JP5271645B2 - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game machine by which a back unit can be easily arranged in the game board. <P>SOLUTION: The back unit 43 arranged in the backside of the game board is constituted by assembling: a framelike front cover body 45 in which an opening 45e is formed of an upper frame 45a, a lower frame 45b, and right and left side frames 45d, 45c; and a framelike back cover body 46 in which an opening 46e is formed of an upper frame 46a, a lower frame 46b, and right and left side frames 46d, 46c in fore and aft relations. A part accommodating space is defined by both the covers 45, 46 in the outer periphery of the opening portion of the back unit 43 with the front cover 45 and the back cover 46 assembled. An upper motor is arranged in the back unit 43 while being accommodated in the part accommodating space. Lead wires led out from the respective motors and light-emitting devices arranged in the back unit 43 are wired while being accommodated in the part accommodating space. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to a gaming machine in which a symbol display device capable of variably displaying symbols is arranged on the back side of a back unit arranged on the back side of a game board.

  For example, in a pachinko machine, which is one of the representative examples of gaming machines, a decorative frame is arranged at a substantially central position of the gaming area defined on the front side of the gaming board set in the machine, and a window opened in the decorative frame. The display unit of the symbol display device that performs a required symbol variation game by changing and stopping various symbols is configured to face from behind. Then, the pachinko balls launched on the board surface (game area) of the game board win a start winning device arranged at a position below the decorative frame, so that a symbol variation game is performed on the symbol display device. ing.

In the pachinko machine, a moving effect device provided with a light emitting device and a movable body is arranged in a decorative frame, and the light emitting device is made to emit light or the movable body is operated in accordance with the symbol variation game, thereby improving the effect effect. Has been done. In addition, a back unit that functions as a mounting member for the symbol display device is disposed on the back side of the game board, and the back unit accommodates the rear portion of the movable effect device, and the parts that constitute the effect device are the back unit. Proposals for support have been made (for example, see Patent Document 1).
JP 2008-35975 A

  In the pachinko machine disclosed in Patent Document 1, the movable effect device arranged in the decorative frame and the accommodation space of the back unit are misaligned, or the parts supported by the back unit and the decorative frame are arranged in the decorative frame. If the positional relationship with the components that have been shifted is deviated, the operation of the movable effect device may be hindered. Further, the wiring led out from the driving means for operating the movable body is routed on the back side of the game board and connected to the relay board, but the wiring routed on the back side of the game board in this way When the back unit is disposed on the back side, it may become a hindrance or be pinched between the game board, which causes a decrease in workability.

  Here, with the recent increase in the size of the symbol display device, the space around the window in the decorative frame is reduced in space for the movable body and the light emitting device, and a plurality of movable bodies and the light emitting device are disposed. It has become difficult. For this reason, it has been impossible to increase the effect by operating a plurality of movable bodies or causing the light emitting device to emit light around the display portion of the symbol display device that the player pays most attention to. If a plurality of movable bodies and light-emitting devices are arranged in the decorative frame, the window becomes small and a large-sized symbol display device cannot be adopted. Incurs reduced difficulty.

  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 the back unit can be easily arranged on the gaming board. An object is to provide a game machine that can be used.

In order to overcome the above-mentioned problems and achieve the intended purpose, a gaming machine according to claim 1 of the present application is
A game board (10) provided with a game area (10a) on the front side, a decorative frame (12) disposed in the game area (10a) of the game board (10) and having a window (12a) formed thereon; A back unit (43) disposed on the back side of the game board (10) and having an opening (43e) facing the window (12a), and disposed on the back side of the back unit (43), the opening In a gaming machine provided with a symbol display device (11) in which a display unit capable of variably displaying symbols via the part (43e) and the window (12a) is visible from the front side,
The back unit (43) includes a frame-shaped front cover body (45) in which an opening (45e) is formed from an upper frame (45a), a lower frame (45b), and left and right side frames (45c, 45d). It is constructed by assembling the frame (46a), the lower frame (46b), and the left and right side frames (46c, 46d) and the frame-shaped back cover body (46e) in which the opening (46e) is formed in the front-rear relationship. And the opening (43e) is formed by both openings (45e, 46e) aligned in the front-rear direction,
In the state where the front cover body (45) and the back cover body (46) are assembled, the parts housing space (45, 46) is provided around the outer periphery of the opening (43e) of the back unit (43) ( S) is defined,
The upper drive means (15) for operating the upper movable body (13) disposed on the front side of the upper frame (45a) of the front cover body (45) is displayed in a state where it is accommodated in the component accommodating space (S). Arranged on the back side of the cover body (45),
One side in the left-right direction on the back side of the upper frame (45a) of the front cover body (45) is led out from the upper drive means (15) and routed in the component housing space (S) on the upper frame (45a) side. The relay board (49) to which the connected wiring (PL1) is connected is disposed in a state of being housed in the component housing space (S),
A side movable body (56) operated by a side drive means (57) is arranged on the front side of one side frame (45d) on the side where the relay substrate (49) is arranged in the front cover body (45). Established,
Wiring led out from the side drive means (57) of the side movable body (56) at a position corresponding to the side movable body (56) in the one side frame (45d) of the front cover body (45) ( PL2) is formed with a side insertion portion (58) for drawing the component storage space (S),
The wiring drawn into the component housing space (S) from the side insertion portion (58) is routed in the component housing space (S) on the one side frame (45d) side and is connected to the relay board (49). Connected to
A relay wiring (RL1) connected to the relay board (43) is drawn to the outside at the lower part of the side cover (45d) side of the front cover body (45) in the back unit (43). The outlet (102) is formed,
On the front side of the upper frame (45a) of the front cover body (45), an LED substrate (98, 99) on which LEDs (98b, 99b) are mounted is disposed,
On the upper frame (45a) of the front cover body (45), the connector socket (98a, 99a) is exposed on the back side at a position corresponding to the connector socket (98a, 99a) of the LED board (98, 99). Socket openings (104a, 104b) are provided,
On the other side frame (45c) side of the front cover body (45) in the back unit (43), connected to the connector socket (98a, 99a), the component housing space (S) on the upper frame (45a) side A second outlet (103) is formed through which the wiring (LL3, LL4) routed to the outside is drawn out ,
The back cover body (46) defines a frame housing space in which the front cover body (45) is housed and opens to the front, and an upper housing portion in which the symbol display device (11) is disposed on the back side ( 77), and a lower housing part (68) for housing the winning device (67) disposed in the game area (10a) below the decorative frame (12),
A collective relay board (52) connected to the control device (135) is disposed on the back side of the lower housing part (68), and the first lead-out port (102) is provided on the collective relay board (52). ) relay wiring derived from (RL1) and said second relay wiring derived from outlets (103) (RL2), characterized in that Rukoto connected.

According to the first aspect of the present invention, the upper drive means of the upper movable body disposed on the front side of the back unit is accommodated in the back unit, and is led out from the upper drive means, and the side frame of the back unit. By arranging the wiring led out from the side drive means of the arranged side movable body so as to be routed in the component housing space, when the back unit is arranged on the back side of the game board, the game board side It is not necessary to perform positioning with respect to the other parts, and the operation can be easily performed, and wiring derived from each driving means can be prevented from being obstructed or sandwiched between the game boards.
Further, by arranging upper and side movable bodies on the back unit arranged between the game board and the symbol display device, a plurality of movable bodies can be arranged without reducing the window of the decorative frame. This can improve the production effect. That is, with the use of a large symbol display device, a variety of effects can be provided by a plurality of movable bodies, and the entertainment of the game can be enhanced.
In addition, by configuring each wiring routed through the component housing space of the back unit to a collective relay board arranged on the back cover body, it can be handled in units of back units including movable bodies and wiring. it can.

In the invention according to claim 2, the LED substrate (18) for the upper movable body, which is disposed on the upper movable body (13) and on which the LED (17) is mounted,
Upper insertion holes (LL1) formed in the upper frame (45a) of the front cover body (45) and led out from the upper movable body LED board (18) are drawn into the component housing space (S) ( 47) and
The side movable body (56) is provided with a side movable body LED substrate (105) on which LEDs (155a, 155b) are mounted,
The wiring (LL1) drawn into the component housing space (S) from the upper insertion hole (47) is drawn out from the second outlet (103), and the side movable body LED substrate. The wiring (LL2) derived from (105) is drawn into the component housing space (S) from the corresponding side insertion portion (58), and the wiring (LL2) is drawn from the second outlet (103). The gist is that it is configured to be pulled out.
According to the second aspect of the present invention, since the wiring led out from the LED substrate disposed on each movable body is configured to be routed in the component housing space, when the rear unit is disposed on the back side of the game board, the LED It is possible to prevent the wiring led out from the board from getting in the way or being sandwiched between the game board. Further, by arranging a movable body provided with an LED substrate on the back unit disposed between the game board and the symbol display device, an operation effect by a plurality of movable bodies without reducing the window of the decorative frame and A light emission effect can be performed, and the effect of the effect can be improved. That is, with the use of a large symbol display device, a variety of effects can be achieved by a plurality of movable bodies provided with LED substrates, and the entertainment of the game can be enhanced.

  According to the gaming machine according to the present invention, it is easy to arrange the back unit with respect to the game board.

  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 that plays a game using a pachinko ball as a game ball will be described as an example. Further, in the following description, “front”, “rear”, “left”, and “right” are states when the pachinko machine is viewed from the front side (player side) as shown in FIG. 1 unless otherwise specified. It points at.

(About pachinko machines)
As shown in FIG. 1, the pachinko machine according to the embodiment is formed in a rectangular frame shape so that the game board 10 can be attached to and detached from an opening front side of an outer frame 106 installed on an installation frame base (not shown) of the game store. The held middle frame 107 is assembled so as to be openable and detachable, and the symbol display device 11 capable of variably displaying various symbols on the back side of the game board 10 is configured to be detachable. Further, on the front side of the middle frame 107, a front frame 108 provided with a glass plate that protects the game board 10 from seeing through is assembled so as to be openable and closable, and a pachinko ball is stored below the front frame 108. A ball tray 109 is assembled so that it can be opened and closed. In the embodiment, an upper ball tray 110 for storing pachinko balls is integrally assembled at a lower position of the front frame 108, and the upper ball tray 110 is also integrated with the opening and closing of the front frame 108. Configured to open and close.

(About the middle frame)
As shown in FIGS. 1 to 3, the middle frame 107 includes an upper frame member that forms an upper edge, a lower frame member that forms a lower edge, a speaker, a ball hitting device, an operation handle 188, and the like, and a left side. It is composed of a left frame member that forms an edge and a right frame member that forms a right edge, and is formed into a rectangular frame shape that aligns with the opening of the outer frame 106 when these upper, lower, left, and right frame members are assembled. Is done. And the opening part opened to the front and back when the said upper and lower, left and right frame members are assembled | attached functions as a game board holding | maintenance part which installs the said game board 10. Here, the middle frame 107 is pivotally supported via a support shaft (not shown) provided at the upper left end and the lower left end of the outer frame 106, and rotates the middle frame 107 around the left end. By doing so, the middle frame 107 can be opened and closed with respect to the outer frame 106. Note that the game board 10 is detachably held by the game board holding part of the middle frame 107 via a rotation holding tool arranged on the left side and a fixing tool arranged on the right side (both not shown). Is done.

  As shown in FIG. 2, on the back side of the upper frame member of the middle frame 107, a ball tank 111 for storing pachinko balls supplied from an external ball supply facility provided on an installation frame base or the like is provided on the upper frame member. Are provided over substantially the entire width of the left and right. The ball tank 111 is configured to overlap the upper and lower positions of the game board 10 disposed in the game board holding portion so that the vertical dimension of the game board 10 can be maximized.

  Also, on the back side of the lower frame member of the middle frame 107, a ball supply path that communicates with the upper and lower ball trays 109, 110 and a ball discharge path that communicates with a ball collection basket provided on the installation frame base (both not shown). 2) are set (see FIG. 2). The ball tank 111 and the set member 112 are connected in communication via a ball passage unit 113 installed between the end portions of the members 111 and 112 on the left frame member side, and are disposed in the ball passage unit 113. The pachinko balls supplied to the ball tank 111 are driven to the upper and lower ball trays 109 and 110 by driving the ball dispenser 114. Further, as shown in FIG. 2, the set member 112 includes a power supply device 115 that controls the power supply of the pachinko machine, a payout control device 116 that drives and controls the ball payout device 114 disposed in the ball path unit 113, A launch control device 117 that drives and controls the hit ball launch device, an interface board 118 connected to an external terminal, and the like are disposed. These devices 115, 116, 117 and the interface board 118 are wired to a main control device 119 (described later) disposed on the back side of the game board 10, and control signals from the main control device 119 are transmitted. Based on this, predetermined control is executed.

(About game board)
The game board 10 is a decorative board in which cells are attached to the surface of a laminated plywood having a predetermined thickness as shown in FIG. A rail 120 curved in a substantially circular shape is disposed, and a game area 10a in which a pachinko ball can flow down is defined by the rail 120, and the pachinko ball launched from the hitting ball launcher is placed in the game area 10a. It has come to be launched. In the game area 10 a of the game board 10, a decorative frame 12 is inserted from the front side into a mounting opening opened in the game board 10 and screwed, and the symbol display device 11 is provided on the back side of the game board 10. A back unit 43 to be assembled on the back side is detachably disposed, and a display unit of the symbol display device 11 is provided through an opening 43e described later of the back unit 43 and a window 12a opened at the center of the decorative frame 12. It is configured to face the back of the window 12a in a state that can be seen from the front side.

  As shown in FIGS. 3 and 4, a start winning device 67 and a special winning device 121 that can win a pachinko ball flowing down the game region 10a are disposed below the decorative frame 12 in the game region 10a. When the pachinko ball wins the start winning device 67, a symbol variation game is developed in the symbol display device 11, and as a result of the symbol variation game, the symbol display is stopped and displayed on the symbol display device 11 with a predetermined symbol combination. Then, the winning opening of the special winning device 121 is opened, so that a so-called jackpot is generated, and a large number of winning balls can be obtained. In the game area 10a, a large number of game nails are planted outside the decorative frame 12, and a ball detection sensor (not shown) for detecting a pachinko ball is located on the left side of the decorative frame 12. A ball passage gate 122 provided with the above is provided. The normal symbol of the normal symbol display device 123 provided on the game board 10 (specifically, the decorative frame 12) is set to start changing when the pachinko ball passes through the ball passage gate 122.

  As shown in FIG. 3 and FIG. 4, a plurality of ordinary winning holes 124 are provided on one side (left side) sandwiching the start winning device 67 and the special winning device 121 as shown in FIGS. A game part 82 made of synthetic resin provided with an illumination device 125 is disposed, and a pachinko ball that has won the normal winning opening 124 and passed out to the back side of the board is formed in the back unit 43 to be described later. It is comprised so that it may penetrate into the collar part 126 which does. Further, the decorative frame 12 extends on the other side (right side) sandwiching the start winning device 67 and the special winning device 121, and the extended winning portion 124b is also provided with a normal winning opening 124 and an electric decoration device 125. The pachinko balls that have won the normal winning opening 124 and have passed through the back side of the board are configured to pass through the collar 126 formed in the back unit 43.

(About decorative frame)
As described above, the decorative frame 12 surrounds an area in which the symbol variation game is mainly developed in the symbol display device 11, and the pachinko ball launched into the game area 10a by the decorative frame 12 is displayed. It is configured not to flow across the area where the symbol variation game is developed.

  As shown in FIGS. 3 to 7 and the like, a stage 65 formed of a light-transmitting synthetic tree material capable of rolling a pachinko ball taken in the frame left and right is provided at the lower edge of the decorative frame 12. The pachinko ball discharged from the stage 65 to the game area 10a is configured to be able to win the start winning device 67, the normal winning port 124, and the like. In addition, the left frame portion (side frame portion) 88 located on the left side of the stage 65 in the decorative frame 12 is provided with a ball guiding portion 66 through which a pachinko ball flowing down the game area 10a can pass, and the ball guiding portion The pachinko ball passed through 66 is guided to the left end side of the stage 65. The ball guiding portion 66 is made of a light-transmitting synthetic resin, and is configured such that a pachinko ball that circulates inside can be seen from the front side. Further, on the right end side of the stage 65, a pachinko ball that rolls on the stage 65 is located at a boundary position with the installation region of the lowest-order movable mechanism 128 in the side movable effect device 127 described later. A ball protection wall 129 that restricts movement to the side is provided. The protection wall 129 for the sphere is made of a transparent synthetic resin, and is formed in a curved shape that covers the inner side (the window 12a side) of the cover member 56 of the movable mechanism 128. The right frame portion 130 of the decorative frame 12 located on the right side of the stage 65 is provided with an exposure window 130a that individually faces each cover member 56 (described later) of the side movable effect device 127 and extends to the window 12a side. A covering portion 130 b that covers the base member 131 (described later) of the side movable effect device 127 is provided.

  As shown in FIGS. 5 and 7, the left frame portion 88 of the decorative frame 12 is provided with a light-transmitting wall portion 89 facing the window 12 a side above the ball guiding portion 66. The wall portion 89 includes a side surface portion 89a that extends in the front-rear direction facing the window 12a, and a front surface portion 89b (see FIG. 3) that is connected to the front end of the side surface portion 89a and faces the front of the machine. . The wall portion 89 is made semi-transparent by semi-evaporating aluminum or the like on a transparent synthetic resin material. When the vertical light emitting device 90 described later is turned on, the light is directed to the window 12a. It can be illuminated from the direction.

(About symbol display device)
The symbol display device 11 disposed on the back side of the back unit 43 is a unit member in which a liquid crystal panel capable of displaying various symbols is accommodated in an accommodation case. As shown in FIG. A display control device 132 for controlling the display of the liquid crystal panel and an inverter device (not shown) for controlling the backlight of the liquid crystal panel are provided. Further, on the back side of the display control device 132 and the inverter device, the light emitting devices 44, 48, 62, 63, 64, 90, 133 described later and the lighting device 125 are controlled to emit light, and a movable effect described later. A sub general control device (control device) 135 that controls the operation of the devices 127 and 134 is arranged to overlap the front and rear, and the display control device 132 executes control based on a control signal of the sub general control device 135. A symbol variation game is played on the display surface (display unit) of the liquid crystal panel, and the light emitting effects by the light emitting devices 44, 48, 62, 63, 64, 90, 133 and the lighting device 125 and the movable effect devices 127, 134 are displayed. The action production by is performed. The sub integrated control device 135 is also wired to the main control device 119 and set to execute control based on a control signal from the main control device 119.

(About the back unit)
The back unit 43 is a frame that is formed in a frame shape in which an opening 43e having an opening size corresponding to the display unit of the symbol display device 11 is defined. As shown in FIGS. An opening 43e is detachably disposed on the back side of the game board 10 so as to face the window 12a of the decorative frame 12. In the following description, in the back unit 43, a portion above the opening 43e is referred to as an upper frame portion 43a, and a portion below the opening 43e is referred to as a lower frame portion 43b. Further, in the back unit 43, a portion on the left side of the opening 43e is referred to as a left frame portion 43c, and a portion on the right side of the opening 43e is referred to as a right frame portion 43d. In the embodiment, the left and right side frame portions 43 c and 43 d constitute four corner portions of the back unit 43.

  As shown in FIG. 8, the back unit 43 includes a frame-shaped front cover body (frame member) 45 in which an opening 45e is formed from an upper frame 45a, a lower frame 45b, and left and right side frames 45c and 45d, and an upper frame 46a. The frame-shaped back cover body 46 in which the opening 46e is formed from the lower frame 46b and the left and right side frames 46c, 46d is assembled in a front-rear relationship. An opening 43e of the back unit 43 is formed by both openings 45e, 46e aligned in front of and behind the cover bodies 45, 46, and will be described later between the cover bodies 45, 46 (between the frames). A component housing space S (see FIGS. 11 to 13 and the like) in which the upper motor 15, the light emitting devices 63 and 64, and various wirings PL1, PL2, DL1, DL2, LL1 to LL4, and the like are housed. ing. The front cover body 45 is provided with a plurality of movable effect devices 127, 134 and a plurality of light emitting devices 44, 48, 62, 63, 64, 90, 133. The body 45 functions as a mounting member for the movable effect device and the light emitting device. On the other hand, the symbol display device 11 is disposed on the back surface of the back cover body 46. In the back unit 43, the back cover body 46 functions as an attachment member of the symbol display device 11, and It also functions as an attachment member.

(About the front cover)
As shown in FIGS. 14 to 22, the front cover body 45 has a rectangular box frame shape that opens to the rear, in which an edge wall 137 extending rearward is formed on the outer and inner edges of the rectangular frame-shaped front wall 136. An opening 45e is formed inside the edge wall 137 that is formed and formed along the inner edge of the front wall 136. In the front cover body 45, an upper movable effect device (movable effect device) 134, upper light emitting devices (second light emitting devices) 48 and 48, and a corner light emitting device 133 are disposed on an upper frame 45a, and a lower frame 45b. The lower light emitting device 63 is disposed, the side light emitting device 64 and the vertical light emitting device 90 are disposed on the left frame 45c, and the side movable effect device (movable effect device) 127 is disposed on the right frame 45d. Further, the front cover body 45 is made of a transparent synthetic resin, and is partially subjected to a light diffusion process. That is, the entire lower frame 45b in which the lower light emitting device 63 is disposed, the portion in which the side light emitting device 64 is disposed in the left frame 45c, and the side movable effect device 127 in the right frame 45d are disposed. Each of the parts (installation surface part 136a) is subjected to a light diffusion process to suitably diffuse the light emitted from the lower light emitting device 63 and the side light emitting device 64 disposed on the back surface of the front cover body 45, and Various wirings derived from the light emitting devices 63 and 64, the movable effect devices 127 and 134, and the like are difficult to see from the front side.

  The rear ends of the inner and outer edge walls 137 of the front cover body 45 are located on the same vertical plane, whereas the front wall 136 that constitutes the upper part of the upper frame 45a and the right frame 45d has other parts as shown in FIG. The part housing space S is positioned in front of the front wall 136 of the above-mentioned part, and the front-rear dimension is set large in the upper part of the upper frame 45a and the right frame 45d of the front cover body 45, so The upper motor 15 and the upper original position detection means 33 described later can be accommodated with a margin. The front cover body 45 is provided with various wiring hooks 51, 53, 178, 179, 180. The wiring hooks 51, 53, 178, 179, 180 are provided with various wirings PL1, PL2, DL1. , DL2, LL1 to LL4, and RL1 will be described later.

(About back cover)
As shown in FIGS. 23 to 26, the back cover body 46 is formed with an edge wall 77 b extending forward at the outer edge of the rectangular rear surface plate 77 a, and opens to the front, so that the front cover body 45 can be accommodated. A rectangular box-shaped upper housing portion 77 having a concave housing space defined therein, and a lower housing housing a rear portion provided below the upper housing portion 77 and projecting to the back side of the game board of the start winning device 67 An opening 46e corresponding to the opening 45e of the front cover body 45 is formed in the rear plate 77a. The back cover body 46 is based on the opening 45e formed in the rear plate 77a. The upper part is the upper frame 46a, the lower part is the lower frame 46b, the left part is the left frame 46c, and the right part is the right side. Also referred to as a frame 46d, the lower housing portion 68 is formed at the center in the left-right direction of the lower frame 46b.

  On the lower side of the left side frame 46c located on the left side of the upper accommodating portion 77, a side substrate mounting portion 140 positioned in front of the rear plate 77a is provided. Two relay boards 50 are provided. In addition, a mouth portion 141 opening in the front-rear direction is formed in the upper portion of the side board installation portion 140, and the mouth portion 141 is formed when the back unit 43 is disposed on the back surface of the game board 10. Corresponding to the arrangement position, the wiring led out from the ball detection sensor is led out to the back side of the back cover body 46 through the mouth portion 141. Further, a surface portion 142 positioned further forward than the side substrate mounting portion 140 is provided above the mouth portion 141, and a third wiring hook 54 described later is formed on the front side of the surface portion 142. The ball passage unit 113 faces the back side of the left side frame 46c where the side board installation part 140, the mouth part 141, and the surface part 142 are formed, and the side board installation part 140 and the surface part 142 are located on the front side. By doing so, the protruding amount of the ball passage unit 113 to the rear is suppressed.

  The front cover body 45 is configured to be assembled and housed in the upper housing portion 77 of the back cover body 46 from the front side. At this time, the rear ends of the inner and outer edge walls 137 of the front cover body 45 come into contact with the front surface of the rear plate 77a of the back cover body 46, so that the front unit 45 is provided around the opening 43e in the back unit 43. The component housing space S is defined by the front wall 136, the edge walls 137, 137, and the rear plate 77a of the back cover body 46 (see FIGS. 10 to 13). A plurality of heat radiation ports 144 are formed in the upper frame 46a of the back cover body 46 at positions facing the rear of the upper motor 15 disposed in the front cover body 45 and are accommodated in the component accommodation space S. Heat can be radiated from the upper motor 15. Furthermore, the lower edge wall 77b that defines the accommodation space for the front cover body 45 in the upper accommodation portion 77 has a position corresponding to a first outlet 102, which will be described later, formed in the front cover body 45. A back outlet 77c is formed through which the first relay wiring RL1 (described later) that is led out from the first outlet 102 to the back side of the lower frame 46b in the back cover body 46 is formed. (See FIG. 25).

  As shown in FIG. 24 and FIG. 26, attachment portions 143 and 143 are provided on the left and right sides of the opening 46e on the back surface of the rear plate 77a in the back cover body 46, and both attachment portions 143 and 143 are interposed therebetween. The symbol display device 11 is detachably attached with the display unit facing the opening 46e. The opening 46e of the back cover body 46 is set larger than the opening 45e of the front cover body 45 so that the inner edge of the opening of the back cover body 46 cannot be seen from the front side. In addition, the lower frame 46b of the back cover body 46 has the normal winning holes 124, 124 corresponding to the left and right normal winning holes 124, 124 provided on the game board 10 on both sides of the lower housing 68. The hooks 126 and 126 are formed to receive the pachinko balls that have won the prize and guide them downward. Each collar 126 is provided with a ball detection sensor for detecting a pachinko ball. The upper edge wall 77b of the back cover body 46 has an upper notch 77d that is recessed rearward at a position corresponding to the upper movable body 13 of the upper movable effect device 134 disposed on the front cover body 45. The edge wall 77b is formed so as not to interfere with the upper movable body 13 (see FIG. 7).

(Fixing structure between front cover and back cover)
As shown in FIG. 23, a plurality of first positioning bosses 78 protruding forward are provided on the rear plate 77a of the back cover body 46 so as to be separated from the outer peripheral edge of the opening 46e. In addition, positioning step portions 79 projecting toward the accommodation space in which the front cover body 45 is accommodated are provided on the left and right sides of the inner lower edge of the upper accommodation portion 77 of the back cover body 46, respectively. On the other hand, as shown in FIG. 22, the front wall 136 of the front cover body 45 is formed with first through holes 81 at positions corresponding to the first positioning bosses 78 of the back cover body 46. Positioning cutout portions (cutout portions) 80 and 80 having shapes corresponding to the positioning step portions 79 and 79 of the back cover body 46 are formed on the left and right sides of the lower end of the body 45. The back cover body 46 and the front cover body 45 are accommodated in the accommodation space so that the positioning notches 80 and 80 of the front cover body 45 are engaged with the corresponding positioning step portions 79 and 79 of the back cover body 46. Thus, the first positioning boss 78 is fitted and positioned in each first through hole 81 (see FIGS. 9 and 11). Then, the back cover body 46 and the front cover body 45 are configured to be fixed by screwing screws inserted into the first through holes 81 from the front side into screw holes formed in the first positioning boss 78. .

  The left and right positioning step portions 79 and 79 are different in shape, so that the front cover body 45 cannot be attached to the back cover body 46 in the opposite direction.

(About the upper movable production device)
The upper movable effect device 134 is disposed substantially at the center of the upper frame of the front cover body 45 (the upper frame portion 43a of the back unit 43) 45a. The upper movable production device 134 includes an upper movable body (movable body) 13 that is supported by the decorative member 14 disposed on the front surface of the front cover body 45 so as to be movable up and down. The upper movable body 13 includes a back unit. In a state where 43 is disposed on the back side of the game board 10, it faces the interior upper side of the window 12a of the decorative frame 12 together with the decorative member 14 (see FIGS. 1, 3, and 4). The upper movable body 13 is configured to reciprocate in the vertical direction between an upper first position and a lower second position by an upper motor 15 described later, and a front plate 40 described later of the decorative member 14 at the first position. In the second position, a part extends below the front plate 40 of the decorative member 14 so as to cover a part on the front side of the display unit of the symbol display device 11.

(About the upper movable body)
As shown in FIGS. 27 and 28, the upper movable body 13 is supported by the decorative member 14 and is an upper motor (upper drive) as driving means disposed on the back surface of the front wall 136 of the front cover body 45. (Means) 15 is provided with a base body 16 which is operated up and down by 15. The base body 16 includes a cylindrical portion 25 that opens forward, and a pair of left and right extending portions 145 and 145 that extend laterally from the left and right sides of the cylindrical portion 25. An upper movable body light emitting device (first light emitting device) 44 is disposed on the front surface of the plate 25a. The upper movable body light-emitting device 44 includes an upper movable body LED board (LED board) 18 mounted on the mounting surface 18a facing the front side so that the plurality of LEDs 17 emit light forward. The mounting surface 18 a is configured to be parallel to the front surface of the game board 10 in a state where the mounting surface 18 a is disposed in the cylindrical portion 25. In addition, a plurality of fixed decorative parts 31 are disposed on the front side of each extending part 145, and a plurality of movable decorative parts 32 are freely swingable between the fixed decorative part 31 and the extending part 145. The movable decorative part 32 can swing when the upper movable body 13 is moved up and down.

  On the front side of the cylindrical portion 25 in the base body 16, there is an attachment means 19 having a transmission portion 23 that can transmit light from the LED 17 forward, and between the attachment means 19 and the upper movable body LED substrate 18. A first lens cover 20 having a lens surface 20a facing the mounting surface 18a of the LED substrate 18 is disposed. The first lens cover 20 is formed in a cylindrical shape that opens rearward, and is inclined so that the rear end edge is biased forward as it goes from the upper side to the lower side, and the rear end edge is used for the upper movable body. By abutting on the mounting surface 18a of the LED substrate 18, the lens surface 20a is positioned in a posture inclined obliquely downward with respect to the mounting surface 18a (see FIG. 31).

  The mounting means 19 is formed in a cylindrical shape that opens front and rear, and a mounting member 22 that is provided with a flange 22a extending inward at a front edge and is screwed to the cylindrical portion 25 of the base body 16; The second lens cover 23 is located on the back side of the mounting member 22 and is sandwiched between the flange 22a and the first lens cover 20 when the mounting member 22 is screwed to the base body 16. Then, as described above, on the front side of the upper movable body LED substrate 18 in the second lens cover 23 sandwiched between the lens surface 20a of the first lens cover 20 inclined obliquely downward and the flange 22a of the mounting member 22. Similarly to the lens surface 20a of the first lens cover 20, the facing lens surface 23a is also configured to be inclined obliquely downward with respect to the mounting surface 18a of the upper movable body LED substrate 18 (see FIG. 31). . The second lens cover 23 assembled to the cylindrical mounting member 22 functions as a transmission part of the mounting means 19.

  As shown in FIG. 28, a plurality of first recesses 20b are provided on the outer periphery of the first lens cover 20 so as to be spaced apart from each other in the circumferential direction. In addition, positioning protrusions 23b that can be fitted into the first recesses 20b are formed at positions corresponding to the first recesses 20b on the inner periphery of the second lens cover 23, and each first recess 20b. By positioning the positioning projections 23b on the lens covers 20, the lens covers 20 and 23 are positioned in the circumferential direction.

  As shown in FIG. 28, a plurality of bosses 22b are provided on the inner periphery of the mounting member 22 so as to be spaced apart from each other in the circumferential direction. In addition, a positioning pin 22c whose tip protrudes rearward is provided. On the outer periphery of the second lens cover 23, there are second recesses 23c that can be fitted to the bosses 22b and the positioning pins 22c at positions corresponding to the bosses 22b and the positioning pins 22c of the mounting member 22, respectively. By forming the second recesses 23c into the respective bosses 22b and the positioning pins 22c, the mounting member 22 and the second lens cover 23 are positioned in the circumferential direction. The circumferential distance between the boss 22b and the positioning pin 22c formed on the mounting member 22 is set to be different, and the second lens cover 23 is positioned at one circumferential position with respect to the mounting member 22. It can be assembled only with. Further, in the embodiment, the positioning protrusion 23b and the second recess 23c of the second lens cover 23 are formed at the same position, and the first recess 20b and the positioning protrusion 23b make the second lens cover 23 with respect to the second lens cover 23. The first lens cover 20 to be positioned is positioned at one position in the circumferential direction with respect to the mounting member 22.

  As shown in FIG. 27, through holes 25 c are formed at positions corresponding to the bosses 22 b of the mounting member 22 on the inner periphery of the cylindrical portion 25 in the base body 16. A positioning hole 25b is formed at a position corresponding to 22c. That is, with the positioning pin 22c of the mounting member 22 fitted and positioned in the positioning hole 25b of the base body 16, a screw inserted from the back side into the through hole 25c of the base body 16 is provided on the corresponding boss 22b of the mounting member 22. The mounting member 22 is attached to the base body 16 by being screwed into the screw hole. Further, the front end edge of the tubular portion 25 with which the rear end of the mounting member 22 abuts is inclined so as to be biased toward the rear side from the upper side to the lower side. That is, only by attaching the attachment member 22 to the base body 16, the first lens cover 20 and the second lens cover 23 are both inclined downward with respect to the mounting surface 18a of the upper movable body LED substrate 18. The posture is configured (see FIG. 31).

  As shown in FIG. 27, five LEDs 17 are mounted on the mounting surface 18a of the upper movable body LED substrate 18. One of these five LEDs 17 is spaced apart from the left and right at the upper and lower portions. And two are arranged. Then, when the lens surface 20a of the first lens cover 20 is inclined downward, the distance between the two LEDs 17 and 17 arranged in the upper region that is far away from the lens surface 20a in the left-right direction. Is set to be larger than the separation distance in the left-right direction of the two LEDs 17 and 17 arranged in the lower region where the separation distance is close to the lens surface 20a.

  A first light diffusion sheet (light diffusion sheet) 21 is attached to the surface side of the lens surface 20 a of the first lens cover 20. The outer peripheral edge of the first light diffusion sheet 21 is notched at a position corresponding to each first recess 20 b of the first lens cover 20, and the positioning protrusion between the first recess 20 b and the second lens cover 23. The fitting with the portion 23b is not hindered. A second light diffusion sheet 24 is sandwiched between the lens surface 20 a of the first lens cover 20 and the lens surface 23 a of the second lens cover 23. On the second light diffusing sheet 24, a pattern such as a character or a picture whose vertical and horizontal directions are determined is drawn. A third recess 24a that can be fitted to each positioning projection 23b provided on the second lens cover 23 is formed on the outer peripheral edge of the second light diffusion sheet 24, and the third recess 24a. Is fitted into the positioning protrusion 23b, whereby the second light diffusion sheet 24 is positioned in the circumferential direction with respect to the second lens cover 23. That is, the second light diffusion sheet 24 sandwiched between the lens covers 20 and 23 with the third recess 24a fitted to the positioning projection 23b is configured such that the pattern faces the front side in a correct posture. .

(About decorative members)
The decorative member 14 is made of a light-transmitting synthetic resin, and includes a horizontally long front plate 40 and a flange portion 41 provided to be inclined downward from the lower end edge of the front plate 40 toward the rear. The front plate 40 is positioned so as to face the front side of the upper light emitting devices 48, 48 disposed on the upper frame 45a of the front cover body 45 (see FIG. 14). The front plate 40 and the collar portion 41 are subjected to a light diffusion process in which a plurality of ribs extending in the vertical direction are formed in parallel, so that the light emitted from the upper light emitting devices 48 and 48 can be diffused over a wide range. It is like that.

  In the front plate 40, a long hole 14a extending in the vertical direction is formed in a central portion in the left-right direction, and a fixing portion 26 described later provided in the base body 16 of the upper movable body 13 is formed in the long hole 14a. By being inserted from the front side, the upper movable body 13 is supported on the front side of the front plate 40 so as to be movable up and down within the formation range of the long hole 14a. In addition, a through hole 41a that allows vertical movement of the rack 28, which will be described later, is formed at a position corresponding to the long hole 14a in the flange portion 41 (see FIG. 28).

(Operating mechanism of the upper movable body)
A sliding member 27 for supporting the upper movable body 13 is slidably inserted into the elongated hole 14 a of the decorative member 14. As shown in FIG. 27, FIG. 28 or FIG. 32, the sliding member 27 includes a pair of cylindrical portions 30 and 30 that are vertically spaced apart, a continuous portion 146 that connects the cylindrical portions 30 and 30, and a cylindrical portion. 30 and 30 and a restricting plate portion 147 extending outward from one end (front end) of the connecting portion 146 in the axial direction. The outer diameter dimension of the cylindrical portion 30 is set to a dimension that can be slidably inserted into the elongated hole 14 a of the decorative member 14, and the connecting portion 146 is set to a width dimension that is smaller than the outer diameter dimension of the cylindrical portion 30. The sliding member 27 is configured such that only the upper and lower cylindrical portions 30 and 30 are in sliding contact with the inner side surface defining the elongated hole 14a of the decorative member 14. The restricting plate portion 147 is formed wider than the long hole 14 a, and when the cylindrical portions 30, 30 and the connecting portion 146 are inserted into the long hole 14 a from the front side, the restricting plate portion 147 becomes the front surface of the decorative member 14. It is comprised so that it may contact and position. The connecting portion 146 is formed with a slit 146a that communicates with the insertion holes 30a and 30a of the upper and lower cylindrical portions 30 and 30.

  On the back surface of the base body 16 of the upper movable body 13, a fixed portion 26 having a pair of columnar bosses 26a, 26a that are spaced apart from each other is protruded rearward at a position biased to the upper side. The boss 26 a is inserted from the front side into the insertion hole 30 a of the corresponding cylindrical portion 30 of the sliding member 27, and the upper movable body 13 is slidably supported by the decorative member 14 together with the sliding member 27. The inner diameter dimension of the insertion hole 30a in the sliding member 27 is set larger than the outer diameter dimension of the boss 26a (see FIG. 32), and the pair of bosses 26a, 26a are inserted into the insertion holes 30a, 30a of the cylindrical portions 30, 30. In this state, the upper movable body 13 is configured to be movable in any of the vertical and horizontal directions with respect to the sliding member 27. That is, the fixed portion 26 is loosely fitted to the sliding member 27 that is slidably inserted into the long hole 14a, and the upper part is movable when the sliding member 27 moves up and down along the long hole 14a. The body 13 is allowed to move left and right. A rib 26b is connected between the pair of bosses 26a and 26a, and the rib 26b is loosely fitted in the slit 146a in the connecting portion 146 of the sliding member 27.

  As shown in FIG. 33, a rack 28 extending in the vertical direction (moving direction of the upper movable body 13) is fixed to the end of the fixed portion 26 extending backward from the sliding member 27 and the long hole 14a. Has been. The rack 28 is formed with a pair of recesses 28b, 28b that are spaced apart by the same distance as the bosses 26a, 26a of the fixed portion 26 at the position biased toward the upper end side, and correspond to each recess 28b. The end of the boss 26a is inserted. And the rack 28 is fixed to the fixing | fixed part 26 by screwing in the screw hole formed in the boss | hub 26a the screw penetrated from the rear side to the through-hole formed in the position corresponding to each recessed part 28b of the rack 28, respectively. The As shown in FIG. 33, the fixing portion 26 is fixed at a position biased to the upper end side of the rack 28. In this state, the rack 28 does not extend outward from the outer edge of the cylindrical portion 25 in the base body 16. Set to the length dimension. The depth of the recess 28b is set to be shorter than the length of the boss 26a protruding backward from the sliding member 27, and the rack 28 is fixed to the fixing portion 26 on the back side of the front plate 40 of the decorative member 14. Sometimes, the sliding member 27 is sandwiched between the base body 16 and the rack 28 so that free movement is not restricted. That is, the upper movable body 13 including the rack 28 is configured to be freely movable within a predetermined range with respect to the sliding member 27.

  A tooth portion 28a is formed on one side of the rack 28, in the embodiment on the right side, over the entire length in the vertical direction. Detectable portion 34 that can detect is projected in a predetermined length toward the rear.

  As shown in FIG. 17, the upper motor 15 is disposed at a substantially central portion in the left-right direction on the back surface of the front wall 136 of the front cover body 45 and extends forward through a through hole formed in the front wall 136. A pinion 29 is disposed on the output shaft of the upper motor 15 to be output. The pinion 29 meshes with a tooth portion 28 a formed on the rack 28, and the upper motor 15 rotates the pinion 29 in the forward and reverse directions so that the pinion 29 and the rack 28 are engaged with each other. The upper movable body 13 is configured to move in the vertical direction. The rack 28 meshes with the pinion 29 while allowing the rack 28 to move in a direction crossing the moving direction of the upper movable body 13, and the rack 28 engages with the pinion 29 in the meshed state. It is configured to be swingable with fulcrum as a fulcrum. That is, the rack 28 and the upper movable body 13 that are attached in a freely movable relationship with respect to the sliding member 27 are configured to be freely movable within a predetermined range even when the rack 28 and the pinion 29 are engaged. Further, the upper motor 15 disposed in the front cover body 45 is accommodated in the component accommodating space S of the back unit 43 as described above. Further, when the fixing position of the rack 28 with respect to the fixing portion 26 is set to a position deviated toward the upper end side, the pinion 29 is engaged with a position away from the fixing position of the rack 28 with the fixing portion 26. The upper movable body 13 is more easily swung by the force applied from the pinion 29.

(Upper original position detection means)
A long groove 42 that opens forward and extends in the vertical direction is formed in the front wall 136 of the upper frame 45a of the front cover body 45, and the detected portion 34 provided in the rack 28 is vertically moved in the long groove 42. It faces to move in the direction. Further, on the back surface of the front wall 136, an upper original position detecting means (position detecting means) 33 capable of detecting the detected part 34 is provided on the upper end side of the long groove 42 with a sensor fixing component 148 (see FIG. 18). Is attached via. The upper original position detecting means 33 detects a detected part 34 that moves integrally with the upper movable body 13 when the upper movable body 13 arrives at the original position, in the embodiment, the first position. The upper motor 15 is controlled by the sub general control device 135 based on the signal. Further, the upper original position detecting means 33 disposed in the front cover body 45 is accommodated in the component accommodating space S of the back unit 43 as described above.

(About the structure to prevent the wire entanglement of the light emitting device for the upper movable body)
The rear plate 25a of the cylindrical portion 25 of the upper movable body 13 corresponds to a connector socket (connector connecting portion) 37 protruding from the back surface of the upper movable body LED substrate 18 in the upper movable body light emitting device 44. A socket insertion opening 25d is formed at a position where the connector socket 37 extends, and the connector socket 37 extends to the back side through the socket insertion opening 25d. The connector socket 37 and the socket insertion opening 25d face the opposite side (left side) of the side of the rack 28 where the tooth portion 28a is formed, with the fixing portion 26 protruding from the cylindrical portion 25 interposed therebetween. Further, as shown in FIG. 34, the front plate 40 of the decorative member 14 has a predetermined length in the vertical direction (moving direction of the upper movable body 13) at a position corresponding to the connector socket 37 of the light emitting device 44 for the upper movable body. The first insertion hole 14b extending in this manner is formed, and the upper movable body light emission wiring (first light emission wiring) LL1 connected to the connector socket 37 is led out through the first insertion hole 14b to the back side. Configured to be.

  The front wall 136 of the upper frame 45a in the front cover body 45 is formed with a second insertion hole 47 extending in a vertical direction at a position corresponding to the first insertion hole 14b. The upper movable body light-emitting wiring LL1 inserted from the front side into the first insertion hole 14b is led out to the back side of the front wall 136 through the second insertion hole 47. That is, the upper movable body light-emitting wiring LL1 is inserted into the component housing space S formed in the back unit 43. The upper movable body light emission wiring LL1 inserted into the component housing space S is connected to a relay connector socket 98c provided on the upper LED board (board) 98 of the upper light emitting device 48 located on the left side, which will be described later. . The width dimension of the first insertion hole 14b and the second insertion hole 47 is set to be larger than the width of the upper movable body light emission wiring LL1, and the upper movable body 13 (upper movable body light emitting device 44) moves up and down. Thus, it is possible to suppress the load due to the contact from being applied to the upper movable body light emission wiring LL1 that moves with the movement.

  As shown in FIG. 34, on the back surface of the front plate 40 in the decorative member 14, a regulating wall extending in the vertical direction along the insertion hole 14b between the elongated hole 14a and the first insertion hole 14b. 36 protrudes rearward. In the state where the decorative member 14 is disposed on the upper frame 45 a of the front cover body 45, the restriction wall 36 has the long groove 42 formed in the front wall 136 of the upper frame 45 a and the second insertion hole 47. Between the detected portion 34 provided on the rack 28 and the upper movable body light-emitting wiring LL1 led out from the first insertion hole 14b to the back side. Thus, the moving area of both 34 and LL1 is configured to be divided into left and right. The front plate 40 of the decorative member 14 has the first insertion hole 14b at a portion where the connector socket 37 of the upper movable body light emitting device 44 faces in a state where the upper movable body 13 faces the first position. A protective wall 38 is provided spaced apart from the rear. When the upper movable body 13 moves to the first position, the protective wall 38 has a lower end edge in contact with the upper movable body light-emitting wiring LL1 so as to displace the wiring LL1 toward the first insertion hole 14b. Function. Further, the detected portion 34 is configured to be positioned on the side of the protective wall 38 in a state where the upper movable body 13 faces the first position (see FIG. 29).

  In addition, on the back surface of the front plate 40 in the decorative member 14, a decoration is provided on the upper frame 45 a of the front cover body 45 on the opposite side of the restriction wall 36 across the first insertion hole 14 b. In a state where the member 14 is disposed, an auxiliary regulating wall 150 whose rear end is close to the front surface of the front wall 136 of the upper frame 45a is projected. The auxiliary restricting wall 150 extends to the front side of the upper light emitting device 48 by bending the upper movable body light emitting wiring LL1 extending from the first insertion hole 14b to the back side to the left side of the front. It functions to regulate.

(About the side movable direction device)
On the front surface of the front wall 136 in the right side frame 45d of the front cover body 45, an installation surface portion 136a is provided below a position where a corner light emitting device 133 described later is disposed, and the decorative frame 12 is provided on the installation surface portion 136a. A side movable effect device (movable effect device) 127 facing the window 12a is detachably provided. As shown in FIGS. 35 to 37, the side movable effect device 127 includes a pedestal member 131 attached to the installation surface portion 136a of the front cover body 45, and a plurality of (three in the embodiment) provided on the pedestal member 131. However, the number of movable mechanisms 128 may be two or four or more).

  The base member 131 is formed in a box shape that opens to the rear, and a base 151 that is screwed at a plurality of locations from the back side of the front wall 136 with a rear end in contact with the installation surface portion 136a; A plurality of (the same number as the movable mechanism portions 128) cylindrical installation portions 152 are provided that are spaced apart in the vertical direction on the front surface of the base 151 and displaced in the left-right direction. Each cylindrical installation portion 152 is basically formed in a cylindrical shape that opens to the rear, and a plate surface portion 152a that is provided at an edge that is spaced apart from the installation surface portion 136a and forms a front surface is provided with respect to the installation surface portion 136a. Inclined at a predetermined angle, the internal space 152 b of the cylindrical installation portion 152 communicates with the internal space of the base 151. Each of the plate surface portions 152a of the three cylindrical installation portions 152 is inclined toward the inner side (center side of the window 12a of the decorative frame 12) with respect to the installation surface portion 136a, and a movable mechanism disposed on the plate surface portion 152a. A cover member 56, which will be described later, of the unit 128 is configured to be directed toward the player who is playing the game. Note that the separation distance and the inclination angle of the plate surface portion 152 a from the installation surface portion 136 a in each cylindrical installation portion 152 are not the same, and the orientation direction of the cover member 56 of the movable mechanism portion 128 disposed in each cylindrical installation portion 152. Has also become different.

  As shown in FIGS. 14 and 15, the cylindrical installation portion 152 is positioned on the outer side away from the opening 45 e of the front cover body 45 so that the rear end is within the installation surface portion 136 a as shown in FIGS. 14 and 15. On the other hand, as shown in FIGS. 17 and 18, the lowermost cylindrical installation portion 152 is largely displaced inward from the upper two cylindrical installation portions 152, 152, and the rear end thereof is the installation surface portion 136a. It is configured to extend further inward and partially open into the opening 45 e of the front cover body 45. In addition, an elliptical opening 152c that opens outward at a position that matches the outer edge of the installation surface portion 136a is formed in the outer portion of the two upper cylindrical installation portions 152, 152. That is, each of the three cylindrical installation portions 152 is configured such that the internal space 152b communicates with the outside through the rear end opening or the elliptical opening 152c, and heat can be radiated in the internal space 152b. The plate surface portion 152a of each cylindrical installation portion 152 is formed with an insertion hole 152d through which the side motor 57 of the movable mechanism portion 128 is inserted into the internal space 152b.

  The configuration of each movable mechanism portion 128 disposed in each cylindrical installation portion 152 is the same. As shown in FIG. 35, the movable mechanism 128 includes a base member 154 formed in a disk shape, a side movable body light emitting device (third light emitting device) 62 fixed to the front side of the base member 154, a base A side motor (motor) 57 as a side drive means disposed on the back side of the member 154 and a cover as a side movable body that covers the front side of the base member 154 and is rotationally driven by the side motor 57. The member 56 is basically provided. The side movable body light emitting device 62 is mounted on a disk-shaped side movable body LED substrate 105 fixed to the front side of the base member 154 and the surface side of the LED substrate 105, and the surface (substrate surface) is mounted. ), And a plurality of LEDs 155a and 155b that irradiate light in a direction orthogonal to. As shown in FIG. 38, a first through hole 154a is formed at the center position of the base member 154 so as to penetrate in the front-rear direction, and penetrates through the center position of the side movable body LED substrate 105 in the front-rear direction. A second through hole 105a is formed on the output shaft of the side motor 57 inserted through the through holes 154a and 105a so that the cover member 56 can be detachably attached via a screw (fastener). Composed. That is, only the cover member 56 that covers the front side of the LED substrate 105 rotates (operates) with respect to the side movable body LED substrate 105 to perform an operation effect.

(About the base member and the side movable body LED substrate)
As shown in FIG. 38, a pair of flange pieces 57a and 57a projecting outward are formed at the front end portion of the side motor 57 so as to be spaced apart from each other in the circumferential direction. A through hole 57b is formed. On the back surface of the base member 154, a surrounding piece 156 that surrounds the protruding end side of each flange piece 57a of the side motor 57 and restricts the position of the side motor 57 is formed correspondingly. The base member 154 has a second boss 157 protruding to the front surface side, and a screw hole extending from the back surface side of the base member 154 to the inside of the second boss 157. In a state where the position of the flange piece 57a is regulated by the corresponding surrounding piece 156, the screw inserted into the through hole 57b of each flange piece 57a is screwed into the screw hole of the corresponding second boss 157, thereby the side motor 57. Is fixed to the base member 154.

  The side movable body LED substrate 105 is formed with positioning holes 105b opened in the front-rear direction at positions corresponding to the second bosses 157 of the base member 154, and the positioning holes 105b corresponding to the positioning holes 105b. By inserting the two bosses 157, the side movable body LED substrate 105 is positioned with respect to the base member 154. The LED substrate 105 is screwed to the base member 154. Further, as shown in FIG. 38, a connector socket 105c is provided on the rear surface of the side movable body LED board 105 so as to protrude from the side of the second through hole 105a. Further, the base member 154 is formed with a socket opening 154b at a position corresponding to the connector socket 105c of the side movable body LED board 105, and the connector socket 105c is inserted into the socket opening 154b. The connection port faces the back side of the base member 154. The side movable body light emission wiring (wiring) LL2 connected to the connector socket 105c of the side movable body LED substrate 105 is connected to the internal space 152b of the cylindrical installation portion 152 through the insertion hole 152d of the plate surface portion 152a. To be drawn into.

  On the back surface of the base member 154, a pair of fixing portions 158 and 158 protruding rearward are provided at positions facing each other across the first through hole 154a, and the rear ends of the fixing portions 158 and 158 are arranged. By screwing the screws inserted from the back side into the through holes drilled in the plate surface portion 152a in the state of being in contact with the plate surface portion 152a of the cylindrical installation portion 152, the screw holes formed in the respective fixing portions 158, A base member 154 is fixed to the cylindrical installation portion 152. In this state, the side motor 57 disposed on the back side of the base member 154 faces the internal space 152b through the insertion hole 152d of the plate surface portion 152a (see FIG. 40). A positioning pin 159 is provided on the back surface of the base member 154 in the vicinity of each fixing portion 158 so as to project rearward, and the positioning pin 159 is formed in a through hole formed in the plate surface portion 152a of the cylindrical installation portion 152. The base member 154 is positioned with respect to the cylindrical installation portion 152 by being inserted into the cylindrical installation portion 152.

  Regarding the plurality of LEDs mounted on the side movable body LED substrate 105, the second LED 155b disposed in the vicinity of the outer peripheral edge of the plurality of LEDs mounted in the vicinity of the substrate center has a light emission color or light emission intensity. Set differently. The plurality of first LEDs 155a are spaced apart from each other at regular intervals in the circumferential direction on the same circumference, and the plurality of second LEDs 155b are spaced apart at predetermined intervals in the circumferential direction along the periphery of the second through hole 105a. Arranged (see FIG. 35). The first LED 155a is larger than the second LED 155b (the emission intensity is large), and the number of the second LEDs 155b is set to be larger than the number of the first LEDs 155a.

(About cover members)
As shown in FIG. 39, the cover member 56 includes a fixing member 160 made of a transparent resin that is inserted and connected through the output shaft of the side motor 57, and the side movable body LED on the front side of the fixing member 160. A transparent lens member 161 disposed so as to face the substrate 105 and a decoration disposed on the fixing member 160 so as to face the front side of the transparent lens member 161 and sandwich the transparent lens member 161 with the fixing member 160 A frame body 162. The transparent lens member 161 is opposed to the side movable body LED substrate 105, and has a circular decorative surface portion 163 subjected to a light diffusion process, and a peripheral wall portion 164 extending rearward from the peripheral end of the decorative surface portion 163. Consists of The light diffusion process performed on the decorative surface portion 163 of the transparent lens member 161 is different in the light diffusion processing in the region facing the first LED 155a and the region facing the second LED 155b, and the light emission color of each LED 155a, 155b. Or, the synergistic effect of the difference in the light emission intensity and the difference in the light diffusing process can provide an interesting light emission effect.

  The decorative frame body 162 includes a frame portion 165 that covers a part of the decorative surface portion 163 of the transparent lens member 161, and a cylindrical portion 166 that covers the outer surface of the peripheral wall portion 164 of the transparent lens member 161, and the peripheral wall portion 164. On the other hand, the decorative frame body 162 and the transparent lens member 161 are assembled by externally fitting the cylindrical portion 166. The frame portion 165 of the decorative frame body 162 includes an inner annular portion 165a and a first annular portion extending along the boundary between the region facing the first LED 155a and the region facing the second LED 155b in the decorative surface portion 163 of the transparent lens member 161. An outer annular portion 165b located outside the region where one LED 155a is opposed, and a plurality of connecting piece portions extending in the radial direction so as to connect both annular portions 165a and 165b to the cylindrical portion 166 and spaced apart in the circumferential direction 165c, and portions other than the annular portions 165a and 165b and the connecting piece portion 165c are opened in the front-rear direction. The decoration frame body 162 is processed so as not to transmit light as a whole, and light from the LEDs 155a and 155b is irradiated forward only from the opening formed in the frame portion 165.

  A plurality of (three in the embodiment) bosses 165d projecting rearward are provided on the back side of the connecting piece 165c in the frame portion 165, and screw holes that open to the rear end side are formed in the boss 165d. . On the other hand, the transparent lens member 161 is provided with protrusions 161a protruding rearward at positions corresponding to the bosses 165d of the decorative frame body 162, and the bosses 165d are inserted into the protrusions 161a. A possible second through-hole 161b is formed. Then, by inserting the boss 165d corresponding to each second through hole 161b, the transparent lens member 161 is positioned in the circumferential direction with respect to the decorative frame body 162.

  The fixing member 160 includes a connecting portion 167 through which the output shaft of the side motor 57 is inserted, and a plurality of radially extending members from the connecting portion 167 so as to extend in parallel with the side movable body LED substrate 105. The support piece 168 and an annular body 169 connected to the extending end of the support piece 168 are provided. In addition, on the outer periphery of the annular body 169, extending portions 170 are provided at positions corresponding to the bosses 165d provided on the decorative frame body 162. The extending portions 170 are opened to the front and are bosses. A recess 170a (see FIG. 35) into which 165d can be fitted, and a first through hole 170b penetrating in the front-rear direction are formed in the recess 170a. Then, each boss 165d of the decorative frame body 162 is inserted into the second through hole 161b of the transparent lens member 161 and fitted into the concave portion 170a of the fixing member 160, and the first through hole of the fixing member 160 is inserted. The three members 160, 161, 162 are positioned and fixed by screwing screws into the screw holes of the boss 165d via 170b.

  An annular light diffusion sheet 171 is provided on the back side of the decorative surface portion 163 of the transparent lens member 161 to cover a region where the first LED 155a is opposed. Through holes are formed in the light diffusion sheet 171 at positions corresponding to the bosses 165d of the decorative frame body 162, and the bosses 165d protruding backward from the protrusions 161a of the transparent lens member 161 are inserted into the holes. In this state, the fixing member 160 is screwed to the boss 165d, so that the fixing member 160 and the protrusion 161a of the transparent lens member 161 are clamped. That is, the light diffusing sheet 171 is separated from the decorative surface portion 163 of the transparent lens member 161 by the protrusion of the protruding portion 161 a, and the light diffusing sheet 171 is configured not to be in close contact with the decorative surface portion 163. The light diffusion sheet 171 covers not only the area where the first LED 155a is opposed but only the area where the second LED 155b is opposed, or covers all areas where the first and second LEDs 155a and 155b are opposed. However, a configuration that covers only one of the regions is preferable in that a change is made in the way the first LED 155a and the second LED 155b appear on the decorative surface portion 163.

(About the fixing structure of the side motor and cover member)
A fixing hole 167a through which the output shaft is inserted is formed in the connecting portion 167 of the fixing member 160 so as to extend in the axial direction, and the connecting portion 167 extends in the radial direction and has a fixing hole. A screw hole 167b that communicates with 167a is formed. With the output shaft inserted into the fixing hole 167a, the tip of the screw (fastener) screwed into the screw hole 167b is pressed against the output shaft, thereby fixing the fixing member. 160 is fixed so as to rotate integrally with the output shaft. In addition, openings 164a and 166a aligned in the radial direction when the transparent lens member 161 and the decorative frame body 162 are assembled are formed in the peripheral wall portion 164 of the transparent lens member 161 and the cylindrical portion 166 of the decorative frame body 162. The head portion of the screw formed and screwed to the connecting portion 167 is directed to the openings 164a and 166a. Further, the side movable body LED substrate 105 is formed with a notch groove 105d extending from the second through hole 105a to the peripheral edge of the substrate. Then, the cover member 56 is rotated with respect to the base member 154 (the side movable body LED substrate 105), and the openings 164a and 166a of the transparent lens member 161 and the decoration frame body 162 are moved to the side movable body LED substrate 105. By facing the notch groove 105d, an operation path that opens to the outside that is accessible to the screw screwed to the connecting portion 167 is formed, and a tool (operating tool) such as a screwdriver is formed through the operation path. Is inserted into the cover member 56 so that the screw can be attached and detached.

(About side position detection means)
The fixing member 160 of the cover member 56 includes a fixing piece 172a extending rearward from the base member 154, and a detecting piece 172b connected to the rear end of the fixing piece 172a and bent inward. 172 is provided. As shown in FIG. 40, an annular gap opening forward and backward is formed between the peripheral wall portion 164 of the transparent lens member 161 covering the peripheral end of the base member 154 and the peripheral end of the base member 154 in the cover member 56. 173 is formed, and the fixed piece 172a of the position detecting piece 172 extends rearward from the base member 154 through the annular gap 173. Further, the fixed piece 172a of the position detecting piece 172 is abutted and supported on the inner surface of the peripheral wall portion 164, and the position detecting piece 172 is displaced radially outward when the cover member 56 is rotated. The position detecting means 59 is configured to prevent a detection failure.

  On the back side of the base member 154, side original position detection means (position detection means) 59 capable of detecting the detection piece 172b of the position detection piece 172 is disposed. As shown in FIG. 38, the side original position detecting means 59 is provided at a position separated from the first piece 59a in the front-rear direction by receiving a first piece 59a provided with a light emitting element, and receives light from the light emitting part. A U-shaped optical detection sensor provided with a second piece 59b provided with a light receiving element, and a gap between the first and second pieces 59a, 59b opens to the peripheral end side of the base member 154. Thus, the rotating detection piece 172b is configured to pass (see FIG. 40).

  In the base member 154, a sensor fitting groove 154c in which the first piece 59a or the second piece 59b located near the side movable body LED board 105 can be fitted is formed on the peripheral end side. The fixed bosses 154d and 154d having screw holes formed on both sides of the sensor fitting groove 154c are provided to project rearward. Further, as shown in FIG. 38, the side portion original position detection means 59 includes a pair of flanges 59c extending outward on both sides of the first piece 59a or the second piece 59b that are spaced apart from the base member 154. 59c is formed, and each flange 59c is formed with a through hole 59d penetrating in the front-rear direction. Then, the side portion original position detecting means 59 attaches the screw inserted through the through hole 59d of each flange 59c with the first piece 59a or the second piece 59b fitted into the sensor fitting groove 154c. The base member 154 is fixed by screwing into the screw hole of the boss 154d. Note that the fixing portion 158, the positioning pin 159, and the fixing boss 154d for fixing the base member 154 to the cylindrical installation portion 152 are all inside the center region (center of the detection piece 172b of the position detection piece 172). The rotation of the detection piece 172b is not hindered.

  In the cylindrical installation portion 152, the first piece 59 a or the second piece 59 a that is located away from the base member 154 at a position corresponding to the side original position detection means 59 in a state where the movable mechanism portion 128 is disposed. A notch recess 152e for accommodating the piece 59b is formed. The notch recess 152e communicates with the insertion hole 152d of the plate surface portion 152a, and the side detection wiring DL2 led out from the side original position detection means 59 is connected to the cylindrical installation portion via the insertion hole 152d. It is configured to be inserted into the internal space 152b of 152. The notch recess 152e is configured such that the side original position detecting means 59 can be pulled out to the inner space 152b side of the cylindrical installation part 152, and the side original position detecting means 59 is fixed to the fixed boss 154d. The screw faces the internal space 152b, and the side position detecting means 59 can be removed from the base member 154 fixed to the cylindrical installation portion 152 by removing the screw.

  As shown in FIG. 38, the base member 154 is formed with a first notch 154e that opens in the circumferential end side and in the front-rear direction at a position spaced in the circumferential direction from the position where the sensor fitting groove 154c is formed. The side movable body LED substrate 105 is formed with a first notch 154e of the base member 154 and a second notch 105e aligned in the front-rear direction. The first and second cutout portions 154e and 105e are set to dimensions that allow the detection piece 172b of the position detection piece 172 to be inserted, and an output shaft for connecting the cover member 56 to the side motor 57. Is inserted into the fixing hole 167a of the connecting portion 167, and the detection piece 172b is configured to be positioned on the back side of the base member 154 through the first notch portion 154e and the second notch portion 105e. The

  As shown in FIG. 38, the second cutout portion 105e of the side movable body LED substrate 105 is formed so as to coincide with the peripheral end side of the cutout groove 105d. The shape is not complicated. The cover member 56 is rotated so that the transparent lens member 161 and the opening portions 164a and 166a of the decorative frame body 162 face the notch groove 105d of the side movable body LED substrate 105, thereby allowing the operation path to pass. When the image is defined, the detection piece 172b of the position detection piece 172 does not come into a position where it is not detected by the side original position detection means 59, that is, between the first piece 59a and the second piece 59b. Is set. That is, when the cover member 56 is mistakenly separated from the base member 154 at the position after removing the screw fixing the output shaft through the operation path, the detection piece 172b is moved to the side original position detection means 59. The first piece 59a or the second piece 59b is prevented from coming into contact with the first piece 59a or the second piece 59b.

  In the original position where the detection piece 172 b is detected by the side original position detection means 59, the connecting piece portion 165 c at a predetermined position in the decorative frame body 162 of the cover member 56 is mounted on the side movable body LED board 105. It is set to face the front side of the corresponding second LED 155b. That is, at the original position of the cover member 56, a predetermined number of the plurality of second LEDs 155b is covered with the connecting piece portion 165c on the front side, and the second LED 155b in a state where the cover member 56 is stopped at the original position. The total light emission amount is configured to be lower than when the cover member 56 is rotated and all the second LEDs 155b are not covered with the connecting piece 165c.

(About the wiring processing structure of the side movable effect device)
In the outer edge of the right frame 45d where the installation surface portion 136a of the front cover body 45 is provided, there is a component housing space S defined between the front cover body 45 and the back cover body 46 in the back unit 43. As shown in FIGS. 19 and 20, the side insertion portions (insertion portions) 58 that communicate with each other are spaced apart from each other by the same number as the cylindrical installation portions 152. Side drive wiring PL2 derived from the side motor 57 of the movable mechanism 128 provided, the side movable body light emission wiring LL2 derived from the side movable body LED substrate 105, and the side original position detection means 59. The side detection wiring DL2 derived from the above is inserted into the component housing space S through the side insertion portion 58. In addition, each side part insertion part 58 is notched by predetermined length inward from the outer end of the right side frame 45d, and in the state where each wiring PL2, LL2, DL2 is inserted into the side part insertion part 58, The wirings PL2, LL2, and DL2 are configured not to protrude outward from the outer end of the right frame 45d.

  The upper two side insertion portions 58 are provided at positions that communicate with the elliptical openings 152 c of the corresponding cylindrical installation portions 152. On the other hand, the side insertion part 58 corresponding to the lowest cylindrical installation part 152 in which the elliptical opening 152c is not formed is formed in the outer part of the base 151 and opens to the outside and the bottom. (Notch part) It is provided in the position corresponding to 151a (refer FIG. 20). The elliptical opening 152c and the base notch portion 151a are provided for the side drive wiring PL2 derived from each movable mechanism portion 128 and the side movable body light emission when the side movable effect device 127 is disposed on the front cover body 45. The wiring LL2 and the side detection wiring DL2 are spaced forward from the rear end of the base 151, and function to prevent the wirings PL2, LL2, DL2 from being sandwiched between the installation surface 136a.

(About the upper light-emitting device)
On the front surface of the front wall 136 in the upper frame 45a of the front cover body 45, upper light emitting devices (second light emitting devices) 48 are disposed on both sides of the upper motor 15 and the upper original position detecting means 33, respectively. ing. As shown in FIGS. 15 and 16, each upper light emitting device 48 is mounted on the front surface of the front LED board 98 (LED substrate) 98 disposed on the front surface of the front wall 136, and is mounted on the front surface of the LED substrate 98 to emit light forward. It consists of a plurality of LEDs 98b to irradiate, and the entire left and right upper LED boards 98, 98 are covered from the front side by the front plate 40 of the decorative member 14 (see FIGS. 11 and 14). That is, the light from the LED 98b of each upper light emitting device 48 is applied to the decorative member 14 having light transmittance. The decoration member 14 has been subjected to the light diffusion process as described above, and is configured such that the light irradiated on the decoration member 14 is diffused to illuminate the front. It also functions as a lamp cover for the upper light emitting devices 48, 48.

  On the back surface of the upper LED board 98 of the left upper light-emitting device 48, the relay connector socket 98c (see FIG. 29) faces the rear of the protective wall 38 of the decorative member 14, and the connection port is directed downward. The upper movable body light emission wiring LL1 is connected to the relay connector socket 98c from below by a connector. The relay connector socket 98c faces the back side of the front wall 136 through the second insertion hole 47 formed in the front wall 136 of the upper frame 45a of the front cover body 45.

  On the back surface of the upper LED board 98 of each upper light emitting device 48, as shown in FIG. 17, a connector socket 98a projects from the lower end side. Further, the front wall 136 of the upper frame 45a of the front cover body 45 is formed with a first socket opening 104a at a position corresponding to the connector socket 98a of each upper light emitting device 48, and each connector socket 98a corresponds. It faces the back side of the front wall 136 through the first socket opening 104a. That is, each connector socket 98a faces the component housing space S of the back unit 43, and the upper light emission wiring LL3 connected to the connector socket 98a is accommodated in the component housing space S.

(About corner light emitting device)
As shown in FIGS. 14 to 16, a corner light emitting device 133 is disposed at the front right corner of the front cover body 45, and the corner light emitting device 133 faces the window 12 a of the decorative frame 12. It has become. The corner light emitting device 133 includes a transparent synthetic resin lamp cover (another lamp cover) 100, a corner LED substrate (another LED substrate) 99 disposed on the back side of the lamp cover 100, The lamp cover 100 is mounted on the front surface of the front cover 136 and is detachably attached to the front wall 136 of the front cover body 45.

  A connector socket 99a is projected from the back surface of the corner LED substrate 99 in the corner light emitting device 133 as shown in FIG. Further, a second socket opening 104b is formed in the front wall 136 of the front cover body 45 at a position corresponding to the connector socket 99a of the corner light emitting device 133. The connector socket 99a is a second socket opening. It faces the back side of the front wall 136 through 104b. That is, the connector socket 99a faces the component housing space S of the back unit 43, and the corner light emission wiring LL4 connected to the connector socket 99a is housed in the component housing space S.

  As shown in FIG. 14, the lamp cover 100 is formed with a through hole 100a penetrating in the front-rear direction at a position corresponding to each LED 99b. Configured to be. A light-transmissive decorative body 101 extending into the window 12a is provided at a position corresponding to the front of the lamp cover 100 in the decorative frame 12, and the lamp cover 100 is covered from the front side by the decorative body 101. (See Figure 3). The decorative body 101 is made of a transparent synthetic resin, and shines strongly without substantially diffusing the light of the LED 99b that is directly irradiated through the through hole 100a.

(About the lower light-emitting device)
A lower light emitting device 63 is disposed on the lower frame 45 b of the front cover body 45. As shown in FIGS. 12 to 14, the lower light emitting device 63 includes a lower LED substrate (LED substrate, electrical component) 63a disposed on the back surface of the front wall 136 in the lower frame 45b, and a front wall of the LED substrate 63a. The lower light-emitting device 63 is housed in the component housing space S. The plurality of LEDs 63c are mounted on the front surface facing 136 and irradiate light forward. As described above, the lower frame 45b is subjected to light diffusion processing, and the light emitted from the LED 63c of the lower light emitting device 63 toward the front wall 136 is diffused by the front wall 136 to illuminate a wide area. Can be done. Further, in a state where the back unit 43 is disposed on the back side of the game board 10, the lower light emitting device 63 is positioned behind the light transmissive stage 65 disposed on the decorative frame 12. It is configured so that it can be illuminated from the back side.

  As shown in FIG. 14, a connector socket 63b protrudes from the front surface of the lower LED substrate 63a of the lower light emitting device 63 at the right end portion opposite to the side where the side movable effect device 127 is disposed. The The front wall 136 of the front cover body 45 is provided with a third socket opening 104c at a position corresponding to the connector socket 63b of the lower LED board 63a in the lower light emitting device 63. The connector socket 63b It faces the front side of the front wall 136 through the socket opening 104c. Then, the lower light emitting wiring LL5 connected to the connector socket 63b is connected to a second relay substrate 50 described later (see FIG. 46).

(About the side light emitting device)
A side light emitting device 64 is disposed on the left side frame (the other side frame) 45 c of the front cover body 45. As shown in FIG. 14, the side light emitting device 64 includes a side LED board (second LED board, electrical component) 64a disposed on the back surface of the lower front wall 136 in the left frame 45c, and the LED. The side light-emitting device 64 is housed in the component housing space S. The LED 64c is mounted on the front surface of the substrate 64a facing the front wall 136 and emits light toward the front. As described above, the region where the side light emitting device 64 is disposed in the left side frame 45c is subjected to light diffusion processing, and the light emitted from the LED 64c of the side light emitting device 64 toward the front wall 136 A wide area can be illuminated by being diffused by the wall 136. Further, in a state where the back unit 43 is disposed on the back side of the game board 10, the side light emitting device 64 is positioned behind the light transmitting ball guiding portion 66 disposed on the decorative frame 12. The sphere guide 66 is configured to be illuminated from the back side. The plurality of LEDs 64c mounted on the side LED board 64a are arranged along the spherical passage in the spherical guiding portion 66, and can suitably illuminate a pachinko ball flowing down the spherical passage.

  As shown in FIG. 14, a connector socket 64b protrudes from the front surface of the side LED board 64a in the side light emitting device 64 at the outer edge. The front wall 136 of the front cover body 45 is provided with a fourth socket opening 104d at a position corresponding to the connector socket 64b of the side LED board 64a in the side light emitting device 64. The connector socket 64b 4 faces the front side of the front wall 136 through the socket opening 104d. Then, the side light emission wiring LL6 connected to the connector socket 64b is connected to a second relay board 50 described later (see FIG. 46).

  Since the entire front cover body 45 in which the lower light emitting device 63 and the side light emitting device 64 are disposed is formed transparently, the front cover body 45 at the position where the light emitting devices 63 and 64 are disposed The wall 136 itself functions as a light transmission part that can irradiate the light from the LEDs 63c and 64c forward. However, an opening as a light transmission portion penetrating in the front-rear direction is provided in the lower cover light emitting device 63 and the side light emitting device 64 in the front cover body 45, and light from the LEDs 63c and 64c is transmitted through the opening. Of course, it can be made to irradiate forward.

(About vertical light emitting device)
A position corresponding to the light transmissive wall 89 provided on the left frame 88 of the decorative frame 12 above the position where the side light emitting device 64 is disposed on the left frame 45 c of the front cover body 45. In addition, a vertical light emitting device (light emitting device) 90 facing the opposite side of the window 12a across the wall 89 is disposed (see FIG. 41). As shown in FIGS. 42 and 43, the vertical light emitting device 90 basically includes a transparent case body 91 that opens rearward and a vertical LED substrate (first LED substrate) 92 that is accommodated in the case body 91. The LED substrate 92 is configured so that a plurality of LEDs 92 a irradiate light toward the side surface 89 a of the wall portion 89 on the surface facing the side surface portion 89 a of the wall portion 89 while being accommodated in the case body 91. It is arranged to do.

  The case body 91 is formed in a substantially rectangular box shape that opens rearward, and a pair of upper and lower outer walls 93 that are spaced apart from the side surface 89a of the wall 89 and project outward. Fixed protrusions 93a and 93a are provided. Each fixed protrusion 93a is formed with a screw hole 93b that opens rearward, and a screw inserted from the back side into a through hole formed in the front wall 136 of the front cover body 45 is screwed into the screw hole 93b. Thus, the case body 91 is positioned and fixed to the front cover body 45.

  Grooves 94a and 95a are formed in the upper wall 94 and the lower wall 95 of the case body 91 over the entire length in the front-rear direction. Then, by inserting the upper and lower end edges of the vertical LED board 92 into the upper and lower grooves 94a and 95a, the position of the vertical LED board 92 accommodated in the case body 91 is restricted in the left-right direction. The upper and lower grooves 94a and 95a are biased toward the outer wall 93 side, and the LED 92a mounted on the surface of the vertical LED board 92 faces the side surface 89a side of the wall portion 89 in the case body 91. It is configured not to contact the wall 174. The vertical LED board 92 accommodated in the case body 91 is sandwiched between the front wall 96 of the case body 91 and the front wall 136 of the front cover body 45 so that the position of the longitudinal LED board 92 in the front-rear direction is regulated.

  In the outer wall 93 of the case body 91, an opening 93c having a predetermined length is formed from the rear end to the front side between the fixed protrusions 93a and 93a that are vertically separated. Further, on the back surface of the vertical LED board 92, a connector socket 92c is projected at a substantially central position in the vertical direction with the connection port opened outward, and the vertical LED board 92 is accommodated in the case body 91. The connector socket 92c faces the opening 93c, and is configured to allow connection of the vertical light emission wiring LL7 to the connector socket 92c. On the back surface of the vertical LED substrate 92, an LED resistor 92b is disposed in a region facing the opening 93c of the case body 91. The opening 93c also functions as a heat dissipation port for the resistor 92b. ing.

  The case body 91 is entirely formed transparent, but the front wall 96 facing the back side of the front surface portion 89b of the light-transmitting wall portion 89 is opaque and is formed on the front side (game) through the front surface portion 89b. The vertical LED board 92 is not visible to the person. In addition, the front wall 96 is subjected to a process such as an embossing process that makes it difficult to see through, and when the LED 92a is turned off, the vertical LED board 92 cannot be seen through the front surface part 89b of the wall part 89, but the LED 92a You may enable it to see the light of LED92a roughly at the time of lighting.

(About each relay board of the back unit)
A first relay board (relay board) 49 is arranged on the upper back side where the front wall 136 is located in front of the installation surface portion 136a on the right side frame (one side in the left-right direction) 45d of the front cover body 45. (See FIG. 17). On the first relay board 49, there are an upper drive wiring (drive wiring) PL1 derived from the upper motor 15 and an upper detection wiring (detection wiring) DL1 derived from the upper original position detection means 33, respectively. The component housing space S is routed along the upper frame portion 43a and connected thereto. Further, the first relay board 49 is led out from each side motor 57 and is inserted into the component housing space S on the right frame 43d side of the back unit 43 through the side insertion portion 58. Side detection wirings DL2 derived from the driving wiring PL2 and the respective side original position detection means 59 and similarly inserted into the component housing space S on the right frame 43d side through the side insertion portions 58 are respectively provided. The component housing space S is routed upward along the right frame portion 43d and connected to each other (see FIG. 46). The first relay board 49 is located above the position of the uppermost side motor 57 in the side movable effect device 127.

  As described above, the second relay substrate 50 is disposed on the side substrate mounting portion 140 formed on the left frame 46c of the back cover body 46 (see FIG. 23). The second relay substrate 50 includes an upper movable body light emitting wiring (first light emitting wiring) LL1 led out from the upper movable body light emitting device 44, and an upper light emitting wiring (derived from each upper light emitting device 48). The second light emitting wiring) LL3 and the side movable body light emitting wiring (third light emitting wiring) LL2 led out from the side movable body light emitting devices 62 are connected to each other. In the embodiment, the upper movable body light-emitting wiring LL1 is connected to the upper LED substrate 98 of one upper light-emitting device 48 and then routed through the component housing space S along the upper frame portion 43a of the back unit 43. 2 to the relay board 50. Each upper light emitting wiring LL3 is routed through the component housing space S along the upper frame portion 43a of the back unit 43 and connected to the second relay board 50 (see FIG. 46). Further, the side movable body light emission wiring LL2 is routed through the component housing space S along the right frame portion 43d and the upper frame portion 43a of the back unit 43 and connected to the second relay substrate 50. In the embodiment, the upper movable body light emitting wiring LL1 is once relayed by the upper LED board 98 and then connected to the second relay board 50. The wiring LL1 may be directly connected to the second relay board 50.

  The second relay substrate 50 includes a corner light-emitting device 133, a lower light-emitting device 63, a side light-emitting device 64, and a corner light-emitting wire LL4 derived from the vertical light-emitting device 90, a lower light-emitting wire LL5, and a side portion. The light emission wiring LL6 and the vertical light emission wiring LL7 are respectively connected (see FIG. 46). The corner light emission wiring LL4 is routed through the component housing space S along the upper frame portion 43a of the back unit 43 and connected to the second relay board 50, whereas the lower light emission wiring LL5, Each of the side light emission wiring LL6 and the vertical light emission wiring LL7 is routed through the front side of the back cover body 46 and connected to the second relay substrate 50.

  On the back side of the lower housing portion 68 in the back cover body 46, a third relay board 52 as a collective relay board connected to the sub integrated control device 135 is disposed. On the third relay board 52, as shown in FIG. 24, a drive control system connector socket 52a is provided on the right frame (one side frame portion 43d) 46d side, and a light emission control system connector socket 52b. Is provided on the left side frame (the other side frame portion 43c) 46c side. The light emission control system connector sockets 52b are provided at two locations apart from each other in the vertical direction.

  As shown in FIGS. 17 to 19, a first outlet 102 is formed at the lower portion of the back unit 43 on the right frame 45 d side of the front cover body 45 to draw the wiring from the component housing space S to the outside. At the same time, a second outlet 103 is formed in the upper part of the front cover body 45 on the left side frame 45c side to draw the wiring from the component housing space S to the outside. The lower frame 46b of the back cover body 46 is formed with a third outlet 175 penetrating in the front-rear direction at a position biased to the left side (the side where the second relay board 50 is disposed) from the lower housing portion 68. (See FIG. 23).

  The first relay board 49 has drive system connector sockets (connector sockets) 60 connected to the drive wirings PL1 and PL2 and the detection wirings DL1 and DL2 connected to the first relay board 49. It is provided with the connection port oriented backward. The first relay wiring RL1 of the drive control system connected to the drive system connector socket 60 via a connector plug 61 (see FIG. 18) is a component housing space S along the right frame portion 43d of the back unit 43. Is drawn out of the space S through the first outlet 102 and the back outlet 77c, and then connected to the connector socket 52a of the drive control system of the third relay board 52. (See FIG. 46).

  The second relay board 50 has a plurality of (two in the embodiment) light emitting system connector sockets 176 connected to the light emitting wirings LL1 to LL7 connected to the second relay board 50. Is oriented backwards. The second relay wiring RL2 of the light emission control system connected to each light emitting system connector socket 176 is routed along the left frame portion 43c and the lower frame portion 43b on the front side of the back unit 43 (back cover body 46). Then, after being pulled out from the third outlet 175 to the back side, it is connected to the connector socket 52b of the light emission control system of the third relay board 52 (see FIG. 46).

(About wiring hooks)
As shown in FIG. 17, first wiring hooks 51 are formed on the back surface of the upper frame 45 a of the front cover body 45 at positions facing the back side of the upper LED substrate 98 in each upper light emitting device 48 on the upper edge side. ing. The first wiring hook 51 is connected to the first relay board 49 or the second relay board 50 by being routed on the upper side of the upper motor 15 and the upper in-situ detection means 33 and connected to the first relay board 49 or the second relay board 50. , LL2, LL3, LL4 are locked. Further, on the back surface of the right side frame 45d of the front cover body 45, on the back side of the installation surface portion 136a of the side portion movable effect device 127, the second wiring hooks 53 respectively face the upper side of the side portion insertion portions 58. Is formed. The second wiring hooks 53 are connected to the first relay board 49 and connected to the first relay board 49 through the corresponding side insertion portions 58 and connected to the first relay board 49. The side movable body light emitting wiring LL2 that is drawn into the component housing space S through the wiring DL2 and the side insertion portion 58 and connected to the second relay substrate 50 is locked. Further, the first relay wiring RL1 of the drive control system led out from the first relay board 49 and routed downward is also locked to the second wiring hook 53.

  As shown in FIG. 23, a plurality of third wiring hooks 54 are formed on the back surface of the surface portion 142 of the left frame 46c of the back cover body 46 so as to be spaced apart in the vertical direction. The third wiring hook 54 has various light emitting wirings LL1, LL2, and LL3 that are pulled out from the component housing space S through the second outlet 103 and connected to the second relay board 50. , LL4 is locked. A fourth wiring hook 55 is formed on the left side frame 46 c of the back cover body 46 below the side board installation part 140 where the second relay board 50 is disposed. The fourth wiring hook 55 is engaged with the second relay wiring RL2 of the light emission control system that is led out from the second relay board 50 and connected to the third relay board 52. It has become. A fifth wiring hook 177 is formed on the back surface of the lower frame 46 b of the back cover body 46 on the left side of the third outlet 175, and the fifth wiring hook 177 has the third wiring hook 177. The second relay wiring RL2 immediately before being inserted into the outlet 175 is locked.

  As shown in FIGS. 17 to 19, a sixth wiring hook 178 is formed in the front cover body 45 immediately above the first outlet 102 and immediately before being pulled out from the first outlet 102. The first relay wiring RL1 is locked to the sixth wiring hook 178. A seventh wiring hook 179 is formed on the right side frame 45 d of the front cover body 45 at a position facing the back side of the corner LED substrate 99 in the corner light emitting device 133, and the seventh wiring hook 179 is formed. The side movable body light emission wiring LL2 is locked. Further, an eighth wiring hook 180 is formed on the upper frame 45 a of the front cover body 45 on the right side of the second outlet 103, for various light emission just before being pulled out from the second outlet 103. The wirings LL1, LL2, LL3, and LL4 are locked to the eighth wiring hook 180.

  As shown in FIG. 24, a plurality of ninth wiring hooks 181 are formed on the back surface of the side board mounting portion 140 in the left side frame 46c of the back cover body 46 so as to be spaced apart from each other vertically. The wiring hook 181 is configured so that the wiring derived from the sphere detection switch of the sphere passage gate 122 is locked.

(About the lower board installation part)
As shown in FIG. 5, on the back side of the lower frame 46b of the back cover body 46, on both sides of the lower housing portion 68, a first lower substrate placement portion 182 and a second lower substrate placement portion (substrate placement portion). 70 is formed. A main relay board 183 connected to the main control device 119 is detachably disposed on the first lower board installation part 182 located on the left side (see FIGS. 24, 26, etc.). The main relay board 183 includes a ball detection sensor that detects a pachinko ball that has won a prize in the special prize-winning device 121, a ball detection sensor that detects a pachinko ball that has won a prize winning port 124, and a pachinko ball that has passed through a ball passage gate 122. Are connected to the sphere detection sensor for detecting the signal and the wirings derived from the normal symbol display device 123. In addition, a power supply relay board (relay board) 69 connected to the power supply device 115, the main control device 119, and the sub integrated control device 135 is detachably disposed on the second lower board installation portion 70 located on the right side. (See FIG. 24, FIG. 26, etc.). A remaining number display device (not shown) is connected to the power supply relay board 69.

  As shown in FIGS. 44 and 45, the second lower substrate mounting portion 70 includes an upper support piece 71a, a lower support piece 71b, and a rear support piece 71b that protrude rearward from a vertical front wall surface 184 of the lower frame 46b of the back cover body 46. It has a rectangular frame portion 71 composed of left and right side support pieces 71c71d. The upper support piece 71a protrudes rearward from the other three support pieces 71b, 71c, 71d, and a regulating piece 72 that protrudes downward is provided at the center in the left-right direction of the upper support piece 71a. It has been. On the lower support piece 71b side, a pair of locking hooks 73, 73 projecting rearward from the front wall surface 184 and elastically deformable in the vertical direction are provided apart from each other in the horizontal direction. Each locking hook 73 is formed with a locking claw 73a protruding upward (front wall surface side) at an end portion spaced rearward from the rear end of the lower support piece 71b by the thickness of the power supply relay board 69. . The power supply relay board 69 is regulated to the back surface of the power supply relay board 69 in a state where the front face of the power supply relay board 69 is in contact with the rear ends of the lower support piece 71b and the left support piece (side support piece on the lower housing portion 68 side) 71c. The power supply relay board 69 is attached to the second lower board installation part 70 by the engagement between the pieces 72 and the locking claws 73 a of the locking hooks 73. The distance between the left and right side support pieces 71c and 71d is set to be larger than the left and right width dimensions of the power supply relay board 69, and the second lower board installation portion 70 has a front surface at the rear end of the right support piece 71d. It is configured so that the power supply relay board 69 can be mounted in a state where it does not come into contact.

  From the front wall surface 184 of the side support pieces 71c, 71d to the front wall surface 184 facing the inner side of the rectangular frame portion 71, the position is biased toward the upper support piece 71a and extends between the left and right side support pieces 71c, 71d. A protruding strip 185 projecting backward with a projecting dimension smaller than the projecting dimension is provided. In addition, a protrusion 74 that protrudes rearward to the same position as the rear ends of the lower support piece 71b and the left support piece 71c is provided at substantially the center of the protrusion piece 185 in the left-right direction. The protrusion 74 comes into contact with the front face of the power supply relay board 69 when the front face of the power supply relay board 69 comes into contact with the rear ends of the lower support piece 71b and the left support piece 71c. ing. In the state where the power supply relay board 69 is mounted on the second lower board installation part 70, the upper end of the power supply relay board 69 faces the lower side (front wall surface side) of the upper support piece 71a, and the upper support piece 71a. And the engaging hooks 73, 73 are configured so that the relay board 69 for power supply is positioned in the vertical direction.

  Positioning pins 76 project from the corners of the rectangular frame 71 on the lower side of the lower housing portion 68 (the support piece side on which the locking hook 73 is provided). The power supply relay board 69 is formed with a positioning hole 69a into which the positioning pin 76 is removably inserted. Then, in a state where the positioning pin 76 is inserted into the positioning hole 69a of the power supply relay board 69 and the power supply relay board 69 is attached to the second lower board installation portion 70, the right end of the power supply relay board 69 is The rectangular frame 71 is set on the left side of the right support piece 71d so as not to contact the rear end of the right support piece 71d.

  The right side wall (side wall) 68a facing the second lower substrate installation portion 70 in the lower housing portion 68 is provided with a recess 68b that is recessed on the side away from the substrate installation portion 70 over the entire length in the front-rear direction. It is configured such that a finger can be inserted into the side of the second lower substrate installation part 70 through the recess 68b.

  The lower frame 46b of the back cover body 46 is formed with an engagement portion 186 at the left end portion, which is engaged with an engaged portion (not shown) provided at the left end portion of the main control device 119 so as to be freely disengaged. At the same time, a mounting portion 187 and a mounting portion in which a mounting portion 119a (see FIG. 2) and a mounting portion (not shown) provided at the right end portion of the main controller 119 are detachably engaged. 75 is formed. Then, with the engaged portion, the mounted portion 119a, and the mounted portion of the main control device 119 engaged with the corresponding engaging portion 186, the mounting portion 187, and the mounting portion 75 of the back cover body 46, respectively. The main controller 119 is attached to the back side of the back cover body 46 by fixing the mounted portion to the mounting portion 187 with a fixing tool. The one locking hook 73 is formed integrally with the mounting portion 75 used for mounting the main control device 119 to the back cover body 46, and the strength of the locking hook 73 is ensured. is there.

(Assembly structure of game board and back unit)
As shown in FIG. 7, a second positioning boss 82a that protrudes rearward of the board is provided on the gaming component 82 that is disposed on the gaming board 10 and has the plurality of normal winning holes 124 formed therein. The decorative frame 12 is provided with a plurality of third positioning bosses 83 and fourth positioning bosses 84 that protrude rearward of the board. Specifically, the third positioning boss 83 is provided at two locations, the ball guiding portion 66 made of synthetic resin provided on the left frame portion 88 of the decorative frame 12 and the upper portion of the right frame portion 130 of the decorative frame 12. It is done. Further, the fourth positioning boss 84 is provided in the extended portion 12b facing the right side of the special winning device 121 in the decorative frame 12 at a position close to the portion where the normal winning opening 124 is provided.

  In the front cover body 45, second through holes 85 into which the third positioning bosses 83 can be inserted are formed at positions corresponding to the third positioning bosses 83 (FIGS. 14 to 16, etc.). reference). Specifically, the second through hole 85 is formed in the left frame 45c of the front cover body 45 and the lamp cover 100 of the corner light emitting device 133 disposed in the upper right corner of the front cover body 45. . Then, the front cover body 45 and the decorative frame 12 in the back unit 43 are positioned by inserting and inserting the third positioning bosses 83 corresponding to the second through holes 85.

  A third through hole 86 into which the second positioning boss 82a and the fourth positioning boss 84 can be inserted is provided in the back cover body 46 at a position corresponding to the second positioning boss 82a and the fourth positioning boss 84. Each is formed. Specifically, as shown in FIGS. 23, 25, etc., the third through-hole 86 is formed at a position close to the formation position of the flanges 126, 126 in the lower frame 46b of the back cover body 46. Then, by inserting the second positioning boss 82a and the fourth positioning boss 84 corresponding to the third through holes 86, the back cover body 46, the decorative frame 12, and the game board 10 in the back unit 43 are positioned. It is configured as follows.

  A plurality of flanges 87 that can come into contact with the back surface of the game board 10 in a state where the front cover body 45 is assembled are formed on the outer peripheral edge of the back cover body 46. An insertion hole 87a is formed. That is, the third positioning boss 83 is inserted into the second through hole 85 of the front cover body 45, and the second positioning boss 82a and the fourth positioning boss 84 are inserted into the third through hole 86 of the back cover body 46. Then, the flange 87 of the back cover body 46 is brought into contact with the back surface of the game board 10, and the back unit 43 is attached to the game board 10 by screwing the screws inserted from the back side into the respective insertion holes 87 a into the game board 10. The positioning is fixed.

(Effects of Example)
Next, the operation of the pachinko machine according to the above-described embodiment will be described.

(Assembling various parts to the front cover)
With respect to the front cover body 45, as shown in FIGS. 15 and 16, etc., the two upper light emitting devices 48, 48 are disposed on the front surface of the upper frame 45a, and the decorative member 14 and the front frame 45a are disposed on the front frame 45a. An upper movable effect device 134 is provided. Further, the side movable effect device 127 is disposed on the installation surface portion 136a of the right frame 45d in the front cover body 45. Further, a corner light emitting device 133 is disposed on the front surface of the upper right corner of the front cover body 45, a lower light emitting device 63 is disposed on the back side of the lower frame 45b, and a side light emission is disposed on the back side of the left frame 45c. A device 64 is disposed and a vertical light emitting device 90 is disposed on the front side. The first relay board 49 is disposed on the upper back side of the right side frame 45d of the front cover body 45.

  The upper movable body light emission wiring LL1 connected to the upper movable body LED substrate 18 of the upper movable body light emitting device 44 disposed on the upper movable body 13 constituting the upper movable effect device 134 is located on the upper side. The upper LED board 98 of the light emitting device 48 is connected to the relay connector socket 98c. Further, the upper drive wiring PL1 led out from the upper motor 15 disposed on the back side of the upper frame 45a of the front cover body 45 is locked to the first wiring hook 51 and pulled to the right along the upper frame 45a. Turn to connect to the first relay board 49. Further, the upper detection wiring DL1 led out from the upper original position detection means 33 disposed on the back side of the upper frame 45a of the front cover body 45 is also locked to the first wiring hook 51 along the upper frame 45a. Then, it is routed to the right and connected to the first relay board 49.

  As described above, the upper drive wiring PL1 and the upper detection wiring DL1 extending from the upper movable effect device 134 are locked by the first wiring hook 51 provided on the upper end side of the upper frame 45a. PL1 and DL1 can be prevented from drooping toward the opening 45e, and it is possible to suppress the occurrence of biting of the wiring when assembled with the back cover body 46, and the wirings PL1 and DL1 are attached to the back cover body 46. It can prevent it from getting in the way. Moreover, since the 1st wiring hook 51 is located in the back side of the upper LED board | substrate 98 in the top light-emitting device 48, this wiring hook 51 is not visually recognized from the front side, but appearance does not fall.

  The side cover wiring PL2 derived from the side motor 57 of each movable mechanism section 128 of the side movable effect device 127 and the side detection wiring DL2 derived from the side original position detecting means 59 are provided on the front cover body. It is pulled into the back side through a side portion insertion portion 58 formed in the right frame 45d of 45. Then, after the two wirings PL2 and DL2 derived from the uppermost movable mechanism 128 in the side movable effect device 127 are drawn from the corresponding uppermost side insertion portion 58 to the back side, 2 is hooked up to the upper side along the right frame 45d and connected to the first relay board 49. In addition, the two wirings PL2 and DL2 led out from the middle movable mechanism portion 128 are pulled into the back side from the corresponding middle side portion insertion portion 58, and thereafter, the second middle wiring and the uppermost second wiring hooks. The first relay board 49 is connected to the first relay board 49 by being latched by 53, 53 and drawn upward along the right frame 45d. Further, the two wirings PL2 and DL2 derived from the lowermost movable mechanism 128 are drawn into the back side from the corresponding side insertion portion 58, and then the three second wirings of the lowermost, middle, and uppermost. Locked by the hooks 53, 53, 53 and routed upward along the right frame 45 d, the first relay board 49 is connected.

  That is, since the wirings PL2 and DL2 drawn into the back side of the front cover body 45 from the side insertion portions 58 are locked by the second wiring hooks 53 located close to the side insertion portion 58, The wirings PL2 and DL2 are not easily moved, and it is possible to prevent the occurrence of the biting of the wiring when assembled with the back cover body 46. Moreover, since each side portion insertion portion 58 is recessed inward from the outer end of the right side frame 45d of the front cover body 45 (see FIG. 17), the wirings PL2 and DL2 inserted through the side portion insertion portion 58 are provided. It does not protrude outward from the right frame 45d, and the wirings PL2 and DL2 do not get in the way when assembled with the back cover body 46.

  The first relay wiring RL1 connected to the drive system connector socket 60 provided on the first relay board 49 via the connector plug 61 is connected to the second hook 53 along the right frame 45d. While being stopped, the wire is drawn downward, and passes through the first outlet 102 to the outside. Note that the first relay wiring RL1 immediately before passing through the first outlet 102 is locked to the sixth wiring hook 178.

  Since the first relay board 49 is disposed between the position where the upper movable effect device 134 is disposed and the position where the side movable effect device 127 is disposed, each of the first relay boards 49 led out from the effect devices 134 and 127. It is not necessary to route the driving wirings PL1 and PL2 and the detection wirings DL1 and DL2 for a long distance, and wiring processing work becomes easy. In addition, since the first relay wiring RL1 derived from the first relay board 49 is a collection of the plurality of drive wirings PL1, PL2 and the detection wirings DL1, DL2, the first relay wiring. The operation of routing the RL1 is easy, and the wiring process is simpler than when a plurality of wirings are individually routed. The first wiring hook 51 is configured to collectively lock the upper driving wiring PL1 and the upper detection wiring DL1, and the second wiring hook 53 includes the side driving wiring PL2 and the side portion. Since the detection wiring DL2 and the first relay wiring RL1 are configured to be locked together, there is no need to provide a wiring hook for each wiring, and the number of wiring hooks formed is reduced to reduce the manufacturing cost. Can be.

  As shown in FIG. 18 and FIG. 19 and the like, a step is provided on the right side frame 45d of the front cover body 45 so as to be located on the front side of the installation surface portion 136a. Therefore, when the connector plug 61 of the first relay wiring RL1 that increases in size as the number of wirings to be processed is connected to the drive system connector socket 60 of the first relay board 49, the connector plug 61 or The amount of protrusion of the first relay wiring RL1 to the rear can be suppressed, and interference with the back cover body 46 can be prevented when assembled to the back cover body 46.

  Connector socket provided on the corner LED substrate 99 of the corner light emitting device 133 disposed at the upper right corner of the front cover body 45 and facing the back side of the front cover body 45 through the second socket opening 104b. The corner light-emitting wiring LL4 connected to 99a is locked to the first wiring hook 51 located on the right side of the upper motor 15 and then fixes the upper and upper original position detecting means 33 of the upper motor 15 to each other. The back side of the sensor fixing component 148 is routed and locked to the first wiring hook 51 located on the left side of the upper motor 15, and then further locked to the eighth wiring hook 180 and the second pulling hook. It goes out through the exit 103. Further, the upper light emitting wiring provided on the upper LED substrate 98 of the upper light emitting device 48 located on the right side and connected to the connector socket 98a facing the back side of the front cover body 45 through the first socket opening 104a. LL3 is engaged with the first wiring hook 51 located on the left side after drawing the upper side of the upper motor 15 and the back side upper part of the sensor fixing part 148 that fixes the upper original position detecting means 33, Furthermore, it engages with the eighth wiring hook 180 and passes through the second outlet 103 to the outside. Further, the upper light emitting wiring provided on the upper LED board 98 of the upper light emitting device 48 located on the left side and connected to the connector socket 98a facing the back side of the front cover body 45 through the first socket opening 104a. About LL3, after latching to the said 8th wiring hook 180, it passes outside through the said 2nd extraction port 103. FIG.

  Side movable body light emission wiring LL2 led out from the side movable body LED substrate 105 of the side movable body light emitting device 62 in each movable mechanism section 128 of the side movable effect device 127 is connected to the right side of the front cover body 45. It pulls in to the back side through the side part insertion part 58 formed in the frame 45d. Then, the side movable body light emission wiring LL2 derived from the topmost movable mechanism unit 128 in the side movable effect device 127 is drawn into the back side from the corresponding topmost side insertion portion 58 and then the topmost. It is locked by the second wiring hook 53 and drawn upward along the right frame 45d. Further, the side movable body light emission wiring LL2 of each of the middle and lowermost movable mechanism sections 128 is connected to the back side of the front cover body 45 from the corresponding side insertion section 58, similarly to the side drive wiring PL2. After being drawn in, it is drawn upward while being locked by the second wiring hooks 53 located on the upper side. After the three side movable body light-emitting wirings LL2 are engaged with the seventh wiring hook 179 and the first wiring hook 51 on the right side, the upper side upper position detection means 33 and the upper original position detection means 33 are connected. The upper part on the back side of the fixed sensor fixing part 148 is routed, is engaged with the first wiring hook 51 and the eighth wiring hook 180 on the left side, and passes through the second outlet 103 to the outside.

  As described above, the first wiring hook 51 and the second wiring hook 53 not only lock the various driving wirings PL1 and PL2 and the detection wirings DL1 and DL2, but also various light emitting wirings LL1, LL2, Since it is configured to function as a hook for locking LL3 and LL4, it is not necessary to separately form a wiring hook for light emitting wiring, and the number of wiring hooks formed can be reduced to further reduce the manufacturing cost. . Further, the light-emitting wirings LL1, LL2, LL3, and LL4 routed along the upper frame 45a of the front cover body 45 are also locked to the first wiring hook 51 provided on the upper edge side and the upper motor. Since the upper part of the sensor 15 and the upper part of the back side of the sensor fixing component 148 that fixes the upper original position detecting means 33 are routed, the light emitting wirings LL1, LL2, LL3, LL4 hang down to the opening 45e side. Can prevent the occurrence of biting of the wiring when assembled with the back cover body 46, and each light emitting wiring LL1, LL2, LL3, LL4 interferes with the assembly of the back cover body 46. Can prevent. The seventh wiring hook 179 that locks the side movable body light-emitting wiring LL2 in the upper right corner of the front cover body 45 is the back side of the corner LED substrate 99 in the corner light emitting device 133 as shown in FIG. Therefore, the wiring hook 179 is not visually recognized from the front side, and the appearance is not deteriorated.

  As described above, the driving wirings PL1 and PL2 and the detection wirings DL1 and DL2 related to the driving of the movable rendering devices 134 and 127 disposed on the front cover body 45, and the light emitting devices 44, 62, 48, The light-emitting wirings LL1, LL2, LL3, and LL4 connected to 133 are routed separately, and the driving wirings PL1 and PL2 and the detection wirings DL1 and DL2 are arranged in the first cover body 45. The light emitting wirings LL1, LL2, LL3, and LL4 are connected to the relay substrate 49 and connected to the second relay substrate 50 disposed on the back cover body 46. Accordingly, it is possible to suppress a complicated connection work due to a concentration of a plurality of wirings, and it is possible to reduce the size of each relay board 49 and 50 and reduce the installation space. In addition, by separating the drive system and the light emission system, the processing when a problem occurs in any system becomes easy.

(Assembly of the side movable effect device on the front cover body)
When the side movable effect device 127 is assembled to the installation surface portion 136a of the right side frame 45d of the front cover body 45, the two movable mechanism portions 128 of the top and middle positions are separated from the movable mechanism portion 128. The three wirings PL2, DL2, and LL2 to be led out are held on the side away from the base 151 via the elliptical opening 152c of the cylindrical installation portion 152, and the wirings PL2, DL2, and LL2 are rear ends of the base 151. Do not extend backward from. As for the lowermost movable mechanism portion 128, the three wirings PL2, DL2, and LL2 derived from the movable mechanism portion 128 are separated from the rear end of the base 151 through the base notch portion 151a formed in the base 151. The wirings PL2, DL2, and LL2 are prevented from extending backward from the rear end of the base 151. In this state, the side portion movable effect device 127 is assembled to the front cover body 45 by positioning the base 151 on the installation surface portion 136a and screwing it.

  Then, after the side movable effect device 127 is assembled, the wirings PL2, DL2, and LL2 led out from the movable mechanism portions 128 are led out to the back side of the front cover body 45 through the corresponding side insertion portions 58. Later, as described above, the wiring hooks 51, 53, 179 and 180 are locked.

  As described above, the pedestal member 131 of the side movable effect device 127 is formed with the elliptical opening 152c and the base notch portion 151a. Can be prevented from being sandwiched between the front cover body 45 and the front cover body 45.

(Assembly of front cover and back cover)
As described above, the front cover body 45 in which the plurality of movable effect devices 134 and 127 and the plurality of light emitting devices 44, 48, 62, 63, 64, 90, and 133 are disposed is provided in the upper housing portion 77 of the back cover body 46. On the other hand, the positioning notches 80 and 80 formed on the left and right sides of the lower end are accommodated in the accommodation space so as to engage with the corresponding positioning steps 79 and 79 of the back cover body 46. At this time, the first positioning boss 78 provided on the back cover body 46 is fitted into the corresponding first through-holes 81 provided on the front cover body 45 so that the both 45 and 46 are positioned. The wirings PL1, PL2, DL1, DL2, RL1, LL1 to LL4 routed on the back side of the front cover body 45 are locked by the wiring hooks 51, 53, 178, 179, 180, and the opening 45e side or Since it is configured so as not to protrude outward, the wiring work does not occur when the front cover body 45 and the back cover body 46 are assembled, and the wiring does not interfere with the assembly. It can be done easily. Further, since the various light emitting wirings LL1 to LL4 led out from the second outlet 103 of the front cover body 45 extend to the front side of the front cover body 45, There is no bite in between. For the first relay wiring RL1 drawn outward from the first outlet 102 of the front cover body 45, prior to assembling the front cover body 45 to the back cover body 46, It passes through the back side of the lower frame 46 b through the back outlet 77 c of the back cover body 46.

  Then, the back cover body 46 and the front cover body 45 are fixed by screwing screws inserted through the first through holes 81 from the front into screw holes formed in the first positioning bosses 78, so A back unit 43 having an opening 43e is formed (see FIGS. 7 and 9). In this state, a component housing space S is defined between the cover bodies 45 and 46 on the outer periphery of the opening 43e, and the upper motor 15 disposed in the front cover body 45 is formed in the space S. The upper original position detecting means 33, the lower light emitting device 63, the side light emitting device 64, and the first relay board 49 are accommodated. Various wirings PL1, PL2, DL1, DL2, LL1 to LL4 routed on the back surface of the front cover body 45 are also accommodated in the component accommodating space S. That is, when the rear unit 43 is handled alone, the upper motor 15, the upper original position detecting means 33, and the various wirings PL1, PL2, DL1, DL2, LL1 to LL4 can be protected.

(About wiring processing on the back cover)
In a state where the front cover body 45 is assembled to the back cover body 46, the first relay wiring RL1 drawn from the back outlet 77c to the back side of the lower frame 46b is accommodated in the lower part of the back cover body 46. It is connected to the connector socket 52a of the drive control system of the third relay board 52 mounted on the back surface of the section 68. Further, the various light emitting wirings LL1 to LL4 drawn out from the second outlet 103 to the third wiring hook 54 formed on the surface portion 142 of the left frame 46c in the back cover body 46. It is locked and connected to the second relay board 50. Further, the light emitting wirings LL5 to LL7 connected to the lower light emitting device 63, the side light emitting device 64, and the vertical light emitting device 90 arranged on the front cover body 45 are connected to the second relay substrate 50. The The second relay wiring RL2 connected to the second relay board 50 is locked to the fourth and fifth wiring hooks 55, 177 formed on the back cover body 46, and then The third relay board 52 is connected to the light emission control system connector socket 52 b through the rear outlet 175. That is, the wirings PL1, PL2, DL1, DL2, LL1 to LL7 derived from the movable effect devices 134, 127 and the various light emitting devices 44, 48, 62, 63, 64, 90, 133 disposed on the front cover body 45. Is connected to the third relay substrate 52 disposed on the back cover body 46 via the relay wirings RL1, RL2, so that the movable effect devices 134, 127 and the light emitting devices 44, 48, 62 are connected. , 63, 64, 90, 133 and wirings PL1, PL2, DL1, DL2, LL1 to LL7, RL1, RL2 can be handled in units of back units. The wirings PL1, PL2, DL1, DL2, LL1 to LL7, RL1, and RL2 are housed in the component housing space S and are engaged by various wiring hooks 51, 53, 54, 55, 177, 179, and 180. Since it is configured to stop and not extend outward from the back unit 43, the wirings PL1, PL2, DL1, DL2, LL1 to LL7, RL1, and RL2 are obstructive when assembled with the game board 10 described later. It is prevented from being sandwiched between the game board 10 and the game board 10.

  The second relay board 50 is provided with two connector sockets 176 for light emission, and the light emission wirings LL1 to LL7 connected to the second relay board 50 are divided into two to form a third relay board. 52. Thereby, each connector socket 176 can be reduced in size and the protrusion amount from the 2nd relay board | substrate 50 can be suppressed. That is, in the pachinko machine, as described above, the ball path unit 113 faces the rear side of the side board installation part 140 on which the second relay board 50 is disposed. By suppressing, the side board installation part 140 can be designed to be positioned on the front side. Therefore, it is possible to dispose the ball passage unit 113 further on the front side, and it is possible to suppress the rearward projecting dimension of the components disposed on the back side of the game board 10 and to suppress interference with the island facility.

  As shown in FIG. 24, the drive control system connector socket 52a and the light emission control system connector socket 52b provided on the third relay board 52 are provided on the side frame side where the corresponding relay wires RL1 and RL2 are routed. Therefore, it is possible to suppress erroneous connection between the relay wirings RL1 and RL2. Further, the wiring routed on the left side of the back cover body 46 (the front cover body 45) and the wiring routed on the right side do not cross and connect to the third relay board 52. The wiring does not get stuck on the third relay substrate 52, and it is possible to prevent the wirings from being tangled. The connector sockets 63b, 64b, and 92c provided on the LED substrates 63a, 64a, and 92 of the lower light emitting device 63, the side light emitting device 64, and the vertical light emitting device 90 have the front cover body 45 and the back cover body 46, respectively. When it is assembled, the light emitting wirings LL5 to LL5 for connecting the connector sockets 63b, 64b, 92c and the second relay board 50 are located on the left side close to the second relay board 50. The length of LL7 is short, and the light emission wirings LL5 to LL7 can be prevented from protruding outside the back unit 43.

(About assembly of game board and back unit)
When the back unit 43 is assembled to the back surface of the game board 10, the second cover holes 85, 85 formed in the lamp cover 100 and the left frame 45 c of the corner light emitting device 133 disposed in the front cover body 45 are provided. The ball guiding portion 66 disposed on the game board 10 and the third positioning bosses 83, 83 provided on the decorative frame 12 are fitted and the third through holes 86 formed in the lower frame 46 b of the back cover body 46. 86, by inserting the second positioning boss 82a and the fourth positioning boss 84 provided in the game part 82 disposed on the game board 10 and the extending part 12b of the decorative frame 12 into the back board 43, 10 is positioned. And the back unit 43 is fixed with respect to the game board 10 by screwing the screw inserted from the back side into each insertion hole 87a of the flange 87 contacting the game board 10 back surface of the back cover body 46 to the game board 10. The

  The back unit 43 is positioned with respect to the synthetic resin game parts 82 and the decorative frame 12 disposed on the game board 10 through positioning bosses 82a, 83, 84 and through holes 85, 86. Therefore, the movable effect devices 134 and 127 and the light emitting devices 44, 48, 62, 63, 64, 90, and 133 disposed on the front cover body 45 are correctly positioned with respect to the decorative frame 12 and the game component 82. Can be positioned. That is, the upper movable body 13 of the upper movable effect device 134 and the cover member 56 in each movable mechanism portion 128 of the side movable effect device 127 can be accurately faced to the corresponding positions in the window 12a of the decorative frame 12. Further, the corner light emitting device 133, the lower light emitting device 63, the side light emitting device 64, and the vertical light emitting device 90 are respectively positioned correctly with respect to the corresponding decorative body 101, stage 65, ball guiding portion 66, and wall portion 89. The member 101, 65, 66, 89 can be suitably illuminated.

  The second positioning boss 82a and the fourth positioning boss 84 on the game board 10 side are provided in close proximity to the normal winning opening 124 on both sides of the start winning device 67 disposed on the game board 10 and on the back side. Since the third through hole 86 on the unit 43 side is provided in the vicinity of the flange 126 of the lower frame 46b, the lower housing portion 68 of the back unit 43 can be accurately positioned with respect to the start winning device 67, and each flange The portion 126 can be accurately positioned with respect to the corresponding normal winning opening 124.

  In the embodiment, since the plurality of movable effect devices 134 and 127 and the light emitting devices 44, 48, 62, 63, 64, 90, and 133 are disposed on the front cover body 45 of the back unit 43, the decorative frame 12 is provided. It is possible to arrange a plurality of movable production devices 134, 127 and a plurality of light emitting devices 44, 48, 62, 63, 64, 90, 133 on the game board 10 without reducing the window 12a of the game. Can be performed, and the production effect can be improved. That is, with the use of the large symbol display device 11, a plurality of movable effect devices 134, 127 and light emitting devices 44, 48, 62, 63, 64, 90, 133 can produce effects in different modes, Can enhance the interest of In addition, a large light emitting device capable of illuminating a wide area can be adopted, and the effect of light emission can be further improved.

  Further, in the back unit 43, an upper movable effect device 134 and upper light emitting devices 48 and 48 are disposed on the upper side of the window 12a, and a lower light emitting device 63 is disposed on the lower side of the window 12a. A side light emitting device 64 and a vertical light emitting device 90 are disposed on the left side, a side movable effect device 127 (side movable body light emitting device 62) is disposed on the right side of the window 12a, and the window 12a. A corner light-emitting device 133 is disposed on the upper right corner side. As described above, the movable effect devices 134 and 127 and the light emitting devices 44, 48, 62, 63, 64, 90, and 133 are distributed around the window 12a where the display unit of the symbol display device 11 faces. Therefore, it is possible to produce an effective presentation that improves the interest in association with the symbol variation game performed on the display unit.

  Here, since the plurality of movable effect devices 134 and 127 disposed in the back unit 43 do not operate components disposed on the game board 10 side, the back unit 43 is placed on the back side of the game board 10. When arranging, it is not necessary to perform precise positioning so as to link the parts together, and the assembly work is simple.

(About the upper movable production device)
In the upper movable effect device 134 disposed in the back unit 43, the upper movable body 13 disposed on the front side of the decorative member 14 reciprocates up and down by forward and reverse rotation of the upper motor 15. The fixed portion 26 of the upper movable body 13 is loosely fitted to the sliding member 27 that is slidably inserted into the elongated hole 14a of the decorative member 14 (see FIG. 31). On the other hand, the upper movable body 13 can be shifted in the left-right direction without being restricted by the long hole 14a. Therefore, when the upper movable body 13 moves up and down due to forward and reverse rotation of the upper motor 15, the upper movable body 13 does not simply move straight in the extending direction of the long hole 14a, but also in a direction crossing this. The upper movable body 13 performs a complicated operation as the direction of the force applied from the pinion 29 meshing with the rack 28 changes, and the effect of production can be enhanced. In addition, since the sliding member 27 is simply loosely fitted to the fixed portion 26 and no other mechanism or driving means is used, the manufacturing cost can be reduced. In addition, since a plurality of movable decorative parts 32 are suspended on the upper movable body 13 so as to freely swing, the movable decorative parts 32 are freely moved by the movement of the upper movable body 13 to increase the interest of the game. Can be made.

  Since the cylindrical portions 30, 30 of the sliding member 27 are only in line contact with the long hole 14a of the decorative member 14, the contact resistance between the inner surface of the long hole 14a and the sliding member 27 is small, and the sliding The member 27 can move smoothly. That is, a large load is not applied to the upper motor 15, and a smooth vertical movement of the upper movable body 13 is ensured. Further, while the fixed portion 26 of the upper movable body 13 is fixed to the upper end side of the rack 28, the pinion 29 is separated from the rack 28 below the fixed portion 26 in the first position of the upper movable body 13. Are configured to mesh with each other. That is, since the rack 28 extends longer than the engagement position of the pinion 29 at the first position of the upper movable body 13, the upper movable body 13 is directed downward (second position) by the rotation of the pinion 29. The distance that can be moved can be increased. Therefore, at the window 12a of the decorative frame 12, the upper movable body 13 can be extended greatly downward, and the entertainment of the game can be improved. Moreover, since the rack 28 is dimensioned so as not to protrude outwardly from the outer peripheral edge of the cylindrical portion 25 in the upper movable body 13, the rack 28 is visually recognized by the player even if the upper movable body 13 moves greatly. There is no loss of appearance. Further, in a state where the position where the pinion 29 meshes with the rack 28 is separated from the fixed position between the fixed portion 26 of the upper movable body 13 and the rack 28, the force applied to the rack 28 from the pinion 29 is Since the movable body 13 is easier to swing, the upper movable body 13 can move greatly in the left-right direction to further enhance the interest.

  In addition, the decorative member 14 disposed in the back unit 43 is provided with a flange 41 inclined downward toward the rear at the lower end of the front plate 40 where the upper movable body 13 is disposed. It is possible to secure the appearance by suppressing the back side of the upper movable body 13 located above the window 12a from being visually recognized by the player. And since the collar part 41 is inclined downward toward back, a feeling of depth can be taken out (refer FIG. 31). Further, a through hole 41a is formed in the collar portion 41 at a position corresponding to the rack 28, and the rack 28 is configured to move up and down through the through hole 41a. The range of movement of the upper movable body 13 is not restricted by the flange 41 for concealment, and the effect can be enhanced by moving the upper movable body 13 greatly.

  The upper movable body light emitting device 44 disposed in the upper movable body 13 performs light emission effects such as light emission, extinction, and blinking according to the operation of the upper movable body 13. In this case, since the lens surfaces 20a and 23a of the first and second lens covers 20 and 23 of the upper movable body light emitting device 44 are inclined downward as shown in FIG. Light from the LED 17 is irradiated obliquely downward by the lens surfaces 20a and 23a. That is, with the upper movable body 13 disposed above the window 12a, light can be emitted from the upper movable body light emitting device 44 toward the vicinity of the line of sight of the player who is playing the game. A player who is gazing at the display unit of the display device 11 can be irradiated with light that moves up and down as the upper movable body 13 moves up and down, thereby improving the effect. The mounting surface 18a of the upper movable body LED substrate 18 in the upper movable body light emitting device 44 is disposed on the LED substrate 18 in parallel with the moving direction of the upper movable body 13 (parallel to the board surface). The light irradiation direction of the LED 17 itself is a front surface orthogonal to the mounting surface 18a, and the lens surfaces 20a of the first and second lens covers 20, 23 are arranged without the upper movable body LED substrate 18 being obliquely arranged. It is possible to irradiate light obliquely downward with a simple configuration that only tilts 23a.

  With respect to the plurality of LEDs 17 arranged on the upper movable body LED substrate 18, as shown in FIG. 27, the left and right LEDs 17 and 17 arranged in the upper region far away from the lens surfaces 20a and 23a are arranged. The separation distance is set larger than the separation distance between the left and right LEDs 17 and 17 arranged in the lower region where the separation distance from the lens surfaces 20a and 23a is close. Thus, the entire lens surfaces 20a and 23a can emit light substantially uniformly by changing the separation distance between the LEDs 17 and 17 disposed in regions where the separation distances from the lens surfaces 20a and 23a are different. That is, it can suppress that the light of LED17 appears as a spotlight on lens surface 20a, 23a, and can prevent that a presentation effect falls by a spotlight. In addition, the first light diffusion sheet 21 is attached to the lens surface 20a of the first lens cover 20, and the second lens surface 20a between the first and second lens covers 20, 23 is second. Since the light diffusion sheet 24 is disposed, the entire lens surfaces 20a and 23a can be caused to emit light more evenly by the light from the LED 17 by the light diffusion sheets 21 and 24.

(About assembly of upper movable body)
The second lens cover 23 is positioned in the circumferential direction by fitting the boss 22b, the positioning pin 22c, and the second recess 23c with respect to the mounting member 22 of the upper movable body 13, and the second lens cover 23 is positioned in the circumferential direction. With respect to the lens cover 23, the second light diffusion sheet 24 and the first lens cover 20 are positioned in the circumferential direction by fitting the third recess 24a and the first recess 20b to the positioning protrusion 23b. Made. Then, with the positioning pin 22c of the mounting member 22 fitted and positioned in the positioning hole 25b of the base body 16, a screw inserted from the back side into the through hole 25c of the base body 16 corresponds to the mounting member 22. The attachment member 22 to which the first and second lens covers 20 and 23 are assembled is attached to the base body 16 by being screwed into a screw hole provided in the boss 22b.

  The circumferential distances of the bosses 22b and the positioning pins 22c formed on the mounting member 22 are set to be different from each other, and the second lens cover 23 is positioned at one circumferential position with respect to the mounting member 22. And the first lens cover 20 is also assembled to the second lens cover 23 only at one circumferential position by the positioning projection 23b and the first recess 20b. Therefore, the lens surfaces 20a and 23a of both lens covers 20 and 23 have the same downward posture. Further, the rear end edge of the first lens cover 20 is inclined so as to be biased toward the front side from the upper side to the lower side, and the rear end edge is formed on the mounting surface 18a of the upper movable body LED substrate 18. By abutting, the lens surface 20a can be easily positioned to be inclined obliquely downward with respect to the mounting surface 18a. Further, the front end edge of the cylindrical portion 25 in the base body 16 constituting the upper movable body 13 is inclined so as to be biased toward the rear side from the upper side to the lower side. By simply abutting the rear edge, the lens surface 23a of the second lens cover 23 assembled to the mounting member 22 is easily positioned in a posture inclined obliquely downward with respect to the mounting surface 18a. Can do.

(About prevention of wire entanglement in light emitting device for upper movable body)
The upper movable body light emission wiring LL1 led out from the upper movable body LED substrate 18 of the upper movable body light emitting device 44 is formed in the first insertion hole 14b formed in the decorative member 14 and the front cover body 45. After passing through the second insertion hole 47 to the back side of the front cover body 45, it is connected to a relay connector socket 98 c provided on the upper LED board 98 of the one upper light emitting device 48. When the upper movable body 13 moves up and down, the upper movable body light-emitting wiring LL1 moves up and down in the first and second insertion holes 14b and 47. The width dimension of the first insertion hole 14b and the second insertion hole 47 is set to be larger than the width of the upper movable body light emitting wiring LL1, and the upper and lower parts of the upper movable body 13 (upper movable body light emitting device 44) It is suppressed that a load due to contact is applied to the upper movable body light-emitting wiring LL1 that moves with the movement.

  The rack 28 that operates the upper movable body 13 is provided with a detected portion 34 that can be detected by the upper original position detecting means 33 disposed on the front cover body 45 so as to protrude rearward. A regulating wall 36 provided on the back surface of the front plate 40 of the decorative member 14 faces between the area where the detected portion 34 moves and the first insertion hole 14b (see FIG. 30). A movement region between the detection unit 34 and the upper movable body light-emitting wiring LL1 led out from the first insertion hole 14b to the back side is partitioned to the left and right. That is, when the upper movable body 13 is moved, the upper movable body light-emitting wiring LL1 can be prevented from being bent toward the detected portion 34 by the regulation wall 36, and the wiring LL1 can be prevented from being entangled with the detected portion 34. be able to. Therefore, it is possible to prevent the operation of the upper movable body 13 from being hindered by the upper movable body light-emitting wiring LL1 and the problem that the connector connecting portion of the wiring LL1 is disconnected.

  A connector socket 37 provided on the upper movable body LED substrate 18 of the upper movable body light emitting device 44 is disposed on the front plate 40 of the decorative member 14 with the upper movable body 13 facing the first position. A protective wall 38 is provided at the facing portion, spaced rearward from the first insertion hole 14b (see FIG. 34). That is, when the upper movable body 13 moves from the lower side to the first position, the upper movable body light-emitting wiring LL1 connected to the connector socket 37 contacts the lower end edge of the protective wall 38, and the wiring LL1 is It is displaced to the first insertion hole 14b side. That is, the upper movable body light-emitting wiring LL1 is displaced by the protective wall 38 to the front (first insertion hole 14b side) rather than to the side (moving area side of the detected portion 34). Can be prevented from being caught by the detected part 34. Moreover, in the state where the upper movable body 13 faces the first position, since the detected part 34 is located on the side of the protective wall 38, when the upper movable body 13 arrives at the first position, Since the upper movable body light-emitting wiring LL1 has already been displaced to the first insertion hole 14b side by the protective wall 38, the wiring LL1 is reliably prevented from being entangled with the detected portion 34.

  As shown in FIGS. 29, 30 and 34, the tooth portion 28a of the rack 28 faces the left and right sides opposite to the first insertion hole 14b. The upper movable body light emission wiring LL1 inserted through the first insertion hole 14b is greatly separated from the pinion 29, and the wiring LL1 is prevented from being entangled with the pinion 29. Further, since an auxiliary restriction wall 150 is provided on the back surface of the front plate 40 of the decorative member 14 on the opposite side of the restriction wall 36 across the first insertion hole 14b, the auxiliary insertion wall 14b protrudes from the first insertion hole 14b. It is also possible to prevent the upper movable body light emission wiring LL1 led out to the back side from being greatly bent to the side away from the regulation wall 36 (the left side on the front side) when the upper movable body 13 is moved. That is, the extension of the upper movable body light emission wiring LL1 to the front surface side of the upper light emitting device 48 disposed on the front surface of the front cover body 45 is restricted, and obstructs the illumination by the upper light emitting device 48. Can be prevented.

  Since the detected portion 34 of the upper movable body 13 moves so as to face the long groove 42 of the front cover body 45, the detected portion 34 moves when the upper movable body 13 moves. In addition, it is possible to prevent the detected part 34 from coming into contact with other parts or the like and being damaged.

(About the side movable direction device)
The side movable effect device 127 disposed on the right frame portion 43d of the back unit 43 has three exposure windows in which the cover member 56 of each movable mechanism portion 128 is defined on the right side of the window 12a of the decorative frame 12. It faces each of 130a (refer FIG. 3). In each movable mechanism portion 128, the cover member 56 facing the exposure window 130a is rotated forward and backward by the side motor 57 in accordance with the symbol variation game executed on the display portion of the symbol display device 11, and the required operation is performed. Production is performed. Further, the LEDs 155a and 155b of the side movable body light emitting device 62 disposed on the base member 154 of each movable mechanism 128 are controlled to emit, turn off, or blink according to the symbol variation game or the like. Production is performed. That is, in the movable mechanism portion 128, both effects of the operation of the cover member 56 and the light emission of the side movable body light emitting device 62 are performed, so that the decoration / effect effects are enhanced.

  Further, the base member 131 for attaching the side movable effect device 127 to the installation surface portion 136a of the front cover body 45 is covered with a covering portion 130b provided on the decorative frame 12, and the attachment portion is visually recognized from the front side. Since it is configured not to be obtained, it is possible to prevent the appearance around the side portion movable effect device 127 from being deteriorated. As shown in FIG. 1 or FIG. 3, the lowest movable mechanism 128 in the side movable effect device 127 is located on the right side of the stage 65 provided in the decorative frame 12. When the pachinko ball passed to the left side of the stage 65 rolls to the right side on the stage 65, there is a possibility that it contacts the lowermost movable mechanism 128. However, in the embodiment, since the ball protection wall 129 is provided on the right end side of the stage 65, the pachinko ball rolling to the right on the stage 65 is in contact with the lowermost movable mechanism 128. This can be prevented by the protective wall 129. Accordingly, it is possible to prevent the movable mechanism 128 from being damaged by the pachinko balls, the rotation of the cover member 56 being inhibited, or the movement of the pachinko balls from being affected by the rotation of the cover member 56. Furthermore, by providing the protection wall 129 for the sphere, the range in which the side movable effect device 127 can be disposed can be extended to the side and the lower side of the stage 65, and the degree of freedom in design increases.

  Since the movable mechanism 128 is configured such that only the cover member 56 rotates with respect to the base member 154 on which the side movable body light emitting device 62 is disposed, it is connected to the side movable body light emitting device 62. The side movable body light emitting wiring LL2, the side driving wiring PL2 connected to the side motor 57, and the side detection wiring DL2 connected to the side original position detecting means 59 are rotated by the rotation of the cover member 56. Since it does not move, it is not necessary to take measures to prevent disconnection of the wirings LL2, PL2, DL2, and the device can be simplified. In addition, since the device configuration is simplified, the assembly of the parts constituting the device is also simplified.

  The side movable body light emission wiring LL2 connected to the side movable body light emitting device 62 and the side detection wiring DL2 connected to the side original position detecting means 59 are the plate surface portion 152a of the cylindrical installation portion 152. After being drawn into the internal space 152b of the cylindrical installation portion 152 through the insertion hole 152d formed in the front, the component insertion space S is inserted through the side insertion portion 58 of the front cover body 45 as described above. Is done. That is, it is not necessary to route the wirings LL2 and DL2 provided from the parts 105 and 59 disposed on the cylindrical installation portion 152 and located on the front side of the plate surface portion 152a around the pedestal member 131, and wiring processing is easy. It becomes.

  The first lens 155a disposed on the side movable body LED substrate 105 and the second LED 155b on the outer peripheral edge side are set to have different light emission colors or light emission intensities, and the transparent lens member 161 is set. The decorative surface portion 163 is subjected to different light diffusion treatments in the region where the first LED 155a faces and the region where the second LED 155b faces, so that a synergistic effect of both can provide an interesting light emission effect. That is, since the light diffusion state changes between the center side and the outer peripheral edge both when the cover member 56 is stopped and when the cover member 56 is rotated, the decoration / production effect is improved. Further, at the original position of the cover member 56, the connecting piece portion 165 c at a predetermined position on the decorative frame body 162 of the cover member 56 covers and covers the front side of the second LED 155 b at the corresponding position. The total light emission amount of the second LED 155b when the cover 56 is stopped is lower than when the cover member 56 is rotating, and the light emission effect is differentiated between when the cover member 56 is stopped and when the cover member 56 is rotating. Can do.

  Further, since the light diffusion sheet 171 is provided on the back side of the decorative surface portion 163 in the transparent lens member 161, the light diffusion action in the cover member 56 can be further improved by the light diffusion sheet 171. In addition, since the light diffusion sheet 171 is provided so as to cover only the region where the second LEDs 155b are opposed to each other, it is possible to produce a light emission effect with different degrees of light emission by the first LEDs 155a and the second LEDs 155b.

  The plate surface portion 152a of the cylindrical installation portion 152 in which each movable mechanism portion 128 in the side movable effect device 127 is disposed is from the installation surface portion 136a of the front cover body 45 in which the side movable effect device 127 is installed. Are set to be different from each other, and the directing directions of the cover members 56 of the movable mechanism portions 128 are also different from each other. That is, it is possible to irradiate light from different directions to a player who is playing a game, and an interesting light emission effect can be achieved. Further, the orientation directions of the three cover members 56 in the side movable effect device 127 are basically directed to the center side of the window 12a (the side on which the player's face faces) of the decorative frame 12 although the angles are different. In combination with the irradiation direction of light from the upper movable body light emitting device 44 of the upper movable effect device 134, the player can appeal the light emission effect to the player.

  The fixing member 160, the transparent lens member 161, and the decorative frame body 162 constituting the cover member 56 are inserted into the second through holes 161b of the transparent lens member 161 through the bosses 165d of the decorative frame body 162 and Positioning and fixing can be performed simply by screwing a screw into the screw hole of the boss 165d through the first through hole 170b of the fixing member 160 in a state of being fitted into the recess 170a. Moreover, since each boss 165d provided on the decorative frame body 162 for positioning these members 160, 161, 162 is located on the back side of the connecting piece 165c in the frame portion 165, the boss 165d is on the front side. It will not be visible from, and the appearance will not deteriorate. Further, since the transparent lens member 161 is sandwiched between the fixing member 160 and the decorative frame body 162 and positioned and fixed, the dedicated fixing means for the transparent lens member 161 is omitted to reduce the number of parts and the number of assembly steps. obtain.

  As shown in FIG. 40, the side original position detecting means 59 disposed on the base member 154 does not protrude radially outward from the base member 154, so that the movable mechanism portion 128 itself is reduced in size. (Radial size reduction). Further, the side portion original position detecting means 59 has one piece 59a (59b) fitted into the sensor fitting groove 154c of the base member 154 and the other piece 59b (59a) fitted into the notch of the plate surface portion 152a. Since it is configured to face the concave portion 152e, the distance between the plate surface portion 152a and the base member 154 can be made shorter than the longitudinal dimension of the side original position detecting means 59, and the movable mechanism portion 128 itself can be downsized ( Axial downsizing) is possible.

  The fixed piece 172a of the position detecting piece 172 disposed on the fixed member 160 and detectable by the side original position detecting means 59 is formed on the inner surface of the peripheral wall 164 of the transparent lens member 161 as shown in FIG. Since the contact member is supported, it is possible to prevent the position detection piece 172 from being displaced radially outward when the cover member 56 is rotated. That is, the detection piece 172b facing between the first piece 59a and the second piece 59b in the side original position detecting means 59 is displaced radially outwardly, and the gap between the first piece 59a and the second piece 59b is detected. Can be prevented from coming to an appropriate position, and the occurrence of a detection failure can be suppressed.

  Screw heads for fixing the connecting portion 167 of the cover member 56 to the output shaft of the side motor 57 are formed in the peripheral wall portion 164 of the transparent lens member 161 and the cylindrical portion 166 of the decorative frame body 162. And directed to the openings 164a and 166a aligned in the radial direction. The side movable body LED substrate 105 is provided with a notch groove 105d extending from the second through hole 105a to the peripheral edge of the substrate, and the base member 154 (side movable body LED substrate). 105) by rotating the cover member 56 so that the transparent lens member 161 and the openings 164a and 166a of the decorative frame body 162 face the notch groove 105d of the side movable body LED board 105, An operation path that opens to the outside is accessible to the screw that is screwed to 167. Therefore, the cover member 56 can be attached to and detached from the side motor 57 by inserting a tool such as a screwdriver into the cover member 56 through the operation path and attaching / detaching the screw. Moreover, when the openings 164a and 166a do not face the notch groove 105d, the screw is covered with the cover member 56 and cannot be visually recognized from the outside, so that the appearance is not deteriorated. Further, since the cutout groove 105d is formed in the side movable body LED board 105, a large gap is provided between the LED board 105 and the fixing member 160 of the cover member 56 in order to insert a tool. There is no need, and the two 105 and 160 can be arranged close to each other, so that the front-rear dimension of the entire movable mechanism portion 128 can be made smaller to achieve compactness.

  Further, the operating member is formed by rotating the cover member 56 so that the transparent lens member 161 and the openings 164a and 166a of the decorative frame body 162 face the notch groove 105d of the side movable body LED board 105. Then, the detection piece 172b of the position detection piece 172 does not face between the first piece 59a and the second piece 59b of the side original position detection means 59. Accordingly, when the cover member 56 is mistakenly moved away from the base member 154 at the position after removing the screw fixing the output shaft via the operation path, the detection piece 172b becomes the side original position detection means 59. It is possible to prevent the first piece 59a or the second piece 59b from coming into contact with each other and being damaged.

(About vertical light emitting device)
A vertical light emitting device 90 disposed in the back unit 43 is disposed on the left side opposite to the window 12a in the light transmissive wall portion 89 provided in the left frame portion 88 of the decorative frame 12. ing. By causing the LED 92a of the vertical light emitting device 90 to emit light, light is irradiated and illuminated toward the side surface portion 89a facing the window 12a of the wall portion 89. That is, the window 12a facing the display unit of the symbol display device 11 can be illuminated from the side, and a light emission effect different from the aspect of illuminating the front side like the upper light emitting device 48 is performed. Can be improved. Moreover, since the vertical light emitting device 90 is disposed in the back unit 43 disposed on the back side of the game board 10, there is no need to reduce the window 12a of the decorative frame 12, and a large symbol display device. 11 can be adopted.

  Further, a side light emitting device 64 disposed in the back unit 43 is disposed on the back side of the ball guiding portion 66 located below the wall portion 89, and the LED 64 c of the side light emitting device 64 is connected to the side light emitting device 64. By making it emit light, it is possible to illuminate the sphere guiding portion 66 with a high degree of attention from the back side. Moreover, since the side light emitting device 64 is disposed in the back unit 43 disposed on the back side of the game board 10, the ball guidance with a high degree of attention is achieved without reducing the window 12 a of the decorative frame 12. The portion 66 can be effectively illuminated. Further, in the game board 10, on the left side of the decorative frame 12 where the player is paying attention to the movement of the pachinko ball that has been driven into the game area 10a, the illumination direction by the vertical light emitting device 90 with respect to the upper wall portion 89, Since the illumination direction by the side light emitting device 64 with respect to the lower ball guiding portion 66 is made different, it is possible to provide an interesting light effect for the player.

  The wall portion 89 has a light-transmitting front surface portion 89b so that the vertical light emitting device 90 facing the back side of the front surface portion 89b can be viewed from the front side. However, since the front wall 96 of the case body 91 in the vertical light emitting device 90 is opaque, the vertical LED substrate 92 accommodated in the case body 91 is difficult to visually recognize from the front side through the wall portion 89, and looks good. Is suppressed from decreasing. Further, since the front wall 136 of the front cover body 45 on which the side light emitting device 64 is disposed on the back surface is subjected to light diffusion processing, the side LED substrate 64a of the side light emitting device 64 is It is difficult to visually recognize from the front side through the transparent sphere guiding portion 66, and the appearance can be prevented from being lowered due to the visible substrate.

  In the vertical light emitting device 90, the upper and lower end edges of the vertical LED substrate 92 are inserted into and accommodated in the grooves 94a and 95a formed in the upper and lower walls 94 and 95 of the case body 91. The LED 92 a mounted on the accommodated vertical LED substrate 92 can be made to face a position facing the side surface portion 89 a of the wall portion 89. As shown in FIG. 42 or 43, an opening 93c having a predetermined length is formed from the rear end to the front side of the outer wall 93 of the case body 91, and the vertical LED substrate 92 facing the opening 93c is formed. Since the LED resistor 92b is disposed on the back surface, the heat generated by the resistor 92b is discharged from the opening 93c, and the occurrence of problems due to the heat trapping in the case body can be prevented. Further, since the connector socket 92c provided on the back surface of the vertical LED substrate 92 faces the opening 93c, the connection work of the vertical light emission wiring LL7 to the connector socket 92c can be easily performed.

(About corner light emitting device)
As shown in FIG. 14, the lamp cover 100 of the corner light emitting device 133 disposed at the upper right corner of the back unit 43 is positioned at a position corresponding to each LED 99b mounted on the corner LED substrate 99. A through hole 100 a is formed, and light from each LED 99 b is directly irradiated forward without being blocked by the lamp cover 100. Further, a transparent decorative body 101 that covers the lamp cover 100 of the corner light emitting device 133 from the front side is provided at the upper right corner of the window 12a of the decorative frame 12 where the corner light emitting device 133 faces (see FIG. 3). That is, since the decoration body 101 is directly irradiated with light from the LED 99b through the through hole 100a of the lamp cover 100, the decoration body 101 does not substantially diffuse the light from each LED 99b in a spotlight state. Strongly shining.

  On the other hand, in the upper light emitting device 48 disposed on the upper side of the back unit 43, the decorative member 14 facing the front side of the upper light emitting device 48 is subjected to light diffusion processing, and the LED 98b of the upper light emitting device 48 is provided. The light emitted from the light is diffused by the decorative member 14 so as not to become spot light. As described above, the lighting by the corner light emitting device 133 and the lighting by the upper light emitting device 48 differ in the way the LEDs 99b and 98b appear on the window 12a side, and by the light emission in different modes that are not uniform. An effect can be performed, and the effect of the effect can be improved. Further, in the side movable body light emitting device 62 disposed in the side movable effect device 127 positioned below the corner light emitting device 133, the LED 155a is similar to the light emitting mode in the upper light emitting device 48. , 155b is diffused, the light emitting effect of the corner light emitting device 133 is also differentiated from the light emitting effect of the side movable effect device 127.

(Removal of power supply relay board)
The power supply relay board 69 mounted on the second lower board installation part 70 formed on the lower frame 46 b of the back cover body 46 has a front surface of the lower support piece 71 b, the left support piece 71 c and the protrusion 74. While being in contact with the rear end, the restricting piece 72 and the locking claw 73a of the locking hook 73 are engaged with the upper and lower rear surfaces (see FIG. 45). In addition, the positioning pin 76 of the second lower substrate installation part 70 is fitted into the positioning hole 69 a of the power supply relay board 69, and the right end of the power supply relay board 69 is the right support piece 71 d in the rectangular frame part 71. It is located on the left side and is not in contact with the rear end of the right support piece 71d.

  When the power supply relay board 69 is removed from the second lower board installation part 70, the second hook is formed with the locking hook 73 elastically deformed downward (side away from the power supply relay board 69). A direction in which a finger is hooked on the left end edge of the power supply relay board 69 via the recess 68b formed in the right wall 68a of the lower housing part 68 located on the left side of the board installation part 70 and separated from the rectangular frame part 71 Force on. In this case, the front surface of the right end portion of the power supply relay board 69 that is separated from the lower housing portion 68 is not in contact with the rear end of the corresponding right support piece 71d, and the regulating piece 72 is engaged with the back surface. The front surface on the upper end portion side of the power supply relay board 69 is only brought into contact with the left end edge of the power supply relay board 69 so as to be separated from the rectangular frame section 71 because the protrusion 74 only comes into contact with the substantially horizontal center. When a force is applied in the direction, the right end portion side of the relay board 69 is easily inclined to the side close to the front wall surface 184. In other words, without excessively deforming the power supply relay board 69, the left end side on which a finger is hooked can be separated from the front wall surface 184 and easily detached from the locking hook 73. Therefore, the power supply relay board 69 is not damaged when it is removed.

  A recess 68b into which a finger can be inserted is formed on the right side wall 68a of the lower housing portion 68 formed adjacent to the second lower substrate placement portion 70, so that the lower housing portion 68 becomes an obstacle. Thus, it is not difficult to hook a finger on the edge of the power supply relay board 69 mounted on the second lower board installation part 70, and even if the lower housing part 68 is on the side, It is possible to easily remove the power supply relay board 69 from the lower board installation part 70. In addition, the second lower substrate installation part 70 and the lower housing part 68 can be formed close to each other, and the space of the lower frame 46b in the back cover body 46 can be used effectively. Further, since the locking hook 73 is integrally formed with the mounting portion 75 provided in the back cover body 46 for mounting the main control device 119, the strength of the locking hook 73 is improved. It is possible to prevent the locking hook 73 from being repeatedly damaged by being repeatedly elastically deformed when the power supply relay board 69 is attached or detached.

(Change example)
The present application is not limited to the configuration of the above-described embodiment, and other configurations can be appropriately employed.
1. The upper movable body of the upper movable effect device may be configured to be movable up and down on a decorative member disposed on the decorative frame. If the upper movable body faces the window of the decorative frame, The object on which the decorative member that supports the movable body is arranged is not limited, and may be arranged directly on the game board.
2. In the embodiment, the back unit is configured by assembling two cover bodies in the front-rear direction. However, the back unit may be configured by only one frame-like member, for example, a front cover body or a back cover body.
3. In the embodiment, the case where various movable effect devices and light emitting devices are arranged in each frame portion of the back unit (front cover body) has been described, but the upper movable effect device is arranged at least in the upper frame portion. The other frame portions may be selected, and the arrangement position of the movable effect device and the light emitting device and whether or not to arrange them can be selected.
4). In the embodiment, the light emitting wiring connected to the lower light emitting device and the side light emitting device is configured to be routed on the front side of the front cover, but like the other light emitting devices, the back side of the front cover is accommodated in the component accommodating space. It may be configured to be connected to the second relay substrate by routing.
5. In the embodiment, the second relay board is arranged on the back cover body. However, the second relay board is also arranged on the front cover body, and all the light emitting wirings connected to the second relay board are arranged. It is possible to adopt a configuration in which the component is connected to the second relay board after being accommodated and routed in the component accommodating space.
6). In the embodiment, the case where all the movable effect devices and light emitting devices are arranged on the front cover body constituting the back unit has been described, but the movable effect device and the light emitting device are arranged on the back cover member constituting the back unit. You may make it do. For example, a light emitting device disposed on the back surface of the front cover body, such as a lower light emitting device or a side light emitting device, can be disposed on the front surface of the back cover body.
7). In the embodiment, the movable effect device and the light emitting effect device are arranged in the back unit, but a configuration in which only one of the movable effect device or the light emitting device can be adopted.
8). In the embodiment, the side movable effect device has been described in the case where it is disposed on the back unit, but a configuration in which it is disposed on a decorative frame or a configuration in which it is directly disposed on a game board can be adopted.
9. As for the side portion movable effect device, the number of movable mechanism portions is not limited to a plurality, and may be one, and the arrangement position thereof is arranged on the left side or the top or bottom of the decorative frame window, or at a plurality of locations. It may be a configuration.
10. In the embodiment, the second lower substrate installation portion has been described in the case where the upper support piece is provided with the restriction piece and the lower support piece side is provided with the locking hook, but may be configured upside down. Further, the second lower substrate installation part may be provided on the left side of the lower housing part, and in this case, it is only necessary that the concave part is formed on the left side wall of the lower housing part.
11. The gaming parts provided with the second positioning boss for positioning the back unit and the game board are not limited to those provided with the normal winning opening and the illumination device as in the embodiment, Only the illumination device may be provided, or other various parts may be provided.
12 In the embodiment, another light emitting device including a light emitting device including a lamp cover (decorative member) subjected to light diffusion processing is disposed in the upper center of the window and a lamp cover having a through hole at a position corresponding to the LED. However, the arrangement position of the light emitting devices is not limited to this. In order to clarify the contrast of the light emission mode with another light emitting device with the light emitting device including the lamp cover subjected to the light diffusion treatment, it is preferable to arrange both the light emitting devices next to each other.
13. Regarding the light emitting device for the side movable body, the configuration of the cover member that is rotationally driven by the side motor is not limited to the configuration composed of three components as in the embodiment, but is composed of two or one component. It may be any configuration as long as it can transmit light from the LED. As for the LED arrangement, in addition to arranging two LED groups in a substantially concentric manner as in the embodiment, three or more LED groups are arranged in a substantially concentric shape, or a plurality of LEDs are randomly arranged. It is also possible to adopt a configuration to

It is a front view which shows the pachinko machine which concerns on an Example. It is a rear view which shows the pachinko machine which concerns on an Example. It is a front view which shows the game board unit which assembled | attached the game board and back unit which concern on an Example. It is a front left perspective view which shows the game board unit which concerns on an Example. It is a back left perspective view showing a game board unit concerning an example. It is a rear view which shows the game board which concerns on an Example. It is a perspective view shown in the state which decomposed | disassembled the game board and back unit which concern on an Example. It is a perspective view shown in the state which decomposed | disassembled the back unit which concerns on an Example. It is a front view which shows the back unit which concerns on an Example. It is a vertical side view which shows the back unit which concerns on an Example. It is a vertical side view of the upper frame part of the back unit which concerns on an Example. It is a vertical right side view of the lower frame part of the back unit concerning an example. It is a vertical left side view of the lower frame part of the back unit concerning an example. It is a front view of the front cover body which concerns on an Example. It is a front right perspective view which shows the front cover body which concerns on an Example. It is a front left perspective view which shows the front cover body which concerns on an Example. It is a rear view which shows the front cover body which concerns on an Example. It is a back surface right perspective view which shows the front cover body which concerns on an Example. It is a back surface left perspective view which shows the front cover body which concerns on an Example. It is a right view of the front cover body which concerns on an Example. It is a front view shown in the state where each part was removed from the front cover body concerning an example. It is a rear view shown in the state where each part was removed from the front cover body concerning an example. It is a front view which shows the back cover body which concerns on an Example. It is a rear view of the back cover body which concerns on an Example. It is a front right perspective view which shows the back cover body which concerns on an Example. It is a back surface right perspective view which shows the back cover body which concerns on an Example. It is a disassembled front perspective view which shows the upper movable body which concerns on an Example. It is a disassembled back perspective view which shows the upper movable body which concerns on an Example. It is a rear view which shows the decoration member by which the upper movable body which concerns on an Example was arrange | positioned, Comprising: The upper movable body shows the state which faces a 1st position. It is a rear view which shows the decoration member by which the upper movable body which concerns on an Example was arrange | positioned, Comprising: The upper movable body shows the state which faces a 2nd position. It is a vertical side view which shows the upper movable body arrange | positioned by the front cover body which concerns on an Example. It is a principal part rear view which shows the relationship between the base body of the upper movable body which concerns on an Example, and a sliding member. It is a principal part vertical side view which shows the relationship between the base body of the upper movable body which concerns on an Example, a sliding member, and a rack. It is a principal part rear view which shows the relationship between the decoration member which concerns on an Example, and an upper movable body. It is a perspective view which decomposes | disassembles and shows a part of side part movable production apparatus which concerns on an Example. It is a back surface right perspective view of the side part movable production | presentation apparatus which concerns on an Example. It is a back surface left perspective view of the side part movable production | presentation apparatus which concerns on an Example. It is a perspective view shown in the state which decomposed | disassembled the base member of the side part movable production | presentation apparatus which concerns on an Example, the LED board for side part movable bodies, and the side part motor. It is a disassembled perspective view of the cover member which concerns on an Example. It is a vertical side view which shows the movable mechanism part which concerns on an Example. It is a principal part perspective view which shows the left side frame part of the decoration frame which concerns on an Example. It is a disassembled perspective view which shows the vertical light-emitting device based on an Example. It is a perspective view which shows the vertical light-emitting device based on an Example. It is a perspective view which shows the 2nd lower board | substrate installation part of the back cover body which concerns on an Example. It is a vertical side view which shows the 2nd lower board | substrate installation part of the back cover body which concerns on an Example. It is explanatory drawing which shows the connection relation of each wiring in the back unit which concerns on an Example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Game board 10a Game area | region 11 Symbol display apparatus 12 Decorative frame 12a Window 13 Upper movable body 15 Upper motor (upper drive means)
17 LED
18 LED substrate for upper movable body 43 Back unit 43e Opening 45 Front cover body 45a Upper frame 45b Lower frame 45c Left frame (one side frame)
45d Right side frame (the other side frame)
45e Opening 46 Back cover body 46a Upper frame 46b Lower frame 46c Left side frame (side frame)
46d Right frame (side frame)
46e opening 47 second insertion hole (upper insertion hole)
49 First relay board (relay board)
52 3rd relay board (relay board for assembly)
56 Cover member (side movable body)
57 Side motor (side drive means)
58 Side insertion portion 67 Start winning device 68 Lower housing portion 77 Upper housing portion 98 Upper LED board 98a Connector socket 98b Upper LED
99 corner LED board 99a connector socket 99b corner LED
102 1st outlet 103 2nd outlet 104a 1st opening part for sockets (opening part for sockets)
104b Second socket opening (socket opening)
105 LED substrate for side movable body 135 Sub control unit 155a First LED (LED)
155b Second LED (LED)
PL1 Upper drive wiring (wiring)
PL2 Side drive wiring (wiring)
LL1 Upper movable body light emission wiring (wiring)
LL2 Side movable body light emission wiring (wiring)
LL3 Upper light-emitting wiring (wiring)
LL4 Corner light emission wiring (wiring)
RL1 First relay wiring (relay wiring)
RL2 Second relay wiring (relay wiring)
S Parts storage space

Claims (2)

A game board having a game area on the front side, a decorative frame disposed in the game area of the game board and having a window formed therein, and an opening disposed on the back side of the game board and facing the window are formed. In a gaming machine comprising: a back unit, and a symbol display device disposed on the back side of the back unit, and a display unit capable of variably displaying symbols through the opening and the window is visible from the front side.
The back unit includes a frame-shaped front cover body in which openings are formed from the upper frame, the lower frame, and the left and right side frames, and a frame-shaped back cover in which openings are formed from the upper frame, the lower frame, and the left and right side frames. It is configured by assembling the body in a front-rear relationship, and the opening is formed by both openings aligned in the front-rear direction,
In a state where the front cover body and the back cover body are assembled, a part housing space is defined by both cover bodies around the outer periphery of the opening of the back unit,
Upper drive means for operating the upper movable body disposed on the front frame upper side of the front cover body is disposed on the back side of the front cover body in a state of being housed in the component housing space,
A relay board to which a wiring led out from the upper drive means and routed in the component housing space on the upper frame side is connected to one side in the left-right direction on the upper frame rear side of the front cover body is the component housing space. Arranged in a housed state,
On the front side of one side frame on the arrangement side of the relay board in the front cover body, a side movable body operated by a side driving means is arranged,
A side insertion portion is formed in the one side frame of the front cover body at a position corresponding to the side movable body for drawing the wiring led out from the side drive means of the side movable body into the component housing space. ,
The wiring drawn into the component housing space from the side insertion portion is routed through the component housing space on the one side frame side and connected to the relay board,
A first outlet is formed in the lower part on the side frame side of the front cover body in the back unit, through which the relay wiring connected to the relay board is pulled out,
An LED substrate on which LEDs are mounted is disposed on the front frame front frame side,
On the upper frame of the front cover body, a socket opening is provided at a position corresponding to the connector socket of the LED board so that the connector socket faces the back side.
On the other side frame side of the front cover body in the back unit, a second outlet is formed through which the wiring connected to the connector socket and routed through the component housing space on the upper frame side is drawn out. ,
The back cover body defines a frame housing space in which the front cover body is housed and opens forward, and an upper housing portion in which the symbol display device is disposed on the back side, and a game area below the decorative frame And a lower housing portion for housing the winning device arranged in
A collective relay board connected to the control device is disposed on the back side of the lower housing portion, and the collective relay board is connected to the relay wiring led out from the first outlet and the second outlet. gaming machine relay wiring derivation characterized Rukoto connected. An LED substrate for an upper movable body which is disposed on the upper movable body and on which an LED is mounted;
An upper insertion hole formed in the upper frame of the front cover body and led out from the upper movable body LED board into the component housing space;
An LED substrate for a side movable body, which is disposed on the side movable body and on which an LED is mounted;
The wiring drawn into the component housing space from the upper insertion hole is drawn out from the second outlet, and the wiring led out from the side movable body LED board is connected to the corresponding side part insertion. The gaming machine according to claim 1, wherein the game machine is configured to be drawn into a component housing space from a portion and to be drawn out from the second outlet.

Images