JP2014061024A - Game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game machine including a light emission performance device improved in a visual performance effect.SOLUTION: A movable performance device M acting as a light emission performance device comprises: a first half body 270 having an irradiation port 278 positioned on the front side of the irradiation direction of a first light emission LED 309, for specifying the irradiation range of the first light emission LED 309; a light diffusion member 343 disposed on the irradiation side of light with respect to the first half body 270; and a cover member 342 disposed on the outer side of the light diffusion member 343 while exposing a light diffusion portion 351 of the light diffusion member 343 to the outside. The light diffusion member 343 is formed of a sheet material having an optical diffusion pattern. The light diffusion portion 351 is formed in a spherical shape bulging outward from the cover member 342. The light diffusion portion 351 is made movable relative to the first light emission LED 309.

Description

  The present invention relates to a gaming machine provided with a light emission effect device that produces an effect by light emission control of a light emitter.

  A pachinko machine, which is a typical gaming machine, can be attached to and detached from the outer frame, which is a frame member fixed to an installation frame base also called an “island” provided in the game store. A middle frame is a frame member that is pivotally supported so that the game board can be exchanged, and a game board that is pivotally supported on the front side of the middle frame so as to be attachable to and detachable from the middle frame and disposed on the middle frame. And a front frame as a frame member on which a transparent plate for perspective protection is disposed. In the front frame, an upper ball tray and a lower ball tray capable of storing game balls are arranged below the window where the transparent plate is arranged, and supplied from the upper ball dish to the right of the lower ball dish. An operation handle for operating a hitting ball launching device for launching a game ball to be played toward the game board is provided. In such a pachinko machine, the game ball launched into the game area of the game board wins a starting prize device arranged in the game area, thereby displaying the display of the symbol display device arranged on the game board. When a special game state (e.g., `` big hit '') that is advantageous to the player occurs due to the start of the symbol variation effect in the unit and the symbols stopped on the display unit in a predetermined combination, the game is provided in the game area of the game board. The special prize-winning device is configured to be opened to obtain a large number of prize balls.

  Further, in the pachinko machine, a movable effect device and a decoration device that perform effects by light emission control of light emitters such as LEDs are arranged on a game board and a front frame that are visible from the front side of the pachinko machine. The movable effect device includes a movable body that performs a required operation, operates the movable body at an appropriate timing in accordance with a game effect performed by the symbol display device, and controls light emission of the light emitter in a required light emission mode. Therefore, it is considered that the visual effect is improved and the fun of the game is enhanced. In addition, the decoration device controls the light emission in a required light emission mode in accordance with the game effect performed on the symbol display device, thereby brightening the decoration member in the decoration device and improving the visual effect. Considered to enhance interest. A movable effect device provided with such a light emitter is disclosed in Patent Document 1.

JP 2007-313026 A

  However, the conventional movable effect device and decoration device provided with the light emitter simply brighten the movable member and the decoration member by the light emission of the light emitter, and improve the visual effect and enhance the interest of the game. In that respect, there was room for improvement.

  That is, the present invention has been proposed to solve this problem in view of the above-mentioned problems inherent in the gaming machine according to the prior art, and includes a light-emitting effect device that improves the visual effect. An object is to provide a gaming machine.

In order to solve the above-mentioned problem and achieve the intended purpose, the invention according to claim 1 of the present invention provides:
In a gaming machine equipped with a light emitting effect device (M) that produces an effect by causing the light emitter (309) to emit light,
The light emitting effect device (M)
An irradiation adjustment member (270) having an irradiation adjustment unit (278) that is positioned on the front side in the irradiation direction of the light emitter (309) and defines an irradiation range of the light emitter (309);
A light diffusing member (343) formed from a sheet material provided with a light diffusing pattern, and disposed on the irradiation side of light that has passed through the irradiation adjusting unit (278) with respect to the irradiation adjusting member (270);
A covering member (342) disposed to cover the outer surface of the light diffusing member (343) and having an opening (354) that exposes the light diffusing member (343) to the outside;
The light diffusing member (343) is formed with a light diffusing portion (351) that bulges outward from the opening (354) of the covering member (342), and the light emitter with respect to the inner surface of the light diffusing portion (351) The gist is that the required light pattern (R) is displayed on the outer surface (351A) of the light diffusion portion (351) by the irradiation of (309).

  According to the first aspect of the invention, the light diffusing portion of the light diffusing member is formed in a shape that bulges outward, and the irradiation range of the irradiation light from the light emitter is defined by the irradiation adjusting portion of the irradiation adjusting member. In this state, the inner surface of the light diffusing unit is irradiated, so that a required light pattern is displayed on the outer surface of the light diffusing unit, and the visual effect of the light emitting effect device can be improved. Moreover, since the outer surface of the part except the light-diffusion part of a light-diffusion member is covered with a coating | coated member, this light-diffusion member can be protected with this coating | coated member.

In the invention according to claim 2,
A plurality of the light emitters (309) are arranged to form a circle,
The light diffusing portion (351) is arranged in a plurality of circles around a center line (L2) passing through the arrangement center of the luminous body (309) arranged to form the circle,
The irradiation position of the light emitter (309) with respect to the light diffusion part (351) is configured to move in the circumferential direction around the center line (L2),
The gist is that a partition member (341) for partitioning the adjacent light diffusion portion (351) is provided between the light diffusion member (343) and the irradiation adjusting member (270).
According to the second aspect of the present invention, since the irradiation position of each light emitter on each light diffusion portion moves in the circumferential direction around the center line, the light pattern is displayed so as to move on the outer surface of the light diffusion portion. The visual effect can be improved. Moreover, since each light-diffusion part is partitioned by the partition member, it can prevent that the irradiation light of the light-emitting body irradiated to the said light-diffusion part is irradiated to another adjacent light-diffusion part.

In the invention according to claim 3,
The light diffusing member (343) and the partition member (341) are disposed so as to be relatively rotatable with respect to the luminous body (309) around the center line (L2),
The gist is that the partition member (341) rotates and moves to a first position that does not overlap the light emitter (309) and a second position that overlaps the light emitter (309).
According to the invention of claim 3, when the light diffusing member and the partition member rotate and move relative to the light emitter relative to the center line, the first position where the partition member does not overlap the light emitter. In this case, light emitted from the light emitter is irradiated to the light diffusing portion without being blocked by the partition member, and when the partition member is in the second position overlapping the light emitter, Is blocked by the partition member. Accordingly, the amount of light emitted from the light emitter to the light diffusing portion changes as the partition member and the light emitter rotate relative to the light diffusing portion, so that the light is displayed on the outer surface of the light diffusing portion. The light pattern can be changed between light and dark.

In the invention according to claim 4,
The light emitter (309) is fixed to the irradiation adjustment member (270), and the light diffusion member (343) and the partition member (341) are configured to be movable with respect to the light emitter (309). To do.
According to the invention which concerns on Claim 4, since a light-diffusion member and a partition member move with respect to a light-emitting body, the irradiation position of the light-emitting body with respect to a light-diffusion part can be moved.

In the invention according to claim 5,
The light diffusion member (343) and the partition member (341) are fixedly held, and the light emitter (309) is configured to be movable with respect to the light diffusion member (343) and the partition member (341). And
According to the invention which concerns on Claim 5, since a light-emitting body moves with respect to a light-diffusion member and a partition member, the irradiation position of the light-emitting body with respect to a light-diffusion part can be moved.

  According to the gaming machine according to the present invention, the visual effect of the light emitting effect device can be improved, and the interest of the game can be enhanced.

It is a front view of the pachinko machine of an example. FIG. 3 is a perspective view showing the pachinko machine of the embodiment in a state where the front frame is opened from the middle frame and the game area of the game board is omitted. (a) is the disassembled perspective view which looked at the lower frame part of the middle frame, the hitting ball launching device and the first ball passing member arranged on the lower frame part from the front side, (b) It is the disassembled perspective view which looked at the lower frame part of the frame, and the ball striking device and the first ball passing member disposed on the lower frame part from the rear side. It is the disassembled perspective view which looked at the front frame from the front side. It is the disassembled perspective view which looked at the front frame from the rear side. It is a disassembled perspective view which shows the installation member and front decoration member which comprise a front frame, a metal base member, and a movable production | presentation apparatus. (a) is the perspective view which looked at the metal base member from the front side, (b) is the perspective view which looked at the metal base member from the back side. (a) is the fragmentary perspective view of the pachinko machine which removed the front decoration member, (b) is the front view which looked at the state which fixed the movable production | presentation apparatus to the metal base member from the front side of the pachinko machine. It is a perspective view shown in the state where a movable production device and a cover member were removed from the state of Drawing 8 (a). It is the fragmentary sectional view which fractured | ruptured the front frame and each member arrange | positioned in this front frame in the X1-X1 line position of FIG. 1, and was seen from the right. It is the fragmentary sectional view which fractured | ruptured the metal base member fixed to an installation member and a front decoration member at the X2-X2 line position of FIG. 1, and was seen from the top. (a) is the perspective view which looked at the movable production | presentation apparatus of the state which the 1st production | presentation body of the 2nd movable body was exposed from the front right upper part, (b) has exposed the 2nd production | presentation body of the 2nd movable body. It is the perspective view which looked at the movable production | presentation apparatus of a state from the upper right front. It is the perspective view which looked at the movable production device from the lower right rear. (a) is a top view of the movable production | presentation apparatus shown in the state in which the 1st production body of the 2nd movable body was exposed, (b) is a bottom view of this movable production | presentation apparatus. (a) It is a front view of the movable production | presentation apparatus shown in the state which the 1st production | presentation body of the 2nd movable body was exposed, (b) is a rear view of this movable production | presentation apparatus. (a) It is a right view of the movable production | presentation apparatus shown in the state which the 1st production | presentation body of the 2nd movable body was exposed, (b) is a left view of this movable production | presentation apparatus. It is the X3-X3 sectional view taken on the line of FIG. It is a perspective view shown in the state where the device main part, the 1st movable body, and the 2nd movable body were separated. It is a perspective view which shows the state which assembled | attached the 1st movable body and the 2nd movable body. It is the disassembled perspective view which looked at the movable production device from the upper right front. It is the disassembled perspective view which looked at the movable production device from the lower right lower part. It is the disassembled perspective view which looked at the apparatus main body and the 1st drive mechanism from the front right upper part. It is the disassembled perspective view which looked at the apparatus main body and the 1st drive mechanism from the lower right back. It is the disassembled perspective view which looked at the member which comprises a 1st movable body, and the member arrange | positioned at this 1st movable body from upper right front. It is the disassembled perspective view which looked at the member which comprises a 1st movable body, and the member arrange | positioned at this 1st movable body from the lower right back. It is the disassembled perspective view which looked at the member which comprises a 2nd movable body, and the member arrange | positioned by this 2nd movable body from upper right front. It is the disassembled perspective view which looked at the member which comprises a 2nd movable body, and the member arrange | positioned at this 2nd movable body from the lower right back. (a) is explanatory drawing which shows the state which the 1st movable body was hold | maintained in the 1st position by the holding means, and the 1st production body of the 2nd movable body was exposed, (b) is 1st by a holding means. It is explanatory drawing which shows the state with which the movable body was hold | maintained in the 2nd position, and the 2nd production body of the 2nd movable body was exposed. It is explanatory drawing which shows the partition member and light-diffusion member in the 1st production body of the 2nd movable body arrange | positioned at the 1st movable body in the state which isolate | separated this light-diffusion member. (a) is explanatory drawing which shows the positional relationship of the light-diffusion part shown in the 1st position of a partition member, and 1st light emission LED, (b) is the light-diffusion part shown in the 2nd position of a partition member, and 1st. It is explanatory drawing which shows the positional relationship with 1 light emission LED. It is the Z1-Z1 sectional view taken on the line in Fig.30 (a). FIG. 31 is a cross-sectional view taken along the line Z2-Z2 in FIG. It is explanatory drawing which shows roughly the irradiation aspect of 1st light emission LED with respect to the light-diffusion part in the 2nd position of a partition member. It is explanatory drawing which shows roughly the irradiation aspect of 1st light emission LED with respect to the light-diffusion part in the 1st position of a partition member. It is explanatory drawing which shows roughly an example of the light pattern displayed on the outer surface of this light-diffusion part by irradiating the inner surface of a light-diffusion part by 1st light emission LED.

  Next, the gaming machine according to the present invention will be described in detail below with reference to the accompanying drawings by way of preferred embodiments. In the embodiment, a pachinko machine P that plays a game using a pachinko ball as a game ball will be described as an example. In the following description, “front”, “rear”, “left”, and “right” refer to the pachinko machine P as viewed from the front side (player side) as shown in FIG.

(About schematic configuration of pachinko machine)
As shown in FIGS. 1 and 2, the pachinko machine P according to the embodiment has an outer frame as a fixed frame fixed to an installation frame base (not shown) also called “island” provided in the amusement shop. A, a middle frame B as a main body frame pivotally supported so as to be detachable and openable with respect to the outer frame A, and a required game area 27 are defined by being detachably attached to the middle frame B. A game board D, and a front frame C pivotally supported on the front side of the middle frame B so as to be detachable and openable and provided with a transparent plate 29 for seeing and protecting the game board D arranged on the middle frame B are provided. ing. On the front side of the front frame C, an upper ball tray (upper ball storage portion) E capable of storing game balls is disposed below the window 31 where the transparent plate 29 is disposed. A lower ball tray (lower ball storage unit) F capable of storing game balls, a ball striking device J (see FIG. 2) disposed in the middle frame B, and a ball feed disposed in the front frame C A handle unit G for operating the device K is disposed side by side.

  In such a pachinko machine P, the game balls supplied from the upper ball tray E via the ball feeder K to the ball hitting device J and driven into the game area 27 of the game board D by the ball hitting device J are By winning a start winning device (not shown) arranged in the game area 27, the symbol variation effect on the display unit H (see FIG. 1) of the symbol display device arranged on the game board D is achieved. Be started. Then, as a result of the symbol variation effect, the pachinko machine P causes the game on the game board D when a special gaming state (for example, “hit”) advantageous to the player occurs due to the symbols stopped on the display unit H in a predetermined combination. A special winning device (not shown) provided in the area 27 is opened to allow a large number of game balls to be won, and a ball payout portion (located on the rear side of the middle frame B based on the winning of game balls) A large number of game balls are paid out to the upper ball tray E as prize balls from (not shown).

(Inner frame)
As shown in FIG. 2, the middle frame B includes an upper frame portion 10 that forms an upper edge, a lower frame portion 11 that forms a lower edge and on which a ball hitting device J and the like are installed, and a left frame that forms a left edge. It is composed of a portion 12 and a right frame portion 13 that forms a right edge, and is formed in a rectangular frame shape that matches the opening of the outer frame A as a whole. The middle frame B is provided with a game board holding portion 14 on which the game board D can be detachably installed from the front side. The middle frame B is pivotally supported by the outer frame A via hinges 15, 15 provided at the upper left and lower left of the outer frame A. The middle frame B opens and closes with respect to the outer frame A around the left end. It has come to be able to do. The middle frame B may be one in which the upper, lower, left and right frame portions 10, 11, 12, 13 are integrally formed.

  As shown in FIGS. 2 and 3, the hitting ball launching device J described above is disposed on the front surface of the lower frame portion 11 of the middle frame B. This ball hitting device J includes a base plate 17 fixed to the front surface of the lower frame portion 11, and a rotary electromagnetic as a ball hitting drive unit attached rearwardly to the front surface of the base plate 17 and projecting the main body forward. A solenoid 18, a hitting ball 19 fixed to the drive shaft of the electromagnetic solenoid 18, and a firing rail 20 attached to the rear surface of the base plate 17 in an upwardly inclined manner are provided. An opening 21 penetrating in the front-rear direction is formed in the upper left corner of the lower frame portion 11, and a ball payout path (not shown) from a ball payout portion (not shown) disposed on the rear side of the middle frame B is formed. ) Aligns with the rear side of the opening 21, and a cylindrical spherical guide cylinder 41 (see FIGS. 2 and 5) provided in the front frame C aligns with the opening 21 from the front side. Yes. On the left side of the front surface of the lower frame portion 11, a hollow body-shaped ball passage member 23 that internally defines a first ball passage 22 extending downward from the lower side of the opening 21 to the left of the ball striking device J. Is arranged. The first ball outlet path 22 is a ball outlet path that guides the game balls that have been spilled from the middle of the path from the ball payout portion to the upper ball tray E to the lower ball tray F.

(Game board)
As shown in FIG. 2, the game board D has an outer rail 25 and an inner rail 26, which are curved in a substantially circular shape, arranged on the board surface (front surface), and is defined inside the inner and outer rails 25 and 26. In the game area 27, various game parts (not shown in FIG. 2) such as a symbol display device, a start winning device, a special winning device, and a rotation guide are arranged. In addition, the outer rail 25 and the inner rail 26 are configured to be separated by a distance through which a game ball can pass, and a launch passage 28 through which a game ball launched from the hitting ball launcher J and flies along the launch rail 20 passes. Is defined. Then, the game ball that has been driven from the hitting ball launching device J into the game area 27 of the game board D via the launch passage 28 wins a starting winning device, a special winning device, or other winning ports, thereby allowing the ball paying unit to A predetermined number of game balls are paid out as prize balls, and are paid out to the upper ball tray E through the opening 21 and the ball guide tube 41.

(Front frame)
As shown in FIGS. 1, 4 and 5, the front frame C is formed in a plate shape substantially matching the outer shape of the middle frame B, and has a frame body 30 in which a window 31 opening in the front-rear direction is opened. And an installation member 32 fixed to the lower front side of the window 31 in the frame main body 30. The frame main body 30 is located on the right side of the window 31, the upper frame part 30 </ b> A located above the window 31, the lower frame part 30 </ b> B located below the window 31, the left frame part 30 </ b> C located on the left side of the window 31. It consists of a right frame portion 30D, and the upper, lower, left and right frame portions 30A, 30B, 30C, 30D are integrally formed. On the front side of each of the upper frame portion 30A, the left frame portion 30C, and the right frame portion 30D, the upper decorative member 33, the left decorative member 34, and the right decorative member 35 that constitute the front frame C protrude forward. It is attached with. On the rear side of each of the upper frame portion 30A, the left frame portion 30C, and the right frame portion 30D, a light emitting substrate 36 in which a light emitting LED as a light emitting means faces forward from an opening formed in each frame portion 30A, 30C, 30D. , 37, 38 are disposed. Here, the upper decorative member 33, the left decorative member 34, and the right decorative member 35 are configured by attaching decorative parts to transparent resin molded parts, and the corresponding light emitting substrates 36, 37, and 38 are controlled to emit light. The transparent part is brightened. Further, on the front side of the lower frame portion 30B in the frame main body 30, a front decoration member (front cover member) 48 that covers the upper ball tray E, the movable effect device M and the like from the front side, and a lower decoration that covers the lower ball tray E from the front side. A member 49 is provided. The frame main body 30 may be formed by separately forming an upper frame portion 30A, a lower frame portion 30B, a left frame portion 30C, and a right frame portion 30D.

  As shown in FIGS. 4 to 6, the lower sphere 30B of the frame main body 30 is aligned with the opening 21 provided in the middle frame B from the front side at the upper left corner of the lower frame 30B. The guide tube 41 is formed so as to protrude rearward and penetrate forward and backward. In addition, a circular projecting portion 42 in which the main body of the electromagnetic solenoid 18 of the ball striking device J is accommodated from the rear side is formed so as to bulge forward at the lower center of the front side of the lower frame portion 30B. . A first ball passage opening 43 for allowing game balls supplied from the upper ball tray E to pass through to the rear side of the frame body 30 is formed at the upper center of the lower frame portion 30B. Further, the lower frame portion 30B is formed with a second ball passage port 44 that is aligned from the front side with the ball passage port 22B of the ball passage member 23 provided in the middle frame B.

  As shown in FIG. 5, on the rear side of the lower frame portion 30 </ b> B, a game ball that is supplied from the upper ball tray E and passes through the first ball passage port 43 at a portion where the first ball passage port 43 is formed. Is provided with a mounting portion 45 to which a ball feeding device K for sending the ball toward the hitting ball launching device J one by one is attached. Further, in the center of the lower frame portion 30B, it is formed so as to extend in a substantially L shape from below the first sphere passage port 43 to the right side of the second sphere passage port 44, and is stored in the upper ball tray E. A second ball exit path 46 for guiding the game balls to the lower ball tray F is formed.

(Installation material)
As shown in FIGS. 5 and 6, the installation member 32 is a plate-like member formed in substantially the same outer shape as the lower frame portion 30B of the frame body 30, and an opening 39 is formed from the center to the right portion. Then, a plurality of screws are fastened from the rear side of the lower frame part 30B, so that it is firmly fixed to the front side of the lower frame part 30B. An upper ball tray E is attached to the upper left side of the front surface of the installation member 32, and a movable effect device M as a light emission effect device, which will be described later, is attached to the upper right side of the front surface. A lower ball tray F is attached to the lower side, and a handle unit G is attached to the lower right side of the front surface (FIG. 4). In addition, a metal base member 80 for attaching the movable effect device M is attached to the upper part of the front surface of the installation member 32 so as to extend left and right and produce the effect forward.

  As shown in FIGS. 4, 6, and 7, on the upper left side of the installation member 32, a first ball passage opening that is aligned with the front opening of the ball guide tube 41 formed in the lower frame portion 30 </ b> B of the frame body 30. An opening 52 is formed. In the upper right part of the ball storage portion 70A of the lower ball tray F, a second ball outlet 53 is formed that matches the second ball passage port 44 formed in the lower frame portion 30B of the frame body 30 ( (Figure 5). The second ball outlet 53 is formed in an opening member 57 formed separately from the installation member 32, and the opening member 57 is assembled to the installation member 32 so as to be positioned on the front side of the second ball passage port 44. To come. In addition, a third ball passage 47 that is aligned with the second ball passage 44 formed in the lower frame portion 30 </ b> B of the frame body 30 is formed in the upper portion of the opening 39, and is stored in the upper ball dish E. A game ball can be guided to the ball feeding device K from the third ball outlet 47 through the second ball passage 44. And, on the upper right side of the installation member 32, there are recessed portions 54, 54 into which the bosses 140, 140 extending rearward from the main body 200 of the movable effect device M enter and fit from the front side of the movable effect device M. In accordance with the inclination angle, the right recess 54 is provided above the left recess 54. Further, the installation member 32 is formed with two through holes 40, 40 penetrating in the front-rear direction in the fixing portion of the metal base member 80 so as to be separated from each other in the left-right direction.

  The said front decoration member 48 is a member formed in the shape which covers the upper ball tray E, the movable production | presentation device M, etc. from the front side, as shown in FIG.1, FIG4 and FIG.6. That is, the front decoration member 48 includes a first decoration part 48A located on the front side of the upper ball dish E, a second decoration part 48B located on the front side of the movable effect device M, and a third piece located on the right side of the upper ball dish F. 48C, and the left part of the first decorative part 48A and the right part of the second decorative part 48B are curved backward. In addition, on the front surface of the front decorative member 48, a decorative panel 50 that is formed in a required design shape and is subjected to surface treatment such as plating or painting is disposed. Such a front decoration member 48 is firmly fixed to the front surface of the installation member 32 with screws or the like.

  As shown in FIGS. 1, 8A and 9, the lower decorative member 49 extends from the left end of the installation member 32 to the front side of the lower ball dish F so that the lower ball dish E is moved to the front side. It is the member formed in the shape which covers from. The lower decorative member 49 includes a decorative panel formed in a required design shape and subjected to a surface treatment such as plating or painting, or a decorative panel formed in a required design shape and having translucency. An illumination substrate is disposed on the rear side of the light-transmitting decorative panel, and the light-transmitting decorative panel is brightened by irradiation of light emitting LEDs disposed on the illumination substrate.

(Upper ball dish)
As shown in FIGS. 6 and 9, the upper ball tray E is composed of a ball tray main body 55 that projects in an arc shape forward and opens upward and rearward. The ball tray main body 55 includes a ball storage portion 55A that can store a large number of game balls, and a ball alignment portion 55B that is connected to the right side of the ball storage portion 55A and extends to the first ball passage port 43. I have. A bottom portion extending from the ball storage portion 55A to the ball alignment portion 55B is formed so as to incline downward to the right, and the game ball stored in the ball storage portion 55A is configured to naturally move to the ball alignment portion 55B. . The upper ball tray E has a plurality of screws from the front side in a state where the rear end edge of the ball tray main body 55 is in contact with the right side of the front surface of the installation member 32 from the left side to the lower side of the ball guide tube 41. By fastening to the installation member 32, it is firmly fixed to the installation member 32 and can support the weight of the game ball stored in the ball storage portion 55A. The upper ball tray E is configured so that the game balls stored in the ball storage portion 55A of the ball tray main body 55 can be aligned and supplied toward the ball feeding device K in the process of moving to the ball alignment portion 55B. Has been. In addition, an elongated metal plate 56 having conductivity and connected to the ground side is disposed on the front side of the installation member 32 at the bottom from the sphere storage portion 55A to the sphere alignment portion 55B. Thereby, the game ball moving from the ball storage unit 55A to the ball alignment unit 55B comes into contact with the metal plate 56, so that static electricity charged in the game ball can be removed. A ball that allows the game balls stored in the upper ball tray E to pass through the second ball passage 46 is provided at the right end of the upper ball tray E facing the first ball passage opening 43 in the ball alignment portion 55B. A punching unit 60 is provided.

(Lower ball dish)
As shown in FIGS. 8 and 9, the lower ball tray F protrudes forward and opens upward and rearward to form a ball tray body in which a ball storage portion 70 </ b> A capable of storing a large number of game balls is formed. 70. The ball dish main body 70 is fixed to the installation member 32 so that the ball storage portion 70A is positioned below the second ball outlet 53, and is played from the ball payout portion side through the first ball outlet path 22. A ball or a game ball passed from the upper ball tray E through the second ball passage 46 can be temporarily stored in the ball storage portion 70A. A ball outlet 71 is formed at the bottom of the ball tray main body 70, and a shutter member 72 that can open and close the ball outlet 71 is disposed. The game balls stored in the storage unit 70A can be passed out to the front lower side of the pachinko machine P through the ball outlet 71.

(Switch unit)
As shown in FIGS. 4 and 5, a switch unit 75 is disposed in front of the upper ball tray E (on the left side of the movable effect device M). The switch unit 75 includes a game switch 76 that is used in accordance with the contents of the display effect on the display unit H of the symbol display device, a selection switch 77 that selects a predetermined condition, a display unit 78 that displays a predetermined state, and the like. Is arranged. The switch unit 75 is disposed in a state of being placed on the upper surface of the installation portion 82 in the metal base member 80.

(Metal base member)
As shown in FIGS. 6 to 9, the metal base member 80 is disposed on the installation member 32 constituting the front frame C, and supports the movable effect device M in a mounted state. Here, the metal base member 80 includes a fixing portion 81 fixed to the installation member 32 and an installation portion 82 extending forward from the fixing portion 81. The metal base member 80 is formed by, for example, cutting and bending a metal plate made of steel having a required thickness into a required outer shape by press molding. Such a metal base member 80 supports the movable effect device M in a state of being placed on the installation portion 82. Moreover, the installation part 82 is located below the switch unit 75 installed in front of the upper ball tray E, and supports the switch unit 75 from below.

  As shown in FIGS. 6, 7 (a) and 7 (b), the installation portion 82 is formed in a plate shape that is long in the left-right direction, and the left-right length is about ½ of the left-right length of the installation member 32 The front-rear length is different for each part in the left-right direction in accordance with the front-rear distance between the installation member 32 and the front decorative member 48. The installation portion 82 has a rear edge formed substantially in a straight line in accordance with the shape of the front surface of the installation member 32, and a concave portion 83 that avoids interference with the ball removal unit 60 is formed at the left rear portion. Further, two locking portions 84, 84 protruding forward are provided at the front edge of the installation portion 82 so as to be separated from each other in the left and right directions. As shown in FIGS. 10 and 11, the locking portions 84, 84 are placed on stepped portions 85, 85 provided on the rear side of the front decorative member 48. The movement of the front part of the head is restricted. Here, the right locking portion 84 is located on the front side of the portion of the installation portion 82 where the movable effect device M is disposed, and the installation portion 82 is displaced downward due to the weight of the movable effect device M. To regulate. Further, the left locking portion 84 is located on the front side of the portion where the switch unit 75 in the installation portion 82 contacts from above, and the upper locking portion 84 is located when the game switch 76 or the selection switch 77 of the switch unit 75 is operated. The displacement of the installation portion 82 by the impact applied from the bottom is restricted.

  In addition, as shown in FIGS. 7 (a) and 7 (b), the installation portion 82 is provided with a first fixed piece portion 88 extending downward on the left side of the front edge thereof, A second fixed piece 89 extending upward is provided on the right side of the center. The first fixed piece portion 88 and the second fixed piece portion 89 are formed with screw insertion holes through which screws are inserted, and screws 79, 79 inserted through the screw insertion holes from the rear side of the front decorative member 48. By fastening to bosses 58 and 59 provided on the rear side, the front side portion of the installation portion 82 can be fixed to the front decorative member 48 (see FIG. 11). In other words, the metal base member 80 is fixed to the front side of the front decorative member 48 fixed to the installation member 32 by fixing the first fixed piece 88 and the second fixed piece 89 to the front of the installation member 32. It functions as a support member for attaching the decorative member 48.

  As shown in FIGS. 7 (a), 7 (b), and 11, near the left front portion of the installation portion 82, a first reinforcing member 86 formed in an elongated shape has a longitudinal direction in the installation portion. 82 is fixed in a direction aligned with the left-right direction. The first reinforcing member 86 has two step portions 86A, 86A extending in the longitudinal direction and spaced apart in the lateral direction, and has a structure in which bending deformation in the longitudinal direction hardly occurs. Therefore, the front portion of the installation portion 82 is difficult to bend up and down in the left-right direction by the first reinforcing member 86. Further, an elongated second reinforcing member 87 is fixed in the vicinity of the central rear portion of the installation portion 82 in a direction in which the longitudinal direction is aligned with the left-right direction of the installation portion 82. The second reinforcing member 87 has a shape that is bent along the longitudinal direction in the middle of the short direction, extends in the longitudinal direction and is fixed to the installation portion 82, and the mounting portion 87A. And a rising portion 87B that rises upward from the front side, and has a structure in which bending deformation in the longitudinal direction hardly occurs. Therefore, the rear portion of the installation portion 82 is difficult to bend up and down in the left-right direction by the second reinforcing member 87.

  Further, as shown in FIGS. 7A and 7B, the rear side of the first fixed piece portion 88 has a length extending from the first fixed piece portion 88 to the rear end of the installation portion 82. A third reinforcing member 90 formed in a semi-cylindrical shape is fixed to the lower surface of the installation portion 82 in a direction in which the longitudinal direction is front and rear. Further, on the rear side of the second fixed piece portion 89, a fourth reinforcing member 91 formed in a semi-cylindrical shape with a length extending from the second fixed piece portion 89 to the fixed portion 81 has a longitudinal direction in the front-rear direction. It is being fixed to the upper surface of the installation part 82 in the direction which becomes. Accordingly, the installation portion 82 is disposed so that the third reinforcing member 90 and the fourth reinforcing member 91 extend in the front-rear direction, and thus is difficult to bend up and down in the front-rear direction.

  As shown in FIGS. 7B and 11, the third reinforcing member 90 is formed in a semi-cylindrical shape, so that a space S extending forward and backward is defined between the third reinforcing member 90 and the installation portion 82. ing. The front side of the space S is aligned with the screw insertion hole of the first fixed piece portion 88, and the rear side of the space S is aligned with the left side opening 40 formed in the installation member 32. . That is, the screw insertion hole of the first fixed piece portion 88 faces the rear side of the installation member 32 through the space S and the through hole 40, and the third reinforcing member 90 extends from the rear side of the installation member 32 to the front side. A screw to be fastened to the boss 58 of the decorative member 48 is guided. Similarly, the fourth reinforcing member 91 is formed in a semi-cylindrical shape, thereby defining a space S extending forward and backward between the installation portion 82 and the front side of the space S is a second fixed portion. Aligned with the screw insertion hole of the piece 89, the rear side of the space S is aligned with the opening 81A formed in the fixing portion 81, and the opening 81A is connected to the right passage 40 formed in the installation member 32. It is designed to be consistent. That is, the screw insertion hole of the second fixed piece 89 faces the rear side of the installation member 32 through the space S, the opening 81A and the through hole 40, and the fourth reinforcing member 91 is on the rear side of the installation member 32. The screw to be fastened to the boss 59 of the front decorative member 48 is guided.

(Fixed part)
As shown in FIGS. 7 (a) and 7 (b), the fixing portion 81 extends upward from the rear edge of the installation portion 82 and extends to the left and right. Yes. The fixing portion 81 is provided with a plurality of screw insertion holes 92, and the metal base member 80 is installed on the installation member 32 by fastening the screws inserted from the front side to the screw insertion holes 92 to the installation member 32. Fixed to. In addition, a bracket 93 constituting the fixing portion 81 is fixed to the right edge of the installation portion 82 in an upright state, and the upper portion of the bracket 93 is fixed to the installation member 32. Thereby, as for the metal base member 80, the deformation | transformation of the right part of the installation part 82 is suppressed.

(Device holder)
As shown in FIGS. 7A and 7B, the metal base member 80 is provided with a device holding portion 94 that prevents the movable effect device M from being lifted with respect to the installation portion 82. As the device holding portion 94, a holding piece 95 provided to extend forward at the upper right portion of the rising portion 87B of the second reinforcing member 87 described above, and a right locking portion provided on the installation portion 82. And a holding member 96 as a locking member provided at the front end of 84. The holding piece 95 is inserted and locked from the rear side to a locking receiving portion 216 (see FIGS. 13 and 14B) provided at the bottom of the apparatus main body 200 of the movable effect device M. The bottom part of the movable effect device M is held so as not to be lifted from the installation part 82.

  As shown in FIGS. 7 (a) and 7 (b), the holding member 96 is disposed so as to be rotatable about a vertical axis by a support shaft 96B with respect to the vicinity of the front end of the installation portion 82, and has a screw insertion hole. A formed holding part 96A is provided. The holding portion 96A is formed in a shape protruding upward, and is configured to be able to hook a fingertip. Accordingly, the holding member 96 has a first state in which the holding portion 96A extends forward from the front end of the installation portion 82 around the support shaft 96B (shown by a two-dot chain line in FIG. 7B) and the holding portion 96A. The posture is changed while rotating in a second state (indicated by a solid line in FIG. 7B) directed rightward along the front end of the installation portion 82. Then, as shown in FIG. 8B, the holding member 96 is aligned with a screw fastening portion 227 as a latch receiving portion provided at the front portion of the movable effect device M set in the installation portion 82 in the second state. When the screw inserted into the screw insertion hole formed in the holding portion 96A is fastened to the screw fastening portion 227, the front portion of the movable effect device M cannot be lifted with respect to the installation portion 82. Hold on. The reason why the holding member 96 is rotatably arranged with respect to the metal base member 80 is that the holding member 96 is placed in the first state when the movable effect device M is attached to the metal base member 80, so that the holding member 96 This is because the interference between 96 and the movable effect device M is avoided, and the mounting workability of the movable effect device M is improved.

(Cover fixing part)
Further, as shown in FIGS. 7A, 7B, 8B, and 9, the metal base member 80 has a cover fixing portion for attaching a cover member 207 that covers the movable effect device M, as shown in FIGS. (Fixed receiving portion) 97 is provided. As the cover fixing portion 97, a right fixing portion 98 provided on the upper portion of the bracket 93 and a left fixing portion 99 provided on the upper surface on the left side of the center of the installation portion 82 are provided. The right fixing portion 98 is formed in a state of being inclined forward and left, and is provided with a screw fastening hole 98A. The first mounting piece portion 366 as a fixing portion formed on the right side of the cover member 207 is a screw. It is fixed by. The left fixing portion 99 includes a support portion 99A standing upright from a fixing portion fixed to the installation portion 82, and an attachment piece extending rightward from the state of the support portion 99A and inclined forward. 99B, and a screw fastening hole 99C is provided in the attachment piece 99B, and a second attachment piece portion 367 as a fixing portion formed on the left side of the cover member 207 is fixed by a screw. That is, the upper surface of the right fixing portion 98 and the upper surface of the attachment piece 99B of the left fixing portion 99 are located on the same inclined surface that is forwardly lowered and leftwardly lowered. Therefore, the cover member 207 attached to the left fixing portion 99 and the right fixing portion 98 is disposed in a state inclined to the left front with respect to the installation portion 82, as shown in FIGS.

(Moving effect device)
Next, the movable effect device M of the embodiment will be described. As shown in FIGS. 12 to 18, the movable effect device M of the embodiment can be rotated with respect to the device main body 200 via the device main body 200 attached to the front frame C which is a frame member and the first rotation support portion 205. The first movable body 201 supported by the first movable body 201 and the second movable support section 206 having an axis extending in a direction intersecting the first rotation support section 205 are rotatably supported by the first movable body 201. 2 movable bodies 202 are provided. The first movable body 201 is rotated with respect to the apparatus main body 200 by driving a first drive motor 231 as a first drive unit disposed in the apparatus main body 200, and the second movable body 202 is a first movable body. The second drive motor 331 serving as the second drive means disposed in 201 is configured to rotate with respect to the first movable body 201. The second movable body 202 includes a first effect body 203 and a second effect body 204 that are located with the first movable body 201 interposed therebetween, and is assembled into a substantially spherical body by assembling the second movable body 202 to the first movable body 201. (FIGS. 18 and 19), the state where the first effector 203 is exposed from the apparatus main body 200 as the first movable body 201 rotates (FIG. 12A), and the second effector 204. Is displaced from the apparatus main body 200 (FIG. 12B). As shown in FIGS. 8 and 10, the movable effect device M is disposed on the front frame C in a posture inclined downward toward the left front with respect to the metal base member 80 described above. Further, the movable effect device M attached to the metal base member 80 is covered by the front decoration member 48 and the cover member 207 (see FIG. 1) so that the hand cannot be touched directly.

  Here, in the following description regarding the movable effect device M, the state in which the first effect body 203 of the second movable body 202 is exposed from the device main body 200 (the state in FIG. 15A) is the initial state of the movable effect device M. In this initial state, the extending direction of the first axis L1 serving as the rotation center of the first movable body 201 that is rotatably supported by the apparatus main body 200 via the first rotation support unit 205 is defined as the movable effect device M. In the “left-right direction”, the extending direction of the second axis L2 serving as the rotation center of the second movable body 202 that is rotatably supported by the first movable body 201 via the second rotation support portion 206 is movable effect device. The “vertical direction” of M, the direction perpendicular to the vertical direction and the horizontal direction are defined as the “front-rear direction” of the movable effect device M. The left side of FIG. 15A is “left”, the upper side is “upper”, and the front side is “front”.

  As shown in FIGS. 12 to 18, the movable effect device M is rotatably supported with respect to the device main body 200 via the device main body 200 attached to the front frame C as a frame member and the first rotation support portion 205. The second movable body supported rotatably with respect to the first movable body 201 via the first movable body 201 and the second rotational support portion 206 whose axis extends in a direction intersecting the first rotational support portion 205. And a body 202. The first movable body 201 is rotated with respect to the apparatus main body 200 by driving a first drive motor 231 as a first drive unit disposed in the apparatus main body 200, and the second movable body 202 is a first movable body. The second drive motor 331 serving as the second drive means disposed in 201 is configured to rotate with respect to the first movable body 201. The second movable body 202 includes a first effect body 203 and a second effect body 204 that are located with the first movable body 201 interposed therebetween, and is assembled into a substantially spherical body by assembling the second movable body 202 to the first movable body 201. (FIGS. 18 and 19). As shown in FIGS. 8 and 10, the movable effect device M rotates in the right direction with respect to the metal base member 80 described above to the required angle and forwardly tilts to the required angle. Arranged in the frame C. The movable effect device M attached to the metal base member 80 is covered with the front decoration member 48 and the cover member 207 so that the hand cannot be directly touched.

(Device main body)
As shown in FIGS. 18 to 23, the apparatus main body 200 includes a base body 210 formed in a substantially circular tray shape, and an annular decorative body 211 attached above the base body 210. The base body 210 includes a dome-shaped spherical surface portion 212 that bulges downward and whose upper surface is recessed downward, and a flange portion 213 that surrounds the spherical surface portion 212. The spherical surface portion 212 and the flange portion 213 are integrated. Is formed. A flat portion 214 made of a surface extending leftward and rightward and extending upward is formed at the slightly left front portion in the center of the bottom portion of the spherical surface portion 212, and extends leftward and rightward at the left front portion at the bottom portion of the flange portion 213. The flat part 215 which consists of the surface which exists and extends forward is formed. Both flat portions 214 and 215 are formed so as to be on the same plane, and in a state where the movable effect device M is inclined forward and downward, abuts on the upper surface of the installation portion 82 of the metal base member 80 in surface contact. It is like that.

  As shown in FIGS. 13, 14B, and 20 to 23, a holding piece 95 provided in the installation portion 82 of the metal base member 80 is inserted from the rear in the center rear at the bottom of the spherical portion 212. A lock receiving portion 216 that can be locked is formed. The locking receiving portion 216 is formed in a frame shape that opens in the front-rear direction, and a horizontal portion of the locking receiving portion 216 overlaps the holding piece 95 in the vertical direction. A locking hole 217 that locks the first frame body 233 on which the first drive mechanism 230 is disposed is formed on the right side of the center of the bottom surface of the spherical surface portion 212 so as to open downward. . Furthermore, a plurality of (eight in the embodiment) openings 218 are formed on the circumference of the spherical portion 212 adjacent to the flange 213 along the boundary with the flange 213. Each opening 218 uses heat generated by light emission of a first light emitting LED 309 and a second light emitting LED 328 disposed on the second illumination substrate 274 as a light emitter disposed on a first illumination substrate 273, which will be described later. It can be discharged below 210. Reference numeral 219 denotes a wiring holding piece that holds a wiring connected to the relay board 255 disposed in the first frame body 233.

  As shown in FIGS. 13, 14 (b), and 20 to 23, the flange 213 is formed such that a part of the rear edge 213A and the left edge 213B is linear, and the linear rear edge 213A. A rib protruding upward is formed on the right edge 213C having a circular arc shape (see FIG. 22). As shown in FIG. 10, the rear edge 213 </ b> A of the collar portion 213 is configured to contact the front surface of the installation member 32 when the movable effect device M is set on the installation portion 82 of the metal base member 80. A plurality (two in the embodiment) of fixed bosses 220 and 220 projecting rearward are provided on the rear end surface of the rear edge 213A so as to be separated from each other on the left and right. These fixed bosses 220 and 220 are inserted into the recesses 54 and 54 (see FIGS. 9 and 10) provided in the installation member 32 from the front, and screws can be fastened from the rear side of the recesses 54 and 54. Yes. That is, the bosses 220 and 220 function to fix the rear portion of the base body 210 to the installation member 32. Furthermore, a screw fastening portion 227 to which a screw inserted into the holding portion 96A of the holding member 96 disposed at the front end of the metal base member 80 is fastened is formed at the front portion of the flange portion 213 (FIG. 12). FIG. 15 (a)).

  As shown in FIGS. 18 to 23, a notch portion 221 for disposing the first frame body 233 is formed on the right edge 213C side of the flange portion 213 so as to open up and down and rightward. ing. Locking projections 237 and 237 provided on the first frame member 234 of the first frame body 233 are fitted to the rear edge portion and the front edge portion sandwiching the notch portion 221 in the flange portion 213 from above. The concave portions 222 and 222 are formed so as to open upward. Further, on the left edge 213B side of the flange portion 213, a main body support portion 223 constituting the first rotation support portion 205 is disposed on the upper surface of the flange portion 213 at a portion facing the notch portion 221 with the spherical surface portion 212 interposed therebetween. It protrudes perpendicularly to. A semicircular support recess 224 that opens upward is provided in the upper portion of the main body support 223. The sleeve 225 is fixed to the support recess 224 so as not to rotate (FIGS. 17 and 28).

  Further, as shown in FIGS. 22 and 28, pedestal portions 226 and 226 connected to the main body support portion 223 are formed on the rear side and the front side of the main body support portion 223 in the flange portion 213. A first holding plate 302 constituting a holding means 300 described later is fixed to the upper portion of the pedestal portion 226 adjacent to the rear side of the main body support portion 223 with a screw, and a pedestal adjacent to the front side of the main body support portion 223. A second holding plate 303 constituting the holding means 300 is fixed to the upper portion of the portion 226 with screws.

(First drive mechanism)
The first drive mechanism 230 includes a first drive motor (first drive means) 231 fixed to a first frame body 233 attached to the base body 210 of the apparatus body 200, as shown in FIGS. A linkage gear 232 that is disposed on the first frame body 233 and links the first drive motor 231 to a driven gear 290 disposed on the first movable body 201 is provided. As a result, the first drive mechanism 230 controls the first drive motor 231 in the forward / reverse direction so that the first movable body 201 that is rotatably supported by the apparatus main body 200 via the first rotation support portion 205 is first moved. The position is reversed to the first position (see FIGS. 12A and 28A) and the second position (see FIGS. 12B and 28B).

  As shown in FIGS. 22 and 23, the first frame body 233 is attached to the first frame member 234 locked to the base body 210 of the apparatus main body 200, and the left side of the first frame member 234, and the base body. 2nd frame member 235 latched by 210 is provided. The first frame member 234 is a plate-shaped molded member that is inclined forward as it goes upward according to the forward tilting posture of the apparatus main body 200, and the left side of the first frame member 234 fixes the second frame member 235. A support portion 234A is provided, and a right side of the first frame member 234 is a substrate placement portion 234B on which the relay substrate 255 is placed. The first frame member 234 is formed with locking projections 237 and 237 that are locked to the apparatus main body 200 at the front end portion and the rear end portion thereof so as to protrude forward and rearward, respectively. These locking projections 237 and 237 are locked from above to locking recesses 222 and 222 provided adjacent to the rear edge and the front edge of the notch 221 in the base body 210. Thus, the first frame member 234 is supported on the base body 210 by the locking protrusions 237 and 237 being locked to the locking recesses 222 and 222, respectively.

  As shown in FIGS. 22 and 23, the first frame member 234 has a plurality of (three in the embodiment) screws (not shown) that can be inserted into the front lower part, rear lower part, and rear upper part from the right side. Screw insertion holes 238, 238, 238 are formed. Each screw is fastened to each mounting boss 247 provided on the second frame member 235, and the second frame member 235 is fixed to the first frame member 234 by each mounting boss 247. A main body shaft support hole 239 constituting the first rotation support portion 205 is formed in the upper part of the first frame member 234 so as to penetrate in the left-right direction (thickness direction of the first frame member 234). A rotation support shaft 293 disposed in the first movable body 201 is rotatably inserted into and supported by the main body shaft support hole 239. Further, as shown in FIG. 22, a first opening 240 and a second opening 241 penetrating left and right are formed in the first frame member 234 on the front side and the rear side of the main body shaft support hole 239. A first position detection sensor 259 and a second position detection sensor 260 disposed on the relay board 255 are faced to the first opening 240 and the second opening 241 from the right side (see FIG. 22). . Further, a third opening 242 that exposes the third connector 258 disposed on the relay board 255 to the left is formed below the first frame member 234 (see FIG. 23).

  As shown in FIGS. 22 and 23, the substrate installation portion 234B is a portion surrounded by a rib 243 formed in a substantially trapezoidal frame shape. The relay substrate 255 is fixed to the substrate installation portion 234B with screws in a state where the outer peripheral edge is aligned with the inner peripheral surface of the rib 243. A guard member 236 that partially covers the substrate installation portion 234B from the right side is attached to the right side of the substrate installation portion 234B with screws. The guard member 236 serves to improve the rigidity of the first frame member 234 and protect the first connector 256 and the second connector 257 provided on the relay board 255 installed in the board installation part 234B. In addition, flat contact surfaces 244 and 244 that are inclined forward and upward are formed at the bottom of the first frame member 234 and the bottom of the substrate installation portion 234B. The contact surfaces 244 and 244 are formed so as to be flush with the above-described 214 and 215 formed on the bottom of the base body 210. When the movable effect device M is tilted forward, the metal base The member 80 comes into contact with the upper surface of the installation portion 82 in a surface contact state. As a result, the movable effect device M can be placed on the installation portion 82 in a forward and downward inclined posture in a state where the flat portions 214 and 215 and the contact surfaces 244 and 244 are in contact with the upper surface of the installation portion 82. It has become.

  As shown in FIGS. 22 and 23, the second frame member 235 is provided with a motor fixing portion 245 on the rear left side, and a linkage gear 232 is rotatably arranged on the front right side on the front side of the motor fixing portion 245. This is a plate-shaped molded member provided with a gear arrangement portion 246 to be provided. The second frame member 235 is formed with three attachment bosses 247 that protrude rightward at positions corresponding to the three screw insertion holes 238 provided in the support portion 234A of the first frame member 234. . The second frame member 235 abuts the right end of each mounting boss 247 on the left surface of the first frame member 234 and fastens the screw inserted through the screw insertion hole 238 from the right side to the mounting boss 247. The first frame member 234 is attached to the left side of the first frame member 234 with a gap defined between the first frame member 234 and the first frame member 234 (see FIGS. 14B and 15). An insertion hole 248 into which the drive shaft 231A of the first drive motor 231 can be inserted is formed in the motor fixing portion 245, and the first drive motor 231 is fixed from the left side. A drive gear 249 that meshes with the linkage gear 232 is disposed on the drive shaft 231 </ b> A of the first drive motor 231 that extends from the insertion hole 248 to the right of the second frame member 235. Further, the gear arrangement portion 246 is provided with a rotation support shaft 250 extending rightward, and the linkage gear 232 is rotatably arranged on the rotation support shaft 250 in a state of meshing with the drive gear 249. .

  As shown in FIGS. 13 and 14B, a locking arm 251 that is locked to the base body 210 of the apparatus main body 200 is provided at the lower edge portion of the second frame member 235 below the gear arrangement portion 246. It is formed to extend to the left. An extending end (left end) of the locking arm 251 is integrally formed with a flange portion 251A that protrudes upward, and the flange portion 251A is engaged with the locking hole 217 provided in the base body 210. It is configured to stop. That is, the second frame member 235 is fixed to the first frame member 234, and when the first frame member 234 is supported by the base body 210, the flange portion 251 </ b> A of the locking arm 251 is attached to the base body 210. The locking hole 217 is configured to be locked from below. The second frame member 235 is formed with reinforcing ribs 252 extending from the lower edge to the rear edge thereof in a state of extending leftward. In addition, the code | symbol 253 in Fig.15 (a) is a wiring hook which latches the wiring (not shown) connected to the 1st drive motor 231 and the relay board | substrate 255. FIG.

(First drive motor)
The first drive motor 231 is an electric motor such as a stepping motor capable of forward / reverse rotation control, for example, and includes a gear box for deceleration, and is disposed on the rear side of the game board D to move the movable effect device M. It is driven and controlled by an overall control device (not shown) for controlling. The driving means is not limited to an electric motor, and may be an actuator using a fluid, a rotary solenoid, or the like.

(Relay board)
As shown in FIGS. 22 and 23, the relay board 255 is connected to the first connector 256 to which the wiring for connecting to the overall control device side is connected, and to the wiring to be connected to the first drive motor 231. 2 connector 257 and a third connector 258 to which a wiring connected to a first illumination board 273 described later is connected. In addition, the relay substrate 255 includes a first position detection sensor 259 and a second position detection sensor 260 that detect a detection piece 294 provided on a driven gear 290 disposed on the first movable body 201. The first position detection sensor 259 and the second position detection sensor 260 are disposed at positions facing each other with the body shaft support hole 239 interposed therebetween, and the first position detection sensor 259 is detected at the first position of the first movable body 201. The piece 294 is detected, and the second position detection sensor 260 detects the detected piece 294 at the second position of the first movable body 201.

  As shown in FIGS. 14 (b), 22 and 23, the first drive mechanism 230 configured as described above is provided with locking projections 237 and 237 provided on the first frame member 234. In addition, the locking recesses 222 and 222 provided in the base body 210 of the base 200 are respectively locked, and the flange 251A of the locking arm 251 provided in the second frame member 235 is inserted into the locking hole 217 of the base body 210. By being locked, the base body 210 is held in a state of being aligned with the notch 221 provided in the base body 210. The first frame member 234 is held in a state of being erected above the base body 210, and the main body shaft support hole 239 provided at the upper portion of the first frame member 234 is positioned above the base body 210. . Further, the second frame member 235 is located below the base body 210, and the first drive motor 231 fixed to the second frame member 235 is located below the base body 210.

(Decorative body)
As shown in FIGS. 18, 22, and 23, the decorative body 211 includes an inner decorative member 262 that is formed in an annular shape, and an outer decorative member 266 that is externally attached to the inner decorative member 262. . The inner decorative member 262 is a transparent or translucent molded member having translucency, and has a decorative portion 262A having an upper end formed in a sawtooth shape and an outer peripheral surface formed in an uneven shape, and a lower end of the decorative portion 262A And a rib 262B extending along the lower end. A plurality (six in the embodiment) of through holes 262C penetrating vertically are provided at the boundary between the decorative portion 262A and the rib 262B. The decorative portion 262A is formed with a first concave portion 263 that opens downward on the right side across the center of the inner decorative member 262, and a second concave portion 264 that opens downward on the left side across the center. ing. The first recess 263 is formed to avoid interference between the first frame body 233 disposed in the base body 210 and the inner decoration member 262 attached to the base body 210, and the second recess 264 is The main body support 223 provided on the base body 210 and the inner decoration member 262 attached to the base body 210 are formed to avoid interference. A third recess 265 is formed at the upper end of the second recess 264 so as to open from the upper side of the sleeve 225 disposed on the upper surface of the body support 223 so as to open to the second recess 264. Yes. That is, the sleeve 225 is held in a state in which the vertical direction is sandwiched between the support recess 224 and the third recess 265 provided in the main body support 223. Furthermore, contact pieces 265A and 265A that contact the protrusions 225A and 225A formed on the sleeve 225 from above are formed at the upper end of the second recess 264 on the front side and the rear side across the third recess 265. (See FIGS. 22 and 23), the contact pieces 265A and 265A abut against the convex portions 225A and 225A, so that the rotation of the sleeve 225 in the circumferential direction is restricted.

  As shown in FIGS. 22 and 23, the outer decorative member 266 is a molded member whose outer peripheral surface is subjected to surface treatment such as plating, and the upper end is formed in a sawtooth shape and the outer peripheral surface is formed in an uneven shape. The decorative portion 266A is provided, and a plurality of (six in the embodiment) fixed bosses 266B extending downward from the lower end inside of the decorative portion 266A. The decorative portion 266A of the outer decorative member 266 is appropriately smaller in height than the decorative portion 262A of the inner decorative member 262, and when the outer decorative member 266 is externally mounted on the inner decorative member 262, The decorative portion 262A is exposed outward (see FIGS. 16 and 17). Each fixed boss 266B is provided at a position corresponding to each through hole 262C provided in the inner decorative member 262. When the outer decorative member 266 is externally mounted on the inner decorative member 262, each fixed boss 266B is The front end of each fixed boss 266B faces downward from each through hole 262C by fitting into the through hole 262C.

  As shown in FIGS. 12 and 18, the decorative body 211 configured as described above is formed in a state of being inclined radially inward from the lower opening that contacts the base body 210 upward. The first movable body 201 and the second movable body 202 disposed on the base body 210 are partially covered from the outside. Here, the inner diameter of the upper opening of the decorative body 211 is set to be slightly smaller than the outer diameter at the maximum diameter portion of the first movable body 201, and the device is removed from the gap between the decorative body 211 and the first movable body 201. The inside of the main body 200 is configured not to be visually recognized. The decorative body 211 has a screw (not shown) inserted from the lower side of the flange 213 while the rib 262B of the inner decorative member 262 is in contact with the outer peripheral rib of the flange 213 of the base body 210. The inner decoration member 262 and the outer decoration member 266 are fixed to the base body 210 by fastening to the front ends of the respective fixed bosses 266B of the decoration member 266. In the state where the outer decorative member 266 is mounted on the inner decorative member 262, the first to third recesses 263, 264, 265 provided in the inner decorative member 262 are hidden by the outer decorative member 266. (FIGS. 15 and 16).

(First movable body)
As shown in FIGS. 18, 24 and 25, the first movable body 201 is configured by assembling a first half 270 and a second half 271. The first half 270 is a member formed in a circular shape and opened in one side, and the second half 271 is an annular member formed in a circular shape. The first movable body 201 is provided with a second frame body 272 that rotatably supports the second movable body 202 and illuminates the first effect body 203 constituting the second movable body 202 from the inside. A first illumination board 273 that brightens, and a second illumination board 274 that illuminates and illuminates the second effector 204 constituting the second movable body from the inside. The first movable body 201 is rotatably supported by the base body 210 of the apparatus main body 200 by the main body shaft support hole 239 constituting the first rotation support section 205 and the sleeve 225 disposed in the main body support section 223. At the same time, it is linked to the first drive mechanism 230, and is rotated relative to the apparatus main body 200 and reversed by 180 degrees by forward / reverse drive control of the first drive motor 231 of the first drive mechanism 230.

(First half)
As shown in FIGS. 24 and 25, the first half 270 is erected from a circular disk portion 275 and an outer peripheral edge of the circular disk portion 275. An outer peripheral plate portion 276 formed in an annular shape over the entire circumference is integrally formed. The disc portion 275 includes a first flat portion 275A formed in an annular shape along an outer peripheral edge thereof, and a second flat portion 275B formed in a circular shape slightly projecting outward from the first flat portion 275A. It is made up of. At the center of the second flat portion 275B, a first shaft support portion 277 constituting the second rotation support portion 206 is formed to extend outward. The first shaft support portion 277 is formed with a shaft insertion hole 277A penetrating in the thickness direction of the disc portion 275, and the rotation shaft 340 constituting the second rotation support portion 206 is inserted into the shaft insertion hole 277A. The rotation shaft 340 is rotatably supported by the single shaft support portion 277. In addition, a plurality of (in the embodiment, 10) irradiation ports 278 serving as irradiation adjusting units are formed in the disk portion 275 at equal intervals in the circumferential direction on the circumference centered on the first shaft support portion 277. Yes. Each irradiation port 278 is formed in a circular shape, and the first light emitting LED 309 as the first light emitting means disposed on the first illumination board 273 is configured to be aligned with each irradiation port 278 ( The first half 270 functions as an irradiation adjusting member (see FIGS. 18 and 29).

  As shown in FIG. 25, the inner surface of the disc part 275 is a board installation part 279 for installing the first illumination board 273, and a frame fixing part 280 for fixing the second frame body 272 is provided. Yes. Two positioning pins 281 and 281 that are respectively fitted in the positioning holes 305 and 305 provided in the first illumination board 273 are provided on the board installation part 279 at the position sandwiching the shaft insertion hole 277A. Projected from. In addition, screw fastening bosses 282 and 282 that are respectively aligned with screw insertion holes 306 and 306 provided in the first illumination board 273 protrude from the inner surface of the disk portion 275 at positions adjacent to the positioning pins 281 and 281. Has been. Therefore, by positioning the positioning pins 281 and 281 in the positioning holes 305 and 305, the first illumination board 273 is positioned with respect to the board installation portion 279, and screws (FIG. The first illumination board 273 is fixed to the inside of the first half 270 by fastening the screw fastening bosses 282 and 282 (not shown) (see FIG. 17).

  In addition, as shown in FIG. 25, each positioning pin 281 and 281 is provided so that the distance from the center (shaft insertion hole 277A) of the disc part 275 may differ. Therefore, when the mounting direction of the first illumination board 273 with respect to the board installation part 279 is as specified, the positioning pins 281 and 281 and the positioning holes 305 and 305 are aligned with each other, and the first illumination board 273 with respect to the board installation part 279 is aligned. Since the positioning pins 281 and 281 and the positioning holes 305 and 305 are not aligned with each other when the mounting direction is not as specified, the first illumination board 273 is attached to the board installation portion 279 as specified. ing.

  As shown in FIG. 25, the frame fixing portion 280 is composed of a plurality of (four in the embodiment) support bosses 283 protruding from the inner surface of the disc portion 275. The four support bosses 283 are provided at positions corresponding to the four corners of the base portion 315 formed in a substantially rectangular shape constituting the second frame body 272. In addition, each support boss 283 secures a space for disposing the first illumination substrate 273 fixed to the substrate installation portion 279 between the disc portion 275 and the second frame body 272 fixed to the support boss 283. The protruding height is set.

(Outer wall)
As shown in FIGS. 19, 24 and 25, the outer peripheral plate portion 276 is inclined outward in the radial direction with increasing distance from the disc portion 275. The outer peripheral plate portion 276 is closer to the opening end than the diameter on the disc portion 275 side. The outer peripheral plate portion 276 forms a part of a spherical surface. A first mounting portion 284 formed on a plane extending perpendicularly to the outer surface of the disc portion 275 at a portion facing the left and right across the shaft insertion hole 277A in the maximum diameter portion of the outer peripheral plate portion 276, and A second attachment portion 285 is provided. The first attachment portion 284 and the second attachment portion 285 are formed in parallel in the extending direction of the first axis L1 extending in the direction orthogonal to the axial direction of the shaft insertion hole 277A. The first mounting portion 284 is formed with a semicircular first recess 284A that opens at the end of the outer peripheral plate portion 276, and outwardly at a portion along the opening edge of the first recess 284A. A protruding semicircular arc-shaped first protruding rib 284B is formed. The first mounting portion 284 has two first fixed bosses 284C and 284C projecting outward, and a positioning pin projecting outward between the first fixed bosses 284C and 284C. 284D is formed. On the other hand, the second mounting portion 285 is formed with a semicircular second recess 285A that opens at the end of the outer peripheral plate portion 276, and the portion along the opening edge of the second recess 285A has an outer periphery. A second projecting rib 285B having a semicircular arc shape protruding in the direction is formed. The second mounting portion 285 is formed with two second fixed bosses 285C and 285C that protrude outward. Furthermore, the open end 276A of the outer peripheral plate portion 276 is formed in a concavo-convex shape at every required interval in the circumferential direction (see FIG. 25).

(Second half)
As shown in FIGS. 19, 24, and 25, the second half 271 is formed in an annular shape with a size that matches the opening end of the outer peripheral plate portion 276 of the first half 270. The second half 271 is inclined inward in the radial direction as the distance from the outer peripheral plate portion 276 of the first half 270 is larger than the opening diameter on the first outer peripheral end portion 271A side that contacts the outer peripheral plate portion 276. The opening diameter on the side of the second outer peripheral end 271B opposite to the first outer peripheral end 271A is slightly smaller, and the second half 271 forms a part of a spherical surface. In the outer peripheral portion of the second half 271, a third attachment portion 287 is provided at a position that matches the first attachment portion 284 provided in the first half 270, and is provided in the first half 270. In addition, a fourth mounting portion 288 is provided at a site that matches the second mounting portion 285. The third mounting portion 287 is configured to be flush with the first mounting portion 284, and the fourth mounting portion 288 is configured to be flush with the second mounting portion 285. The second half 271 is covered with the decorative body 211 at the second position of the first movable body 201 (see FIG. 12B).

  As shown in FIGS. 24 and 25, the third mounting portion 287 is formed with a semicircular third recess 287A that opens to the first outer peripheral end 271A, and the opening edge of the third recess 287A. A semicircular arc-shaped third protruding rib 287B protruding outward is formed at a portion along That is, a circular opening is formed by aligning the first recess 284A and the third recess 287A, and an annular projecting rib is formed by aligning the first projecting rib 284B and the third projecting rib 287B. It is like that. The third mounting portion 287 is formed with two third fixed bosses 287C and 287C that protrude outward. Here, the two first fixed bosses 284C and 284C and the two third fixed bosses 287C and 287C described above are square corner portions when the first half 270 and the second half are aligned. It is arrange | positioned so that it may become a relationship located in. The driven gear 290 is fixed to the aligned first attachment portion 284 and third attachment portion 287 so as to straddle both attachment portions 284 and 287.

  As shown in FIGS. 24 and 25, the fourth mounting portion 288 is formed with a semicircular fourth concave portion 288A that opens to the first outer peripheral end portion 271A, and the opening edge of the fourth concave portion 288A. A semicircular arc-shaped fourth protruding rib 288B protruding outward is formed at a portion extending along the line. That is, a circular opening is formed by aligning the second recess 285A and the fourth recess 288A, and an annular protruding rib is formed by aligning the second protruding rib 285B and the fourth protruding rib 288B. It is like that. The fourth mounting portion 288 is formed with two fourth fixed bosses 288C and 288C that protrude outward. Here, the two second fixed bosses 285C and 285C and the two fourth fixed bosses 288C and 288C described above are square corner portions in a state where the first half 270 and the second half are aligned. It is arrange | positioned so that it may become a relationship located in. As described later, the rotation support member 296 is fixed to the aligned second mounting portion 285 and fourth mounting portion 288 so as to straddle both mounting portions 285 and 288.

  The second half 271 described above fixes the driven gear 290 to the first attachment portion 284 and the third attachment portion 287 and also fixes the rotation support member 296 to the second attachment portion 285 and the fourth attachment portion 288. , Fixed to the first half 270. In addition, the outer peripheral surface of the second half 271 is a design surface formed in an uneven shape. The second half 271 is a colored or colorless resin molded member capable of transmitting light. Accordingly, the second half 271 can appropriately transmit the irradiation light and be brightened as a whole when the second light emitting LED 328 of the second illumination board 274 described later emits light. Further, in a state where the outer peripheral end portion 276A of the first half 270 and the first outer peripheral end portion 271A of the second half 271 are aligned with each other, The first outer peripheral end portion 271A of the half body 271 comes into contact with the corresponding portion. Therefore, the respective concave portions at the outer peripheral end portion 276A of the first half 270 and the first outer peripheral end portion 271A of the second half 271 are aligned with each other, so that the respective illumination substrates 273 and 274 in the first movable body 201 are disposed. Heat exhaust ports 289 are formed on the outer peripheral surface, which is a part deviated from the position, at required intervals in the circumferential direction (see FIG. 19).

(Driven gear)
The driven gear 290 is a spur gear having tooth portions 291 formed on the outer peripheral portion thereof as shown in FIGS. Then, on one end surface of the driven gear 290, four concave portions 292, 292, 292, 292 in which the two first protruding ribs 284B, 284B and the two third protruding ribs 287B, 287B can be fitted are formed. In addition, a screw insertion hole penetrating the other end face is formed in each of the recesses 292, 292, 292, 292. That is, the first projecting ribs 284B and 284B and the third projecting ribs 287B and 287B are fitted into the corresponding recesses 292, 292, 292, and 292, and the projecting ribs 284B and 284B are inserted through the screw insertion holes. , 287B, 287B, the driven gear 290 is fixed to the first movable body 201 in a state of straddling the first mounting portion 284 and the third mounting portion 287. And in the driven gear 290, the rotation support shaft 293 which comprises the 1st rotation support part 205 is arrange | positioned in the rotation center in the state extended outward from the other end surface side. As shown in FIG. 17, the rotation support shaft 293 is inserted through a main body shaft support hole 239 provided in the first frame body 233 of the first drive mechanism 230 and is rotatably supported by the main body shaft support hole 239. It has become so. Furthermore, a detected piece 294 detected by the first position detection sensor 259 and the second position detection sensor 260 described above is provided on the other end face of the driven gear 290. The detected piece 294 has a rib shape extending in an arc shape around the rotation center of the driven gear 290.

(Rotating support member)
As shown in FIG. 22, the rotation support member 296 is formed in a donut shape with a through hole formed in the center. One end surface of the rotation support member 296 has the two second protruding ribs 285B, Four recesses 297, 297, 297, 297 into which 285B and two fourth projecting ribs 288B, 288 can be fitted are formed, and each recess 297, 297, 297, 297 is formed on the other end surface. A penetrating screw insertion hole is formed. That is, the second projecting ribs 285B, 285B and the fourth projecting ribs 288B, 288B are fitted into the corresponding recesses 297, 297, 297, 297, and the projecting ribs 285B, 285B are inserted through the screw insertion holes. , 288 </ b> B, 288 </ b> B, the rotation support member 296 is fixed to the first movable body 201 in a state of straddling the second attachment portion 285 and the fourth attachment portion 288. The rotation support member 296 is formed with a cylindrical rotation support portion 298 constituting the first rotation support portion 205 so as to extend outward from the other end face side of the rotation support member 296. As shown in FIG. 17, the rotation support portion 298 is inserted into a sleeve 225 supported by a main body support portion 223 erected on the base body 210, and is supported so as to be slidably rotatable with respect to the sleeve 225. It is like that. Here, a straight line passing through the axis center of the rotation support shaft 293 and the axis center of the rotation support portion 298 becomes a first axis L1 that is an axis line of the first rotation support portion 205.

  In the first movable body 201, the rotation support shaft 293 is inserted and supported in the main body shaft support hole 239, and the rotation support portion 298 is inserted and supported in the sleeve 225, so that the first axis L1 with respect to the apparatus main body 200 is obtained. Rotation around the center is supported. Further, the rotation support shaft 293 is inserted into and supported by the main body shaft support hole 239, so that the driven gear 290 meshes with the linkage gear 232 of the first drive mechanism 230. Accordingly, the first movable body 201 controls the first drive motor 231 of the first drive mechanism 230 to rotate forward and backward, so that the first half 270 is opposed to the base body 210 of the apparatus main body 200 and the second half body. A first position (see FIG. 12 (a)) where 271 is visible from the outside, a second half 271 facing the base body 210, and a first half 270 being visible from the outside. It is configured to be capable of rotational displacement at two positions (see FIG. 12B). That is, the first movable body 201 is rotated by 180 degrees with respect to the apparatus main body 200 and reversed by driving of the first drive motor 231.

(Holding means)
The movable effect device M of the embodiment includes a holding unit 300 that holds the first movable body 201 at each of the first position and the second position. Here, as shown in FIGS. 18 and 25, the holding means 300 is provided in the first movable body 201, and a held body (holding portion) 301 that moves by the rotation of the first movable body 201, and the apparatus main body 200. The first holding plate (first holding receiving portion) 302 disposed on the upper surface of the pedestal portion 226 and the second holding member disposed on the upper surface of the pedestal portion 226. It is comprised with the board (2nd holding | maintenance receiving part) 303. FIG. As shown in FIGS. 24, 25, and 28, the held body 301 is aligned with the boundary between the outer peripheral plate portion 276 of the first half 270 and the second half 271 on the outer peripheral surface of the rotation support member 296. At this position, the rotation support member 296 is fixed to a fixing portion 304 formed so as to extend radially outward and from the other end face. Therefore, the to-be-held body 301 moves in the circular arc shape which protrudes upward centering on the 1st axis line L1, when the 1st movable body 201 rotates between a 1st position and a 2nd position. Here, a magnet formed in a rectangular block shape is adopted as the held body 301.

  The first holding plate 302 and the second holding plate 303 are plate materials made of a magnetic material such as iron that can be attracted by a magnetic force to the held body 301 made of a magnet. The first holding plate 302 is disposed on the pedestal 226 so as to face the held body 301 in the vertical direction at the first position of the first movable body 201, and the second holding plate 303 is the first holding plate 303 of the first movable body 201. The pedestal portion 226 is disposed so as to face the held body 301 in the vertical direction at two positions. That is, when the first movable body 201 is in the first position, the held body 301 is attracted to the first holding plate 302 by magnetic force, so that the first movable body 201 is held in the first position (FIG. 28). (Refer to (a)), when the first movable body 201 is in the second position, the held body 301 is attracted to the second holding plate 303 by a magnetic force, so that the first movable body 201 is held in the second position. (See FIG. 28A).

(First lighting board)
As shown in FIGS. 24 and 25, the first illumination board 273 is formed in a substantially circular shape with substantially the same outer shape as the inner surface of the disk portion 275 of the first half 270. The first illumination board 273 is formed with an opening 307 at the center thereof that allows the rotation shaft 340 inserted through the shaft insertion hole 277A described above to be inserted, and at the outer peripheral edge, four openings in the frame fixing portion 280 are formed. A recess 308 is formed to align with the support boss 283. The positioning holes 305 and 305 and the screw insertion holes 307 and 307 described above are formed on both sides of the opening 307. The first illumination board 273 has a plurality of (10 in the embodiment) first light-emitting LEDs (first light-emitting means) 309 on the circumference around the opening 307 on the surface 273A facing the disc portion 275. Are arranged at equal intervals in the circumferential direction. Each first light emitting LED 309 is disposed at a position facing each irradiation port 278 provided in the disc portion 275 when the first illumination substrate 273 is fixed to the substrate installation portion 279. Further, on the back surface 273B of the first illumination board 273, the third position detection sensor 310 is disposed at a portion adjacent to the opening 307, and the wiring connected to the third connector 258 of the relay board 255 described above is provided. The fourth connector 311 to be connected, the fifth connector 312 to which the wiring connected to the seventh connector 329 of the second illumination board 274 is connected, and the sixth to which the wiring connected to the second drive motor 331 is connected. A connector 313 and the like are provided. The third position detection sensor 310 detects the detected piece 294 of the driven gear 290. The first light emitting LED 309 is a full color type chip LED that can emit light in various colors.

(Second frame)
As shown in FIGS. 17, 24, and 25, the second frame body 272 disposed inside the first movable body 201 includes a base portion 315 that is formed in a substantially rectangular shape, and an approximate shape of the base portion 315. This is a molded member integrally formed with a cylindrical second shaft support portion 316 formed with a shaft insertion hole 316A extending upward from the center and penetrating vertically. In addition, a second drive mechanism 330 is disposed on the base portion 315 of the second frame body 272 to rotate the second movable body 202.

(Base part)
As shown in FIGS. 24 and 25, the base portion 315 has a substantially rectangular base plate 315A formed in a concavo-convex shape, and extends around the entire outer periphery of the base plate 315A and protrudes downward. The outer peripheral rib 315B is integrally formed and has sufficient rigidity to support the second movable body 202 in a rotatable manner. In addition, fitting recesses 317 that are respectively aligned with the above-described four support bosses 283 provided in the first half 270 are formed at four corners of the base portion 315. In the fitting recess 317, a plurality of (four in the embodiment) mounting bosses 318 extending upward are formed at portions adjacent to both end edges (short edges) in the longitudinal direction of the base portion 315. Yes. Each mounting boss 318 is formed at a position aligned with the end face of each of the four screw insertion holes 326 formed in the second illumination board 274, and a screw inserted through each screw insertion hole 326 can be fastened. It has become. That is, as shown in FIG. 17, each mounting boss 318 fixes and supports the second illumination board 274 in a state where a gap is defined between the mounting bosses 318. Further, positioning pins 319 and 319 extending upward are formed at portions adjacent to both end edges (longitudinal edges) of the base portion 315 in the short direction. The positioning pins 319 and 319 are fitted into positioning holes 327 and 327 formed in the second illumination board 274, respectively.

  Further, as shown in FIG. 25, a second drive motor (second drive means) 331 constituting the second drive mechanism 330 is fixed to a portion adjacent to the second shaft support portion 316 on the upper surface of the base portion 315. A motor fixing unit 320 is provided. Further, a circular gear accommodating portion 321 that opens downward is formed at the center of the lower surface of the base portion 315 so that the driven gear 332 constituting the second drive mechanism 330 is accommodated in the gear accommodating portion 321. It has become. Reference numeral 322 denotes a holding frame that inserts and holds a wiring or the like connected to the second illumination board 274.

(Second shaft support)
The second shaft support portion 316 constituting the second rotation support portion 206 extends in the opposite direction to the first shaft support portion 277 provided in the first half body 270, as shown in FIGS. The shaft insertion hole 316A of the second shaft support portion 316 and the shaft insertion hole 277A of the first shaft support portion 277 are located on a straight line. That is, the axis passing through the shaft insertion hole 316A of the second shaft support portion 316 and the shaft insertion hole 277A of the first shaft support portion 277 is the second axis L2 that is the axis of the second rotation support portion 206. A rotating shaft 340 that supports the body 202 can pass therethrough. Here, as shown in FIG. 17, the second axis L2 of the second rotation support portion 206 extends so as to be orthogonal to the first axis L1 in the middle of the first axis L of the first rotation support portion 205. Yes.

(Second lighting board)
As shown in FIGS. 24 and 25, the second illumination board 274 has a substantially circular outer shape substantially the same as the opening shape inside the second outer peripheral end portion 271B in the second half 271 of the first movable body 201. Is formed. The second illumination board 274 has an opening 325 at the center thereof that allows the second shaft support 316 formed in the second frame body 272 to pass therethrough. Four screw insertion holes 326 aligned with the tips of the four mounting bosses 318 formed in the second frame body 272 are formed. In addition, the second illumination board 274 has two positioning holes 327 and 327, and the two positioning pins 319 and 319 formed in the second frame body 272 are fitted in the positioning holes 327 and 327, respectively. It has become. The second illumination substrate 274 is fixed to the second substrate installation portion 279 with the surface 274A on which the plurality of second light emitting LEDs (second light emitting means) 328 are disposed facing the outside of the first movable body 201. Is done. The second light emitting LEDs 328 are arranged so as to be distributed substantially uniformly over the entire surface 274A of the second illumination board 274, and irradiate the entire inside of the second effect body 204 in the second movable body 202, thereby 2 The entire effect body 204 can be brightened substantially uniformly. The second light emitting LED 328 is, for example, a chip LED capable of emitting white monochromatic light.

(Second drive mechanism)
As shown in FIGS. 17, 24, and 25, the second drive mechanism 330 includes a second drive motor (second drive) fixed to a second frame body 272 attached to the first half 270 of the first movable body 201. 2 drive means) 331 and a driven gear 332 linked to the second drive motor 331 and fixed to the rotary shaft 340. The motor fixing portion 320 provided in the base portion 315 of the second frame body 272 is formed with an insertion port 323 that penetrates the base portion 315 up and down and opens into the gear housing portion 321 described above. The drive motor 331 is fixed to the motor fixing portion 320 in an inverted state in which the drive shaft 331A is extended downward via the insertion port 323. A drive gear 333 that meshes with the driven gear 332 is fixed to the drive shaft 331A of the second drive motor 331. When the second drive motor 331 is driven to rotate forward and backward, the driven gear 332 is driven to rotate. ing. Accordingly, by controlling the second drive motor 331 of the second drive mechanism 330 in the forward / reverse direction, the second movable body 202 that is rotatably supported by the first movable body 201 via the rotation shaft 340 is moved to the first movable body 201. The movable body 201 is rotated. Note that a third detected piece 334 extending downward is provided on an end surface located below the driven gear 332, and the third detected piece 334 is provided on the first illumination board 273. The position is detected by the position detection sensor 310, and the position where the third position detection sensor 310 detects the third detected piece 334 is set as the origin position of the second movable body 202.

(Second drive motor)
The second drive motor 331 is, for example, an electric motor such as a stepping motor capable of forward / reverse rotation control, and includes a gear box for reduction, and is driven and controlled by the overall control device described above. The driving means is not limited to an electric motor, and may be an actuator using a fluid, a rotary solenoid, or the like. Note that the second drive motor 331 is housed between the base portion 315 of the second frame body 272 and the second illumination board 274.

(Second movable body)
The second movable body 202 is attached to one end of a rotating shaft 340 as a second rotation support portion that penetrates the first movable body 201 as shown in FIGS. 17 to 21, 26, and 27. A first effect body 203 and a second effect body 204 attached to the other end of the rotating shaft 340 are provided. That is, the first effect body 203 is attached to the first end (one end) 340A of the rotating shaft 340 extending outward from the first half 270 of the first movable body 201 and is attached to the first half 270. The second effector 204 is attached to a second end (the other end) 340B of the rotary shaft 340 extending outward from the second half 271 of the first movable body 201. And adjacent to the second half 271. The second movable body 202 is configured such that the first effect body 203 and the second effect body 204 rotate in synchronization with the first movable body 201 sandwiched by the drive of the second drive motor 331 of the second drive mechanism 330. Has been.

(First production)
As shown in FIGS. 26 and 27, the first effect body 203 is an assembly member configured in an umbrella shape. The second effect body 204 includes a partition member 341 fixed to the first end 340 </ b> A of the rotating shaft 340, a covering member 342 fixed to the outside of the partition member 341, and between the partition member 341 and the covering member 342. And a light diffusing member 343 disposed on the surface. The light diffusing member 343 is provided with a plurality (five in the embodiment) of light diffusing portions 351, and each light diffusing portion 351 has a spherical surface outward through each opening 354 provided in the covering member 342. Is exposed. And each light-diffusion part 351 is irradiated with the irradiation light irradiated by light emission control of each 1st light emission LED309 of the 1st illumination board 273 installed in the 1st half body 270 of the 1st movable body 201. By irradiating the inner surface 351B of the light beam 351, a required light pattern R is displayed on the outer surface 351A of the light diffusion portion 351 (see FIG. 32).

(Partition member)
As shown in FIGS. 26, 27 and 29, the partition member 341 has a cylindrical main body 344 and a plurality (5 in the embodiment) extending radially outward from the outer peripheral surface of the main body 344. ) Partition wall portions 345. The partition wall portions 345 are arranged at equal intervals in the circumferential direction of the main body portion 344, and are positioned between the light diffusion portions 351 provided on the light diffusion member 343 so that the adjacent light diffusion portions 351 are arranged. It is designed to partition. Each partition wall portion 345 has a lower end edge facing the first half 270 of the first movable body 201 formed in a vertical straight line from the outer peripheral surface of the main body portion 344, and an upper end edge of the main body portion 344. As it goes from the outer peripheral surface toward the tip, it inclines downward and the tip of each partition wall 345 is formed at an acute angle (see FIG. 31). Further, a spherical support wall portion 346 is formed from the outside of the main body portion 344 to the upper end edge of each partition wall portion 345, and the support wall portion 346 is in surface contact with the inner surface of the light diffusion member 343. It is configured to

  As shown in FIGS. 26 and 27, a cylindrical fixed support portion 347 through which the first end portion 340A of the rotating shaft 340 is inserted is formed inside the main body portion 344. The partition member 341 includes: The rotary shaft 340 inserted through the fixed support portion 347 is fixed so as not to rotate. Further, on the outside of the support wall portion 346, there are formed three locking holes 348 into which a plurality of (three in the embodiment) fixing bosses 355 projecting from the inside of the covering member 342 are fitted. A screw insertion hole 349 through which a screw is inserted is formed at the bottom of the locking hole 348. A screw (not shown) fastened to the tip of each fixed boss 355 is inserted into each screw insertion hole 349. Each locking hole 348 is provided at a position where the partition wall portion 345 is formed, and the portion of the partition wall portion 345 where the locking hole 348 is formed matches the shape of the locking hole 348. Is curved.

(Light diffusion member)
The light diffusing member 343 is a thin member formed from a light diffusing sheet having a light diffusing pattern on the outer surface and having translucency. The light diffusion sheet is a thin sheet material made of synthetic resin, and a light diffusion pattern is provided on one outer surface thereof, and the other outer surface is a smooth glossy surface. Here, the light diffusion pattern provided on the light diffusion sheet is formed by a large number of fine grooves formed on the outer surface of the light diffusion sheet. The light diffusing member 343 is obtained by forming a light diffusing sheet softened by heating into a shape shown in FIGS. 26 and 27 by vacuum forming or pressure forming technology, and the side on which the light diffusing pattern is formed is formed. It is formed in an orientation with the outer surface and the side formed smoothly as the inner surface.

  As shown in FIGS. 26, 27 and 29, the light diffusing member 343 formed from a light diffusing sheet has a main body 350 formed in a dome shape, and is equidistant from the main body 350 in the circumferential direction. A plurality of (five in the embodiment) light diffusion portions 351 are provided. As shown in FIGS. 31 and 32, each light diffusion portion 351 is formed in a spherical shape (dome shape) with a required curvature from the outer surface of the main body 350 to the outside. Further, in the main body 350, three insertion holes 352 through which the three fixing bosses 355 provided in the covering member 342 are inserted are formed at positions aligned with the three locking holes 348 provided in the partition member 341. ing.

(Coating material)
As shown in FIGS. 26, 27, and 31, the covering member 342 is formed in a bowl shape and includes a plurality of (five in the embodiment) openings 354 formed at equal intervals in the circumferential direction. . Each opening 354 is provided at a position where each light diffusion portion 351 of the light diffusion member 343 is aligned, and is formed in an opening shape where the light diffusion portion 351 is aligned. The outer surface 342A of the covering member 342 is formed into a required design shape and is subjected to a surface treatment such as plating. In addition, the inner surface 342B of the covering member 342 is formed in a concave curved surface shape that can come into surface contact with the main body portion 350 of the light diffusing member 343, and the above-described three fixing bosses 355 are protruded (see FIG. 27). . Note that the outer diameter of the covering member 342 is set to be substantially the same as the outer diameter of the disc portion 275 in the first half 270 of the first movable body 201.

  In the first effect body 203, the partition member 341 is fixed to the first end 340A of the rotating shaft 340, and the covering member 342 in which the light diffusion member 343 is set inside is set outside the partition member 341. Then, the screw is fastened to the first end 340 </ b> A of the rotating shaft 340 by being screwed to the tip of the fixed boss 355 via each screw insertion hole 349. Each light diffusion portion 351 is exposed outward from each opening 354 of the covering member 342 and is disposed on a circle centered on the second axis L2 passing through the rotation shaft 340.

(Disposition relationship between the light diffusion part and the first light-emitting LED)
Next, each light diffusing portion 351 provided in the first effect body 203 of the second movable body 202 and the first illumination board 273 provided in the first movable body 201 are arranged, and each light diffusing portion 351 is arranged. The relationship with each first light emitting LED 309 that emits light from the inside will be described. As shown in FIG. 29 and FIG. 30, each of the ten first light-emitting LEDs 309 has a first illumination so as to form a circle with a rotation axis 340 whose axis coincides with the second axis L2 being the center line as a center. It is disposed on the substrate 273. The first light emitting LEDs 309 are arranged at equal intervals in the circumferential direction of a circle centered on the rotation shaft 340. Further, as shown in FIG. 30, each of the five light diffusion portions 351 is arranged so as to form a circle with the rotation shaft 340 as the arrangement center. The respective light diffusion portions 351 are arranged at equal intervals in the circumferential direction of a circle having the rotation axis 340 as the center. Then, the second movable body 202 rotates relative to the first movable body 201 around the rotation axis 340, so that the irradiation position of the first light emitting LED 309 with respect to the light diffusing unit 351 is centered around the rotation axis 340. It is configured to move relatively in the circumferential direction (see FIG. 30).

  In the movable effect device M of the embodiment, the light diffusion member 343 is restricted from rotating relative to the partition member 341 in the circumferential direction around the rotation shaft 340 by the three fixed bosses 355, The diffusion member 343 and the partition member 341 are configured to rotate and move relative to the first light emitting LED 309. Here, the light diffusion member 343 and the partition member 341 are configured to rotate and move in one direction. Therefore, when the partition member 341 rotates about the rotation shaft 340, the partition wall portion 345 is at the first position (FIG. 30A) where it does not overlap with the first light emitting LED 309, or the partition wall portion 345 is in the first position. The second position (FIG. 30 (b)) overlaps with the one light-emitting LED 309, and the first position state and the second position state are rotated while being alternately repeated. And in the 1st position of the partition member 341, as shown to Fig.30 (a) and FIG.34, each light-diffusion part 351 will be irradiated with 2 each 1st light emission LED309, and the partition member 341 is provided. In the second position, as shown in FIG. 30B and FIG. 33, the partition wall portions 345 overlap the five first light emitting LEDs 309, so that each light diffusion portion 343 has one first light emission. It irradiates with LED309.

  Further, as shown in FIGS. 29 to 31, each irradiation port 278 formed in the disk portion 275 in the first half 270 of the first movable body 201 is located on the front side in the irradiation direction of each first light emitting LED 309. The opening shape and the opening size are set so as to define the irradiation range of the first light emitting LED 309 as the irradiation adjusting unit. As a result, the irradiation light from the first light emitting LED 309 is collected and irradiated to the light diffusion portion 351 through the irradiation port 278, and the light diffusion portion 351 can be brightened efficiently.

  Next, the irradiation mode of the light diffusing section 351 by the two first light emitting LEDs 309 and 309 at the first position of the partition member 341 and the light diffusing section by the one first light emitting LED 309 at the second position of the partition member 341 A mode of irradiation to 351 will be described. As shown in FIG. 31, the light diffusing portion 351 bulges into a spherical shape (dome shape) with a required curvature, the top portion is located on the rotating shaft 340 side, and tilts downward as it moves away from the rotating shaft 340. As the distance from the top increases, the slope becomes tighter. And each 1st light emission LED309 is arrange | positioned at the 1st illumination board | substrate 273 with the attitude | position which faced the position shifted | deviated from the top part of the light-diffusion part 351, as shown in FIG.31 and FIG.32. Thereby, the irradiation light toward the light diffusion part 351 from the first light emitting LED 309 is emitted from a direction inclined with respect to the inner surface 351B of the light diffusion part 351.

  Moreover, at the first position of the partition member 341, as shown in FIG. 34, the two first light emitting LEDs 309 and 309 irradiate the inner surface 351B of the light diffusion portion 351 near the outer edge of the light diffusion portion 351. Thus, at the second position of the partition member 341, as shown in FIG. 33, one first light emitting LED 309, 309 irradiates the inner surface 351B of the light diffusion portion 351 near the center of the light diffusion portion 351. Here, as shown in FIGS. 33 and 34, the inner surface 351B of the light diffusing portion 351 is 2 in the first position as compared with the portion irradiated with one first light emitting LED 309 in the second position of the partition member 341. The portions irradiated by the individual first light emitting LEDs 309 and 309 are more inclined. That is, the irradiation angle of the first light-emitting LED 309 with respect to the inner surface 351B of the light diffusion portion 351 at the second position of the partition member 341 is larger than the irradiation angle of the first light-emitting LED 309 with respect to the inner surface 351B of the light diffusion portion 351 at the first position. It has become. For this reason, the light of the first light emitting LED 309 irradiated at the second position of the partition member 341 irradiates a part of the light diffusing portion 351 intensively and easily passes through the light diffusing portion 351, so that the partition member 341 The light of each of the first light emitting LEDs 309 and 309 irradiated to the light diffusing unit 351 at the first position irradiates a wide part of the light diffusing unit 351 and is easily reflected by the inner surface 351B of the light diffusing unit 351. .

  Therefore, when the partition member 341 that rotates and moves to the second position, as shown in FIG. 35, a light pattern that shines in a spot shape near the center of the outer surface 351A on which the light diffusion surface in the light diffusion portion 351 is formed. R (R1) can be displayed. Further, when the partition member 341 that rotates and moves to the first position, as shown in FIG. 35, the light pattern R (R2) shining linearly on the outer surface 351A on which the light diffusion surface of the light diffusion portion 351 is formed. ) Can be displayed. Since the light diffusing portion 351 is formed in a spherical shape, the inner surface of the light diffusing portion 351 is moved when the partition member 341 that rotates and moves in one direction is displaced from the first position → the second position → the first position. The irradiation angle of the first light-emitting LED 309 with respect to 351B gradually changes, and the light pattern R (R1, R2) displayed on the outer surface 351A of the light diffusing unit 351 is changed in display position or deformed. become. Furthermore, since the outer surface 351A of the light diffusing portion 351 is a light diffusing surface, the irradiation light from the first light emitting LED 309 is variously diffused on the outer surface 351A, and the outer surface 351A of the light diffusing portion 351 includes a plurality of light beams. A light pattern R (R1, R2) is displayed.

  Therefore, in the movable effect device M of the embodiment, the second movable body 202 rotates with respect to the first movable body 201 in a state where each first light-emitting LED 309 of the first illumination board 273 emits light, whereby the first effect body. Each light diffusing portion 351 of 203 can display a light pattern R1 shining in a dot shape or a light pattern R2 shining in a line shape, and a lighting effect rich in change can be obtained. . Further, since each light diffusion portion 351 is formed in a spherical shape, when the irradiation position of the first light emitting LED 309 with respect to the light diffusion portion 351 moves, the irradiation angle of the first light emitting LED 309 with respect to the inner surface 351B of the light diffusion portion 351 Therefore, the light patterns R1 and R2 displayed on the outer surface 351A of the light diffusing portion 351 can be seen to move on the outer surface 351A while being deformed.

  Further, when the second movable body 202 rotates with respect to the first movable body 201, when the partition member 341 reaches the first position, the light diffusing portion 351 is irradiated with the two first light emitting LEDs 309 and 309. When the partition member 341 is in the second position, the light diffusing portion 351 is irradiated with one first light emitting LED 309, and the light pattern R1, displayed on the outer surface 351A of the light diffusing portion 351, R2 can be changed between light and dark. Further, the number of light patterns R1 and R2 displayed on the outer surface 351A of the light diffusing portion 351 can be increased or decreased by changing the number of irradiations of the first light emitting LED 309 to the light diffusing portion 351 to one or two. is there.

(2nd production)
The second effect body 204 is a molded member formed in a hemispherical shape as shown in FIGS. The second effect body 204 includes a hemispherical decorative portion 360 and a cylindrical attachment fixing portion 361 extending from the center inside the hemispherical decorative portion 360. The hemispherical decorative portion 360 and the attachment fixing portion 361 are integrally formed from a transparent or translucent synthetic resin, and the hemispherical decorative portion 360 is configured to transmit light. Further, the hemispherical decorative portion 360 is formed so that the outer diameter on the opening side thereof is substantially the same as the outer diameter on the second outer peripheral end portion 271B side in the second half body 271 of the first movable body 201, The hemispherical decorative portion 360 and the second half 271 constitute a half of a substantially spherical body. The outer surface of the hemispherical decorative part 360 is formed in a design shape that forms the required irregularities. Such a second effect body 204 is fixed so as not to rotate with respect to the rotation shaft 340 by inserting and fixing the second end portion 340B of the rotation shaft 340 to the attachment fixing portion 361, and the second illumination board. 274 is disposed in a covered state.

(Cover material)
As shown in FIG. 9, the cover member 207 is provided on both sides of the hemispherical cover portion 365 that covers the movable effect device M from above and the center of the opening portion of the cover portion 365, and has a diameter at the opening end. A first mounting piece 366 and a second mounting piece 367 are provided so as to extend outward in the direction. The first mounting piece 366 is fixed to a right fixing part 98 provided on the metal base member 80, and the second mounting piece 367 is fixed to a left fixing part 99 provided on the metal base member 80. It has become. The cover member 207 is molded from a transparent hard synthetic resin, and can protect the movable effect device M so as to be seen through in a non-contact state in a state where the cover member 207 is fixed to the metal base member 80.

(Operation of Example)
The pachinko machine P according to the embodiment configured as described above fixes a metal base member 80 made of metal so as to produce a forward effect on the front side of the installation member 32 constituting the front frame C, and is a movable effect device. M is disposed in a state of being placed on the installation portion 82 of the metal base member 80. That is, the holding piece 95 provided on the installation portion 82 of the metal base member 80 is engaged with the engagement receiving portion 216 formed on the bottom of the base body 210 of the movable effect device M and provided on the installation portion 82. By holding the front portion of the base body 210 with the holding member 96 thus formed, the movable effect device M can be supported by the metal base member 80.

  Accordingly, the pachinko machine P of the embodiment is configured such that the front frame C is reinforced by fixing the metal base member 80 to the installation member 32 and the movable effect device M is disposed on the metal base member 80. Therefore, deformation of the front frame C due to the weight of the movable effect device M can be suppressed. Further, even if vibration is generated during the operation of the movable effect device M, the vibration can be suppressed by the metal base member 80, so that failure and breakage of the components disposed on the front frame C can be prevented. And since the movable production | presentation apparatus M was arrange | positioned in the metal base member 80 in the state mounted in the installation part 82 extended to the front of the installation member 32 in the front frame C, the weight of this movable production | presentation apparatus M was carried out. The metal base member 80 can be appropriately supported. In addition, the installation part 82 extending forward in the metal base member 80 is fixed to the installation member 32 by the fixing part 81 and the front part of the installation part 82 is locked to the front decorative member 48. The installation portion 82 is firmly fixed to the front frame C and can appropriately support the movable effect device M. Further, with the movable effect device M set in the installation portion 82 of the metal base member 80, the holding member 96 provided at the front end of the installation portion 82 is rotated, and the screw of the holding portion 96A in the holding member 96 is inserted. Since the screw is fastened to the screw fastening portion 227 formed on the base body 210 of the movable effect device M through the hole, the movable effect device M can be easily and reliably held on the metal base member 80.

(Operation mode of the first movable body)
The movable effect device M rotates the first drive motor 231 forward and reverse, so that the first movable body 201 rotates 180 degrees with respect to the device main body 200 around the first axis L1 of the first rotation support portion 205. Then, the posture is displaced to the first position shown in FIG. 12A and the second position shown in FIG. Then, when the first movable body 201 rotates from the second position side to the first position side by forward rotation of the first drive motor 231, the detected piece 294 is detected by the first position detection sensor 259. Then, it is recognized that the first movable body 201 has arrived at the first position, and the drive of the first drive motor 231 is stopped. Further, when the first movable body 201 arrives at the first position, as shown in FIG. 28A, the held body 301 provided on the first movable body 201 is provided on the apparatus main body 200. Since the first holding plate 302 is attracted and held by magnetic force, the first movable body 201 can be held at the first position when the first drive motor 231 is stopped, and the first effect body 203 of the second movable body 202 can be held. Can be kept exposed from the apparatus main body 200 to the outside. Further, even when the second movable body 202 rotates, the first movable body 201 is held at the first position.

  On the other hand, when the first movable body 201 rotates from the first position side to the second position side by the reverse drive of the first drive motor 231, the detected piece 294 is detected by the second position detection sensor 260. It is recognized that the first movable body 201 has arrived at the second position, and the drive of the first drive motor 231 is stopped. Further, when the first movable body 201 arrives at the second position, the held body 301 provided on the first movable body 201 is provided on the apparatus main body 200 as shown in FIG. Since the second holding plate 303 is attracted and held by magnetic force, the first movable body 201 can be held at the second position when the first drive motor 231 is stopped, and the second effect body 204 of the second movable body 202 can be held. Can be kept exposed from the apparatus main body 200 to the outside. Further, even when the second movable body 202 rotates, the first movable body 201 is held at the second position.

(Operation mode of the second movable body)
The movable effect device M drives and controls the second drive motor 331, so that the second movable body 202 rotates about the second axis L2 of the second rotation support portion 206 with respect to the first movable body 201. When the first movable body 201 is stopped at the first position, the first effect body 203 exposed from the apparatus main body 200 appears to rotate, and the first movable body 201 appears at the second position. When stopped, the second effect body 204 exposed from the apparatus main body 200 appears to rotate, and with the rotation of the first movable body 201, two types of first effect bodies 203 with different designs and The second effect body 204 is produced.

  Furthermore, the movable effect device M can also drive the first drive motor 231 and the second drive motor 331 simultaneously or synchronously. That is, the second movable body is controlled relative to the first movable body 201 rotating between the first position and the second position by controlling the first drive motor 231 and the second drive motor 331 simultaneously or synchronously. 202 comes to rotate. That is, when the first movable body 201 rotates from the first position to the second position, the second effect body 204 of the rotating second movable body 202 is exposed. Further, when the first movable body 201 rotates from the second position to the first position, the first effect body 203 of the rotating second movable body 202 is exposed. Therefore, since the first effect body 203 and the second effect body 204 are interchanged while the second movable body 202 rotates, the effect of the effect can be preferably improved.

  And the said movable production | presentation apparatus M carries out light emission control of each 1st light emission LED309 of the 1st lighting board | substrate 273, By each irradiation light from this 1st light emission LED309, each light diffusion provided in the 1st production body 203 The outer surface 351A of the portion 351 is brightened as a whole, and a required light pattern R (R1, R2) is displayed on the outer surface 351A. The irradiation of each light diffusion portion 351 by each first light emitting LED 309 on the first illumination board 273 is executed at a predetermined timing when the second movable body 202 is rotated and stopped. On the other hand, by controlling the light emission of each second light emitting LED 328 of the second illumination board 274, the entire hemispherical decoration part 360 of the second effect body 204 is brightened by the irradiation light from the second light emitting LED 328. In addition, irradiation of the hemispherical decoration part 360 by each 2nd light emission LED328 of the 2nd illumination board 274 is performed at a predetermined timing at the time of the rotation of the 2nd movable body 202, and a stop. Thereby, when the second movable body 202 is rotated or stopped, each light diffusing portion 351 of the first effect body 203 is controlled to emit light by controlling the light emission of each first light emitting LED 309 of the first illumination board 273. Since R1, R2) can be displayed, a high performance effect can be obtained. Similarly, when the second movable body 202 is rotated or stopped, by controlling the light emission of each second light emitting LED 328 of the second illumination board 274, the hemispheric decorative portion 360 of the second effect body 204 is bright overall. Therefore, a high production effect can be obtained.

  Accordingly, the first movable body 201 that rotates around the first rotation support portion 205 as the first drive motor 231 is driven is disposed on the apparatus main body 200. A second movable body 202 that is rotatable around a second rotation support portion 206 that extends in a relationship orthogonal to the first rotation support portion 205 is disposed, and the second movable body 202 is driven in accordance with the driving of the second drive motor 331. By configuring the body 202 to rotate, complicated operations of the first movable body 201 and the second movable body 202 are realized. That is, by providing the second movable body 202 having a rotation axis direction different from that of the first movable body 201, it is possible to diversify the rendering mode by the movable rendering device M. In addition, since the first effect body 203 and the second effect body 204 of the second movable body 202 are switched by rotating the first movable body 201 by the first drive motor 231, there are various types of effects by the movable effect device M. And improvement in decorativeness can be further achieved. Further, the first movable body 201 is held at each position of the first position and the second position by the adsorption action by the magnetic force between the held body 301 of the holding means 300, the first holding plate 302, and the second holding plate 303. Therefore, even if the second movable body 202 rotates while stopped at the first position or the second position, the first movable body 201 is stably held. In addition, since the to-be-held body 301 moves reliably with the rotation of the first movable body 201, the to-be-held body 301 is appropriately held by the first holding plate 302 at the first position of the first movable body 201. The held body 301 can be appropriately held by the second holding plate 303 at the second position of the first movable body 201.

  The light diffusing portion 351 of the first effect body 203 in the second movable body 202 is brightened by each first light emitting LED 309 of the first illumination board 273 disposed on the first movable body 201, and the light diffusing portion 351. A light pattern R (R1, R2) is displayed on the outer surface 351A of the second movable body 202, and each second light emitting LED 328 of the second illumination board 274 disposed on the first movable body 201 provides a second effect on the second movable body 202. Since the body 204 is brightened, the decoration is improved. And the light emission effect of the 1st effect body 203 by light emission of the 1st light emission LED 309 of the 1st illumination board 273 and the light emission effect of the 2nd effect body 204 by light emission of the 2nd light emission LED 328 of the 2nd illumination board 273 differ. Since the first light-emitting LED 309 and the second light-emitting LED 328 are independently controlled to emit and turn off, diversification of the effect mode using the first effect body 203 and the second effect body 204 is achieved. In addition, the first movable body 201 on which the first illumination board 273 and the second illumination board 274 are arranged has a circumferential direction on the outer circumferential surface that is out of the arrangement position of the first illumination board 273 and the second illumination board 274. Since the heat exhaust port 289 is formed at every required interval, the heat generated by the first light emitting LED 309 and the second light emitting LED 328 is disposed from the heat exhaust port 289 without entering the first movable body 201, Failure of the first light emitting LED 309 and the second light emitting LED 328 and deformation of the first movable body 201 due to heat can be prevented.

  Furthermore, in the movable effect device M of the embodiment, the light diffusion member 343 disposed on the second effect body 204 of the second movable body 202 is formed from a sheet material provided with a light diffusion pattern, and the light diffusion member 343 is formed. Each of the light diffusing portions 351 is formed into a spherical shape bulging outward from the opening 354 of the covering member 342, and the irradiation light from the first light emitting LED 309 is provided on the first half 270. The inner surface 351B of the light diffusing portion 351 is irradiated in a state where the irradiation range is defined by the irradiation port 278. Therefore, the visual effect can be improved by displaying the linear light pattern R (R1, R2) on the outer surface 351A of the light diffusion portion 351. Further, since the outer surface of the main body 350 excluding the light diffusing portion 351 of the light diffusing member 343 is covered with the covering member 342, the light diffusing member 343 can be protected by the covering member 342.

  Further, each light diffusion portion 351 in the first effect body 203 of the second movable body 202 moves in the circumferential direction about the rotation shaft 340 with respect to the first illumination board 273 disposed on the first movable body 201. As a result, the irradiation position of the first light emitting LED 309 with respect to the light diffusing portion 351 moves in the circumferential direction around the rotation axis 340, so that the light pattern R moves or changes its shape on the outer surface 351A of the light diffusing portion 351. And the visual effect can be improved. Further, when the light diffusing member 343 and the partition member 341 rotate relative to the first light emitting LED 309 about the rotation shaft 340, the partition member 341 that rotates and the partition wall portion 345 has the first light emitting LED 309. Since the first position does not overlap with the second position and the second position overlaps with the first light emitting LED 309, the amount of light emitted from the first light emitting LED 309 to the light diffusing portion 351 changes at the first position and the second position of the partition member 341. Thus, the light pattern R displayed on the outer surface 351A of the light diffusion portion 351 can be changed in brightness. In addition, since each light-diffusion part 351 is partitioned off by the partition member 341, it can prevent that the irradiated light of the 1st light emission LED309 irradiated to the said light-diffusion part 351 is irradiated to another adjacent light-diffusion part 351. .

(Example of change)
The gaming machine according to the present invention is not limited to the embodiment illustrated in the embodiments, and various modifications are possible.
(1) In the embodiment, the first axis L1 that is the rotation center of the first movable body 201 with respect to the apparatus main body 200 and the second axis L2 that is the rotation center of the second movable body 202 with respect to the first movable body 201 are: Although a configuration in which the relationship is orthogonal to each other has been illustrated, a configuration in which the second movable body 202 is disposed with respect to the first movable body 201 in a relationship in which the first axis L1 and the second axis L2 intersect obliquely may be employed. .
(2) Although the 1st movable body 201 illustrated the structure which reverse | inverts the rotation range as 180 degree | times, this 1st movable body 201 may be comprised so that it may rotate 180 degree | times or more. Similarly, the second movable body 202 may be configured to rotate within a required angle range.
(3) In the embodiment, the second movable body 202 is rotatably arranged with respect to the first movable body 201, and the first light emitting LED 309 of the first illumination board 273 fixed to the first movable body 201 is used. The light diffusing member 343 and the partition member 341 disposed on the second movable body 202 are rotated to move the light diffusing portion 351 with respect to the first light emitting LED 309, and the first light emitting LED 309 with respect to the light diffusing portion 351 is moved. Although the aspect which changes the irradiation position of was illustrated, the reverse structure may be sufficient. That is, the light diffusing member 343 and the partition member 341 disposed on the second movable body 202 are fixed to be immovable, and the first light emitting LED 309 is rotated in the circumferential direction around the rotation shaft 340. The irradiation position of the first light emitting LED 309 with respect to the light diffusion part 351 can be changed.
(4) The shape bulging outward in the light diffusion portion 351 is not limited to the spherical shape as in the embodiment. For example, the light diffusing portion 351 may have a conical shape, a pyramid shape, a polygonal shape, or the like.
(5) The number of the light diffusing portions 351 and the first light emitting LEDs 309 disposed is not limited to that illustrated in the embodiment, and the number of the light diffusing portions 351 may be four or less, or six or more. The LED 309 may be 10 or less or 11 or more.
(6) When the first light-emitting LEDs 309 and the light diffusion portions 351 are arranged in a circle, it is not necessary to match the arrangement center of the first light-emitting LEDs 309 and the arrangement center of the light diffusion portions 351. As long as the light diffusing unit 351 is within the irradiation range of the light emitted from the first light emitting LED 309, the centers of the two arrays may be appropriately shifted.
(7) When arranging each 1st light emission LED309 and each light-diffusion part 351 so that it may become a circle, you may arrange | position not only a perfect circle but an ellipse.
(8) The first illumination board 273 provided with the first light emitting LED 309 that irradiates the first effect body 203 of the second movable body 202 and the second illumination board 274 provided with the second light emission LED 328 that irradiates the second effect body 204. May be arranged inside the second movable body 202.
(9) The irradiation port 278 as the irradiation adjusting unit is not limited to the circular shape exemplified in the embodiment, and may be an elliptical shape, a polygonal shape, or the like according to the contour shape of the light diffusing unit 351. Further, the opening size of the irradiation port 278 can be changed as appropriate in accordance with the size of the light diffusion portion 351.
(10) In the embodiment, the movable effect device M is disposed in the front frame C. However, the movable effect device M is disposed in the middle frame B at a position visible from the window 31 of the front frame C. May be.
(11) The metal base member 80 is not limited to the form extending forward as exemplified in the embodiments, and various forms can be implemented. For example, it is formed in a plate shape and vertically disposed along the front surface of the front frame C, or is disposed on the front surface of the front frame C so as to extend forward in a state of extending in the vertical direction. Alternatively, it may be configured to extend forward or downward. Further, the metal base member 80 may be fixed to the rear side of the front frame C and extend to the front side of the front frame C through an opening formed in the front frame C.
(12) In the embodiment, a pachinko machine as a gaming machine is shown, but the gaming machine is not limited to a pachinko machine, and may be an arrange ball machine, a slot machine, or the like.

Regarding gaming machines, the following technical ideas can be understood from the examples.
(Appendix 1)
In the gaming machine according to any one of claims 1 to 5,
The light diffusing portion (351) is formed in a spherical shape bulging outward from the opening (354),
The light emitter (309) is arranged to irradiate the inner surface (351B) of the light diffusion part (351) from an oblique direction.
According to the invention according to supplementary note 1, since the irradiation light from the light emitter is irradiated from an oblique direction to the inner surface of the light diffusion portion formed in a spherical shape, the irradiation light from the light emitter is emitted from the light diffusion portion. Reflected by the inner surface, various light patterns can be displayed on the outer surface of the light diffusion portion.

270 First half (irradiation adjusting member), 278 Irradiation port (irradiation adjusting unit)
309 1st light emission LED (light emitting body), 341 Partition member, 342 Cover member 343 Light diffusion member, 351 Light diffusion part, 354 Opening, 351A Outer surface L2 Second axis (center line), M Movable effect device (light emission effect device) , R Light pattern

Claims (5)

In a gaming machine equipped with a light emitting effect device that makes a light emitting element emit light,
The light emitting effect device is:
An irradiation adjusting member having an irradiation adjusting unit that is located on the front side in the irradiation direction of the light emitter and defines an irradiation range of the light emitter;
A light diffusing member formed from a sheet material provided with a light diffusing pattern and disposed on the irradiation side of the light that has passed through the irradiation adjusting unit with respect to the irradiation adjusting member;
A covering member that is disposed so as to cover the outer surface of the light diffusing member and that has an opening that exposes the light diffusing member to the outside;
The light diffusing member is formed with a light diffusing portion that bulges outward from the opening (354) of the covering member, and the outer surface of the light diffusing portion is irradiated on the inner surface of the light diffusing portion by irradiation of the light emitter. A gaming machine configured to display a light pattern. A plurality of the light emitters are arranged to form a circle,
A plurality of the light diffusing portions are arranged to form a circle around a center line passing through an arrangement center of the light emitters arranged to form the circle,
An irradiation position of the light emitter with respect to the light diffusion portion is configured to move in a circumferential direction around the center line,
The gaming machine according to claim 1, wherein a partition member that partitions adjacent light diffusion portions is provided between the light diffusion member and the irradiation adjustment member. The light diffusing member and the partition member are disposed so as to be relatively movable around the center line with respect to the light emitter,
The gaming machine according to claim 2, wherein the partition member rotates and moves to a first position that does not overlap the light emitter and a second position that overlaps the light emitter.   The gaming machine according to claim 2 or 3, wherein the light emitter is fixed to the irradiation adjusting member, and the light diffusion member and the partition member are configured to be movable with respect to the light emitter.   The gaming machine according to claim 2 or 3, wherein the light diffusion member and the partition member are fixedly held, and the light emitter is configured to be movable with respect to the light diffusion member and the partition member.

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