JP2006326008A - Game light display device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem wherein an operator cannot obtain the quality on the connection form of a plurality of illumination substrates provided on the front surface of rear components by properly wiring from the front side of the rear component, in a conventional game light display device. <P>SOLUTION: The device is provided with a game board 15; a light transmission hole 53 formed at the game board through the front face 17 and the rear face 42 of the game board 15; a light display component 51 mounted to the front face 17 of the game board 15 covering the hole 53; a game guiding board 45 (rear component) mounted to the rear face 42 of the game board 15 so as to correspond to the hole 53; the plurality of illumination substrates 47, which respectively have a light source 78 for illuminating the light display component 51 from the rear side of the game board 15 through the hole 53 and which are mounted to the front surface 68 of the game guiding board 45; and a wiring 79 for connecting the plurality of illumination substrates 47 to each other, on the side of the front surface 68 of the ball guiding board 45. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a game light display device capable of appropriately grasping the quality of a connection form by wiring between a plurality of illumination boards provided on the front side of a back side component from the front side of the back side component.

FIG. 14 shows a known game light display device 500. In FIG. 14, in the game light display device 500, a light display component 501 as a light-transmitting cover member made of a light-transmitting material is attached to the front surface 503 of the game board 502, and the back side component 504 serving as an aggregate frame is a game board. An electric decoration board 507 as a plurality of wiring boards mounted with a light source 506 such as an LED is attached to a front face 508 positioned on the game board 502 side of the back-side component 504, and is attached to the rear face 505 of the 502. The light display component 501 is illuminated via a light transmitting hole 510 formed in the game board 502 so that the emitted light penetrates the front face 503 and the back face 505 of the game board 502. However, the wiring holes 511 are provided at the positions corresponding to the plurality of electrical decoration boards 507 in the back side component 504, and the plurality of wirings 512 individually pass through the plurality of wiring holes 511 from the back side of the back side component 504. The structure is individually connected to the decorative substrate 507. For this reason, an operator provides on the front surface 508 of the back side component 504 between the time when the plurality of illumination boards 507 are attached to the front surface 508 of the back side component 504 and before the back side component 504 is attached to the game board 502. Even if it is going to grasp the connection form by wiring of the plurality of illuminated boards 507 from the front side of the back side component 504, the wiring hole 511 is covered with the illuminated board 507. It is not possible to properly grasp the quality of the connection form by wiring.
JP 2004-283256 A

  The problem to be solved by the invention is that the operator cannot properly grasp the quality of the connection form by the wiring of the plurality of electrical decoration boards provided on the front side of the back side component from the front side of the back side component.

  The gaming light display device according to the present invention is attached to the front surface of the game board, the light transmission hole formed in the game board so as to penetrate the front surface and the back surface of the game board, and the light transmission hole is blocked. A backside component having a light source that illuminates the light display component from the backside of the game board through the light transmission hole, a backside component attached to the backside of the game board so as to correspond to the light transmission hole A plurality of electrical decoration boards attached to the front surface of the rear part and wiring for connecting the plurality of electrical decoration boards on the front side of the back side component are provided. In addition to the game board, the light transmission hole, the light display component, the ball guide body, the plurality of illumination boards, the wiring, the relay board attached to the back surface of the back side component, and the main control board attached to the back surface of the back side component; A relay board comprising: a game part attached to the front of the game board; a ball detector for detecting a winning ball in the game part; a drive part attached to the front of the game board; and a drive source of the drive part. Is characterized in that the wiring from the main control board, the wiring from the sphere detector, and the wiring from the drive source are connected.

  According to the game light display device according to the present invention, since the plurality of electrical decoration boards are connected to each other by the wiring on the front side of the back side component, a plurality of people are provided on the front side of the back side component from the front side of the back side component. It is possible to appropriately grasp the quality of the connection form by wiring between the electric decoration boards. Since the wiring from the main control board, the wiring from the sphere detector, and the wiring from the drive source are connected to the relay board, a person can connect the sphere detector and the main control board as input devices to the main control board. It is possible to appropriately grasp the quality of the connection form and the quality of the connection form between the drive source that is the output device of the main control board and the main control board.

  1 to 13 show the best mode of the game light display device. FIG. 1 shows a game light display device. FIG. 2 shows the front of a pachinko machine equipped with a game light display device. FIG. 3 shows an exploded view of the game main body forming the game light display device. FIG. 4 shows the game subject viewed from the back side. FIG. 5 is an exploded view of a game board mounting structure composed of a ball guide body, an electric decoration board provided on the front surface of the ball guide body, and a relay board provided on the back surface of the ball guide body. Shown from the front. FIG. 6 shows the game board mounting structure disassembled and viewed from the back side of the ball guide body. FIG. 7 shows the front of the ball guide. FIG. 8 shows the back of the ball guide. FIG. 9 shows a state in which a plurality of illumination boards and wirings are provided on the front surface of the ball guide body. FIG. 10 shows a state in which a plurality of relay boards and wirings are provided on the back surface of the ball guide body. FIG. 11 shows a structure for attaching the electrical decoration collective relay board to the front surface of the ball guide body. FIG. 12 shows a longitudinal section of the pachinko machine (corresponding to the section AA in FIG. 2). FIG. 13 shows a control system of the pachinko machine.

  The structure of the game light display device will be described with reference to FIG. The game light display device 1 includes a game board 15, a light transmission hole 53, a light display component 51, a ball guide body 45, a plurality of electrical decoration boards 47, and wirings 79. The light transmission hole 53 is formed in the game board 15 so as to penetrate the front surface 17 and the back surface 42 of the game board 15. The light display component 51 is attached to the front surface 17 of the game board 15 by closing the light transmission hole 53. The ball guide body 45 constitutes the back side component 41 attached to the back surface 42 of the game board 15 so as to correspond to the light transmission hole 53. The plurality of illumination boards 47 are attached to the front surface 68 of the ball guide body 45 and have a light source 78 that illuminates the optical display component 51 from the back side of the game board 15 via the light transmission hole 53. The wiring 79 connects the plurality of electrical decoration boards 47 on the front surface 68 side of the ball guide body 45.

  Therefore, according to the structure of the game light display device 1, the plurality of electrical decoration boards 47 are connected to each other by the wiring 79 on the front surface 68 side of the ball guide body 45, so that the plurality of electrical decoration boards 47 are connected to the ball guide body. Between the time when the ball guide body 45 is attached to the game board 15 after being attached to the front surface 68 of the 45, the operator can connect the plurality of electric circuit boards 47 provided on the front surface 68 of the ball guide body 45 to each other. By visually observing the connection form by the wiring 79 from the front side of the ball guide body 45, there is an advantage that the quality of the connection form by the wiring 79 between the plurality of electrical decoration boards 47 can be properly grasped. Since the plurality of electrical decoration boards 47 are connected to each other by the wiring 79 on the front surface 68 side of the ball guide body 45, the wiring 79 to the plurality of electrical decoration boards 47 is drawn out from the front side to the back side of the ball guide body 45. Since it is not necessary to provide wiring holes at positions corresponding to the plurality of electrical decoration boards 47 in the ball guide body 45, the structure of the spherical guide body 45 with respect to the wiring 79 connecting the plurality of electrical decoration boards 47 is simplified. There is also an advantage.

  In FIG. 1, the game light display device 1 includes a game board 15, a light transmission hole 53, a light display component 51, a ball guide body 45, a plurality of illumination boards 47, wiring 79, a relay board 48, a main control board. 85, a game component 55, a ball detector 58, a drive component 56, and a drive source 57. The relay substrate 48 is attached to the back surface 69 of the ball guide body 45. The main control board 85 is attached to the back surface 69 of the ball guide body 45. The game component 55 is attached to the front surface 17 of the game board 15. The ball detector 58 outputs to the main control board 85 an electrical signal that detects the ball that won the game component 55. The driving component 56 is attached to the front surface 17 of the game board 15. The drive source 57 is provided in the drive component 56 and is controlled by an electrical signal output from the main control board 85. The relay board 48 is connected to a wiring 79A from the main control board 85, a wiring 79B from the ball detector 58, and a wiring 79C from the drive source 57.

  Therefore, the illumination board 47 is not connected to the relay board 48, and the wiring 79A from the main control board 85, the wiring 79B from the ball detector 58, and the wiring 79C from the drive source 57 are connected to the relay board 48. Therefore, the quality of the connection form between the sphere detector 58 and the main control board 85 that are input devices to the main control board 85, and the drive source 57 and the main control board 85 that are output equipment of the main control board 85 are determined. There is an advantage that the quality of the connection form can be properly grasped. Since the illumination board 47 is not connected to the relay board 48, the wiring 79A from the main control board 85, the wiring 79B from the ball detector 58, and the wiring 79C from the drive source 57 are connected to the relay board 48. Since the winning control system controlled by the main control board 85 and the lighting control system controlled by the effect control board 92 can be clearly distinguished, there is an advantage that erroneous wiring and erroneous inspection can be prevented.

  A pachinko machine 1A equipped with the game light display device 1 will be described with reference to FIG. The pachinko machine 1 </ b> A includes a gaming machine frame 2 and a gaming subject 3 attached to the gaming machine frame 2. The gaming machine frame 2 is installed in a gaming machine installation structure (not shown) called a game store island. In the gaming machine frame 2, the movable frame 5 is attached to the front side of the fixed frame 4 by a hinge 6 located on the left side so that the movable frame 5 can be opened in the lateral direction of the front side, and the front door 7 and the ball tray structure 8 are mounted on the front side of the movable frame 5. The hinge 9 is located on the left side so that it can be opened in the lateral direction on the front side. The fixed frame 4 is called an outer frame to be attached to the gaming machine installation structure, and has a frame shape surrounding a vertically long rectangular space opened in the front-rear direction. The movable frame 5 is called a front frame or a middle frame. The front door 7 has a frame shape surrounding the opening 10 penetrating in the front-rear direction. A light-transmitting panel 11 made of glass or synthetic resin is attached to the back surface of the front door 7 so as to block the opening 10. A ball tray 12 and a firing operation mechanism 13 are provided on the front surface of the ball tray structure 8. A launching mechanism 14 is provided on the front surface of the movable frame 5 corresponding to the back side of the ball tray 12. The game board 15 forming the game main body 3 is attached to the game board storage part 16 of the movable frame 5 so as to be located on the back side of the opening part 10.

  On the front surface 17 of the game board 15, there are a guide rail 22, a board decoration 23, a center decoration 24, a left side decoration 25, a right side decoration 26, a start winning component 27, a composite winning component 28, an actuating component 29, a windmill 30, and many A game nail 31 is attached. A game area 19 in which balls fly is surrounded and formed on the front surface 17 of the game board 15 by the guide rail 22. The game area 19 is formed by a front area of the game board 15 defined by the inner guide rail 20, the outer guide rail 21, and the panel 11 of the front door 7 that is closed with respect to the movable frame 5. The The board decoration 23 is attached to the front surface 17 of the game board 15 located outside the guide rail 22. The center ornament 24, the left side ornament 25, the right side ornament 26, the start winning component 27, the composite winning component 28, the operating component 29, the windmill 30, and a number of game nails 31 are arranged on the inside of the guide rail 22. A game area 19 is formed by being attached to the front surface 17. The left side decoration 25 includes a left sleeve general winning component 32a. The right side decoration 26 also includes a general winning component 32b having a right sleeve. The composite winning component 28 includes a variable winning component 33, a left general winning component 34a, and a right general winning component 34b. The start winning component 27, the general winning component 32a; 32b, the variable winning component 33, and the general winning component 34a; (Omitted). The actuating component 29 is a ball passing type that takes in a ball from the game area 19 and discharges it to the game area 19 without guiding it to the back side of the game board 15. A firing passage 36 is formed between the inner guide rail 20 and the outer guide rail 21. A return ball prevention valve 37 is provided at the outlet of the firing passage 36. The return ball prevention valve 37 prevents the ball that has passed through the launch passage 36 from the launch mechanism 14 and pushed the open ball prevention valve 37 open and launched into the game area 19 from returning from the game area 19 to the launch path 36. On the back side of the center decoration 24, an electrical effect display device 91 for displaying effect symbols, a main special symbol indicator 38 for displaying hit symbols, and a normal symbol indicator 39 for displaying ordinary symbols are arranged. The front door 7 is provided with an audio output unit 7a, a prize ball lamp display unit 7b, and a hitting completion lamp display unit 7c. A speaker 8a is arranged on the back side of the audio output unit 7a, a prize ball lamp 8b is arranged on the back side of the prize ball lamp display unit 7b, and a hitting completion lamp 8c is arranged on the back side of the hitting completion lamp display unit 7c.

  As shown in FIG. 3, the game main body 3 includes a game board 15, a front part 40, and a back part 41. The game board 15 includes a plurality of component escape holes 43 and an out port 44 formed in the game board 15 so as to penetrate the front surface 17 and the back surface 42 of the game board 15. The front part 40 includes a guide rail 22, a board decoration 23, a center decoration 24, a left side decoration 25, a right side decoration 26, a start winning component 27, a composite winning component 28, an operating component 29, which are attached to the front surface 17 of the game board 15. 2 and a number of game nails 31 shown in FIG. The back-side component 41 includes a ball guide body 45 called a set plate attached to the back surface 42 of the game board 15, a plurality of electric decoration boards 47 attached to the ball guide body 45, a plurality of relay boards 48, a main controller 49, An effect display control unit 50 or the like.

  Among the front parts 40, the center decoration 24, the left side decoration 25, the right side decoration 26, and the start winning component 27 function as the light display parts 51 individually. The optical display component 51 includes a light transmission portion 52 that is formed of a light-transmitting synthetic resin and transmits light. The component escape holes 43 individually provided in the game board 15 corresponding to the center ornament 24, the left side ornament 25, the right side ornament 26, and the start winning component 27 that function as the light display component 51 are light transmission holes 53. Function as. The center ornament 24, the left side ornament 25, the right side ornament 26, and the start winning component 27 have a front portion 54 that is larger in diameter than the corresponding light transmission hole 53 and closes the light transmission hole 53 from the front side of the game board 15. The front part 54 includes a light transmission part 52 and a mounting flange 54a. The light transmitting hole 53 is closed by the front portion 54 of the light display component 51 from the front side of the game board 15, and a set screw 54b is fastened to the front surface 17 of the game board 15 via a through hole 54c formed in the mounting flange 54a. Thus, the light display component 51 closes the light transmission hole 53 and is attached to the front surface 17 of the game board 15.

  As shown in FIG. 2, the start winning component 27, the composite winning component 28, the left and right actuating components 29a; 29b, and the general winning component 32a; 32b are game components 55 each having a ball detector that individually detects a winning ball. Function. An opening / closing body 27 a called an electric tulip of the start winning component 27 functions as the driving component 56. A start solenoid 27b as a drive source for opening and closing the opening / closing body 27a functions as the drive source 57. The start winning component 27, the left and right actuating components 29a; 29b, the variable winning component 33, and the general winning component 34a; 34b are individually provided with a ball detector 58 for detecting the winning ball. The ball detectors 136; 138 of the general winning components 32a; 32b are provided on the ball guide 45 (see FIG. 9). Therefore, in this embodiment, the start winning component 27 functions as the light display component 51 and the game component 55, and further includes a drive component 56, a drive source 57, and a ball detector 58.

  Returning to FIG. 3, the composite winning component 28 and the actuating components 29 a and 29 b that are the front components 40 have a diameter larger than the diameter of the corresponding component escape holes 43 and the front portions 59 that block the component escape holes 43 from the front side of the game board 15. Prepare. The front portion 59 includes a mounting flange 60. The component escape hole 43 is closed from the front side of the game board 15 by the front portion 59 of the front part 40, and the set screw 61 is fastened to the front surface 17 of the game board 15 via the through hole 62 formed in the mounting flange 60. Thus, the composite winning component 28 and the actuating components 29a; 29b are attached to the front surface 17 of the game board 15 while closing the component escape holes 43.

  The spherical guide body 45 includes a plate-like base 65 and a partition wall 66 protruding forward from the peripheral edge of the base 65, and the base 65 and the partition wall 66 have a front opening formed with a recess 67 that is recessed from the front side to the back side. Box shape. A display hole 70 is formed in the base 65 so as to penetrate through the front surface 68 (the front surface of the ball guide body 45) and the back surface 69 (the back surface of the ball guide body 45) of the base 65. The display hole 70 has a horizontally long rectangular shape, and is a through hole that allows the display surface 71 of the square effect display control unit 50 to face the front side of the base 65 from the back side of the base 65.

  A plurality of illumination boards 47 are provided on the front surface 68 of the base 65. The plurality of illumination boards 47 are an illumination assembly relay board 72, a center lower illumination board 73, a center right illumination board 74, a left side illumination board 75, a right side illumination board 76, and a starter illumination board 77. . A light source 78 such as an LED that illuminates the optical display component 51 from the back side of the game board 15 via the light transmission hole 53 is mounted on the electrical decoration board 47. The light from the light source 78 provided on the back side of the game board 15 is transmitted to the front side of the game board 15 via the light transmission hole 53 and the light transmission part 52 of the light display component 51. The plurality of illumination boards 47 are connected to each other by a plurality of wirings 79 provided on the front surface 68 of the base 65. The plurality of wirings 79 are wirings 340; 341; 342; 343; 344.

  As shown in FIG. 4; FIG. 10; FIG. 12, the back surface 69 of the base 65 is provided with a relay board 48, a main control device 49, an effect display control unit 50, a main control mounting base 83, and the like. The plurality of relay boards 48 are a left relay board 80, a right relay board 81, and a board external relay board (information output board) 82. The relay board 48 is connected to a wiring 79A from the main control board 85 via the main control relay board 87, a wiring 79B from the ball detector, and a wiring 79C from the starting solenoid 27b (drive source 57). As shown in FIG. 10, the plurality of wirings 79 </ b> A are wirings 350; 360. The plurality of wirings 79B are wirings 351; 361; 352; 362. The wiring 79C is the wiring 353. The main control device 49 is mounted on a main control mounting base 83 attached to the back surface 69 of the base 65. The main control device 49 includes a main control board 85 on which electrical components are mounted inside a housing 84. A main control relay board 87 is provided on the housing 86 of the main control mount 83, and the main control relay board 87 and the main control board 85 are connected to each other by connectors 88; 89 (see FIG. 4). The effect display control unit 50 includes an effect display device 91 and an effect control board 92 on which electric components (not shown) are mounted in a housing 90. The effect display device 91 includes a display panel 93 that forms the display surface 71 and a display panel control board 94 that controls the display panel 93. An effect display device 91 is provided on the front side inside the housing 90, and an effect control board 92 is provided on the back side inside the housing 90. The effect control board 92 controls the effects by the effect display device 91, the light source 78 mounted on the plurality of illumination boards, the speaker 8a provided on the back surface of the front door 7, the prize ball lamp 8b, and the stop completion lamp 8c. . As the wiring 79; 79A to 79C, a flexible wiring material is used.

  The back surface 69 of the base 65 of the sphere guide 45 so that the display display unit 70 closes the display hole 70 of the sphere guide 45 by the mounting members 95; 96 provided on the display display control unit 50 and the sphere guide 45. (See FIG. 4). A set screw 97 is fastened to the back surface 69 of the base 65 via a through hole 99 formed in the mounting leg 98 of the main control mounting base 83, and the main control mounting base 83 is connected to the back surface 69 of the base 65 of the ball guide 45. (See FIG. 4). The set screw 100 is fastened to the back surface 42 of the game board 15 via the through hole 102 formed in the mounting column 101 of the ball guide 45 (see FIG. 4). Thereby, the ball guide body 45 covers the light transmission hole 53 of the optical display component 51 from the back side of the game board 15. In other words, since the light source 78 is housed in the concave portion 67 of the spherical guide body 45, the light from the light source 78 is less likely to leak outside the direction of the light display component 51, and the light display component 51 improves the lighting effect. it can.

  A gaming board mounting structure 110 according to the present embodiment will be described with reference to FIGS. As shown in FIGS. 5 and 6, the game board mounting structure 110 includes a ball guide 45 and a plurality of electric boards 47 provided on the front surface 68 of the base 65 of the ball guide 45 and the base 65 of the ball guide 45. It is formed by a plurality of relay boards 48 provided on the back surface 69.

  The configuration of the ball guide 45 will be described in detail with reference to FIG. 7; FIG. In addition to the display hole 70, the base 65 of the sphere guide 45 has a display wiring hole 111 penetrating the front surface 68 and the back surface 69 of the base 65, a starter circuit board relay hole 112, a variable electrical circuit board relay hole 113, An effect control connector escape hole 114 and a frame connector escape hole 115 are formed.

  As shown in FIG. 7, on the front surface 68 of the base 65, the mounting posts 116; 117; 118; 119; 120; 121 of the electric decoration board 47, and the mounting engagement portions 122; 123; 124; 126, wiring holding portion 127; 128, positioning projection 129 with respect to the back surface of the game board 15, mounting column 101 to the back surface 42 of the game board 15, ball passage 130; 131, start winning ball discharge portion 132, general winning ball discharge portion 133, a variable winning ball discharge unit 134 is provided. The spherical passages 130 and 131 are formed by front and lower recessed portions partitioned by a partition wall 135 protruding forward from the front surface 68 of the base 65. The ball passage 130 is connected to a ball discharge port (not shown) of the general winning component 32 a of the left side decoration 25 attached to the game board 15. The ball passage 130 is a ball detector 136 (see FIG. 9) that detects a ball that is taken in by the general winning component 32a of the left side ornament 25 and discharged from a non-illustrated spherical discharge port of the general winning component 32a in the middle of the passage. A mounting portion 137 for mounting a reference) is provided. The ball passage 131 is connected to a ball discharge port (not shown) of the general winning component 32 b of the right side decoration 26 attached to the game board 15. The ball passage 131 is a ball detector 138 that detects a ball that is taken in by the general winning component 32b of the right side decoration 26 and discharged from a non-illustrated spherical discharge port of the general winning component 32b in the middle of the passage. A mounting portion 139 for mounting the reference).

  As shown in FIG. 8, on the back surface 69 of the base 65, the mounting portion 140 of the left relay board 80, the mounting portion 141 of the right relay board 81, the mounting post 142 of the external relay board 82 for boards, the wiring holding section 143, Mounting engagement portion 144 of control mounting base 83, mounting support column 145 of main control mounting base 83, mounting member 96 of effect display control unit 50, mounting engaging portion 146 of effect display control unit 50, and support of effect display control unit 50 A stand 147, a locking claw 148 of the ball detector 136, and a locking claw 149 of the ball detector 138 are provided. The attachment portions 140; 141 of the left relay substrate 80 and the right relay substrate 81 are formed by a frame portion surrounded by a partition wall 150 protruding rearward from the back surface 69. The shape of the frame portion is formed in accordance with the outer shape of the left relay substrate 80; A mounting hole 151 and a mounting locking portion 152 are formed in a part of the partition wall 150. As described above, since the mounting portion 140; 141 is formed in accordance with the outer shape of the left relay board 80; right relay board 81, the operator can easily attach the left relay board 80; It can be judged and incorrect mounting can be prevented.

  With reference to FIG. 5, the attachment structure of the some electrical decoration board | substrate 47 is demonstrated. The illumination collective relay board 72 is attached to the front surface 68 of the base 65 located beside the left edge of the display hole 70. The lighting assembly relay board 72 is mounted with a light source 78 and functions as a relay board for a plurality of lighting boards and also functions as a center left lighting board. The effect control connector 156 and the frame connector 157 are individually mounted on the back surface 155 of the illumination collective relay board 72 (that is, the surface facing the front surface 68 of the base 65). A pair of upper and lower mounting posts provided on the front surface 68 of the base 65 positioned above the upper edge of the effect control connector escape hole 114 and the front surface 68 of the base 65 positioned below the lower edge of the effect control connector escape hole 114. 116; 116. The mounting engagement portion 122 is formed by a protruding piece 122b protruding forward from the front surface 68 of the base 65 and a claw 122a extending rightward from the front end of the protruding piece 122b (see FIG. 7). On the other hand, the electric decoration collective relay board 72 is provided with a pair of upper and lower through holes 159; 159 for penetrating the mounting posts 116; 116 from the back surface 155 of the electric collective collective relay board 72 to the front face 158 of the electric decoration collective relay board 72. . Therefore, the back surface 155 of the electric assembly collective relay board 72 is directed to the front surface 68 of the base 65, and the effect control connector 156 is projected to the back side of the ball guide body 45 via the effect control connector relief hole 114, and the front end of the mounting column 116; Is passed through the through holes 159; 159 from the back side of the electrical assembly relay board 72 and protrudes to the front side of the electrical assembly relay board 72, and the frame connector 157 is protruded to the back side of the ball guide 45 through the frame connector escape hole 115. In this state, a part of the left edge portion of the electrical decoration collective relay board 72 is positioned behind the claw 122a. Then, a pressing plate 160 is provided at the front end of the mounting column 116; 116, and the set screw 161 passes through the through-hole 162; 162 of the pressing plate 160 and is fastened to the front part of the mounting column 116, thereby The relay board 72 is attached to the attachment posts 116; 116 (see FIG. 11). As shown in FIG. 11, the diameter of the through hole 159 of the electric decoration collective relay board 72 is larger than the diameter of the mounting column 116, the diameter of the production control connector escape hole 114 is larger than the diameter of the production control connector 156, A length “a” between the pedestal 164 and the presser plate 160 fastened to the mounting column 116 is larger than the thickness “b” of the electric assembly collective relay board 72. Although not shown in FIG. 11, the diameter of the frame connector escape hole 115 is larger than the diameter of the frame connector 157, and the length between the pedestal 164 of the mounting column 116 and the back surface of the claw 122 a is set to the electrical collective relay board 72. The thickness of the plate is larger than b. Therefore, the electrical assembly collective relay board 72 is attached to be movable in a direction X perpendicular to the front surface 68 of the base 65 of the ball guide 45 and a direction Y along the front face 68 of the base 65. Thereby, the effect control connector 156A and the effect control connector 156 at the time of the connection work between the effect control connector 156A of the effect control board 92 of the effect display control unit 50 and the effect control connector 156 of the lighting assembly relay board 72 are performed. Can be easily aligned, stress concentration from the effect display control unit 50 to the effect control connector 156A and the effect control connector 156 can be prevented, and damage to the effect control connector 156A and the effect control connector 156 can be prevented. . The effect control connector 156 </ b> A and the effect control connector 156 are connected to each other, whereby the effect control board 92 and the electrical decoration collective relay board 72 are electrically connected to each other, and the effect control board 92 is connected to the plurality of electrical decoration boards 47. Lighting control of the light source 78 is performed. The effect display control unit 50 including the effect control board 92 is attached to the back surface 69 of the base 65. As shown in FIG. 8, the mounting engagement portion 146, the support base 147, and the mounting member 96 for the effect display control unit 50 are provided on the back surface 69 of the base 65, so that the back surface of the ball guide body 45 of the effect display control unit 50 is provided. The attachment work to 69 becomes easy, and the effect display control unit 50 can be stably attached to the back surface 69 of the ball guide body 45. In addition, since the wiring holes formed in the base 65 corresponding to the electric decoration board 47 are only the effect control connector escape holes 114 and the frame connector escape holes 115, the wiring for wiring of the electric decoration board 47 provided in the base 65 is provided. The number of holes can be reduced, the structure of the sphere guide 45 can be simplified, and the strength reduction of the sphere guide 45 can be reduced. In addition, on the front surface 158 of the electrical decoration collective relay board 72, a center lower electrical decoration board connection connector 166, a center right electrical decoration board connection connector 167, and a left side electrical decoration board connection connector 168 are individually mounted.

  The center lower electrical decoration board 73 is attached to the front surface 68 of the base 65 located below the lower edge of the display hole 70. On the left side of the front surface 68 of the base 65 located below the lower edge of the display hole 70, there are provided a lower center mounting column 117; A mounting engagement portion 123 is provided on the right side of the front surface 68 of the base 65 located below the lower edge of the display hole 70. The attachment engaging portion 123 is formed by a protruding piece 123b protruding forward from the front surface 68 of the base 65 and a claw 123a extending leftward from the front end of the protruding piece 123b. On the other hand, the center lower electrical decoration board 73 includes an electrical decoration relay board connection connector 171 and a start electrical decoration board connection connector 172 on the front surface 170. The attachment method of the center lower electrical decoration board | substrate 73 is demonstrated. With the back surface 173 of the center lower illuminated board 73 facing the front face 68 of the base 65, the right edge of the center lower illuminated board 73 is positioned behind the claw 123a of the mounting engagement section 123, and the center lower illuminated board 73 with the back surface of the left edge portion of 73 mounted on the front end of the mounting post 117; 117, the set screw 174 passes through the through hole 175 provided in the left edge portion of the center lower decoration board 73 and the mounting post 117. By being fastened to the front part, the center lower electrical decoration board 73 is attached to the mounting support pillars 117 and 117 (see FIG. 9).

  The center right illumination board 74 is attached to the front surface 68 of the base 65 located on the right of the right edge of the display hole 70. The upper portion of the front surface 68 of the base 65 located on the right of the right edge of the display hole 70 is provided with a pair of left and right mounting posts 118; An attachment locking portion 124 is provided on the right side of the front surface 68 of the base 65 located below the lower edge of the display hole 70 at the lower portion of the front surface 68 of the base 65 positioned to the right of the right edge of the display hole 70. The attachment locking portion 124 is formed by a protruding piece 124b protruding forward from the front surface 68 of the base 65 and a claw 124a extending upward from the front end of the protruding piece 124b (see FIG. 7). On the other hand, the center right electrical circuit board 74 includes an electrical assembly relay board connection connector 181 at the upper part of the front surface 180, and a right side electrical circuit board connection connector 182 at the lower part of the front surface 180. A method for attaching the center right illumination board 74 will be described. The back surface 183 of the center right electric circuit board 74 is directed to the front surface 68 of the base 65, the front surface of the lower edge part of the center lower electric circuit board 74 is positioned behind the claw 124a of the mounting locking portion 124, and With the back surface of the upper part of the decorative board 74 placed on the front end of the mounting column 118; 118, the set screw 184 passes through the through hole 185 formed in the upper part of the center right electric circuit board 74 and the front part of the mounting column 118. The center right electrical decoration board 74 is attached to the attachment column 118.

  The left side electric decoration board 75 is attached to the lower left portion of the front surface 68 of the base 65. A mounting post 119 is provided at the left end of the lower left portion of the front surface 68 of the base 65, and an attachment locking portion 125 is provided at the lower left portion of the front surface 68 of the base 65. The attachment locking portion 125 is formed by a protruding piece 125b protruding forward from the front surface 68 of the base 65 and a claw 125a extending upward from the front end of the protruding piece 125b (see FIG. 7). On the other hand, the left side electric decoration board 75 includes an electric decoration collective board connection connector 191 at the upper part of the front surface 190. The attachment method of the left side electrical decoration board | substrate 75 is demonstrated. The back side 192 of the left side electric circuit board 75 is directed to the front surface 68 of the base 65, the front surface of the lower edge part of the left side electric circuit board 75 is positioned behind the claw 125a of the mounting locking part 125, and the left side With the back surface of the upper part of the decorative substrate 75 placed on the front end of the mounting column 119, the set screw 193 passes through the through-hole 194 formed in the upper part of the left side electric decorative substrate 75 and passes from the front end to the rear end of the mounting column 119. The left side electric decoration board 75 is attached to the attachment column 119 by being fastened to the attachment hole 195 provided toward (see FIG. 9).

  The right side electric decoration board 76 is attached to the lower right portion of the front surface 68 of the base 65. A mounting post 120 is provided at the right end of the lower right portion of the front surface 68 of the base 65, and an attachment locking portion 126 is provided at the lower right portion of the front surface 68 of the base 65. The attachment locking portion 126 is formed by a protruding piece 126b protruding forward from the front surface 68 of the base 65 and a claw 126a extending upward from the front end of the protruding piece 126b (see FIG. 7). On the other hand, the right side electric decoration board 76 includes a center right electric decoration board connecting connector 201 at the upper part of the front surface 200. The attachment method of the right side electrical decoration board | substrate 76 is demonstrated. The rear surface 202 of the right side electric decoration board 76 is directed to the front surface 68 of the base 65, the front surface of the lower edge part of the right side electric decoration board 76 is positioned behind the claw 126a of the mounting locking portion 126, and the right side electric board With the back surface of the upper part of the decorative substrate 76 placed on the front end of the mounting column 120, the set screw 203 passes through the through hole 204 formed in the upper part of the right side electric decoration substrate 76 and passes from the front end to the rear end of the mounting column 120. The left side electric decoration board 75 is attached to the attachment column 120 by being fastened to the attachment hole 205 provided toward (see FIG. 9).

  The starter electric circuit board 77 is attached to the front surface 68 of the base 65 around the periphery of the starter electric circuit board relay hole 112. Mounting posts 121 are provided on the front surface 68 of the base 65 corresponding to the four corners of the peripheral edge of the starter illumination board relay hole 112, respectively. On the other hand, a center lower illuminated board connecting connector 211 is provided in the upper right portion of the front face 210 of the starter illuminated board 77. A method for attaching the starter electric decoration board 77 will be described. With the back surface 212 of the starter electric circuit board 77 facing the front surface 68 of the base 65 and the back surface 212 of the starter electric circuit board 77 placed on the front ends of the four mounting posts 121, the set screw 213 is the peripheral edge of the starter electric circuit board 77. The starting electrical decoration board 77 is attached to the attachment strut 121 by passing through the through-hole 214 formed in the portion and fastened to the front portion of the attachment strut 121 (see FIG. 9).

  With reference to FIG. 6, the attachment structure of the some relay base | substrate 48 is demonstrated. The left relay board 80 is attached to an attachment part 140 provided along the left edge of the display hole 70. An attachment hole 151 and an attachment locking portion 152 are formed in the attachment portion 140. The attachment locking portion 152 is formed by a protruding piece 152b protruding rearward from the back surface 69 of the base 65 and a claw 152a extending leftward from the rear end of the protruding piece 152b (see FIG. 8). On the other hand, a board external relay board connecting connector 221 and a connector 222 for connecting the ball detector 58 of the left working component 29a are provided on the upper part of the rear surface 220 of the left relay board 80, and the main control is provided on the lower part of the rear surface 220. A connector 223 for connecting to the relay board, a connector 224 for connecting to the ball detector 136 of the general winning component 32a on the left sleeve, and a connector 228 for connecting to the starting solenoid 27b as the drive source 57 of the opening / closing body 27a of the starting winning component 27. Prepare. A method for attaching the left relay board 80 will be described. The front surface 225 of the left relay board 80 faces the back surface 69 of the base 65, the right edge of the back surface 220 of the left relay board 80 is positioned in front of the claw 152a, and the edge of the back surface 220 of the left relay board 80 is attached to the mounting portion. 140, the set screw 226 passes through the through hole 227 formed in the left relay board 80 and is fastened to the mounting hole 151, so that the left relay board 80 is attached to the mounting portion 140. It is attached (see FIG. 10).

  The right relay substrate 81 is attached to an attachment portion 141 provided along the right edge of the display hole 70. An attachment hole 151 and an attachment locking portion 152 are formed in the attachment portion 141. The attachment locking portion 152 is formed by a protruding piece 152b protruding rearward from the back surface 69 of the base 65 and a claw 152a extending leftward from the rear end of the protruding piece 152b (see FIG. 8). On the other hand, a connector 321 for connection to the main special symbol display 38 and the normal symbol display 39 and a connector 322 for connection to the ball detector 58 of the right working component 29b are provided on the upper surface 320 of the right relay board 81. The lower surface 320 includes a main control relay board connector 323 and a connector 324 for connection with the ball detector 138 of the general winning component 32b on the right sleeve. A method for attaching the right relay board 81 will be described. The front surface 325 of the right relay substrate 81 is directed to the back surface 69 of the base 65, the left edge of the back surface 320 of the right relay substrate 81 is positioned in front of the claw 152a, and the edge of the back surface 320 of the right relay substrate 81 is attached to the mounting portion. 141, the set screw 326 passes through the through hole 327 formed in the right relay substrate 81 and is fastened to the mounting hole 151 in a state where it is placed on the back surface of the partition wall 150, so that the right relay substrate 81 is attached to the mounting portion 141. It is attached (see FIG. 10).

  The board external relay board 82 is provided in the upper left part of the back surface 69 of the base 65. At the upper left part of the back surface 69 of the base 65, mounting posts 142 are provided respectively corresponding to the four corners of the rectangular board external relay substrate 82. On the other hand, the panel external relay board 82 includes a left relay board connecting connector 331 below the back surface 330. A method of attaching the panel external relay board 82 will be described. With the front surface 332 of the panel external relay board 82 facing the back surface 69 of the base 65 and the front surface 332 of the board external relay board 82 placed on the back surfaces of the four mounting columns 142, the set screw 333 is mounted on the board external relay board. The board external relay board 82 is attached to the attachment strut 142 by passing through the through-hole 334 formed in the corner portion 82 and being fastened to the attachment pillar 142 (see FIG. 10).

  With reference to FIG. 9, the wiring which mutually connects the some electrical decoration board | substrates 47 is demonstrated. The electrical gathering relay board 72 and the center lower electrical decoration board 73 are connected to each other by the wiring 340. In other words, a connection connector (not shown) provided at one end of the wiring 340 and a center lower circuit board connecting connector 166 provided on the lighting assembly relay board 72 are connected to each other and provided at the other end of the wiring 340. By connecting the connector for connection outside the figure and the connector 171 for connecting the electrical collective relay board provided on the center lower electrical decoration board 73 to each other, the electrical electrical assembly relay board 72 and the center lower electrical decoration board 73 are connected. They are connected to each other by wiring 340 on the front surface 68 side of the base 65. The illumination collective relay board 72 and the center right illumination board 74 are connected to each other by the wiring 341. That is, the connection connector (not shown) provided at one end of the wiring 341 and the center right electrical circuit board connecting connector 167 provided on the electrical assembly relay board 72 are connected to each other and provided at the other end of the wiring 341. By connecting the connector for connection outside the figure and the connector 181 for connecting the electrical collective relay board provided on the center right electrical decorating board 74 to each other, the electrical collective relay board 72 and the center right electrical decorating board 74 are connected. The substrates 65 are connected to each other by wiring 341 on the front surface 68 side. Since the wiring 341 is held along the front surface 68 of the base 65 by the wiring holding portion 127, the wiring 341 can be stably held. The wiring guide part electrical assembly collective relay board 72 and the left side electrical decoration board 75 are connected to each other by the wiring 342. In other words, the connection connector (not shown) provided at one end of the wiring 342 and the left-side electrical decoration board connection connector 168 provided on the electrical assembly relay board 72 are connected to each other, and provided at the other end of the wiring 342. By connecting the connector for connection outside the figure and the connector for connecting collective relay board 191 provided on the left side decorating board 75 to each other, the decorating collective relay board 72 and the left side decorating board 75 are connected to each other. The substrates 65 are connected to each other by wiring 342 on the front surface 68 side. Since the wiring 342 is held by the wiring holding portion 128 along the inner surface of the partition wall 66 of the spherical guide body 45, the wiring 342 can be stably held. The center right illumination board 74 and the right side illumination board 76 are connected to each other by the wiring 343. That is, a connection connector (not shown) provided at one end of the wiring 343 and a right side electrical board connecting connector 182 provided on the center right electrical circuit board 74 are connected to each other and provided at the other end of the wiring 343. By connecting the connector for connection outside the figure and the connector 201 for connecting the center right illumination board provided on the right side illumination board 76 to each other, the center right illumination board 74 and the right side illumination board 76 are connected. The substrates 65 are connected to each other by wiring 343 on the front surface 68 side. The center lower circuit board 73 and the starter circuit board 77 are connected to each other by the wiring 344. That is, a connection connector (not shown) provided at one end of the wiring 344 and a starter circuit board connector 172 provided on the center lower decoration board 73 are connected to each other and provided at the other end of the wiring 344. By connecting the connector for connection outside the figure and the connector for connecting the lower circuit board for center 211 provided on the starter circuit board 77, the lower circuit board for center 73 and the starter circuit board 77 are connected to the base 65. They are connected to each other by wiring 344 on the front surface 68 side. That is, wirings 340; 341; 342; 343; 344 are provided as a plurality of wirings 79 that connect the plurality of electrical decoration boards 47 to each other on the front surface 68 side of the base 64 of the ball guide body 45. As shown in FIG. 13, the plurality of illumination boards 47 are connected to each other on the front surface 68 side of the base 65, and the effect control board 92 is connected to the illumination collective relay board 72 of the illumination boards 47. There is an advantage that the lighting control system controlled by the effect control board 92 and the winning control system controlled by the main control board 85 can be clearly distinguished, and erroneous wiring and inspection can be prevented.

  As shown in FIG. 10, the left relay board 80 and the main control relay board 87 (see FIG. 3) are connected to each other by a wiring 350. That is, the connection connector (not shown) provided at one end of the wiring 350 and the main control relay board connection connector 223 provided on the left relay board 80 are connected to each other, and the connection connector (not shown) provided at the other end of the wiring 350 is connected. And the left relay board connecting connector (not shown) provided on the main control relay board 87 are connected to each other, whereby the left relay board 80 and the main control relay board 87 are connected to the back surface 69 of the base 65. They are connected to each other by wiring 350 on the side. The left relay board 80 and the sphere detector 58 of the left working component 29a are connected to each other by a wiring 351. That is, the connection connector (not shown) provided at one end of the wiring 351 and the ball detector connection connector 222 provided on the left relay board 80 are connected to each other, and the connection connector (not shown) provided at the other end of the wiring 351 is connected. By connecting the connection connector and the ball detector to each other, the left relay board 80 and the ball detector 58 are connected to each other by the wiring 351 on the back surface 69 side of the base 65. The left relay board 80 and the ball detector 136 of the general winning component 32 a of the left sleeve are connected to each other by a wiring 352. In other words, a connection connector (not shown) provided at one end of the wiring 352 and a connection connector 224 for connecting to a ball detector provided on the left relay board 80 are connected to each other and are provided at the other end of the wiring 352. By connecting the external connection connector and the ball detector to each other, the left relay board 80 and the ball detector 136 are connected to each other by the wiring 352 on the back surface 69 side of the base 65. The left relay board 80 and the start solenoid 27b of the start winning component 27 are connected to each other by a wiring 353. In other words, the connection connector (not shown) provided at one end of the wiring 353 and the connection connector 228 for the solenoid provided on the left relay board 80 are connected to each other, and the connection connector 228 (not shown) provided at the other end of the wiring 353 is connected. By connecting the connector for connection and the start solenoid 27b to each other, the left relay board 80 and the start solenoid 27b are connected to each other by the wiring 353. That is, the wiring 350 from the main control board 85 via the main control relay board 87 shown in FIG. 13, the wiring 351 from the ball detector 58; 136, and the wiring 353 from the starting solenoid 27 b are connected to the back surface of the base 65. 69, the winning control system controlled by the main control board 85 and the lighting control system controlled by the effect control board 92 can be clearly distinguished from each other. There is an advantage that inspection can be prevented.

  As shown in FIG. 10, the right relay board 81 and the main control relay board 87 are connected to each other by a wiring 360. In other words, the connection connector (not shown) provided at one end of the wiring 360 and the main control relay board connection connector 323 provided on the right relay board 81 are connected to each other, and the connection connector (not shown) provided at the other end of the wiring 360 is connected. And the right relay board connecting connector (not shown) provided on the main control relay board 87 are connected to each other, whereby the right relay board 81 and the main control relay board 87 are connected to the back surface 69 of the base 65. They are connected to each other by wiring 360 on the side. The right relay substrate 81 and the sphere detector 58 of the right working component 26 b are connected to each other by a wiring 361. In other words, the connection connector (not shown) provided at one end of the wiring 361 and the ball detector connection connector 322 provided on the right relay board 80 are connected to each other, and the connection connector 322 (not shown) provided at the other end of the wiring 361 is connected. By connecting the connector for connection and the ball detector 58 to each other, the right relay substrate 81 and the ball detector 58 are connected to each other by the wiring 361 on the back surface 69 side of the base 65. The right relay board 81 and the ball detector 138 of the general winning component 32b of the right sleeve are connected to each other by a wiring 362. That is, the connector for connection not shown in the figure provided at one end of the wiring 362 and the connector for ball detector connection 324 provided in the right relay board 81 are connected to each other, and the connector not shown in the figure provided at the other end of the wiring 362. By connecting the connector for connection and the ball detector 138 to each other, the right relay substrate 81 and the ball detector are connected to each other by the wiring 362 on the back surface 69 side of the base 65. The right relay board 81 is connected to the main special symbol display 38 and the normal symbol display 39 by wiring 363. That is, the connection connector (not shown) provided at one end of the wiring 363 and the connection connector 321 for the main special symbol display 38 and the normal symbol display 39 provided on the right relay board 81 are connected to each other. An unillustrated connection source provided at the other end of 363, an unillustrated drive source such as a drive control device for the main special symbol display 38, and an unillustrated drive such as a drive control device for the normal symbol display 39. By connecting the sources to each other, the right relay board 81 and the drive source of the main special symbol display 38 and the drive source of the normal symbol display 39 are connected to each other by the wiring 363. That is, as shown in FIG. 13, wiring 360 from the main control board 85 via the main control relay board 87, wiring 361; 362 from the ball detector 58; 138, special symbol display drive source, and normal symbol display Since the wiring 363 from the driving source is connected to the right relay board 81 provided on the back surface 69 of the base 65, the winning control system controlled by the main control board 85 and the electric power controlled by the effect control board 92 are connected. There is an advantage that the decoration control system can be clearly distinguished and erroneous wiring and erroneous inspection can be prevented. Since the wiring 363 is held along the back surface 69 of the base 65 by the wiring holding portion 143, the wiring 363 can be stably held (see FIG. 10).

  The left relay board 80 and the panel external relay board 82 are connected to each other by the wiring 364. That is, the connection connector (not shown) provided at one end of the wiring 364 and the board external relay board connection connector 221 provided on the left relay board 80 are connected to each other and are provided at the other end of the wiring 364. The external connection connector and the left relay connection connector 331 provided on the panel external relay board 82 are connected to each other, so that the left relay board 80 and the panel external relay board 82 are connected to the back surface 69 of the base 65. They are connected to each other by wiring 364 on the side. That is, the wiring 350 from the main control board 85 via the main control relay board 87 and the wiring 364 from the panel external relay board 82 are connected to the left relay board 80 provided on the back surface 69 of the base 65. The advantage is that the external output information system including information on the winning control system controlled by the main control board 85 and the illumination control system controlled by the effect control board 92 can be clearly distinguished, and erroneous wiring and inspection can be prevented. (See FIG. 10; FIG. 13).

  The composite relay board 28A and the main control relay board 87 provided on the back surface of the composite winning component 28 are connected to each other by the wiring 365. That is, the connection connector (not shown) provided at one end of the wiring 365 and the main control relay board connection connector 366 provided on the composite relay board 28A are connected to each other, and the connection connector (not shown) provided at the other end of the wiring 365 is connected. The connector for connection and the connector for connecting the composite relay board (not shown) provided on the main control relay board 87 are connected to each other, whereby the composite relay board 28A and the main control relay board 87 are connected to each other by the wiring 365. The That is, since the wiring 365 from the main control board 85 via the main control relay board 87 and the wiring to the composite winning component 28 are connected to the composite relay board 28A, the winning control system controlled by the main control board 85 and There is an advantage that the illumination control system controlled by the effect control board 92 can be clearly distinguished, and erroneous wiring and inspection can be prevented (see FIG. 10; FIG. 13).

  The speaker 8a, the prize ball lamp 8b, the stop-completion lamp 8c, and the electrical decoration collective relay board 72 are connected to each other by the wiring 370. In other words, the connection connector (not shown) provided at one end of the wiring 370 and the frame connector 157 provided on the illumination collective relay board 72 are connected to each other, and the connection connector (not shown) provided at the other end of the wiring 370. The connector is connected to a connection connector (not shown) provided on a frame control board (not shown) for controlling the speaker 8a, the prize ball lamp 8b, and the hitting completion lamp 8c. The decorative assembly relay board 72 is connected to each other by a wiring 370. That is, since the wiring 370 from the speaker 8a, the prize ball lamp 8b, and the stop-completion lamp 8c is connected to the effect control board 92 via the electric decoration relay board 72, the electric lights controlled by the effect control board 92 are controlled. There is an advantage that the control system and the winning control system controlled by the main control board 85 can be clearly distinguished, and erroneous wiring and inspection can be prevented (see FIG. 9; FIG. 10; FIG. 13).

  As shown in FIG. 4, the main control board 85 and the effect control board 92 are connected to each other by wiring 371. That is, the connection connector 372 provided at one end of the wiring 371 and the connection connector 373 provided on the effect control board 92 are connected to each other, and the connection connector 374 provided at the other end of the wiring 371 and the main control board. The main control board 85 and the effect control board 92 are connected to each other by the wiring 371 by connecting the connection connectors 375 provided on the line 85 to each other. Thus far, the wiring 371 is the only boundary between the winning control system controlled by the main control board 85 and the lighting control system controlled by the effect control board 92, and the winning control system and the lighting control system are Can be clearly distinguished from each other, and there is an advantage that erroneous wiring and erroneous inspection can be prevented (see FIG. 10; FIG. 13).

  As shown in FIG. 12, the pachinko machine 1A includes a game main body 3 that forms the game light display device 1, and the game main body 3 includes a center ornament 24 and a start winning component 27 on the front surface 17 of the game board 15. A ball guide 45 is provided on the back surface 42 of the game board 15. The game main body 3 is stored and mounted in the game main body storage portion 16 of the movable frame 5. The center ornament 24 functions as the optical display component 51. The start winning component 27 functions as the light display component 51, the game component 55, or the drive component 56. On the front surface 68 of the ball guide body 45, an electrical decoration collective relay base 72, a center lower electrical decoration board 73, and a starting electrical decoration board 77 are provided as a plurality of electrical decoration boards 47. The lighting assembly relay board 72, the center lower lighting board 73, and the starting lighting board 77 are connected to each other on the front surface 68 side of the ball guide body 45 by a plurality of wires 79. Therefore, the operator visually confirms the connection form by the wiring 79 between the plurality of illumination boards 47 provided on the front surface 68 of the ball guide body 45 from the front side of the ball guide body 45, thereby It is possible to properly grasp the quality of the connection form by the wiring 79 between the 47. A relay board 48 is provided on the back surface 69 of the ball guide 45, and the relay board 48 has a wiring 79 A from the main control board 85 via the main control relay base 87 and a ball detector for the start winning component 27 (game component 55). The wiring 79B from 58 and the wiring 79C from the start solenoid 27b (drive source 57) of the opening / closing body 27a (drive component 56) of the start winning component 27 are connected. Therefore, the winning control system controlled by the main control board 85 and the illumination control system controlled by the effect control board 92 can be clearly distinguished, and erroneous wiring and erroneous inspection can be prevented. A power supply device 400 and a launch / dispensing control board 401 are provided on the lower surface 5 a of the lower part of the movable frame 5.

  The control system will be described with reference to FIG. When a power switch (not shown) of the pachinko machine 1A is turned on, power is supplied from the power supply device 400 to the main control board 85, the launch / payout control board 401, and the effect control board 92 via a power supply wiring (not shown). When the main control board 85 is activated by the power supply accompanying the ON operation of the power switch and the ball is in the ball tray 12, when the player operates the launch operation mechanism 13, the launch / payout control board 401 becomes the launch mechanism 14. Is driven at a predetermined number of intervals, for example, 1 or less than 100 shots per minute, with a firing force corresponding to the operation amount output from the firing operation mechanism 13, and the firing mechanism 14 launches the game board 15 one by one. Fire towards the passage 36. If a ball launched into the launch passage 36 wins a winning part in the process of flowing down the game area 19 after reaching the game area 19 by pushing the ball return prevention valve 37 from the launch path 36, A winning detection signal is output to the main control board 85 from the ball detector 58 or the like. The start winning signal detected by the ball detector 58 of the start winning component 27 is output to the main control board 85 through a wiring not shown. The winning signal detected by the ball detector 58 of the left working component 29a and the winning signal detected by the ball detector 136 of the general winning component 32a of the left sleeve pass through the left relay board 80 and the main control relay board 87. To the main control board 85. The winning signal detected by the ball detector 58 of the right working component 26b and the winning signal detected by the ball detector 138 of the general winning component 32b of the right sleeve pass through the right relay board 81 and the main control relay board 87. To the main control board 85. Detected by the ball detector 58 of the general winning component 34a on the left of the composite winning component 28, the ball detector 58 of the general winning component 34b on the right of the composite winning component 28, and the ball detector 58 of the variable winning component 33 of the composite winning component 28. The received winning detection signal is output to the main control board 85 via the composite relay board 28A and the main control relay board 87. The main control board 85 controls the effect control board 92, the main special symbol display 38, the normal symbol display 39, the start solenoid 27b, and the variable solenoid 32b by receiving the winning detection signal. The effect control board 92 controls the effect display device 91 by inputting an effect start signal from the main control board 85, and each of the illumination boards 73 to 77 via the illumination assembly relay board 72 and the illumination assembly relay board 72. A control signal is output to a speaker control board (not shown) for controlling the speaker, a prize ball lamp 8b and a lamp completion board 8c (not shown) for controlling the speaker, and a light source 78, a prize ball lamp 8b and a shot completion lamp 8c are outputted. The effect by the speaker 8a is controlled. The information of the pachinko machine 1A stored in the main control board 87 is transmitted to the hall computer 402 via the board external relay board 82.

  The optical display component 51, the game component 55, the drive component 56, and the drive source 57 for the drive component may be different in form and form from those described above.

FIG. 1 is a cross-sectional view (best mode) showing a game light display device. The figure (the best form) which looked at the pachinko machine carrying a game light display device from the front side. The exploded view (best form) of the game main body which forms a game light display apparatus. The figure which looked at the game main body from the back side (best form). The figure which decomposed | disassembled the game board | substrate mounting structure and was seen from the front side of the ball guide body (best form). The figure which decomposed | disassembled the game board | substrate mounting structure and was seen from the front side of the ball guide body (best form). The figure which looked at the spherical guide body from the front side (best form). The figure which looked at the spherical guide body from the back side (best form). The figure which looked at the spherical guide body to which the electrical decoration board | substrate was attached from the front side (best form). The figure which looked at the spherical guide body to which the relay board | substrate was attached from the back side (best form). Sectional drawing which shows the attachment structure to the front surface of the ball | bowl guide body of an electrical decoration assembly relay board | substrate (best form). The longitudinal cross section (equivalent to the AA cross section of FIG. 2) (best form) of the pachinko machine which mounts a game light display apparatus. The control block diagram (best form) which shows the control system of a pachinko machine. Sectional drawing which shows the conventional game light display apparatus.

Explanation of symbols

1 gaming light display device, 3 gaming subject, 15 gaming board, 17 front of gaming board,
42 backside of game board, 45 ball guide (back side part), 47 illuminated board, 48 relay base, 51 light display part, 53 light transmission hole, 55 game part, 56 drive part, 57 drive source, 58; 136; 138 Sphere detector, 79; 79A-79C Wiring, 85 Main control board.

Claims (2)

  A game board, a light transmission hole formed in the game board so as to penetrate the front and back surfaces of the game board, a light display component attached to the front surface of the game board by closing the light transmission hole, and a light transmission hole; Corresponding backside parts attached to the back side of the game board and a plurality of electrical decorations attached to the front side of the back side part having a light source that illuminates the light display part from the back side of the game board via the light transmission hole A game light display device comprising: a substrate; and wiring for connecting a plurality of illumination boards on the front side of the back side component.   A relay board attached to the back side of the back side component, a main control board attached to the back side of the back side part, a game part attached to the front side of the game board, and a ball detector for detecting a ball won in the game part The drive board mounted on the front surface of the game board and the drive source of the drive parts are connected to the relay board, the wiring from the main control board, the wiring from the ball detector, and the wiring from the driving source. The game light display device according to claim 1.

Images