support shafts 15,15 in the directions in which the upper ends of the movable wing pieces 6 are tilted outward, and stop in an inverted V shape to convert the ball into a second state in which it is easy to receive the ball. The ball that has rotated the cam wheel 33 is electrically detected by the ball detector 23 while being discharged to the back side of the game board 2 through the ball flow path on the back side of the mounting substrate 3.

In this state, when the movable wing pieces 6,6 receive the next sphere, the movable wing pieces 6,6 return and rotate due to the weight of the sphere, and the respective locking projections 13 once enter the cutout portions to move the movable wing pieces 6,6. 6 stands up. However, even if the cam wheel 33 rotates approximately 120 degrees by the above-mentioned balls, the locking portions 37 are not located inside the cutout portions 14, 14. Therefore, even if the movable wing pieces 6, 6 stand up once, they immediately move to the second
Return to state and remain open. The sphere at this time is electrically detected by the sphere detector 23 in the same manner as described above while being discharged to the back side of the game board 2 through the sphere flow path on the back side of the mounting substrate 3.

Then, when the ball wins next time, the movable wing pieces 6, 6 are erected in the same manner as above, and the cam wheel 33 is rotated by approximately 120 degrees by the ball, and the respective locking portions 37 are located inside the cutout portions 14, 14. Stop at. Therefore, the respective locking projections 13 of the movable wing pieces 6, 6 have the locking portions 3 of the cam wheel 33.
The movable wing piece 6 is locked at 7, and tilting of the movable wing piece 6 is restricted so that the movable wing piece 6 is maintained in an upright state. The sphere at this time passes through the sphere channel on the back side of the mounting substrate 3 and is discharged to the back side of the game board 2,
It is detected electrically by the sphere detector 23 in the same manner as described above.

The rotation control member 34 has a rear end rotatably attached by a shaft 40 passing through the left and right side surfaces of the ball guide frame 7, and a weight 41 is provided in the middle of a portion extending forward from the base end. Urging the front end portion downwards, and the locking portion 42 protruding downward is provided from above by the cam wheel.
The locking portion 42 is arranged so as to be located between the ball contact portions 36. Therefore, when the cam wheel 33 rotates, the rotation control member 34 rotates while rising against the bias, and when the cam wheel 33 rotates about 120 degrees, the locking portion 42 of the rotation control member 34 causes the ball contact portion 36, It enters into the space between 36 and becomes a rotation resistance of the cam wheel 33. Therefore, the cam wheel 33 is prevented from running away,
It can be rotated reliably with a moderation of about 120 degrees.

The cam rotation member 35 is for forcibly rotating the cam wheel 33 by a ball guided from another winning opening to convert the state of the movable wing pieces 6, 6, and in the embodiment shown in the drawings, it is a ball. The base 43 is axially attached to the left and right side surfaces of the guide frame 7, and the ball mounting portion 44 extending rearward from the base is provided with the ball mounting portion 22 of the ball guide frame 7.
The front end claw portion 45 of the portion extending forward from the base end faces the cam wheel 33. The tip claw 45 is a cam wheel.
The contact portion 38 of 33 is arranged so as to be offset to the left or right so as not to hit the ball contact portion 36. In addition, one of the side surfaces located on the left and right of the above-mentioned ball placing portion 44, or the rear surface portion, has a notch through which a ball that has sufficiently lowered the ball placing portion 44 flows out from the inside of the ball guide frame 7. Forming a discharge path 46 in the shape of a circle.

In a state where the movable wing pieces 6, 6 are upright, a ball that has won a prize in another winning port is guided by a guide means such as a gutter or the like, which is a ball guiding path, and a cam rotating member is inserted from the interlocking ball receiving port 22 of the ball guiding frame 7. When placed on the ball mounting portion 44 of 35, the cam rotating member 35 swings in a direction in which the ball mounting portion 44 is lowered by the weight of the ball and the tip claw portion 45 is raised. When the movable blades 6, 6 are upright, as shown in FIG. 3, the receiving portion formed on the cam wheel 33.
Since 38 is stopped substantially horizontally to the rear, the tip claw portion 45 that has risen moves up the receiving portion 38 and forcibly rotates the cam wheel 33. When the cam wheel 33 rotates, each locking portion 37 of the cam wheel 33 is disengaged from the locking projection 13 in the notch 14, so that each movable wing piece 6 is moved.
Tilts in the direction of tilting the upper end outwards about the support shaft 15 due to its own weight, and stops in an inverted C shape to convert the ball into a second state in which it is easily received. When the cam rotating member 35 is swung sufficiently, the ball on the ball mounting portion 44 is disengaged from the side surface portion of the ball guide frame 7 and discharged from the discharge path 46 to the outside of the ball guide frame 7.
In this way, the sphere swinging the cam rotating member 35 is directly discharged from the discharge path 46 without passing through the sphere flow path on the back side of the mounting substrate 3, so that it does not act on the sphere detector 23.

As described above, according to the conversion mechanism including the cam wheel 33, the rotation control member 34, the cam rotation member 35, etc., the ball passing port 4 provided on the mounting substrate 3 or the interlocking ball receiving port 22 of the ball guide frame 7 is used. It is possible to control the tilting of the movable wing pieces 6, 6 based on the inflowing sphere.

In the second state in which the movable wing pieces 6, 6 are opened, the ball that has entered the other winning opening rests on the ball mounting portion 44, the cam rotating member 35 swings, and the tip claw portion 45 rises. However, as shown in FIG. 5, the receiving portion 38 of the cam wheel 33 is not positioned rearward in this state. Therefore, the tip claw portion 45 does not act on the receiving portion 38, and the cam wheel 33 does not rotate.

When the above-mentioned winning device 1 is attached to the game board 2, the rear part of the ball guide frame 7 is set so as to project to the back side of the game board 2 and be located in the winning ball collecting trough (not shown). . Then, when a winning ball guided from another winning port flows into the interlocking ball receiving port 22 via the ball guiding path formed in the winning ball collecting trough, the original downward flow path is slightly diverged by the downward force. In such a case, the ball guide member 30 of the protective frame 10 is abutted and guided to the ball receiving opening 22, so that a shock may be given to the conversion mechanism, the illumination substrate 9, the light emitting source 8 ... Absent.

That is, according to the winning device 1 of the pachinko machine according to the present invention, the protection frame 10 having a size that covers the back surface of the illumination board 9 and the outer side of the light emitting sources 8 is provided on the back surface side of the mounting board 3. , When winning and opening a winning ball from the other winning openings to the interlocking ball receiving opening 22 of the winning device 1, the winning balls guided to the ball guide frame 7 of the winning device 1 in various states by the downflow force,
Even if the ball guide frame 7 deviates from the downward flow path to the winning ball receiving port 22, it will come into contact with the protective frame 10 that covers the back surface of the illumination substrate 9 and the outer side of the light emitting sources 8. It is possible to reduce the impact on the light emitting source 8 and the illumination substrate 9.

Therefore, the impact of receiving the interlocking ball guided from another winning opening may cause a malfunction of the conversion mechanism, cause the light source 8 provided on the illumination board 9 to burn out the lamp, or cause the falling ball to emit the illumination board. 9 It is possible to prevent the occurrence of unexpected troubles such as short-circuiting the wiring by making contact with the back surface.
Moreover, since the protective frame 10 is located on the outer side of the light emitting source 8, the light emitted from the light emitting source 8 is prevented from diffusing on the back surface side of the game board 2, and the front surface of the game board 2 is prevented. Reaching a sufficient amount of light to the side can also contribute to enhancing the decorative effect.

Further, as in the present embodiment, when the light emitting source 8 is positioned behind the convex lens portion 17 of the tapered empty portion 16 formed in the pocket frame 5, when the light emitting source 8 emits light, the lens effect of the convex lens portion 17 is obtained. Since the light is focused by and is guided to the front in a concentrated manner without being diffused by the tapered hollow portion 16, a strong decorative effect can be exhibited. Further, since the wiring is wound around the wiring locking claw 30 ', even if the wiring is pulled at a pachinko parlor or an assembly plant, this pulling force is applied only to the wiring locking claw 30', and thus the lighting substrate 9 is not pulled. It does not affect the connection. Therefore, it is possible to effectively prevent disconnection of the lead wire connection portion.

The conversion mechanism of the present invention is not limited to the one that rotates the cam wheel 33, and may have any configuration as long as it has a function of converting the state of the movable wing pieces 6, 6. For example, as shown in FIG. 7, the swinging bottom plate 47 has a shaft 48 within the ball guide frame 7 '.
And a locking portion such as a projection or a cut portion formed on the lower ends of the movable wing pieces 6'and 6'while being pivotally mounted by the It is a conventional type that faces between 50 and 50. It should be noted that enclosing the ball guide frame 7'and the illumination substrate (not shown) by the protective frame 10 is the same as in the above-described embodiment.

In the winning device 1 ', when the tip of the swinging bottom plate 47 descends and stops, both movable wing pieces 6', 6'stand up and maintain the first state in which it is difficult to receive a hit ball. And the movable wings 6 ', 6'
When a hit ball enters in between, the hit ball rolls on the rocking bottom plate 47, and when it passes through the shaft-attached portion, the rocking bottom plate 47 rocks in the direction in which the tip of the rocking bottom plate 47 rises due to its own weight. When the swing bottom plate 47 swings,
Since the protrusions 49, 49 rise, both movable wing pieces 6 ', 6'become tilted by their own weight in the direction of opening the upper end, and are converted into the second state in which the hit ball is easily received. When the ball hits in this second state, the ball hits the lower ends of the movable wing pieces 6 ', 6'to erect them, so that the rocking bottom plate 47 rocks in the direction of lowering the tip. Therefore, both movable wing pieces 6 ', 6'return to the first state in which it is difficult to receive a hit ball.

<Effects of the Invention> As described above, according to the winning device for the pachinko machine according to the present invention, the protective frame having a size that covers the back surface of the illumination board and the outer side of the light emitting source is provided on the back surface side of the mounting board. Therefore, when guiding and opening the winning ball from another winning opening to the interlocking ball receiving opening of the winning device, the winning ball guided to the guiding frame of the winning device in various states by the downflow force is the ball guiding frame. Even if it falls off the downflow path to the prize winning ball entrance, it will hit the protective frame that covers the back surface of the lighting board and the outside of the light source, so the impact on the conversion mechanism, the light source, and the lighting board is mitigated. It becomes possible.

Therefore, the impact of receiving the interlocking ball guided from another winning port may cause the conversion mechanism to malfunction, the lamp as a light emitting source provided on the lighting board may burn out, or the falling ball may cause the falling board to hit the lighting board. It is possible to prevent unexpected troubles such as short-circuiting the wiring by hitting the back surface. Moreover, since the protective frame is located on the outer side of the light source, the light emitted from the light source is prevented from diffusing on the back side of the game board, and a sufficient amount of light reaches the front side of the game board. By doing so, it can also contribute to enhancing the decorative effect.

[Brief description of drawings]

The drawings show an embodiment of the present invention. FIG. 1 is an exploded perspective view, FIG. 2 is a partially cutaway front view in the first state, FIG. 3 is a sectional view in the first state, and FIG. FIG. 5 is a plan view of the second state, FIG. 5 is a sectional view of the second state, FIG. 6 is a perspective view of a cam wheel, a rotation control member, and a cam rotating member, and FIG. 7 is a first state of another embodiment. FIG. In the figure, 1 is a winning device, 2 is a game board, 3 is a mounting board, 4 is a ball passage opening, 5 is a pocket frame, 6 is a movable wing piece, 7 is a ball guide frame, 8 is a light emitting source, and 9 is an illumination board. , 10 is a protective frame, 22 is an interlocking ball receiving opening, 33 is a cam wheel, 34 is a rotation control member, and 35 is a cam rotating member.

Claims (2)

[Scope of utility model registration request] 1. A mounting frame having a ball passage opening is provided on the front side thereof with a pocket frame having an open upper surface, and a pair of movable wing pieces are axially mounted in the pocket frame so as to stand and tilt. On the back side of the ball, a ball guide frame having an interlocking ball receiving port through which a ball received from another winning port is guided is formed in a protruding shape, and flows into the ball guiding frame from the interlocking ball receiving port or the ball passing port. A conversion mechanism for controlling the tilting of the movable wing piece based on the sphere is provided, and an illumination board provided with a light source located on each of the left and right sides of the sphere guide frame and facing the mounting board side is provided from the rear surface of the mounting board. A box-shaped protective frame, which is arranged so as to be appropriately spaced and set to cover the back surface of the lighting board and the outer side of the light emitting source, protects the back surface of the lighting board and the outer side of the light emitting source. A winning device for a pachinko machine that is characterized by 2. The variable winning device for a pachinko machine according to claim 1, wherein the protective frame is provided with a wiring locking claw for locking the wiring led out from the illumination board.