JP6970326B2 - Pachinko machine - Google Patents

Description

The present invention relates to a gaming machine provided with an electric circuit board.

In a conventional gaming machine, it is equipped with a movable effect device that can operate in front of a display means capable of displaying a variable display game in which a plurality of identification information is variablely displayed , and can execute an effect related to the variable display game in various light emission modes. gaming machine is known (e.g., see Patent Document 1).

Japanese Unexamined Patent Publication No. 2014-087611

By the way, the gaming machine includes an electric circuit board on which a plurality of electric parts are mounted, and information on each electric component (part number, instruction of mounting area, etc.) is displayed on the electric circuit board. Therefore, it is preferable to avoid mixing these information displays and make them easier to see. Further, it is preferable to display information in such a manner that the limited space on the electric circuit board can be effectively utilized.

Therefore, the present invention has been made in view of the above circumstances, and an object thereof is a game in which the information displayed on the electric circuit board is easily visible and the space on the electric circuit board can be effectively utilized. It is intended to provide an opportunity.

The present invention has been proposed in order to achieve the above object, and is used in a gaming machine provided with an electric circuit board in which a group of a plurality of electric parts is mounted as a group of mounted parts.
Information about the mounted component group is displayed as mounted component group information at a predetermined position outside the mounted area of the mounted component group in the electric circuit board.
An information-related display unit showing the relationship between the mounting area of the mounted component group and the mounted component group information is displayed.
Within the mounting area of the mounted component group, an extragroup configuration different from the electrical components constituting the mounted component group is arranged.
In the mounted component group information, the display of the information related to the extra group configuration is omitted, and the component information of the electric components constituting the mounted component group is stored in the predetermined location without leaving a space corresponding to the arrangement of the extra group configuration. Displayed on
In the mounting area of the mounted component group, a frame-shaped display indicating the electrical components constituting the mounted component group and the extragroup configuration is displayed.
The gaming machine is characterized in that a frame-shaped display showing component information of electrical components constituting the mounted component group is displayed at the predetermined location.

According to the present invention, the information displayed on the electric circuit board can be easily visually recognized, and the space on the electric circuit board can be effectively utilized.

It is a perspective view of a pachinko gaming machine. It is a front view of a game board. It is an exploded perspective view of a game board. It is an exploded perspective view of a center case. It is a perspective view of a case base, an opening / closing member, and a decorative opening / closing member. It is a front view of the control unit. It is a perspective view of each accessory unit and a winning ball flow path. It is an exploded perspective view of a central accessory unit. It is explanatory drawing of the central movable mechanism which arranged the central accessory member in the non-execution position of the effect, (a) is the front view, (b) is the rear view of the state excluding the movable mechanism base. It is explanatory drawing of the central movable mechanism which arranged the central accessory member at the effect execution position, (a) is the front view, (b) is the rear view of the state which removed the movable mechanism base. It is explanatory drawing of the light guide plate, (a) is a schematic diagram which shows bending of light, (b) is a schematic diagram which shows light emission of a dot pattern, (c) is a schematic diagram of the state which formed the protective layer. It is an exploded perspective view of the lower accessory front unit. It is a front view of the lower accessory front unit, (a) is a state where the lower accessory slide panel is closed, and (b) is a state where the lower accessory slide panel is open. It is an exploded perspective view of the upper accessory unit. (A) is a rear view of the upper accessory unit excluding the upper mechanism case, and (b) is a bottom view of the upper accessory unit. It is explanatory drawing of the side edge accessory unit, (a) is an exploded perspective view, (b) is a side view. It is a rear view of the side edge accessory unit. It is an exploded perspective view of the lower accessory rear unit. It is a front view of the lower accessory rear unit, (a) is a state where the lower accessory member is arranged in the effect non-execution position, and (b) is a state where the lower accessory member is arranged in the effect execution position. .. It is a block diagram of the control system which showed mainly the game control device. It is a block diagram of the control system which showed the effect control device mainly. It is a timing chart of the production operation in the big hit state. It is explanatory drawing of the effect operation of a decorative opening / closing member in a big hit state. It is explanatory drawing of the effect operation of the right-handed instruction by the upper accessory rotating body and the side edge accessory rotating body. It is a timing chart which executes the effect operation by alternately repeating the rotation and the stop of each accessory rotating body. Is. This is the first half of the flowchart of the main process in the game control device. This is the latter half of the flowchart of the main process in the game control device. It is a flowchart of timer interrupt processing in a game control device. It is a flowchart of the main processing in an effect control device. It is a flowchart of interrupt processing in an effect control device. It is an exploded perspective view of the main part of the central accessory unit of the 2nd Embodiment provided with the effect departing mechanism. It is an exploded perspective view of the central accessory member provided with the member side engagement / disengagement part. (A) is an exploded perspective view of the case-side engaging portion, and (b) is an explanatory view showing an engaged state of the engagement / disengagement member with the central unit base. It is explanatory drawing of the state in which the central accessory member is arranged in the effect non-execution position in the central accessory unit of 2nd Embodiment, (a) is a front view, (b) is a rear view. It is explanatory drawing which shows the state of the central accessory member arranged in the effect non-execution position and the peripheral structure thereof in 2nd Embodiment, (a) is a front view, (b) is a rear view. In the second embodiment, it is explanatory drawing which shows the state of the central accessory member and its peripheral composition in the process of descending from the effect non-execution position, (a) is a front view, (b) is a rear view. In the second embodiment, it is explanatory drawing which shows the state of the central accessory member and the peripheral structure | ) Is a rear view. It is explanatory drawing of the state in which the central accessory member is arranged at the effect execution position in the central accessory unit of 2nd Embodiment, (a) is a front view, (b) is a rear view. In the second embodiment, it is explanatory drawing which shows the state of the central accessory member arranged at the effect execution position and the peripheral structure thereof, (a) is a front view, (b) is a rear view. It is a rear view which shows the state in the process of returning from the effect execution position to the effect non-execution position in the central accessory unit of the second embodiment. It is explanatory drawing of the light guide plate of 2nd Embodiment, (a) is a schematic diagram of the state in which the 1st peripheral dot pattern of a 1st light guide plate is made to emit light, (b) is the 1st central dot pattern of a 1st light guide plate. (C) is a schematic view of a state in which the second dot pattern of the second light guide plate is made to emit light, and (d) is a front view of a state in which the first light guide plate is decorated with light emission. e) is a front view of a state in which the second light guide plate is decorated with light emission. It is explanatory drawing of the light emission decoration which can carry out the light guide effect mechanism of 2nd Embodiment, (a) is the aspect which gradually expands the light-emitting part of the 1st peripheral dot pattern of the 1st light guide plate, (b) is 1st. 2 This is an embodiment in which the light emitting portion of the second dot pattern of the light guide plate is gradually expanded from both the upper and lower sides. It is explanatory drawing of the lower accessory rear unit of 2nd Embodiment, (a) is the front view of the state which the lower accessory member is arranged in the directing non-execution position, (b) is the tip part of the swing arm. A schematic diagram of a modified example in which an inclined surface and a notch are formed, (c) is a schematic diagram of a modified example in which a notch is formed at the tip of the swing arm, and (d) is a lower accessory member at an effect execution position. It is a front view just before the arrangement. It is a front view of the state in which the lower accessory member is arranged at the effect execution position in the lower accessory rear unit of the second embodiment. It is explanatory drawing of the effect operation of the right-handed instruction by the upper accessory rotating body, the side edge accessory rotating body, and the light guide effect mechanism. It is a flowchart of the light guide plate control process of 2nd Embodiment. It is explanatory drawing of the effect operation of the left-handed instruction by the upper accessory rotating body, the side edge accessory rotating body, the light guide effect mechanism, and the lower accessory member. (A) is a timing chart of the effect operation of the left-handed instruction, and (b) is a timing chart of performing an interrupt execution of a predetermined effect during the effect operation of the left-handed instruction. It is a front view of the game board which shows the decoration effect which is performed when the 1st game ball wins a prize in a big prize opening during a round game in 2nd Embodiment. It is a front view of the game board which shows the decoration effect which is performed when the 5th game ball wins a prize in a big prize opening during a round game in 2nd Embodiment. In the second embodiment, it is a front view of a game board showing a decorative effect performed when the tenth game ball wins a prize in the big winning opening during a round game. It is explanatory drawing of the light emitting decoration part of 3rd Embodiment, (a) is a perspective view, (b) is a sectional view, (c) is a front view of a light emitting decorative substrate, (d) is a back view of a light emitting decorative substrate. be. It is explanatory drawing of the light emitting decorative board which mounted the wiring connector, (a) is the explanatory view of the state which mounted the wiring connector on the back surface of a light emitting decorative board, (b) is the state which mounted the wiring connector on the surface of a light emitting decorative board. (C) is an explanatory diagram showing character information covered with the wiring connector, (d) is an explanatory diagram of a modified example in which the wiring connector is mounted on the surface of the light emitting decorative board, and (e) is an explanatory diagram of (d). It is explanatory drawing of the back surface of the modification shown in). It is explanatory drawing of the light emitting decorative board which overlaps a circuit wiring pattern and a board composition information, (a) is an explanatory diagram of the state where mounting place instruction information and character information overlap with a circuit wiring pattern, (b) is a circuit wiring of character information. An explanatory diagram of a state deviated from the pattern, (c) is an explanatory diagram of a state deviated from the circuit wiring pattern of the specific display information. (A) is an explanatory diagram of a light emitting decorative board displaying information on a group of mounted parts, and (b) is a description of a light emitting decorative board displaying information on a group of mounted parts when an extragroup configuration is arranged in the group of mounted parts. It is a figure. (A) is an explanatory diagram of a light emitting decorative substrate on which light emitting members densely packed in the horizontal direction are mounted, and (b) is an explanatory diagram of a light emitting decorative substrate on which light emitting members densely packed in the vertical direction are mounted. It is explanatory drawing of the light emitting decorative board which the number of characters of the character information is more than the specified number of characters, (a) is the explanatory view of the light emitting decorative board which mounted the light emitting member densely packed in the horizontal direction, (b) is densely packed in the vertical direction. It is explanatory drawing of the light emitting decorative substrate which mounts a light emitting member. It is explanatory drawing of the decorative member which made the linear pattern along the circuit wiring pattern. It is explanatory drawing of the electric circuit board in which the component mounting area is set. It is explanatory drawing of the electric circuit board to which the information sticker is attached, (a) is the explanatory view of the aspect which displayed the rectangular frame-shaped sticking place instruction information by printing, (b) is the rectangular frame-shaped sticking place instruction information. An explanatory diagram of the mode displayed by the wiring pattern, (c) is an explanatory diagram of the mode in which the broken line-shaped sticking point instruction information is displayed by printing, and (d) is a printing of the sticking point instruction information composed of triangle marks. It is explanatory drawing of an aspect. It is explanatory drawing of the electric circuit board which displays the information about a slide switch as a board composition information, (a) is a state before mounting of a slide switch, (b) is a state after mounting of a slide switch. It is explanatory drawing of the electric circuit board in which the adjacent electric parts are mounted close to each other. It is explanatory drawing of the board unit which connected a pair of electric circuit boards via a board connector, (a) is a side view, (b) is a schematic view of the connector non-mounting surface of a 1st board, (c) is a 1st. A schematic view of the connector mounting surface of the board, (d) is a schematic view of the connector mounting surface of the second board, and (e) is a schematic view of the connector non-mounting surface of the second board. It is explanatory drawing of the substrate unit which mounted | It is a surface view. It is explanatory drawing of the electric circuit board in which the specific mounting area was set, (a) is a front view, (b) is a back view. It is explanatory drawing of the electric circuit board which displayed the frame display which imitated the outline of the mounting area of the mounted component group, and (a) is the surface view of the electric circuit board which mounted in the state which arranged the electric component in an inverted U shape. , (B) is a back view of (a), (c) is a back view of an electric circuit board mounted with electric components arranged in a Y shape, and (d) is a state in which electric components are arranged in a Y shape. It is a back view of the modification of the electric circuit board mounted in. It is explanatory drawing of the electric circuit board which displayed the component group identification information, direction index, identification information, and mounting direction index. It is explanatory drawing of the deformation example of a direction index and a mounting direction index, (a) is the deformation example which was bent once, (b) is the deformation example which was bent multiple times, (c) is the case where it intersects with other display lines. This is a modified example. It is explanatory drawing of the panel drive motor and the panel drive gear in 4th Embodiment, (a) is a plan view, (b) is a side view, (c) is a sectional view taken along line AA of (b). It is an exploded perspective view of the panel drive motor and the panel drive gear in 4th Embodiment, (a) is the exploded perspective view seen from the panel drive gear side, (b) is the exploded perspective view seen from the panel drive motor side. .. It is a front view of the control unit in 5th Embodiment. It is explanatory drawing of the control unit in 5th Embodiment, (a) is a left side view, (b) is a right side view. It is explanatory drawing of the control unit in 5th Embodiment, (a) is a plan view, (b) is a bottom view. It is an exploded perspective view of the upper unit panel, the upper accessory rotating body, and the protruding block in the fifth embodiment. FIG. 5 is an exploded perspective view of a side edge unit panel, a side edge accessory rotating body, and a third protruding block in the fifth embodiment. It is an exploded perspective view of the winning ball flow path in 5th Embodiment. It is a side view of the state which the control unit in 5th Embodiment is placed in the place of placement. It is a top view of the state where the control unit in 5th Embodiment is placed in the place of placement, (a) is the state which attached the cover, (b) is the state which removed the cover. It is a front view of the game board which showed the position of the protrusion in 5th Embodiment. It is a schematic diagram of a modification of the third protruding block, (a) is a schematic diagram showing the reflection of light from one light emitting source, and (b) is a schematic diagram showing the reflection of light from the other light emitting source. .. It is an exploded perspective view which removed the grand prize opening / closing member, the decorative opening / closing member, and the opening / closing drive unit from the center case in the sixth embodiment. It is an explanatory view of the open / close drive unit to which a part of the prize-winning light emitting unit is mounted. It is a perspective view seen from the rear with the. It is an exploded perspective view of a part of the prize-winning light emitting unit and the opening / closing drive unit.

Hereinafter, a pachinko gaming machine, which is a typical gaming machine, will be described as an example based on the drawings. For convenience of explanation, the player side with respect to the pachinko gaming machine is referred to as "front" or "front", and the side opposite to the player across the pachinko gaming machine is referred to as "rear" or "back".
As shown in FIG. 1, the pachinko gaming machine 1 is pivotally attached to one side (left side in FIG. 1) of the rectangular machine frame (outer frame) 2 with the front frame (inner frame) 3 openable and closable. In the front frame 3, a rectangular gaming board 6 (see FIG. 2) in which a gaming area 5 in which a gaming ball launched by a launching device (not shown) can flow down is formed on the surface thereof can be stored. It is supposed to be. Further, a transparent member holding frame 8 is provided so as to be openable and closable on the shaft attachment side (left side in FIG. 1) of the surface of the front frame 3 to the machine frame 2, and the transparent member 9 that can be seen through the transparent member holding frame 8. Is configured so that the gaming area 5 can be seen through the transparent member 9 from the front of the pachinko gaming machine 1. Further, upper speakers 11 for emitting sound effects are provided on the left and right sides of the upper portion of the transparent member holding frame 8, an upper plate unit 13 is provided at the lower portion of the transparent member holding frame 8, and the upper plate unit 13 is provided below the transparent member holding frame 8. The lower plate unit 14 is arranged. Then, on one side edge (right edge in FIG. 1) of the transparent member holding frame 8, a holding frame protruding portion 8a decorated by indicating the model name or manufacturer name of the pachinko gaming machine 1 is moved forward. The pachinko gaming machine 1 is configured to be projected so as to prevent the pachinko gaming machine 1 from being peeped from the adjacent seat by the holding frame protruding portion 8a. Further, a launch operation unit (launch operation handle) 15 for operating the launch device is provided on one side of the lower plate unit 14 (on the right side in FIG. 1), and on both the left and right sides of the lower plate unit 14. A lower speaker 16 that emits a sound effect is provided, and a game effect button 17 for the player to operate during the game is provided on the front side of the upper plate unit 13.

As shown in FIG. 2, the game board 6 is based on a game base unit 21 in which a plurality of side cases 20 are connected to the surface of the game board 19 in a frame shape and fastened to form a game area 5 as a base. A center case 23 having an open central portion is arranged above the game area 5. On both the left and right sides of the center case 23, a case ball flow path (a first case ball flow path 26 located on the right side and a second case ball flow down path 27 located on the left side) through which a game ball can pass are provided. A normal drawing start gate 28 is arranged on the downstream side of the first case ball flow down path 26, and a game ball that has won (passed) through the normal drawing start gate 28 can be detected by the gate switch 29. Then, the normal map variation display game can be executed with the winning of the game ball to the normal map start gate 28 (specifically, the detection of the game ball by the gate switch 29) as the start condition (normal map start condition). Further, a large winning opening 31 is arranged on the side of a portion of the downstream portion of the first case ball flow down passage 26 located on the upstream side of the normal drawing start gate 28, and is upstream of the first case ball flow down passage 26. A general winning opening 32 is arranged in the section. The configuration of the large winning opening 31 will be described in detail later.

Further, below the central portion of the center case 23, a starting winning unit 38 having a first starting winning opening 36 on the left side and a second starting winning opening 37 on the right side arranged side by side is arranged, and the starting is provided. When the game ball enters from the ball receiving port 38a opened at the upper part of the winning unit 38, the distribution member swinging in the starting winning unit 38 distributes the game ball to the first starting winning opening 36 or the second starting winning opening. It is configured to win any of the 37. Further, on one side (right side in FIG. 2) of the start winning unit 38, a second start winning device 41 provided with an ordinary electric accessory (opening / closing member) 41a is arranged, and the other side (FIG. 2). A general winning opening 42 is arranged on the left side of 2). Further, the first start winning opening 36 is provided with a first starting opening switch 46 capable of detecting a game ball winning in the first starting winning opening 36, and the second starting winning opening 37 is provided with the second starting winning opening. A second starting port switch 47 capable of detecting a game ball won in the mouth 37 is provided, and the second starting winning device 41 is a second starting device switch capable of detecting a game ball winning in the second starting winning device 41. It has 48. Then, the special figure 1 variable display game can be executed with the winning of the game ball to the first starting winning opening 36 (specifically, the detection of the gaming ball by the first starting opening switch 46) as the starting condition, and the second starting winning opening. The special figure 2 variable display game can be executed with the winning of the game ball to the 37 or the second start winning device 41 (specifically, the detection of the game ball by the second starting port switch 47 or the second starting device switch 48) as the starting condition. It is supposed to be. Further, if the game ball wins the first start winning opening 36 during the execution of the special figure 1 variable display game, the execution of a new special figure 1 variable display game based on this winning is set in advance as the special figure 1 start memory. Up to the set upper limit number (two in this embodiment) is stored and held. In addition, if the game ball wins the second start winning opening 37 or the second start winning device 41 during the execution of the special figure 2 variable display game, a new special figure 2 variable display game based on this winning is executed. Special figure 2 Up to a preset upper limit number (two in this embodiment) as start storage is stored and held. The configuration for displaying the number of reserved start storages will be described in detail later.

Further, at the lower end of the game area 5 located below the start winning unit 38, an out port 49 for collecting the game balls that have flowed down without winning is opened, and the center case 23 and the start winning prize in the game area 5 are provided. A wind turbine and a plurality of obstacle nails (none of which are shown) are planted in places other than the attachment portion of the game member such as the unit 38. A batch display device 51 is provided at the lower part of one side of the side case 20 (lower right in FIG. 2), and the batch display device 51 includes a normal map variation display game and a special map variation display game (special figure 1 variation display). It is configured to display a game, a special figure 2 variable display game), a game state, and the like.

Further, as shown in FIG. 3, a control unit (back surface component) 54 having a translucent central portion is mounted on the back surface side of the game base unit 21, and a display device 55 is mounted on the back surface side of the control unit 54. A decorative special figure variable display game in which the display unit 55a of the display device 55 faces forward from the central portion (translucent portion) of the control unit 54 and the central portion of the center case 23 to display a plurality of identification information in a variable manner. (The effect display corresponding to the first special figure variation display game and the second special figure variation display game) can be displayed on the display unit 55a. Then, a winning ball flow path 56 is provided in the lower part of the control unit 54, the winning ball flow path 56 is connected to the rear part of the winning device such as the starting winning unit 38, and the game area 5 flows down to win the winning device. The game ball (winning ball) can be collected in the winning ball flow path 56. Further, a game control device 58 that comprehensively controls the game is mounted below the display device 55 on the back side of the control unit 54, and an effect control device that controls the effect operation in the game is mounted on the back side of the display device 55. 59 is attached.

Next, the center case 23 will be described.
As shown in FIGS. 4 and 5, the center case 23 includes a frame-shaped case base 61 having translucency as a base of the center case 23, and a display device 55 is provided in the central portion of the case base 61. A case window portion 62 that is visible is provided. Further, on the front surface of the upper side portion of the case base 61, eaves-shaped armor portions 63 protruding toward the front of the center case 23 are arranged in an arc state inclined downward toward the left and right sides of the center case 23. Between the portion 63 and the case window portion 62, a light emitting decorative portion 64 capable of performing a decorative effect by light emission is arranged.

Further, the upstream openings of the case ball flow paths 26 and 27 on both the left and right sides are made to face the lower end of the inclination of the armor portion 63, respectively, and a game ball is placed between the case window portion 62 and each case ball flow down paths 26 and 27. A ball intrusion prevention wall 66 that prevents intrusion from the ball flow lower passages 26 and 27 into the case window portion 62 is projected forward, respectively. Then, the first case ball flow down path 26 is formed in a state of meandering in the left-right direction, and the downstream opening of the first case ball flow down path 26 is opened below the center case 23. Further, a pair of ball rolling shelves 67 separated in the vertical direction are arranged in the downstream portion of the second case ball flow down path 27, the downstream portion is branched up and down in a horizontal posture, and each branch path is divided into the center case 23. It is open to the bottom of.

A hold display unit 70 is provided below the lower ball rolling shelf 67, and the special figure 1 hold number display unit 71, the special figure 2 hold number display unit 72, and the special figure 1 first are provided in the hold display unit 70. The 4 symbol display unit 73 and the special diagram 2 4th symbol display unit 74 are each configured and arranged by a light emitting member such as an LED. Specifically, two special figure 2 hold number display units 72 are arranged side by side on the upper part of the hold display unit 70, and two special figure 1 hold number display units are arranged in the vertical middle portion of the hold display unit 70 in the vertical direction. 71 are arranged side by side, and in the lower part of the hold display unit 70, the special figure 1 fourth symbol display unit 73 is arranged on one side (left side in FIG. 2), and the other side (right side in FIG. 2). ) Is provided with the special figure 2 fourth symbol display unit 74. The special figure 1 hold number display unit 71 displays the execution hold number of the special figure 1 variable display game by the number of light emission, and the special figure 2 hold number display unit 72 displays the execution hold number of the special figure 2 variable display game by the light emission number. do. In addition, the special figure 1 fourth symbol display unit 73 displays the special figure 1 fourth symbol for notifying the result of the special figure 1 variable display game together with the stop mode of the variable symbol by light emission, and the special figure 2 second. 4 The symbol display unit 74 displays the special figure 2 fourth symbol for notifying the result of the special figure 2 variable display game together with the stop mode of the variable symbol by light emission. In addition, using the two light emitting members arranged at the lower part of the hold display unit 70, the result of the special figure 1 variable display game or the fourth symbol for notifying the result of the special figure 2 variable display game is emitted by light emission. It may be configured to be displayed. Further, the hold display or the symbol may not be displayed on the hold display unit 70, and instead, the hold display or the symbol may be displayed on the display unit 55a of the display device 55.

Further, on the lower side portion of the case base 61, a stage portion 76 capable of rolling the game ball in the lateral direction (front-back direction and left-right direction) is arranged. Further, a guide groove 77 for guiding the game ball from above the stage portion 76 to the front and the bottom of the stage portion 76 is provided in the central portion in the left-right direction of the stage portion 76 (see FIG. 2). Further, behind the stage portion 76, a translucent entry control wall 78 for restricting the game ball on the stage portion 76 from entering the rear display device 55 side is erected, and one side of the stage portion 76 is erected. At the end (the left end in FIG. 2), a ball introduction path (warp flow path) 79 through which a game ball can flow down is provided. Then, the entrance of the ball introduction path 79 is opened to the middle stream portion of the second case ball flow down path 27, the exit of the ball introduction path 79 is opened toward the stage portion 76, and the game ball is opened from the second case ball flow down path 27. It is configured so that it can reach the stage portion 76 through the ball introduction path 79. Further, on the side of the case base 61 opposite to the ball introduction path 79 (on the right side in FIG. 5) across the stage portion 76, light is emitted as the game progresses (specifically, a big hit state occurs). It is provided with a light emitting notification unit 80 capable of executing notification of a game state.

As shown in FIGS. 4 and 5, the large winning opening 31 provided on the side of the first case ball flow down path 26 is located on the stage portion 76 side (FIG. 5) from above the normal starting gate 28 of the case base 61. A large prize opening 83 opened at a position shifted to the middle and left side), and a feather-shaped large prize that allows or prevents the game ball from flowing down from the first case ball flow down path 26 to the large prize opening 83. An opening / closing member 84, a large winning opening solenoid 85 that causes the large winning opening / closing member 84 to perform an opening / closing operation, and a count switch (large winning opening switch) 86 that can detect a game ball (winning ball) that has passed through the large winning opening 83. It is configured with and. Further, in the closed state in which the winning of the game ball to the large winning opening 31 is blocked, the large winning opening / closing member 84 is in a vertical posture (see FIG. 2), and the opening is allowed to allow the game ball to win the large winning opening 31. In the state, the large prize opening / closing member 84 is configured to rotate around the lower end portion as a rotation center and move the upper end portion toward the first case ball flow down path 26 side (see FIGS. 4 and 5).

Further, a translucent large prize decorative window portion 88 is provided at a portion of the case base 61 located between the large prize opening / closing member 84 and the ball intrusion prevention wall 66, and the rear of the large prize decorative window portion 88. A large prize light emitting unit 89 is attached to the above, and the light generated from the large prize light emitting unit 89 is transmitted from the large prize decorative window 88 to the front of the large prize opening 31, so that decoration by light emission can be performed. Further, behind the large prize light emitting unit 89, a large prize opening solenoid 85 mounted on a metal heat sink 90 is arranged, and the large prize opening solenoid 85 is covered from the rear by a solenoid cover 91 to win a large prize. The plunger of the mouth solenoid 85 and the rotation shaft of the prize-winning opening / closing member 84 are connected by a crank member 92. The prize-winning light-emitting unit 89 is provided with a prize-winning light-emitting board 89b on which a light-emitting body such as an LED is mounted on the front side of the light-emitting unit base 89a, and the prize-winning light-emitting board 89b is forwarded by a light-emitting unit cover 89c. The light emitting body on the prize-winning light emitting substrate 89b faces forward from the translucent hole of the light emitting unit cover 89c. In addition, a translucent large prize decoration panel 89d is attached to the front side of the light emitting unit cover 89c, and the light from the light emitting body on the large prize light emitting substrate 89b is a translucent hole, the large prize decorative panel 89d, and the large prize decoration. It is configured to irradiate the front of the center case 23 through the window portion 88.

Then, as shown in FIG. 5, of the case base 61, the side opposite to the large prize opening / closing member 84 with the large prize opening 83 and the ball intrusion prevention wall 66 interposed therebetween (in other words, the case window portion rather than the ball intrusion prevention wall 66). The 62 side) is provided with a decorative opening / closing member 94 paired with the grand prize opening / closing member 84 in a rotatable state, and the decorative opening / closing member 94 is configured to be opened / closed by the decorative opening / closing solenoid 95. .. Specifically, in the normal state where the decorative effect is not executed, the decorative opening / closing member 94 is in a vertically closed posture (see FIG. 2), and in the state where the decorative effect is executed, the decorative opening / closing member 94 holds the lower end portion. It is configured to rotate as a center of rotation and move the upper end portion toward the case window portion 62 (see FIGS. 4 and 5). The decorative opening / closing solenoid 95 is mounted on the heat sink 90 side by side with the winning opening solenoid 85 and is covered from the rear by the solenoid cover 91. The plunger of the decorative opening / closing solenoid 95 and the decorative opening / closing member 94 The rotating shaft is connected by a crank member 96.

Next, the control unit 54 will be described.
As shown in FIGS. 3 and 6, the control unit 54 is provided with a unit case 100 anchored to the back surface of the game base unit 21 in a state where the front side is open, and a rectangular display is provided on the rear portion of the unit case 100. The opening window 100a is opened so as to penetrate in the front-rear direction, and the display unit 55a of the display device 55 mounted behind the unit case 100 faces the display opening window 100a (see FIG. 3). Further, in the front opening portion of the unit case 100, a plurality (five in this embodiment) of movable accessory units (movable effect devices) that can operate as the game progresses are stored in combination. Specifically, a rectangular central accessory unit (first accessory unit) 101 having a translucent central portion is arranged at a portion of the unit case 100 located in front of the display opening window 100a. A horizontally long lower accessory front unit (second accessory unit) 102 is attached to the lower part of the front side of the central accessory unit 101, and a winning ball flow path is provided in front of the lower portion of the lower accessory front unit 102. 56 are arranged (see FIGS. 6 and 7). Further, in the front side of the central accessory unit 101, a portion extending from the upper portion to the side edge portion (left edge portion in FIG. 7) on the second case ball flow down path 27 side has an inverted L-shaped upper accessory unit (upper accessory unit). A third accessory unit) 103 is attached, and a vertically long side edge accessory unit is attached to the side edge portion (right edge portion in FIG. 7) on the first case ball flow down path 26 side of the front side of the central accessory unit 101. (4th accessory unit) 104 is attached. Further, a horizontally long lower accessory rear unit (fifth accessory unit) 105 is attached to the lower part on the rear side of the central accessory unit 101. Then, the lower accessory front unit 102, the upper accessory unit 103, and the side edge accessory unit 104 are located behind the center case 23 in a frame shape along the opening edge of the case window portion 62, and the case base 61 enters. It is configured so that it can be visually recognized from the front of the game board 6 through the regulation wall 78 and the case window portion 62 (see FIG. 2).

As shown in FIG. 8, the central accessory unit 101 has a frame-shaped central unit base (directing base) 110 whose central portion is opened in a rectangular shape and serves as a base of the central accessory unit 101, and the central unit base. It is configured to include a central movable mechanism 111 that engages with the upper side portion of the 110, and a rectangular light guide effect mechanism 112 that is mounted on the front side of the central unit base 110. As shown in FIGS. 8 to 10, the central movable mechanism 111 includes an inverted U-shaped movable mechanism base 115 that is arranged in a state of being separated behind the upper side portion and the left and right side sides of the central unit base 110. On the front surface of the upper side of the movable mechanism base 115, the upper ends of the pair of central movable arms 116 separated in the left-right direction are pivotally attached in a rotatable state, and the upper ends of the central movable arms 116 ( An arcuate central arm guide groove 116a is provided at a position shifted downward from the shaft attachment portion), and the central arm guide protrusion 115a extending forward from the movable mechanism base 115 slides on the central arm guide groove 116a. Each is engaged in the possible state. Further, the lower ends of the central movable arms 116 are separated from each other in the left-right direction, and in this state, they are pivotally attached to the horizontally long central accessory member (movable member) 117. Is supported in a state where it can be raised and lowered.

Further, each central movable arm 116 is provided with a central arm gear 118 that rotates together with the central movable arm 116, and a plurality of (three in this embodiment) central transmission gears 119 are provided between the central arm gears 118. It meshes through. Further, a central accessory drive motor 120, which is a drive source of the central movable mechanism 111, is provided on one side (right side in FIG. 9A) of the front surface of the upper side portion of the movable mechanism base 115, and the central accessory drive is provided. The central drive gear 121 (see FIG. 9B) that rotates together with the output shaft of the motor 120 is meshed with the central arm gear 118 on one side (left side in FIG. 9B). Then, when the central accessory drive motor 120 is driven to output rotational power, this rotational power is transmitted to each central arm gear 118 via the central drive gear 121 and the central transmission gear 119, and the central movable arms 116 are in phase with each other. The central accessory member 117 mounted between the central movable arms 116 is configured to rotate in the vertical direction and move in the vertical direction while maintaining the lateral posture.

As shown in FIG. 8, the central accessory member 117 that can be moved by the operation of the central movable arm 116 includes a front cover portion 124 having translucency and a rear base portion 125 on which the central movable arm 116 is axially attached. When the central accessory light emitting member 126a such as an LED mounted on the central accessory light emitting board 126 accommodates the central accessory light emitting board 126, the light passes through the front cover portion 124 and is a game board. It is configured to illuminate the front of 6. Further, a central accessory guide protrusion 127 is provided on the upper portion of the central accessory member 117, and the central accessory guide projection 127 is slid into a vertically arcuate central movable guide groove 110a provided on the upper side of the central unit base 110. Engaged in a movable state. In other words, the central accessory member 117 is operably mounted on the central unit base 110 via the central movable guide groove 110a and the central accessory guide protrusion 127. Further, a central accessory position detection piece 128 is projected from the side end portion (left end portion in FIG. 9A) of the central accessory member 117, and the central accessory position detection provided on the movable mechanism base 115 is provided. The sensor 129 can detect the central accessory position detection piece 128.

In the central movable mechanism 111 having such a configuration, the central accessory drive motor 120 is driven to rotate each central movable arm 116 to move the central accessory member 117 up and down, and the central accessory guide protrusion 127. Is engaged with the upper end of the central movable guide groove 110a and the central accessory member 117 is placed at the non-execution position (top dead position) (see FIG. 9), the central accessory member 117 is on the upper side of the central unit base 110. It is accommodated between the portion and the upper side portion of the movable mechanism base 115, is hidden behind the upper accessory unit 103 and the light emitting decoration portion 64, and becomes invisible from the front of the game board 6 (see FIG. 2). At this time, the central accessory position detection sensor 129 can detect the central accessory position detection piece 128 of the central accessory member 117 and grasp that the central accessory member 117 is arranged at the effect non-execution position. can. Further, when the central accessory guide protrusion 127 is engaged with the lower end portion of the central movable guide groove 110a and the central accessory member 117 is arranged at the effect execution position (lower dead position) (see FIG. 10), the central accessory member 117 is arranged. Is displaced downward from between the upper side of the central unit base 110 and the upper side of the movable mechanism base 115, overlaps the front of the upper part of the display portion 55a of the display device 55, and can be visually recognized from the front of the game board 6 (FIG. 6).

As shown in FIG. 8, the light guide effect mechanism 112 includes a transparent light guide plate 131 that is overlapped and arranged in front of the display unit 55a of the display device 55, and a light guide holder 132 that holds the light guide plate 131 from both the left and right sides. And the light guide effect light emitting substrate 133 arranged on the outside of the light guide plate 131 (specifically, on the right side in FIG. 8). Then, the light guide holder 132 is fixed to the left and right side edges of the central unit base 110, and the light guide plate 131 is arranged in front of the central opening of the central unit base 110. Further, a vertically long light guide effect light emitting substrate 133 is sandwiched between the light guide holder 132 on one side (right side in FIG. 8) and the movable mechanism base 115, and the upper part of the light guide effect light emitting substrate 133 is a substrate bracket 134. A light guide effect light emitting member 135 such as a full-color LED mounted on the light guide effect light emitting substrate 133 is mounted on the side of the light guide plate 131 (on the left side in FIG. 11A). It is arranged.

The light guide plate 131 is a flat plate made of a translucent member such as transparent resin or transparent glass, and a player can visually recognize the display unit 55a of the display device 55 through the central opening of the light guide plate 131 and the central unit base 110. It is configured as follows. Further, on the back surface facing the display unit 55a, a plurality of hemispherical fine transparent protrusions 137 (for example, hemispherical protrusions having a particle size of several tens of μm (see FIG. 11A)) are projected. When a dot pattern DP that expresses the drawing of a character is applied and light is generated from the light emitting member 135 to enter from the side of the light guide plate 131, this light bends and guides in each transparent projection 137. The dot pattern DP is configured to be diffused to the front of the light plate 131 so that it can be seen in a state where the dot pattern DP emits light when viewed from the player side (see FIG. 11 (b)).

Here, the dot pattern DP composed of the plurality of transparent protrusions 137 is applied to the light guide plate 131 by using, for example, a liquid ejection device (for example, an inkjet printer) capable of ejecting a liquid transparent resin. Further, in the transparent protrusions 137 constituting the dot pattern DP, as shown in FIG. 11B, the particle size of the transparent protrusions 137 is gradually reduced as the distance from the light guide effect light emitting substrate 133 increases, and the transparent protrusions 137 are arranged. The density of numbers (in other words, the density of the points where light bends) is set to gradually increase. As a result, it is configured to suppress the inconvenience that the light emission of the dot pattern DP is extremely different between the place far from the light guide effect light emitting substrate 133 and the place near it.

As shown in FIG. 11C, if the protective layer 138 is formed on the back surface of the light guide plate 131 with a transparent coating agent or the like to protect the transparent protrusions 137, the fine transparent protrusions 137 are carelessly formed. It is preferable because it is possible to avoid the inconvenience of falling off from the light guide plate 131. Further, the light that is going to travel from the transparent protrusion 137 to the back side of the light guide plate 131 is reflected by the protective layer 138 to facilitate the movement to the front of the transparent protrusion 137, and it is possible to enhance the light emitting effect of the dot pattern DP. ..

Next, the lower accessory front unit 102 will be described.
As shown in FIGS. 12 and 13, the lower accessory front unit 102 has a horizontally long front unit cover 142 mounted on the front side of the horizontally long front unit base 141, and is between the front unit base 141 and the front unit cover 142. Contains a horizontally long lower accessory light emitting unit 143. Further, on the lower accessory light emitting unit 143, a plurality of lower accessory light emitting members 145 such as LEDs are mounted side by side on the surface of the lower accessory light emitting substrate 144, and the lower accessory light emitting member is emitted. The substrate 144 is held from the back surface side by the lower accessory substrate holder 146, and in front of the lower accessory light emitting substrate 144, a translucent lower accessory light emitting lens that covers each lower accessory light emitting member 145. The member 147 is attached. A translucent lower accessory translucent panel 148 is provided at a portion of the front unit cover 142 located in front of the lower accessory light emitting lens member 147, from the lower accessory light emitting member 145. The light is configured to be emitted to the front of the lower accessory front unit 102 through the lower accessory light emitting lens member 147 and the lower accessory translucent panel 148.

Further, in the central portion of the lower accessory light emitting unit 143 in the left-right direction, a lower accessory rotating body 150 imitating the shape of a flower is provided in a state where it can be rotated by the lower accessory rotation drive motor 151, and the lower portion is provided. It faces the front of the lower accessory light emitting unit 143 through the rotary opening 148a provided in the central portion of the side accessory translucent panel 148. Further, lower side accessory slide panels 152 that can be opened and closed by sliding in the left-right direction are provided on both left and right sides of the front surface of the front unit cover 142, and a vertically long panel drive is provided at the bottom of each lower accessory slide panel 152. Engagement grooves 153 are provided respectively. Further, a panel drive motor 154 is provided below the lower accessory light emitting unit 143 between the front unit base 141 and the front unit cover 142, and the panel drive gear 155 is axially mounted on the output shaft in a co-rotating state. Slide transmission gears 156 are meshed on the left and right sides of the panel drive gear 155. Then, a slide engaging protrusion 157 is projected from a position off the center of rotation of each slide transmission gear 156 to engage with the panel drive engaging groove 153, and in this state, the panel drive motor 154 is driven to slide. When the slide engaging protrusion 157 is rotated together with the transmission gear 156, the lower accessory slide panels 152 are in contact with each other side by side in a closed state covering the front surface of the front unit cover 142 (see FIG. 13A), and the lower side. It is configured to be converted into an open state (see FIG. 13B) in which the accessory slide panels 152 are separated from each other in the left-right direction and the central portion in the left-right direction of the front unit cover 142 is exposed.

Further, a horizontally long panel translucent opening 152a is opened in the central portion of each lower accessory slide panel 152, and a part of the rear lower accessory translucent panel 148 (specifically, the lower accessory translucent). The side edge of each lower accessory slide panel 152 on the lower accessory rotating body 150 side (in other words, the lower accessory front unit 102) faces the panel 148 (the part located in front of the light emitter). Semi-circular panel notches 152b are provided at the side edges located closer to the center in the left-right direction. Then, when each lower accessory slide panel 152 is converted to the closed state, the panel notches 152b are adjacent to each other to form a single circular opening, and the center of the lower accessory rotating body 150 is formed from this opening. Only the portion is exposed forward, and the outer peripheral portion of the lower accessory rotating body 150 is configured to be hidden behind the edge portion of the opening (see FIG. 13A).

Next, the upper accessory unit 103 will be described.
As shown in FIG. 14, the upper accessory unit 103 has a plurality of types (two types having different sizes in the present embodiment) on the inverted L-shaped upper unit base 161 that is the base of the upper accessory unit 103. It is configured to include the accessory rotating body 162. The upper unit base 161 is configured by stacking the upper unit panel 163, the upper board holder 164, and the upper mechanism case 165 in this order from the front side, and the upper side of the upper board holder 164 has an upper accessory light emitting member 166 such as an LED. The mounted upper accessory light emitting board 167 is mounted, and the upper unit panel 163 is composed of a translucent member so that the light from the upper accessory light emitting member 166 can be irradiated to the front of the upper accessory unit 103.

Further, on the back side of the upper mechanism case 165, an upper accessory drive motor 169 that outputs rotational power is provided, and on the front side of the upper mechanism case 165, a plurality of upper accessory rotations that rotate together with the upper accessory rotating body 162. A gear 170 and a plurality of upper accessory transmission gears 171 for transmitting rotational power from the upper accessory drive motor 169 to the upper accessory rotation gear 170 are provided (see FIG. 15A). Then, the upper accessory rotation gear 170 and the upper accessory transmission gear 171 are alternately meshed to form the upper unit gear group 172, and the upper substrate holder 164 and the upper mechanism case 165 can be rotated. It is arranged in. Further, an upper accessory drive gear 173 that rotates together with the output shaft of the upper accessory drive motor 169 is pivotally attached to the upper accessory drive motor 169, and the upper accessory drive gear 173 is transferred to the upper unit gear group 172. It is in mesh.

The upper accessory rotating body 162 (first upper rotating body 162a, second upper rotating body 162b) is a disk-shaped member whose surface is decorated to imitate the shape of a flower, and is provided on the upper unit panel 163. The rotating shaft is rotatably attached to the bearing, and the rotating shaft penetrating the bearing is connected to the upper accessory rotating gear 170 in a co-rotating state. Further, as shown in FIG. 15B, the upper bonus unit 103 is displaced in the front-rear direction to prevent the upper bonus rotating bodies 162 from interfering with each other. The diameter of the first upper rotating body 162a, which is a kind of the upper accessory rotating body 162, is set to be larger than that of the second upper rotating body 162b, which is another upper accessory rotating body 162. Further, the number of teeth of the upper accessory rotating gear 170 (first upper gear 170a) that rotates together with the first upper rotating body 162a is changed to the upper accessory rotating gear 170 (second upper side) that rotates together with the second upper rotating body 162b. The number of teeth is set to be larger than the number of teeth of the gear 170b), and the rotation cycle is made different between the first upper rotating body 162a and the second upper rotating body 162b. Further, a jig engagement hole 170c is provided in each upper accessory rotation gear 170, and each upper accessory rotation gear 170 is engaged with the jig when assembling the upper accessory unit 103 to restrict rotation. In this state, the upper accessory rotating body 162 is connected to the upper accessory rotating gear 170 so that the decorative pattern of each upper accessory rotating body 162 can be set in the same phase as the original design. It is configured.

Then, as shown in FIGS. 14 and 15A, the upper accessory unit 103 meshes the upper accessory rotation position detection sensor 175 with the upper unit gear group 172, and the upper accessory rotation position detection sensor 175 On the back surface side, an annular upper upright wall 175a, which is partially cut out, is projected. Further, the upper mechanism case 165 is provided with an upper accessory rotation position detection sensor 176 so that the upper upright wall 175a can be detected, and the upper accessory rotation position detection sensor 176 detects a notch portion of the upper upright wall 175a. , Each upper accessory rotating body 162 that rotates together with each upper accessory rotating gear 170 is configured to be able to detect that it has been converted to a preset initial rotation phase (initial state).

Next, the side edge accessory unit 104 will be described.
As shown in FIG. 16, the side edge accessory unit 104 has a plurality of types (two types having different sizes in the present embodiment) on the vertically long side edge unit base 181 which is the base of the side edge accessory unit 104. It is configured to include a side edge accessory rotating body 182 and a vertically long winning ball collecting gutter 183 for collecting a game ball (winning ball) that has won a prize in the general winning opening 32 of the first case ball flow down path 26. The side edge unit base 181 is configured by stacking the side edge unit panel 184, the side edge board holder 185, and the side edge mechanism case 186 in this order from the front side, and the front side of the side edge board holder 185 has a side edge such as an LED. A side edge accessory light emitting board 188 on which the accessory light emitting member 187 is mounted is mounted, and the side edge unit panel 184 is composed of a translucent member to allow light from the side edge accessory light emitting member 187 to be emitted from the side edge accessory unit. It is possible to irradiate the front of 104. At the upper part of the side edge unit base 181 is a winning collection communication passage 181a that connects the general winning opening 32 and the winning ball collecting gutter 183.

Further, a side edge accessory drive motor 189 that outputs rotational power is provided on the back side of the side edge mechanism case 186, and a plurality of side edge accessory rotating bodies 182 co-rotate on the front side of the side edge mechanism case 186. A side edge accessory rotating gear 190 and a plurality of side edge accessory transmission gears 191 for transmitting rotational power from the side edge accessory drive motor 189 to the side edge accessory rotating gear 190 are provided. Then, the side edge accessory rotating gear 190 and the side edge accessory transmission gear 191 are alternately meshed to form the side edge unit gear group 192, and between the side edge substrate holder 185 and the side edge mechanism case 186. It is arranged in a rotatable state. Further, a side edge accessory drive gear 193 that rotates together with the output shaft of the side edge accessory drive motor 189 is pivotally attached to the side edge accessory drive motor 189, and the side edge accessory drive gear 193 is mounted on the side edge. It meshes with the unit gear group 192.

The side edge accessory rotating body 182 (first side edge rotating body 182a, second side edge rotating body 182b) is a disk-shaped member whose surface is decorated to imitate the shape of a flower, and is a side edge unit panel. The rotating shaft is rotatably attached to the bearing provided in 184, and the rotating shaft penetrating the bearing is connected to the side edge accessory rotating gear 190 in a co-rotating state. Further, as shown in FIG. 16B, the side edge accessory units 104 are arranged in the front-rear direction to prevent the side edge accessory rotating bodies 182 from interfering with each other. The diameter of the first side edge rotating body 182a, which is a kind of the side edge accessory rotating body 182, is set to be larger than that of the second side edge rotating body 182b, which is another side edge accessory rotating body 182. Further, the number of teeth of the side edge accessory rotating gear 190 (first side edge gear 190a) that rotates together with the first side edge rotating body 182a is changed to the side edge accessory rotating gear that rotates together with the second side edge rotating body 182b. The number of teeth is set to be larger than the number of teeth of 190 (second side edge gear 190b), and the rotation cycle is made different between the first side edge rotating body 182a and the second side edge rotating body 182b. Further, each side edge accessory rotating gear 190 is provided with a jig engagement hole 190c, and each side edge accessory rotating gear 190 is engaged with the jig to rotate when assembling the side edge accessory unit 104. The movement is regulated, and in this state, the side edge accessory rotating body 182 is connected to the side edge accessory rotating gear 190, and the decorative pattern of each side edge accessory rotating body 182 is set in the same phase as the original design. It is configured to be able to.

Further, as shown in FIG. 16-1, in the side edge unit gear group 192, the side between the first side edge gear 190a located above the side edge accessory unit 104 and the side edge accessory transmission gear 191. The rimming object drive gear 193 is meshed. In other words, the first side edge gear 190a located at the upper part of the side edge accessory unit 104 directly meshes with the side edge accessory drive gear 193, while the other first side edge gear 190a transmits the side edge accessory. It meshes with the side edge accessory drive gear 193 via the gear 191. Therefore, when the side edge accessory drive gear 193 is rotated by the side edge accessory drive motor 189, the first side edge rotating body 182a located at the upper part of the side edge accessory unit 104 (“right-handed →” in FIG. 22). The first side edge rotating body 182a) located in the vicinity of the display is configured to rotate in the opposite direction to the other side edge accessory rotating bodies 182.

The winning ball collecting gutter 183 is a vertically long collecting gutter mounted on the back side of the side edge mechanism case 186, and the upstream opening of the winning ball collecting gutter 183 is generally opened through the winning collection communication passage 181a of the side edge unit base 181. It communicates with the winning opening 32, and the downstream opening with the winning ball collection is communicated with one side (right side in FIG. 6) of the upper part of the winning ball flow path 56.

Then, as shown in FIG. 16A, the side edge accessory unit 104 meshes the side edge accessory rotation position detection gear 195 with the side edge unit gear group 192, and the side edge accessory rotation position detection gear 195. On the back surface side of the above, an annular side edge upright wall 195a, which is partially cut out, is projected. Further, the side edge mechanism case 186 is provided with a side edge accessory rotation position detection sensor 196 to enable detection of the side edge upright wall 195a, and the side edge accessory rotation position detection sensor 196 detects a notch in the side edge upright wall 195a. By doing so, it is possible to detect that each side edge accessory rotating body 182 that rotates together with each side edge accessory rotating gear 190 has been converted to a preset initial rotation phase (initial state).

Next, the lower accessory rear unit 105 will be described.
As shown in FIGS. 17 and 18, the lower accessory rear unit 105 includes a horizontally long rear unit base 201, and a lower accessory member exhibiting a crescent shape in a tilted posture is provided on the front side of the rear unit base 201. The lower accessory guide protrusion 203 projecting from the back surface side of the lower accessory member 202 is slidably engaged with the vertically long rear guide groove 201a provided in the rear unit base 201. Therefore, the lower accessory member 202 can be moved in the vertical direction. The lower accessory member 202 includes a lower accessory base 205 that is a base of the lower accessory member 202, and a translucent lower accessory decorative panel 206 is provided in front of the lower accessory base 205. I am wearing it. Further, a lower accessory decorative light emitting board 208 on which a lower accessory decorative light emitting member 207 such as an LED is mounted is arranged between the lower accessory decorative panel 206 and the lower accessory base 205. The light from the lower accessory decorative light emitting member 207 can be irradiated to the front of the lower accessory member 202. Further, a lower accessory position detection piece 209 is projected from the side portion (left portion in FIG. 17) of the lower accessory member 202, and the lower accessory position detection sensor 210 provided on the rear unit base 201 is provided. This makes it possible to detect the lower accessory position detection piece 209.

Further, on the side of the rear guide groove 201a (on the right side in FIG. 17) of the rear unit base 201, a lower accessory elevating drive motor 215 that is a drive source of the lower accessory member 202 is provided on the lower side. Below the accessory member 202, a lower accessory arm 216 extending laterally toward the lower accessory elevating drive motor 215 is provided at one end (in FIG. 17, the lower accessory elevating drive motor 215). The right end portion on the side) is pivotally attached to the rear unit base 201 in a rotatable state. A lower arm gear 217 is provided on the shaft attachment portion of the lower accessory arm 216, and the lower arm gear 217 is used as a lower accessory drive gear 218 that rotates together with the output shaft of the lower accessory elevating drive motor 215. The lower arm gear 217 is engaged. Further, the other end of the lower accessory arm 216 (the left end portion on the rear guide groove 201a side in FIG. 17) is engaged with the lower portion of the lower accessory member 202, and is opened in the rear unit base 201. It is slidably engaged with the lower arm guide groove (specifically, the lower arm guide groove parallel to the rear guide groove 201a) 219.

In the lower accessory rear unit 105 having such a configuration, the lower accessory member 202 is moved up and down by driving the lower accessory elevating drive motor 215 and rotating the lower accessory arm 216. As shown in FIG. 18A, when the lower accessory guide protrusion 203 is engaged with the lower end portion of the rear guide groove 201a and the lower accessory member 202 is arranged at the effect non-execution position (lower dead position). , The lower accessory member 202 is hidden behind the side edge accessory unit 104 and the lower accessory front unit 102, and cannot be seen from the front of the game board 6 (see FIG. 2). At this time, the lower accessory position detection sensor 210 can detect the lower accessory position detection piece 209 and can grasp that the lower accessory member 202 is arranged at the effect non-execution position. Further, as shown in FIG. 18B, when the lower accessory guide protrusion 203 is engaged with the upper end portion of the rear guide groove 201a and the lower accessory member 202 is arranged at the effect execution position (upper dead position). The lower accessory member 202 is positioned so as to be offset from the rear of the side edge accessory unit 104 and the lower accessory front unit 102 toward the center of the display unit 55a of the display device 55, and can be visually recognized from the front of the game board 6. (See Fig. 6).

Next, a control system centered on the game control device 58 that controls the game progress of the pachinko game machine 1 will be described.
As shown in FIG. 19, the game control device 58 includes a CPU that controls game control, a ROM that stores a control program for game control, a RAM that is used as a work area during game control, and an input unit (input). It consists of an interface), an output unit (output interface), and the like. Then, various detection devices (magnetic sensor 223, radio wave sensor 224, first start port switch 46, second start port switch 47, second start device switch 48, gate switch 29, game balls to each general winning opening 32, 42. Special game state (big hit state) by receiving the detection signal from the winning opening switch 225, count switch 86, front frame opening detection switch 226, transparent member holding frame opening detection switch 227, power supply device 228, etc. , Notifies the player, performs various processing such as power failure response processing. Further, each of the bonus units (central bonus unit 101, lower bonus front unit 102, upper bonus unit 103, side edge bonus unit 104, lower bonus rear unit 105) via the effect control device 59. It functions as a control means for controlling the operation and the operation of the decorative opening / closing solenoid 95, or the payout control device 231, the grand prize opening solenoid 85, the general electric solenoid 232 for opening / closing the ordinary electric accessory 41a, and the collective display device. The game is controlled in an integrated manner by transmitting a command signal to 51, an external information terminal 234, or the like.

As shown in FIG. 20, the effect control device 59 performs a CPU that controls the effect control, a ROM that stores a control program for executing the effect control, an image ROM that stores image data, and image processing for displaying an image. It is composed of VDP, input interface, output interface, etc. to be performed. Then, a signal generated with the progress of the game in the pachinko gaming machine 1, specifically, a control signal from the game control device 58, a signal from the effect button switch 237 provided on the game effect button 17, and each accessory. Based on the signals from the sensors provided in the units 101 to 105, the effect operation of each accessory unit 101 to 105 is controlled. Specifically, the display of the display unit 55a of the display device 55, the sound effect output from the upper speaker 11 and the lower speaker 16, and the light emission and transparency of the board decoration device 240 (light guide effect light emitting board 133, etc.) provided on the game board 6. Light emission of a frame decoration device 241 such as an LED provided on the member holding frame 8, a board effect device 242 (motors or the like of each accessory unit 101 to 105) provided on the game board 6, and a transparent member holding frame 8. It controls the drive of the frame effect device 243 such as a motor that drives the effect member (not shown).

Next, the operation of the pachinko gaming machine 1, particularly the effect operation of the gaming board 6 in the big hit state will be described.
A special figure variation display game (special figure) based on the fact that a game ball flowing down the game area 5 has won a prize in the start winning unit 38 (first start winning opening 36, second starting winning opening 37) or the second starting winning device 41. (1 variable display game, special figure 2 variable display game) is executed, and when the result of this special figure variable display game is a big hit (special result mode), the game control device 58 is in a special gaming state (big hit state). Is transmitted, and the effect control device 59 performs fanfare processing based on the command from the game control device 58 to output sound effects from the speakers 11 and 16, and after the completion of the fanfare processing, a big hit. The operation process in the state (the opening / closing process of the large winning opening 31 accompanying the progress of a plurality of rounds) is executed (see FIG. 21).

In the operation process in the big hit state, as shown in FIG. 22, the decorative opening / closing solenoid 95 is driven together with the large winning opening solenoid 85 to open / close the large winning opening / closing member 84 and the decorative opening / closing member 94 at the same time. Then, when the game ball wins the big winning opening 31 and is detected by the count switch 86, the effect control device 59 executes the effect display control of the display device 55 based on the detection signal of the count switch 86, and the display device. A moving image of a game ball flowing down toward the decorative opening / closing member 94 is displayed at a position located above the decorative opening / closing member 94 in the open state of the display unit 55a of 55. Therefore, the player can enjoy watching the effect as if the decorative opening / closing member 94 guides the game ball to the large winning opening 31 as the game ball wins the large winning opening 31. The video of the game ball is displayed at the timing of the opening operation of the decorative opening / closing member 94 (driving the decorative opening / closing solenoid 95) regardless of whether or not the game ball has won a prize (detection of the count switch 86) in the large winning opening 31 of the game ball. It may be executed according to. Further, the decorative opening / closing member 94 may be set to be controlled by the effect control device 59, and if it is not opened by a round, or if the opening pattern of the large prize opening / closing member 84 is a short opening, it does not operate. The opening / closing member 94 and the winning opening / closing member 84 may be made capable of operating asynchronously (independently). By setting in this way, the heat generated by the solenoids 85 and 95 is less likely to be trapped, and the solenoids 85 and 95 are less likely to fail.

Further, as shown in FIGS. 21 and 23, with the start of the fanfare process, the upper accessory drive motor 169 of the upper accessory unit 103 and the side edge accessory drive motor 189 of the side edge accessory unit 104 are driven, respectively. Then, the upper side accessory rotating body 162 and most of the side edge accessory rotating bodies 182 (specifically, the side edge accessory rotating body 182 except for the first side edge rotating body 182a located at the upper part of the side edge accessory unit 104). ) Is rotated clockwise when viewed from the front of the game board 6. By this rotation operation, the upper edge portion on which the upper accessory rotating body 162 is on the armor portion 63 side is moved from the left side to the right side of the game board 6, and most of the side edge accessory rotating bodies 182 are in the first case ball flow down path. The side edge portion (the right portion in FIG. 23) on the 26 side is moved from the upper side to the lower side of the game board 6, and the player is allowed to hit the so-called right side (the game ball is passed above the center case 23). The firing operation is performed so that the ball flows down to the case ball flow down path 26), and the game ball is urged to win a prize in the large winning opening 31. Further, the characters "right-handed" are displayed on the display unit 55a of the display device 55. Since the first side edge rotating body 182a located near the character "right-handed" rotates in the opposite direction to the other rotating bodies 162 and 182, it is easy for the player to notice this reverse rotation operation and turn his / her gaze. Furthermore, it is easy to put the characters "right-handed" in sight. Therefore, it is easy to understand that the pachinko gaming machine 1 has given the instruction of "right-handed".

When the jackpot state ends, the effect control device 59 stops driving the upper accessory drive motor 169 and the side edge accessory drive motor 189, ends the effect of the right-handed instruction, executes the ending process, and displays the display device 55. The ending image is displayed on the display unit 55a of the above. Then, after the end of the big hit state, the gaming state is the so-called electric support state (the probability of hitting in the normal figure fluctuation display game is increased, and the fluctuation display time of the normal figure fluctuation display game is shortened, so that the normal electric accessory 41a is used. When it is set to the normal electric support state) in which the opening / closing operation is frequently performed to make it easier to win the game ball in the second start winning device 41), the upper accessory drive motor 169 and the side edge accessory drive motor 189 are driven again. The upper accessory rotating body 162 and the side edge accessory rotating body 182 are rotated clockwise when viewed from the front of the game board 6. By this rotation operation, the player is instructed to hit the right side, and the game ball is caused to flow down to the first case ball flow down path 26 to be urged to win a prize in the second start winning device 41.

It should be noted that the control of the upper accessory drive motor 169 and the side edge accessory drive motor 189 in the big hit state may be set to execute the drive and the stop alternately repeatedly. For example, the upper accessory drive motor 169 and the side edge accessory drive motor 189 are set under predetermined conditions (one or two rotations of the first upper rotating body 162a and the first side edge rotating body 182a are completed or set. It may be driven until the elapse of time) is established, and then it may be set to pause for a certain period of time, and this drive and pause may be alternately repeated and executed. Further, as shown in FIG. 24A, the upper accessory drive motor 169 and the side edge accessory drive motor 189 may be set to alternately drive and stop at different cycles. In FIG. 24A, the drive time of the side edge accessory drive motor 189 (rotation time of the side edge accessory rotating body 182) is set to the drive time of the upper accessory drive motor 169 (upper accessory rotating body 162). Although it is set longer than the upper bonus (rotation time), if it is set shorter than the drive time of the upper bonus drive motor 169 (rotation time of the upper bonus rotating body 162), the winning opening 31 is larger than the upper bonus production unit. It is suitable because it makes it easier for the player to win a game ball in the large winning opening 31 or the second starting winning device 41 by making the effect of the side edge accessory unit 104 close to the second starting winning device 41 stand out. be.

Further, as shown in FIG. 24 (b), the drive and pause of the upper accessory drive motor 169 and the side edge accessory drive motor 189 are alternately repeated not only in the big hit state but also in the effect operation in the electric support state. May be good. At this time, if the stop time in the big hit state and the stop time in the electric support state are set differently, whether it is the big hit state or the electric support state due to the difference in the production mode of each accessory rotating body 162, 182. Can be grasped. Further, since the period of the electric support state is generally set longer than the period of the big hit state, the pause time of each accessory drive motor 169,189 in the electric support state is set from the pause time in the big hit state. If it is set to be long, the cumulative drive time of each accessory drive motor 169,189 in the electric support state can be shortened, and the inconvenience of overusing each accessory drive motor 169,189 and shortening the life is suppressed. can do. Then, when a predetermined effect (for example, the display effect on the display device 55) is executed in the middle of the electric support state, the driving of the accessory drive motors 169 and 189 is stopped and the accessory rotating bodies 162 and If the effect operation (rotational operation) by 182 is immediately terminated, it is preferable that the player can easily pay attention to the predetermined effect.

Further, in the pachinko gaming machine 1, when a power failure occurs in the game execution state or the customer waiting state and the power supply is cut off, the power supply is restarted and the central accessory is performed when the recovery work from the power failure is performed. The operation of the member 117 and the lower accessory member 202 is checked. In the operation check, first, the effect control device 59 drives each accessory drive motor 169,189 (central accessory drive motor 120, lower accessory elevating drive motor 215) to generate a power failure in each accessory member 117, 202. The effect operation (elevation operation) is performed from the sometimes stopped state to return to the effect non-execution position. Then, each accessory position detection piece (central accessory position detection piece 128, lower accessory position detection piece 209) is each accessory position detection sensor (central accessory position detection sensor 129, lower accessory position detection sensor 210). ), And if it is confirmed that the accessory members 117 and 202 have returned to the non-execution positions of the effect, the accessory drive motors 169 and 189 are continuously driven to non-execute the effect members 117 and 202. It moves from the position to the effect execution position, and then returns to the effect non-execution position again.

The operation is checked in this way, and each accessory position detection piece 128, 209 is detected by the accessory position detection sensors 129, 210 (in other words, the movement of each accessory member 117, 202 to the non-execution position of the effect). If is confirmed twice with a preset check interval time, it is determined that the accessory members 117 and 202 have operated normally. On the other hand, when the second detection cannot be confirmed even after the check interval time has elapsed, or when the second detection is confirmed before the check interval time has elapsed, the operation of the accessory members 117 and 202 is abnormal. Is determined, and the notification output for notifying the abnormality (notification sound output from the speakers 11 and 16 and error display in the display device 55, etc.) is executed.

In the operation check, the accessory members 117 and 202 are not returned from the stop position at the time of power failure to the effect non-execution position, but instead are moved to the effect execution position, and then moved to the effect non-execution position to operate. You may perform a check. In this case, each accessory position detection sensor is an effect execution detection sensor (not shown) capable of detecting each accessory position detection piece 128, 209 when each accessory member 117, 202 reaches the effect execution position. Occurrence of detection of each accessory position detection piece 128, 209 by the effect execution detection sensor and detection of each accessory position detection piece 128, 209 by the accessory position detection sensor 129, 210, which are provided separately from 129 and 210. The interval is determined, and the quality of the operation of each accessory member 117, 202 is determined. If the operation check is executed without reciprocating the accessory members 117 and 202 in this way, the time required for the operation check can be shortened, and the time required for recovery from the power failure can be shortened.

Next, the main processing of the game control device 58 will be described. The control process in the game control device 58 is a predetermined time cycle as an interrupt routine for the main process (see FIGS. 25 and 26), which is a main routine including the power-on process and the loop process, and the loop process during the main process. It consists of timer interrupt processing (see FIG. 27) performed at (for example, 4 ms).

The main process is started when the power of the pachinko gaming machine 1 is turned on. In this main process, as shown in FIG. 25, first, a process for disabling interrupts (step S1) is performed, and then an interrupt vector setting process (step S1) for setting the vector address of the jump destination to be executed when an interrupt occurs (step S1). Step S2), stack pointer setting process for setting the stack pointer which is the start address of the area for saving the value of the register or the like when an interrupt occurs (step S3), and process for reading the state of the input port of the game control device 58 (step S3). Step S4), interrupt mode setting processing (step S5) for setting the interrupt processing mode is performed.

Next, the power-on delay timer is set (step S6) and the number of times the power failure monitoring signal is checked (step S7), and it is determined whether or not the power failure monitoring signal is on (step S8). When the power failure monitoring signal is on, it is determined whether or not the power failure monitoring signal has been turned on for the number of checks set in step S7 (step S8). Then, when the power failure monitoring signal is continuously on for the number of checks, that is, when it is determined that a power failure has occurred, the system waits and the power failure monitoring signal is continuously on for the number of checks. If not, the process returns to step S8 and the determination of the power failure monitoring signal is executed again. Further, when the power failure monitoring signal is not turned on in step S8, that is, when it is determined that no power failure has occurred, the power-on delay timer is updated by -1 (step S10), and the power-on delay timer is set to 0. It is determined whether or not the result is (step S11), and if it is not 0, the process returns to step S7. When the power-on delay timer is 0 in step S11, access to the read / writeable RAM is permitted (step S12), and all the ports of the output unit are set to off (no output) (step). S13), the process of setting the serial port is performed (step S14).

Further, it is determined whether or not the initialization switch provided in the power supply device 228 is ON (step S15), and if it is determined that the initialization switch is not ON, the power failure inspection area 1 in the RAM is determined. It is checked whether the value is the normal power failure inspection area check data 1 (step S16), and if the value of the power failure inspection area 1 is normal, the value of the power failure inspection area 2 in the RAM is the normal power failure inspection area check data. 2 is checked (step S17), and if the value of the power failure inspection area 2 is normal, the check sum is normal in order to determine whether the data stored in the RAM is normal. Find out if it is. Specifically, the checksum of the area in the RAM is calculated (step S18), and it is determined whether or not the calculated checksum matches the checksum stored in the RAM when there is a power failure. (Step S19). Then, when the checksum is determined to be normal, that is, when the data stored in the RAM is determined to be normal, the initial value at the time of power failure recovery is saved in the area to be initialized (step). S20), the area in the RAM for storing the game state is examined, and the game state is set to a high probability state (specifically, the probability that the result mode of the special figure variation display game becomes a big hit is set higher than during normal game progress. It is determined whether or not it is in the state) (step S21), and if it is determined to be in the high probability state, the on information is saved in the high probability notification flag area (step S22) and provided in the batch display device 51. The on-data for turning on the high-probability notification LED is set in the segment area (step S23). Then, when it is determined in step S21 that the state is not in the high probability state, or when the high probability notification LED is prepared to be turned on in step S23, it is prepared to rationally execute the special figure game process. The command at the time of power failure recovery corresponding to the processing number is transmitted to the effect control device 59 (step S24).

On the other hand, when it is determined in step S15 that the initialization switch is on, or when it is determined in steps S16 and S17 that the value of the power failure inspection area is abnormal, or in step S19 the checksum is abnormal. If it is determined to be, the area to be initialized is executed by clearing all the work areas before the access prohibited area (step S25) and clearing all the stack areas after the access prohibited area (step S26). The initial value at the time of turning on the power is saved in (step S27). Further, the execution flag is saved in the lighting confirmation execution flag area (step S28), and the command at the time of turning on the power is transmitted to the effect control device 59 (step S29).

Then, after the command for power failure recovery is transmitted to the effect control device 59 in step S24, or after the command for power-on is transmitted to the effect control device 59 in step S29, the timer interrupt signal and the random number update trigger signal are transmitted. The CTC (Counter / Timer Circuit) circuit that generates the above is activated (step S30), and the random number generation circuit is activated and set (step S31). Furthermore, various initial value random numbers by extracting the value of the soft random number register in the random number generation circuit when the power is turned on (the initial value of the random number that determines the big hit symbol in the special figure fluctuation display game, or the hit symbol in the normal figure fluctuation display game). (Initial value of random number to determine) is saved in RAM (step S32), interrupts prohibited in step S1 are permitted (step S33), and various initial value random numbers are updated to break the regularity of random numbers. Initial value random number update processing of (step S34).

If the initial value random number update process is executed in step S34, the power failure monitoring signal input from the power supply device 228 is read and checked via the port and the data bus in order to determine whether or not a power failure has occurred. The number of times to be performed is set (step S35), and it is determined whether or not the power failure monitoring signal is ON (step S36). When the power failure monitoring signal is not on, that is, when it is determined that no power failure has occurred, the process returns to step S34, the initial value random number update process (step S34), and the setting of the number of times the power failure monitoring signal is checked (step). S35) and the determination of the power failure monitoring signal (step S36) are repeated. On the other hand, when the power failure monitoring signal is on, it is determined whether or not the power failure monitoring signal has been turned on for the number of checks set in step S35 (step S37). If the power failure monitoring signal is not continuously turned on for the number of checks, the process returns to step S36 to execute the determination of the power failure monitoring signal again, and the power failure monitoring signal is continuously turned on for the number of checks. If so, that is, if it is determined that a power failure has occurred, a process of temporarily disabling interrupts (step S38) and a process of outputting off-data to all output ports (step S39) are performed. Further, after performing a process of saving the power failure inspection area check data in each power failure inspection area (steps S40 and S41) and a process of calculating the RAM checksum when the power is cut off (step S42), the checksum is saved (step S42). After performing the process of prohibiting access to the RAM (step S43) in step S43), the pachinko gaming machine 1 waits until the power is cut off.

In the solenoid interrupt processing, as shown in FIG. 27, first, the value held in the predetermined register is transferred to the RAM and the register save processing is performed (step S51), and various detection devices (magnetic sensor 223, radio wave sensor 224) are performed. , 1st start port switch 46, 2nd start port switch 47, 2nd starter switch 48, gate switch 29, etc.), based on the input process (step S52) set by various processes. The output process (step S53) for driving and controlling an actuator such as a solenoid (large winning opening solenoid 85, normal electric solenoid 232) is performed.

Next, the payout command transmission process (step S54), the random number update process 1 (step S55), and the random number update process 2 (step S56) for outputting the commands set in the transmission buffer in various processes to the payout control device 231 are performed. After that, monitoring whether or not there is a normal signal input from the game ball detection sensors such as the first start port switch 46, the second start port switch 47, and the winning port switch 225, and the front frame 3 and the transparent member holding frame The winning opening switch / error monitoring process (step S57) for monitoring an error such as whether or not 8 is open is performed. Further, the distribution state update process (step S58), the special figure game process (step S59) for processing the special figure variation display game, and the normal map game process (step S60) for performing the process related to the normal map variation display game are performed.

After the processing of each variation display game is executed, the segment LED editing process (step S61) for editing the display content of each variation display game and the display content of various information related to the game on the batch display device 51, and the detection from the magnetic sensor 223. Magnetic fraud monitoring process (step S62) that checks the signal to determine whether there is an abnormality, radio wave fraud monitoring process (step S63) that checks the detection signal from the radio wave sensor 224 to determine whether there is an abnormality, and various external devices. The external information editing process (step S64) for setting the signal to be output to the output buffer is performed. Then, the interrupt request is cleared, the end of the interrupt is declared (step S65), the data of the register saved in step S51 is restored (step S66), the interrupt is permitted (step S67), and the timer interrupt processing is terminated. ..

Next, the control performed by the effect control device 59 will be described. The control process by the effect control device 59 mainly includes a main process and an interrupt process performed in a predetermined time cycle (for example, 2 milliseconds). In the main process, as shown in FIG. 28, the process at the start of the program is first performed. In the process at the start of this program, interrupts are first disabled (step S71), CPU initial settings (step S72), VDP initial settings (step S73) are performed, and interrupts are permitted (step S74). Further, the generation of display data is permitted (step S75), a random number seed is set (step S76), and the initial value at the time of power-on is saved in the area to be initialized in the effect control device 59 (step S77).

Next, the loop processing is performed as the main loop processing. In this loop processing, first, the WDT (watch dog timer) is cleared (step S78), and the effect button input process (step S79) for creating input information from the input signal based on the operation of the game effect button 17 is performed. Next, the hall / player setting mode process (step S80) that accepts this operation when the changeable range such as the brightness and volume of the light emission in the pachinko gaming machine 1 is set or changed by the clerk of the game store or the player. , The effect point control process (step S81), the random number update process (step S82) for updating the random number that determines the details of the variation mode of the decorative special figure variation display game, and correctly receives the command transmitted from the game control device 58. A reception command check process (step S83) for determining whether or not the command has been performed is performed. Further, various data are updated according to the contents to be drawn, and the effect display editing process (step S84) for finally setting the drawing data in the frame buffer and the end of preparation for the drawing command are set (step S85).

After the end of step S85, it waits until the frame switching timing arrives (step S86; No), and when it arrives (step S86; Yes), it instructs VDP to draw the screen (step S87). Next, a sound control process (step S88) for controlling the output of audio from the speakers 11 and 16, a decoration control process (step S89) for controlling the LEDs of the panel decoration device 240 and the frame decoration device 241, and a panel effect device 242. , The movable body control process (step S90) for controlling the motor and the solenoid of the frame effect device 243 is performed. Next, the light guide plate control process (step S91) for controlling the light emitting decoration by the light guide plate 131 of the central accessory unit 101 is performed, and the process returns to the process of clearing the WDT (step S78).

On the other hand, in the interrupt processing of the effect control device 59, as shown in FIG. 29, first, a timer update processing (step S101) for updating the soft timer managed by the program is performed. Next, an input process (step S102) for processing the signal input to the effect control device 59 and an output process (step S103) for processing the signal output from the effect control device 59 are performed. Next, the main command reception process (step S104) for receiving the command related to the game transmitted from the game control device 58 to the effect control device 59 is performed, and the interrupt process is terminated.

By the way, in the central accessory unit 101 of the first embodiment, the central accessory member 117 is supported only by the central movable arm 116 and can be raised and lowered, but the present invention is not limited to this. For example, the central accessory unit 101'of the second embodiment shown in FIG. 30 has basically the same configuration as that of the first embodiment, but is separate from the central movable guide groove 110a and the central accessory guide protrusion 127. It differs in that it is provided with a mechanism for engaging the central accessory member 117 with the central unit base 110. In the game board 6 of the second embodiment, the light guide effect mechanism 112 of the central accessory unit 101'and the drive mechanism of the lower accessory rear unit 105' also have different configurations from those of the first embodiment. .. The light guide effect mechanism 112 and the lower accessory rear unit 105'will be described in detail later.

First, the configuration in which the central accessory member 117 is engaged in the second embodiment will be specifically described. As shown in FIG. 30, the central accessory unit 101'has a central unit base 110 and the central unit base 110. Between the central accessory member 117 and the central accessory member 117, which is mounted in an operable state, the central accessory guide protrusion 127 (in other words, the central accessory member 117, which is mounted on the central unit base 110). The central unit base 110 is provided with an effect engaging / disengaging mechanism 250 that allows the central unit base 110 to be repeatedly engaged / disengaged from a location different from the location). The central accessory member 117 of the second embodiment has the central decorative panel 251 attached to the lower edge portion of the rear base portion 125 and faces the front of the central accessory member 117 (see FIG. 31). ..

The effect engagement / disengagement mechanism 250 is provided on the member side engagement / disengagement portion 253 provided on the upper part of the central accessory member 117 and the base side engagement / disengagement portion provided on the central unit base 110 and can be engaged / detached on the member side engagement / disengagement portion 253. It is configured with 254. The member-side engagement / disengagement portion 253 is a flat surface portion facing upward of the central accessory member 117, and is configured by mounting a metal suction portion 255 on which a magnetic force can act on the rear-side base portion 125 (FIG. 31). Further, the base-side engaging / disengaging portion 254 is configured to be arranged at a position above the central accessory member 117 and the central movable arm 116 in the central unit base 110, and serves as a base of the base-side engaging / disengaging portion 254. A horizontally long engagement / disengagement main body 256 is provided, and one end portion (left end portion in FIG. 30) in the longitudinal direction of the engagement / disengagement portion main body 256 is provided with the engagement / disengagement rotation shaft 258 of the central unit base 110 (FIG. 32 (b) and FIG. 33 (b)) rotatably attached to the shaft, and the suction part 255 can be attracted by magnetic force to the other end (right end in FIG. 30) which is the free end of the engagement / disconnection part main body 256. The magnet portion 257 is axially mounted in a swingable state. Further, a engagement / disengagement guide protrusion 259 is projected from the other end of the engagement / disengagement portion main body 256 toward the front central unit base 110, and a vertical arc-shaped engagement / disengagement is provided on the upper side of the central unit base 110. The engagement / disengagement guide protrusion 259 is engaged with the guide groove 260 (see FIG. 32 (b)) in a slidable state. Then, as shown in FIG. 32, the lower end portion of the engagement / disengagement member 261 such as a coil spring is locked to the intermediate portion in the longitudinal direction of the engagement / disengagement portion main body 256, and the upper end portion of the engagement / disengagement member 261 is engaged. Is locked to the upper edge portion of the central unit base 110, and the base side engagement / disengagement portion 254 is constantly urged upward by the urging force of the engagement / disengagement member 261.

As shown in FIG. 32 (a), the magnet portion 257 is configured by accommodating the permanent magnet 265 in the magnet holder 264, and the lower surface of the magnet portion 257 is used as the engagement / disengagement contact surface 266 (see FIG. 34). It is possible to contact the member side engagement / disengagement portion 253 (specifically, surface contact is possible), and the upper part of the magnet holder 264 is axially attached to the free end portion of the base side engagement / disengagement portion 254 in a swingable state to engage and disengage contact. The tilted posture of the surface 266 (tilted posture tilted along the longitudinal direction of the base side engaging / disengagement portion 254 (tilted posture in the left-right direction in FIG. 32 (a))) can be changed by swinging the magnet portion 257. .. Then, the magnet portion 257 cannot rotate under its own weight and cannot change the tilted posture by setting the fitting of the shaft attachment portion of the magnet portion 257 to the base side engaging / detaching portion 254 to an intermediate fitting or a gap fitting. However, it is configured to rotate and change its tilted posture when an external force is applied.

In the central accessory unit 101'provided with the effect engagement / disengagement mechanism 250 having such a configuration, in the normal state where the central accessory member 117 is arranged at the effect non-execution position, as shown in FIGS. 33 and 34, the base side engagement is performed. The disengagement portion 254 is rotated upward by the urging force of the engagement / disengagement member 261 and engages the engagement / disengagement guide protrusion 259 with the upper end portion of the engagement / disengagement guide groove 260 to be set to the upper dead state (highest state). NS. Then, the base-side engaging / disengaging portion 254 in the top-dead state brings the engaging / disengaging contact surface 266 of the magnet portion 257 into surface contact with the member-side engaging / disengaging portion 253, and attracts the member-side engaging / disengaging portion 253 to the magnet portion 257. In this way, the effect engaging / disengaging mechanism 250 engages the central accessory member 117 and the central unit base 110 with an engaging force (adsorption force, magnetic force) having a preset strength. Therefore, the central accessory unit 101'can maintain the state of the central accessory member 117 by the effect engaging / detaching mechanism 250, and the central accessory member 117 carelessly performs an operation different from the setting (details). Can try to avoid the inconvenience of shifting downward from the non-execution position of the effect).

Further, when the central movable arm 116 is rotated downward by the drive of the central accessory drive motor 120 to start lowering the central accessory member 117 from the non-execution position of the effect, the central accessory member 117 is shown in FIG. 35. The member-side engagement / disengagement portion 253 (suction portion 255) that descends together pulls down the base-side engagement / disengagement portion 254 and rotates downward (in other words, the central accessory member) against the urging force of the engagement / disengagement member 261. (Move along the operating direction of 117). Therefore, even if the central accessory member 117 is in the ascending / descending operation, the central accessory member 117 can be maintained in a state of being engaged with and held by the central unit base 110 by the effect occupant / detachment mechanism 250. It is possible to avoid the inconvenience that the accessory member 117 carelessly performs an operation different from the setting. Therefore, even if the operation mode is various, it becomes easy to stabilize the operation of the central accessory member 117, and the interest of the game can be enhanced. Further, since the magnet portion 257 is provided on the base side engaging / disengaging portion 254 in a rotatable state so that the posture of the engaging / disengaging contact surface 266 can be changed, the member side engaging / disengaging portion 253 and the base side engaging / disengaging portion 254 are separated from each other. It is possible to continue engaging without any trouble, and it is easier to stabilize the operation of the central accessory member 117.

When the central movable arm 116 is continuously rotated downward to continue the descent of the central accessory member 117, the base side engaging / disengaging portion 254 engages the engaging / disengaging guide protrusion 259 with the lower end portion of the engaging / disengaging guide groove 260 and lowers. When the central accessory member 117 is further lowered in this state after being converted to a dead state (minimum descending state), the magnet portion 257 of the base-side engagement / disengagement portion 254, which is in the lower dead state, and the central accessory member that is about to continue to descend. A force that separates the member-side engaging / disengagement portion 253 (suction portion 255) of 117 (in other words, a force that separates the central accessory member 117 from the central unit base 110) acts. Then, when the separation force gradually increases and becomes larger than the attraction force (engagement force) acting between the magnet portion 257 and the suction portion 255, as shown in FIG. 36, the magnet portion 257 and the suction portion 255 And are separated from each other against the suction force, and the effect-engaging mechanism 250 releases the state in which the central accessory member 117 is engaged with and held by the central unit base 110. At this time, one side edge (in FIG. 36 (a), right edge) of the engagement / disengagement contact surface 266 is closer to the rotation shaft side of the magnet portion 257 than the other side edge (in FIG. 36 (a), left edge). The rotational moment around the rotation axis of the suction force (magnetic force) acting on one side edge of the engagement / disengagement contact surface 266 is around the rotation axis of the suction force (magnetic force) acting on the other side edge. It becomes larger than the rotational moment of. As a result, the magnet portion 257 rotates in the direction in which the engagement / disengagement contact surface 266 is directed toward the axial attachment portion of the central movable arm 116 (counterclockwise direction indicated by an arrow in FIG. 36A), and the engagement / disengagement contact surface 266 is rotated. One side edge is first detached from the member-side engaging / disengagement portion 253, and then the other side portion is detached from the member-side engaging / disengaging portion 253. In this way, the magnet portion 257 and the suction portion 255 can be smoothly separated from each other by utilizing the rotation of the magnet portion 257.

When the magnet portion 257 and the suction portion 255 are separated from each other, as shown in FIGS. 37 and 38, the base-side engaging / disengaging portion 254 does not return the rotation of the magnet portion 257 and is moved upward by the urging force of the engaging / disengaging member 261. The engagement / disengagement guide protrusion 259 is engaged with the upper end of the engagement / disengagement guide groove 260 to return to the upper dead state. Further, when the central accessory drive motor 120 is continuously driven to rotate the central movable arm 116 downward, the central accessory member 117 reaches the effect execution position.

Then, when the central accessory drive motor 120 is driven in the reverse direction to rotate the central movable arm 116 upward, the central accessory member 117 rises from the effect execution position and approaches the base-side engagement / disengagement portion 254 in the dead state. .. At this time, since the magnet portion 257 maintains the rotational state when it is detached from the member side engaging / disengaging portion 253, one side edge of the engaging / disengaging contact surface 266 that is first detached from the member side engaging / disengaging portion 253 ( The left edge in FIG. 39) is farther from the member-side engagement / disengagement portion 253 than the other side edge (right edge in FIG. 39) that was later detached. Therefore, as shown in FIG. 39, the member-side engagement / disengagement portion 253 and the other side edge of the engagement / disengagement contact surface 266 first come into contact (suction), and the central accessory member 117 continues to rise, and the effect is not executed. When the position is reached, the magnet portion 257 rotates due to the pressing force of the central accessory member 117 and the attractive force acting between the magnet portion 257 and the suction portion 255, and the member side engagement / disengagement portion 253 and the engagement / disengagement contact surface 266. It comes into contact with one side edge. As a result, the member-side engaging / disengaging portion 253 and the engaging / disengaging contact surface 266 are attracted to each other in a surface contact state.

In the effect engaging / disengaging mechanism 250 that enables the central accessory member 117 to be engaged / disengaged in this way, the center is generated by the attractive force (magnetic force) generated between the magnet portion 257 and the member side engaging / disengaging portion 253 (adsorption portion 255). Since the accessory member 117 and the central unit base 110 are engaged and held, a mechanism for stabilizing the operation of the central accessory member 117 can be realized with a simple configuration.

Next, the light guide effect mechanism 112'of the second embodiment will be described.
The light guide effect mechanism 112'of the second embodiment has basically the same configuration as that of the first embodiment, but is different in that two light guide plates are provided in a state of being stacked in the front-rear direction. Specifically, as shown in FIGS. 40 (a) to 40 (c), the first light guide plate 271 on the front side and the second light guide plate 272 on the rear side are arranged so as to overlap each other in the front-rear direction, and the first light guide plate 271 is arranged. A plurality of first side light emitting members (full-color LEDs) 275 are arranged side by side along the side edge of the first light guide plate 271 on the side of the first light guide plate (on the right side in FIG. 40 (a)). Below 271, a plurality of first lower light emitting members (full-color LEDs) 276 are arranged side by side along the lower edge of the first light guide plate 271. Further, a plurality of second side light emitting members (monochromatic LEDs) 277 are arranged side by side along the side edge of the second light guide plate 272 on the side of the second light guide plate 272 (on the right side in FIG. 40 (b)). It is set up.

Then, a first peripheral dot pattern (effect display) DPE that expresses the drawing of a polygonal line by a plurality of fine transparent protrusions is applied to the central peripheral portion of the back surface of the first light guide plate 271, and the first peripheral dot pattern DPE. In each transparent protrusion of the above, only the light emitted from the first side light emitting member 275 (light entering the first light guide plate 271 from the side) is bent forward of the light guide effect mechanism 112'(FIG. Not shown). Further, a first central dot pattern (character display) DPC that expresses the drawing of a character by a plurality of fine transparent protrusions is applied to the central portion of the first light guide plate 271, and each transparent protrusion of the first central dot pattern DPC is applied. Is provided with a bent portion (not shown) that bends only the light emitted from the first lower light emitting member 276 (light entering the first light guide plate 271 from the lower side) to the front of the light guide effect mechanism 112'. There is. Further, a second dot pattern (shutter display) DPS that expresses the drawing of a plurality of star marks by a plurality of fine transparent protrusions is applied to the entire back surface of the second light guide plate 272, and each transparency of the second dot pattern DPS is applied. On the protrusion, only the light emitted from the second side light emitting member 277 (light entering the second light guide plate 272 from the side) is bent forward of the light guide effect mechanism 112'(not shown). It is equipped with. A second light guide window portion 272a that avoids the formation of the second dot pattern DPS is set on a part of the back surface of the second light guide plate 272 (in the upper right corner in FIG. 40 (c)), and a display device is set. Of the display units 55a of 55, the content displayed behind the second light guide window unit 272a (for example, the symbol variation of the variation display game or the instruction sentence of "right-handed") does not overlap with the second dot pattern DPS. It is configured to be visible from the player side (see FIGS. 40 (d) and 40 (e)).

In the light guide effect mechanism 112'with such a configuration, the first side light emitting member 275 and the first lower light emitting member 276 are made to emit light without causing the second side light emitting member 277 to emit light, so that the first guide is emitted. When the light enters only the light plate 271, as shown in FIG. 40 (d), the light emitting decoration in which the first central dot pattern DPC and the first peripheral dot pattern DPE emit light is executed. Further, when the second side light emitting member 277 is made to emit light without causing the first side light emitting member 275 and the first lower light emitting member 276 to emit light, and the light is allowed to enter only the second light guide plate 272, FIG. 40 (e). ), The emission decoration in which the second dot pattern DPS emits light is executed. The execution timing and execution mode of the light emitting decoration by the light guide effect mechanism 112'may be set in any way. For example, when the display content performed by the display device 55 shifts from the reach state of the decorative special figure variation display game to the next effect display, at least one of the first central dot pattern DPC and the first peripheral dot pattern DPE is emitted. The effect of causing (in other words, light emission of at least one of the first side light emitting member 275 or the first lower light emitting member 276) may be executed. Further, when urging the player to perform a right-handed operation of the game ball, a "right-handed" instruction is displayed on the display unit 55a of the display device 55 so that the player faces forward from the second light guide window unit 272a. The second dot pattern DPS may be made to emit light by causing the two-side light emitting member 277 to emit light (see FIG. 40 (e)).

Further, by gradually increasing or decreasing the number of light emitted from the side light emitting member, it is possible to execute an effect in which the light emitting points of the dot pattern are gradually increased or decreased. For example, as shown in FIG. 41 (a), when the decoration special figure variation display game is displayed on the display unit 55a of the display device 55 and the light emitting decoration on the first light guide plate 271 is executed, the decoration is performed. If the number of light emitted from the first side light emitting member 275 is increased in order from the upper side as the special figure variation display game progresses, the light emitting decoration is performed in such a manner that the first peripheral dot pattern DPE gradually spreads from the upper side to the lower side. be able to. Further, as shown in FIG. 41 (b), when the light emitting decoration on the second light guide plate 272 is executed, if the number of light emitted from the second side light emitting member 277 is increased in order from both the upper and lower sides, the second dot pattern is obtained. The light emitting decoration can be performed in such a manner that the DPS gradually covers the display contents of the display unit 55a from both the upper and lower edges (a mode in which the shutter closes).

Next, the lower accessory rear unit 105'of the second embodiment will be described.
The lower accessory rear unit 105'of the second embodiment has basically the same configuration as that of the first embodiment, but when the lower accessory member 202 reaches the effect execution position, the lower accessory member 202 It differs in that it is configured to change the posture of the decorative panel. Specifically, as shown in FIGS. 42 and 43, the lower accessory member 202 in the second embodiment is mounted on the rear unit base 201 in a vertically movable state. It is configured to include 205'and a lower accessory decorative panel 206'arranged on the front side of the lower accessory base 205'. In addition, the lower accessory decorative panel 206'is configured in a crescent shape in a tilted posture, and the central portion in the left-right direction is pivotally attached to the lower accessory base 205'in a state where it can be rotated. A panel swing protrusion 281 is provided on the lower accessory elevating drive motor 215 side (on the right side in FIG. 42 (a)) so that it can slide into the swing guide groove 282 of the lower accessory base 205'. Engaged in a state. Further, a swing arm gear 283 is meshed above the lower arm gear 217, a swing arm 284 is extended from the swing arm gear 283, and the tip portion of the swing arm 284 can be engaged with the panel swing protrusion 281. In the normal state where the lower accessory member 202 is arranged at the non-execution position of the effect, the swing arm 284 extends to the lower accessory elevating drive motor 215 side (right side in FIG. 42 (a)). The tip of the swing arm gear 283 is sufficiently separated from the panel swing protrusion 281. As shown in FIGS. 42B and 42C, an inclined surface 284a inclined with respect to the extending direction of the oscillating arm 284 is formed at the tip of the oscillating arm 284 to form a panel oscillating protrusion. The width may be set so that the 281 can be easily engaged, or the panel swing projection 281 may be provided with a notch portion 284b to which the panel swing projection 281 can be engaged.

In the lower accessory rear unit 105'with such a configuration, when the lower accessory arm 216 is rotated upward by driving the lower accessory elevating drive motor 215, it meshes with the lower arm gear 217. The swing arm 284 rotates together with the swing arm gear 283 and approaches the lower accessory member 202. Then, as shown in FIG. 42 (d), the tip end portion of the swing arm 284 engages with the panel swing protrusion 281 immediately before the lower accessory member 202 reaches the effect execution position (top dead position). .. Further, when the lower accessory member 202 reaches the effect execution position (upper dead position) by continuously driving the lower accessory elevating drive motor 215, the tip of the swing arm 284 becomes a panel as shown in FIG. 43. The rocking protrusion 281 is pressed, and the pressing force causes the lower accessory decorative panel 206'to rotate to change from a tilted posture to an upright posture. The swing arm 284 may be rotated by any mechanism as long as it can press the panel swing protrusion 281 of the lower accessory decorative panel 206'at the effect execution position. For example, a drive motor (not shown) may be provided in the lower accessory rear unit 105'separately from the lower accessory elevating drive motor 215, and the swing arm 284 may be operated by driving the drive motor.

Then, the game board 6 of the second embodiment can execute various effects by using a configuration different from that of the first embodiment. For example, in the effect execution example shown in FIG. 44, the light guide effect mechanism 112'executes the effect together with other configurations in the scene where the player is urged to hit right. Specifically, when the upper accessory rotating body 162 and the side edge accessory rotating body 182 are rotated clockwise when viewed from the front of the game board 6 to urge the player to hit the game ball to the right, the light guide is provided. All of the second side light emitting member 277 of the effect mechanism 112'is emitted to emit light to display the second dot pattern DPS, and the display unit 55a of the display device 55 has a character of "right-handed" and a variable display symbol in a reduced state. Is displayed and faces forward from the second light guide window portion 272a. As a result, the right-handed instruction of the game ball can be strongly appealed to the player (especially a beginner who is not accustomed to the game method), and the game ball is unnecessarily fired in a direction in which it is difficult to win a prize, and by extension, the game. It is possible to suppress the decrease in the interest of the.

As shown in FIG. 45, the light guide plate control process (step S91) for controlling the effect operation of the light guide effect mechanism 112'is performed at the timing of first displaying the light emission of the first central dot pattern (character display) DPC. It is determined whether or not there is (step S111), and when the timing of the light emission display of the first central dot pattern DPC arrives, a setting is made to emit light from all the first lower light emitting members 276 (step S112). After the execution of step S112, or when it is determined in step S111 that it is not the timing of the emission display of the first central dot pattern DPC, the sequential emission display of the first peripheral dot pattern (effect display) DPE (FIG. 41 (a). ) Is determined (step S113), and when the timing of the sequential emission display of the first peripheral dot pattern DPE arrives, the number of emission of the first side light emitting member 275 is gradually increased. Set to increase (sequential light emission) (step S114). After the execution of step S114, or when it is determined in step S113 that it is not the timing of the sequential emission display of the first peripheral dot pattern DPE, the entire emission display of the first peripheral dot pattern (effect display) DPE (FIG. 40 (FIG. 40). It is determined whether or not it is the timing to perform a)) (step S115), and when the timing of displaying all the light emission of the first peripheral dot pattern DPE arrives, all of the first side light emitting member 275 are simultaneously. To the effect that light is emitted (all light emission) is set (step S116).

After the execution of step S116, or when it is determined in step S115 that it is not the timing of the full emission display of the first peripheral dot pattern DPE, the sequential emission display of the second dot pattern (shutter display) DPS (FIG. 41 (b). ) Is determined (step S117), and when the timing of the sequential light emission display of the second dot pattern DPS arrives, the number of light emission of the second side light emitting member 277 is gradually increased. To that effect (sequential light emission) is set (step S118). After the execution of step S118, or when it is determined in step S117 that it is not the timing of the sequential emission display of the second dot pattern DPS, the entire emission display of the second dot pattern (shutter display) DPS (FIG. 40 (c)). And FIG. 44), it is determined whether or not it is the timing to perform (step S119), and when the timing of displaying all the light emission of the second dot pattern DPS arrives, all of the second side light emitting members 277 are simultaneously displayed. To the effect that light is emitted (all light emission) is set (step S120). After the execution of step S120, or when it is determined in step S119 that it is not the timing of the full emission display of the second dot pattern DPS, the light guide plate control process is terminated.

Further, in the effect execution example shown in FIGS. 46 and 47, the player is instructed to hit the left side (a launch operation is performed so as to cause the game ball to flow down to the second case ball flow down path 27) to start the game ball. In order to promote the winning of the winning unit 38 (specifically, the game ball enters the starting winning unit 38 from the second case ball flow down path 27 through the ball introduction path 79 and the stage portion 76). The rotating body 162, the side edge accessory rotating body 182, the light guide effect mechanism 112', and the lower accessory member 202 perform the effect operation.

Specifically, as shown in FIG. 47 (a), when the electric support state ends, the effect control device 59 stops driving the upper accessory drive motor 169 and the side edge accessory drive motor 189 to the right. The effect of the striking instruction (rotation of the upper accessory rotating body 162 and the side edge accessory rotating body 182 in the clockwise direction) is completed, and the upper accessory drive motor 169 and the side edge accessory drive motor 189 are in the electric support state. Driven in the opposite direction to the drive, the upper side accessory rotating body 162 and most side edge accessory rotating body 182 (specifically, the side excluding the first side edge rotating body 182a located at the upper part of the side edge accessory unit 104). The edge accessory rotating body 182) is rotated counterclockwise when viewed from the front of the game board 6. By this rotational operation, the upper edge portion on which the upper accessory rotating body 162 is on the armor portion 63 side is moved from the right side to the left side of the game board 6, and most of the side edge accessory rotating bodies 182 are in the first case ball flow down path. The side edge portion (right portion in FIG. 46) on the 26 side is moved from the lower side to the upper side of the game board 6 to instruct the player to hit the left side. Further, the second side light emitting member 277 of the light guide effect mechanism 112'is emitted to emit light to display the second dot pattern DPS, and the display unit 55a of the display device 55 has the characters "left-handed" and special drawing 1. The second guide guide is displayed by displaying the numerical display of the number of holdings (display indicated by "0" in FIG. 46) and the numerical display of the number of holdings in Special Figure 2 (display indicated by "4" in FIG. 46). It faces forward from the window portion 272a, displays a variable display symbol in a reduced state, and faces forward from a position shifted downward from the second dot pattern DPS in the display portion 55a. Since the first side edge rotating body 182a located near the character "left-handed" rotates in the opposite direction to the other rotating bodies 162 and 182, it is easy for the player to notice this reverse rotation operation and turn his / her gaze. Furthermore, it is easy to put the characters "left-handed" in sight. Therefore, it is easy to understand that the pachinko gaming machine 1 has issued a "left-handed" instruction. Further, the lower accessory elevating drive motor 215 is driven to raise the lower accessory member 202 from the effect non-execution position to the effect execution position, and the lower accessory decorative panel 206'is converted from the tilted posture to the upright position. Then, the upper part of the lower accessory decorative panel 206'is made to face forward from the case window 62 of the center case 23 in a vertical posture along the second case ball flow down path 27.

Then, when the preset left-handed instruction effect time elapses, the drive of the upper accessory drive motor 169 and the side edge accessory drive motor 189 is stopped, the light emission of the second side light emitting member 277 is stopped, and the display device 55 is displayed. Stopping the left-handed instruction display in the unit 55a is executed. Further, the lower accessory elevating drive motor 215 is driven to lower the lower accessory member 202 from the effect execution position to the effect non-execution position, and the lower accessory member 202 is returned from the standing posture to the tilted posture. In this way, if the left-handed instruction of the game ball is executed by the effect operation of the upper accessory rotating body 162, the side edge accessory rotating body 182, the light guide effect mechanism 112', and the lower accessory member 202, the game is played. It is possible to strongly appeal the left-handed instruction to the person. Even in the production of the left-handed instruction, the control of the upper accessory drive motor 169 and the side edge accessory drive motor 189 may be set to a state in which driving and stopping are alternately repeated.

Further, as shown in FIG. 47 (b), when an interrupt execution of a separate predetermined effect is commanded during execution of the left-handed instruction effect, and an elevating operation of the lower accessory member 202 is set in this predetermined effect. The lower accessory member 202 is returned to the effect non-execution position by driving the lower accessory elevating drive motor 215 at the timing of the start of execution of the predetermined effect, and the lower accessory member returns to the effect non-execution position. 202 is raised again to execute a predetermined effect. If the time lag from the start timing of the execution of the predetermined effect to the return of the lower accessory member 202 to the effect non-execution position exceeds the allowable range, the lower accessory member 202 as the predetermined effect The elevating operation may be canceled. Further, when the interrupt execution of the predetermined effect is started, the effect operation of the upper accessory rotating body 162, the side edge accessory rotating body 182, and the light guide effect mechanism 112'in the left-handed instruction effect is interrupted.

Then, in the production execution example shown in FIGS. 48 to 50, with the progress of the round game in the big hit state (the game in which the big winning opening 31 is opened for 20 seconds or the game balls are opened until 10 winning balls are won). In addition to the opening / closing operation of the decorative opening / closing member 94 and the moving image display of the game ball, the central accessory member 117 and the light guide effect mechanism 112'are configured to perform the effect operation. Specifically, when the game ball wins the big winning opening 31 and is detected by the count switch 86 in the big hit state, the effect control device 59 is the central accessory unit 101'based on the detection signal of the count switch 86. The drive of the central accessory drive motor 120 is controlled, and the central accessory member 117 is lowered from the non-execution position. Then, the lowering operation is stopped at the timing when the base-side engaging / disengagement portion 254 moving together with the central accessory member 117 becomes a lower dead state (a state in which the engagement / disengagement guide protrusion 259 is engaged with the lower end portion of the engagement / disengagement guide groove 260). Then, avoiding the separation between the base side engaging / disengaging portion 254 and the member side engaging / disengaging portion 253, the lower edge portion of the central accessory member 117 in the stopped state faces forward from the case window portion 62 of the center case 23 (FIG. 48). See FIG. 50). Further, the drive of the central accessory drive motor 120 is controlled to raise the central accessory member 117 from the stop position and return it to the effect non-execution position.

In this way, if the central accessory member 117 is shown and hidden each time the game ball wins the big winning opening 31, the player can play the central role together with the winning of the game ball to the big winning opening 31. You can enjoy watching the production movement of the object member 117, and you can improve the interest of the game. Further, since the central accessory member 117 moves up and down while being engaged and held by the central unit base 110 via the effect engaging / disengaging mechanism 250, the central accessory member 117 is carelessly different from the setting. You can try to avoid the inconvenience of performing the action.

Further, in the light guide effect mechanism 112', each time the game ball wins a prize in the large winning opening 31, the effect of gradually expanding the light emitting range of the first peripheral dot pattern DPE is executed. For example, in order to divide the light emitting range of the first peripheral dot pattern DPE into three stages and gradually expand from the upper part, the plurality of first side light emitting members 275 are divided into three parts into an upper side, a center, and a lower side. It is set (see FIG. 41 (a)). Then, when the first game ball wins the large winning opening 31 and is detected by the count switch 86 after the start of the round game, the effect control device 59 is set to the first side based on the detection signal of the count switch 86. Of the light emitting members 275, the one set in the upper range is operated to emit light. Then, as shown in FIG. 48, the upper part of the first peripheral dot pattern DPE is light-emittingly displayed.

Next, when the fifth game ball from the start of the round game wins the large winning opening 31 and is detected by the count switch 86, the effect control device 59 becomes the first based on the detection signal of the count switch 86. Of the side light emitting members 275, the light emitting operation of the one set in the central range is additionally performed. Then, as shown in FIG. 49, the central portion is displayed by emitting light in addition to the upper portion of the first peripheral dot pattern DPE. Further, when the tenth game ball from the start of the round game wins in the large winning opening 31 and is detected by the count switch 86 (in other words, the number of winning balls in the large winning opening 31 is the number of winning balls in the round game. (When the end condition is satisfied), the effect control device 59 additionally performs a light emitting operation of the first side light emitting member 275 set in the lower range based on the detection signal of the count switch 86. Then, as shown in FIG. 50, the lower part in addition to the upper part and the central part of the first peripheral dot pattern DPE is displayed by light emission. That is, the entire first peripheral dot pattern DPE is emitted and displayed. Further, in the display unit 55a of the display device 55, the character "next round!" Is displayed at the portion overlapping the first central dot pattern DPC before and after, and the periphery of this character is light-emitting decorated by the first peripheral dot pattern DPE. The production of the mode to be performed is performed. By executing the effect of gradually expanding the light emitting range of the first peripheral dot pattern DPE with the progress of the round game in this way, the player can easily grasp the progress of the round game.

In the second embodiment, in the decorative effect accompanying the progress of the game, the decorative effect is set to be executed in conjunction with the elevating operation of the central accessory member 117 and the effect operation of other accessory members. May be good. At this time, when the central accessory member 117 is engaged with and held by the central unit base 110 via the effect engaging / disengagement mechanism 250, the central accessory member 117 operates differently from the preset operation (for example,). Since it is possible to suppress the sudden descent), the other accessory member (particularly, the lower accessory member 202 arranged at the effect execution position) and the central accessory member 117 inadvertently collide with each other. It is possible to try to prevent the inconvenience of damage.

Further, the effect engaging / disengaging mechanism 250 of the second embodiment makes it possible to engage / detach the central accessory member 117 and the central unit base 110 by using a magnetic force, but the present invention is not limited to this. The point is that the effect base of the movable effect device and the movable member are engaged with each other by a preset engaging force, and when a force equal to or greater than this engaging force acts to separate the accessory member and the effect base, the movable member and the movable member are separated from each other. As long as it is possible to release the engagement state with the effect base, the configuration that generates the engagement force does not matter. For example, a hook-and-loop fastener may be adopted for the effect engaging / detaching mechanism 250 to generate an engaging force, or an adhesive sheet may be adopted to generate an engaging force.

By the way, in each of the above-described embodiments, the electric circuit board provided on the game board 6 in a state of being visible from the player side (for example, the light emitting board housed in the light emitting decorative portion 64 of the center case 23 or each accessory unit). ), But the present invention is not limited to this. For example, the light emitting decoration portion 64'of the center case 23 in the third embodiment shown in FIG. 51 is designed to display information in the electric circuit board on which the light emitting member is mounted, and the decorative effect of the game board 6 is attenuated. Is configured to avoid.

Specifically, as shown in FIGS. 51 (a) and 51 (b), the light emitting decorative portion 64'is behind the panel-shaped decorative member 291 having translucency (in other words, a game rather than the decorative member 291). A light emitting decorative substrate (electric circuit board) 292 is provided on the rear side opposite to the person side. Further, a plurality of electric components including the light emitting member 293 which is a white LED are mounted on the surface (front surface which is the mounting surface) of the light emitting decorative substrate 292 toward the decorative member 291 side (FIG. 51 (b) and FIG. (C)), the light generated from the light emitting member 293 is configured to irradiate the front of the light emitting decoration unit 64'through the decorative member 291, and the light emitting decoration unit 64'executes the light emitting decoration. Further, the surface of the light emitting decorative substrate 292 is colored white including a circuit wiring pattern (not shown). Then, as shown in FIG. 51 (d), on the back surface of the light emitting decorative substrate 292, a portion located behind the mounting portion of each light emitting member 293 is used as substrate configuration information 294 regarding the configuration of the light emitting decorative substrate 292 to emit light. The design name (LED1, LED2, etc.) of the member 293 is displayed. Although the substrate configuration information 294 is displayed by silk screen printing, it may be displayed by any display means.

In this way, if the substrate configuration information 294 is prevented from being displayed on the surface of the light emitting decorative substrate 292, the inconvenience that the player visually sees the substrate configuration information 294 on the light emitting decorative substrate 292 through the decorative member 291, and by extension, the decoration. It is possible to prevent the inconvenience that the decorative effect based on the design of the member 291 and the decorative effect based on the light emission of the light emitting member 293 are attenuated and the interest of the game is impaired. Further, since the surface of the light emitting decorative substrate 292 is colored white and a white LED is mounted as the light emitting member 293, the white light generated from the light emitting member 293 spreads over the entire surface of the light emitting decorative substrate 292 and has brightness. It becomes easy to reflect to the front decorative member 291 side in a state where the decrease in the amount of light is suppressed. Therefore, even if the number of light emitting members 293 mounted is kept small, the light emitting decorative portion 64'can be made to emit light evenly. Further, when the decorative member 291 is made of a colored transparent member, the color of the decorative member 291 can be shown vividly, and the decorative effect of the light emitting decorative portion 64'can be improved.

Although the light emitting decorative substrate 292 is exemplified as an electric circuit board, the present invention is not limited thereto. In short, any electric circuit board may be used as long as it can be visually recognized from the player side through the translucent decorative member. Moreover, although the name of the mounting component (light emitting member 293) is exemplified as the substrate configuration information, the present invention is not limited to this. In short, any form of board configuration information may be used as long as it indicates the contents related to the configuration of the electric circuit board. For example, when displaying information about an electric component to be mounted, the specification of the electric component (capacity of the capacitor, orientation of mounting the diode, voltage value, etc.), the model number of the electric component, the design component number, and the relevant component number. The mounting location of the electric component may be displayed by characters, symbols, drawings, and coloring. When displaying information about the electric circuit board itself, information indicating how the electric circuit board is mounted on the game board (front and back orientation, vertical orientation, left-right orientation, etc.) and supporting the electric circuit board. The mounting position to the support (screw fixing point, locking point, etc.) and the location of the terminal receiving part to which the test terminal is connected for the operation test of the game board may be displayed by characters, symbols, drawings, and coloring. ..

Further, when the wiring connector is mounted on the electric circuit board, the display mode of the board configuration information regarding the wiring connector is set to a display mode different from the board configuration information regarding other electric components, and the board configuration information regarding the wiring connector is set. It may be easy to grasp. For example, as shown in FIG. 52A, when the wiring connector 300 is mounted on the back surface of the light emitting decorative board 292, the mounting location of the wiring connector 300 is brought closer to the edge of the light emitting decorative board 292 to form the light emitting member 293. Separated from the board configuration information (part number information) 294, the orientation of the character information 301a among the board configuration information 301 (character information 301a and mounting location instruction information 301b displayed by rectangular drawing) displayed as information of the wiring connector 300 is set. The orientation may be different from that of the board configuration information (part number information) 294 of the light emitting member 293.

When the wiring connector 300 is mounted on the surface of the light emitting decorative board 292, the board configuration information 301 of the wiring connector 300 is also displayed on the surface of the light emitting decorative board 292 as shown in FIG. 52 (b). The substrate configuration information 301 may be configured so as not to be visually recognized at the same time as the substrate configuration information related to other electric components (for example, the substrate configuration information 294 of the light emitting member 293). At this time, as shown in FIG. 52 (c), in the light emitting decorative board 292 before mounting the wiring connector 300, the character information 301a indicating the pin number is displayed inside the mounting location instruction information 301b, and the light emitting decoration is displayed. When the wiring connector (electric component) 300 is mounted on the board (electric circuit board) 292, the character information (board configuration information) 301a may be covered with the wiring connector (electric component) 300 so as to be invisible. Alternatively, as shown in FIGS. 52 (d) and 52 (e), the substrate configuration information 301 of the wiring connector 300 is displayed on the back surface of the light emitting decorative substrate 292 instead of the front surface, but the substrate configuration information regarding other electrical components (for example, for example). The substrate configuration information 301 may be easily visually recognized by being separated from the substrate configuration information 294) of the light emitting member 293. In each modification shown in FIGS. 52 (a) to 52 (e), the pin numbers (numbers “1” and “4”) of the wiring connector 300 and the design parts are used as the character information 301a of the wiring connector 300. Although the numbers (characters of "CN1" and "CN2") are exemplified, other information about the wiring connector 300 may be displayed as character information 301a.

When the circuit wiring pattern and the board configuration information are arranged on the same surface of the electric circuit board, as shown in FIG. 53A, light emission on which the electric circuit board (for example, the light emitting member 293 is mounted) is mounted. The substrate configuration information (for example, the substrate configuration information 294 of the light emitting member 293) may be superimposed on the circuit wiring pattern P of the decorative substrate 292), but the content of the substrate configuration information 294 may be difficult to grasp. Therefore, a part of the board configuration information may be displayed by shifting it from the circuit wiring pattern P. For example, as shown in FIG. 53B, among the board configuration information 294 of the light emitting member 293, the rectangular mounting location instruction information 294a indicating the arrangement location of the light emitting member 293 is displayed superimposed on the circuit wiring pattern P. Of the board configuration information 294, the character information 294b indicating the design part number or the like may be displayed by shifting it from the circuit wiring pattern P. Further, as shown in FIG. 53 (c), specific display information preset as a part of the board configuration information 294 (for example, a small triangular mark displayed with a width equal to or less than the width dimension of the circuit wiring pattern P). Only 294c may be displayed shifted from the circuit wiring pattern P. By displaying a part of the board configuration information 294 shifted from the circuit wiring pattern P in this way, it is possible to avoid the inconvenience that it becomes difficult to grasp a part of the board configuration information 294.

Further, when the board configuration information for each electric component is displayed on the electric circuit board for a plurality of electric components mounted adjacent to each other, the display mode of the board configuration information, particularly the information displayed in characters (design). The display mode of the above component number, etc.) may be different depending on the degree of density of each electrical component. For example, when the distance between the electric components mounted on the electric circuit board is set narrow and the character information of a predetermined size cannot be displayed in the vicinity of the mounting location of the electric components, a group of a plurality of electric components is mounted. It is preferable to set it as a component group and display information about the mounted component group as board configuration information at a location (predetermined location) outside the mounting location of the mounted component group. Specifically, in the light emitting decorative substrate 292 shown in FIG. 54 (a), a plurality of (for example, nine) light emitting members 293 mounted on the surface of the light emitting decorative substrate 292 are set as the mounted component group 310 to emit light. On the back surface of the decorative substrate 292, rectangular mounting location instruction information (frame-shaped display indicating electrical components constituting the mounting component group 310) 314 is displayed and mounted as a part of the board configuration information 312 regarding the mounting component group 310. The mounting location (mounting area) of the component group 310 is shown, and the mounting component group information 315, which is a part of the board configuration information 312, is displayed larger than the mounting location instruction information 314 at the location deviating from the mounting location instruction information 314. , A connection line 316 is drawn between the mounted component group information 315 and the mounting location instruction information 314 (an information-related display unit showing the relationship between the mounted area of the mounted component group 310 and the mounted component group information 315 is displayed). There is. Then, in the mounted component group information 315 (specifically, in the frame-shaped display indicating the predetermined location (the location deviated from the mounted location of the mounted component group)), each light emitting member 293 constituting the mounted component group 310 is formed. Character information 315a such as a part number in the design of the above is displayed, and the arrangement of each character information 315a is set according to the arrangement of each light emitting member 293 of the mounting component group 310. If the mounting component group information 315 having such a configuration is adopted, the contents of a plurality of board configuration information can be collectively grasped. Further, when a plurality of electric components are mounted in a dense state, the board configuration information related to each electric component can be displayed in an easy-to-read manner without any trouble. The mounting component group information 315 is not limited to being set larger than the mounting location instruction information 314, and may be set to a size smaller than or equal to the mounting location instruction information 314.

Further, as shown in FIG. 54 (b), the components (mounted components) of the mounted component group 310 are contained in the area indicated by the mounting location instruction information 314 (in other words, the frame-shaped display indicating the mounted area of the mounted component group 310). When an extra-group configuration (for example, a through hole 317 for passing a fastener such as a screw through a light emitting decorative substrate 292) different from the extra-group configuration (for example, a through hole 317 for passing a fastener such as a screw) different from the external configuration (for example, the electrical components constituting the group 310) is arranged, the extra-group configuration (group). Information on the external configuration) may be omitted and the mounted component group information 315 may be displayed. At this time, inside the mounted component group information 315, the character information 315a may be displayed with a space corresponding to the arrangement location of the out-of-group configuration (a space corresponding to the arrangement of the out-of-group configuration). Character information 315a may be packed in and displayed.

Further, in the embodiment shown in FIG. 54, the mounting component group 310 is composed of only the light emitting member 293, but the present invention is not limited thereto. For example, a plurality of types of electric components may be mounted on an electric circuit board in a dense state and set as a group of mounted components. Further, a plurality of sets of mounted component groups may be set on the electric circuit board, and the mounted component group information in which the information of each mounted component group is described may be displayed on the electric circuit board. Further, all the electric components mounted on the electric circuit board may be set as a single mounted component group, and the mounted component group information in which the information of the mounted component group is described may be displayed on the electric circuit board. ..

Further, in the light emitting decorative substrate 292 shown in FIGS. 55 (a) and 55 (b), the arrangement interval of the adjacent electric parts is set wider than that of the light emitting decorative substrate 292 shown in FIG. 54, and the degree of density of the electric parts is set. (Mounting density) is lower than that of the light emitting decorative substrate 292 shown in FIG. 54. The display mode of the board configuration information is different from the display mode of the board configuration information 312 in FIG. 54. Specifically, in FIG. 55 (a), the distance between the electric components (light emitting members 293) mounted vertically side by side is the distance between the electric parts (light emitting members 293) mounted horizontally side by side. The character information 294b is displayed on the side of each mounting location instruction information 294a. Further, in FIG. 55 (b), the distance between the electric parts (light emitting members 293) mounted vertically side by side is set wider than the distance between the electric parts (light emitting members 293) mounted horizontally side by side. Character information 294b is displayed above or below each mounting location instruction information 294a. In this way, if the display mode of the board configuration information is changed according to the degree of density of the electrical components, the degree of density of the electrical components can be easily grasped only by visually observing the board configuration information.

It should be noted that the display mode of the board configuration information may be different based not only on the degree of density of the electric components but also on the number of characters of the displayed character information. For example, as shown in FIG. 56 (a), the distance between the electric components (light emitting members 293) mounted vertically side by side is larger than the distance between the electric parts (light emitting members 293) mounted horizontally side by side. When the setting is narrow and the number of characters of the character information 294b is larger than the predetermined number of characters (for example, 5 characters), the character information 294b is set to be displayed on the side of each mounting location instruction information 294a. You may. Alternatively, as shown in FIG. 56 (b), the distance between the electric components (light emitting members 293) mounted vertically side by side is larger than the distance between the electric parts (light emitting members 293) mounted horizontally side by side. When the character information 294b is widely set and the number of characters of the character information 294b is larger than the predetermined character specified number (for example, 5 characters), the character information 294b is displayed above or below each mounting location instruction information 294a. It may be set.

In the above embodiment, the light emitting member and the wiring connector are exemplified as the electric component of the present invention, but the present invention is not limited to this. The electric component mounted on the electric circuit board of the present invention may be another electric component. For example, ICs, ROMs, RAMs, switches, photocouplers, resistors (resistance arrays), relays, capacitors, diodes, transistors, and coils may be applied as the electrical components of the present invention. Further, the electric circuit board on which the board configuration information is described is not limited to a board covered with a decorative member having translucency. In short, it is not limited to a light emitting decorative board as long as it mounts electrical components. For example, the board configuration information of the present invention is displayed on a board (main board) that constitutes a game control device, a board (sub board) that constitutes an effect control device, a payout control device, etc., a relay board that relays electric signals, and the like. May be good.

By the way, in the third embodiment shown in FIG. 51, the decorative effect of the decorative member 291 is prevented from being attenuated by displaying the substrate configuration information 294 on the back surface of the light emitting decorative substrate (electric circuit board) 292. Not limited to. For example, when a circuit wiring pattern is applied to the surface of an electric circuit board, the circuit wiring pattern is configured so as to be difficult for the player to distinguish from the pattern on the decorative member 291. The decay of the decorative effect may be prevented. Specifically, in the light-emitting decorative portion 64 ″ of the modified example shown in FIG. 57, the portion of the decorative member 291 located in front of the circuit wiring pattern P of the light-emitting decorative substrate 292 and the peripheral portion are viewed from the player side. When the linear pattern LP extending along the circuit wiring pattern P is applied by ridges, grooves, coloring, etc., and the player visually observes the decorative member 291, the circuit wiring pattern P on the surface of the light emitting decorative substrate 292 is the decorative member. It may be configured to appear as if it is a part of the linear pattern LP on the 291. In this way, if the circuit wiring pattern P is camouflaged by the pattern LP of the decorative member 291, the circuit wiring pattern P may be configured. Can be suppressed from being noticeably visible, and the inconvenience that the decorative effect of the decorative member 291 is attenuated and the enjoyment of the game is impaired can be prevented.

Then, in each of the above-described embodiments, the light emitting decorative substrate that can be visually recognized by the player is exemplified as the electric circuit board of the present invention, and various aspects of the substrate configuration information displayed on the light emitting decorative substrate are shown. Is not limited to this. For example, the substrate configuration information of the above-described embodiment may be displayed on an electric circuit board that cannot be visually recognized by the player (such as an electric circuit board covered with a translucent member from the player side). At this time, the board configuration information may be displayed on either the player side of the electric circuit board or the side opposite to the player. Further, even if the electric circuit board is visible to the player, the board configuration information is displayed on the player side of the electric circuit board, and the board is placed in the area of the electric circuit board opposite to the player. The configuration information may be avoided from being displayed so that the area on the opposite side can be effectively used for other purposes.

By the way, in the present invention, the substrate configuration information may be displayed on the electric circuit board regardless of whether or not the player can see it, and various measures may be taken in the display mode of the substrate configuration information. Hereinafter, other embodiments of the electric circuit board on which the board configuration information is displayed will be illustrated.

In the embodiment shown in FIG. 58, a frame-shaped component non-mounting region 321 (region shown by hatching in FIG. 58) is set along the edge of the horizontally long electric circuit board 320, and electricity is supplied to the component non-mounting region 321. It is avoided to mount the component 322 and to display the character information 324 (specifically, the character information 324 consisting of the component number of the electrical component 322) which is a kind of board configuration information. Specifically, the electric circuit board 320 mounts a plurality of electric components 322 (first component 322a, second component 322b, third component 322c, fourth component 322d) having a strip shape. Then, the first component 322a and the second component 322b are set to extend along the longitudinal direction (horizontal direction) of the electric circuit board 320, and the third component 322c is set in the longitudinal direction (horizontal direction) of the electric circuit board 320. The fourth component 322d is set to an inclined posture with respect to the longitudinal direction (horizontal direction) of the electric circuit board 320.

Further, the character information (first part number information indicated by "R101") 324a of the first part 322a is vertically displayed on the side of the first part 322a, and the first character of the first part number information 324a is displayed. "R" is separated downward from the component non-mounting area 321. Further, below the second part 322b, the character information (second part number information indicated by "R102") 324b of the second part 322b is displayed horizontally, which is the first character of the second part number information 324b. "R" is laterally separated from the component non-mounting area 321. Then, on the side of the third part 322c, the character information (third part number information indicated by "R103") 324c of the third part 322c is in a horizontal writing state with a frame, and the character arrangement direction is the first. The three parts 322c are displayed along the longitudinal direction, and one side (upper side in FIG. 58) of the surrounding frame of the third part number information 324c is arranged at the boundary of the part non-mounting area 321. Further, below the fourth component 322d, the character information (fourth part number information indicated by "R104") 324d of the fourth component 322d is placed in a state where the character arrangement direction is along the longitudinal direction of the fourth component 322d. It is displayed, and the last character "4" of the fourth part number information 324d is separated upward from the part non-mounting area 321. If it is avoided that the electric component 322 and the board configuration information (character information 324) are arranged at the edge of the electric circuit board 320 in this way, the tools and the like collide with each other and the electric component 322 and the board configuration information (character information 324) are prevented from being arranged. ) Can be avoided.

In the embodiment shown in FIG. 59, an information sticker 327 on which a two-dimensional code and management information are printed is attached on the electric circuit board 326 as one of the components of the electric circuit board 326, and this information sticker is attached. The sticking point instruction information 328 indicating the sticking place of 327 is displayed as the board composition information of the electric circuit board 326. Specifically, in FIG. 59 (a), the rectangular frame-shaped sticking point instruction information 328a is displayed on the electric circuit board 326 by printing (for example, silk screen printing), and the sticking point instruction information 328a is displayed. An information sticker 327 is attached to the space. Further, in FIG. 59 (b), the rectangular frame-shaped attachment location instruction information 328b is displayed on the electric circuit board 326 by a wiring circuit pattern, and the information sticker 327 is attached to the space in the attachment location instruction information 328b. ing. Further, in FIG. 59 (c), the sticking point instruction information 328c expressed by a discontinuous line segment is displayed by printing (for example, silk screen printing) on the electric circuit board 326, and the sticking point instruction information 328 is displayed. The information sticker 327 is attached with the corners aligned with the silk screen. Then, in FIG. 59 (d), the sticking point instruction information 328d is represented by two triangular marks whose acute-angled portions are close to each other, and is displayed by printing (for example, silk screen printing) on the electric circuit board 326. The information sticker 327 is attached with the corners aligned with the attachment location instruction information 328d (specifically, the location where the acute angles of the two triangle marks are close to each other). In this way, even when a component (non-electric component) not included in the electric component constitutes a part of the electric circuit board 326, the information such as the arrangement location of the non-electric component is used as the board configuration information in the electric circuit. If it is displayed on the board 326, the efficiency of the manufacturing work of the electric circuit board 326 can be improved. Parts that are not mounted on the finished product of the electric circuit board 326 at the time of shipment (for example, parts such as connectors that are mounted at the development stage or the test stage but are removed from the electric circuit board 326 at the shipment stage from the factory). Also, information such as the arrangement location and the component number may be displayed on the electric circuit board 326 as the board configuration information.

In the embodiment shown in FIG. 60, the slide switch 331 is mounted on the electric circuit board 330 as an electric component whose setting can be changed, and the information on the mounting location of the slide switch 331 and the information on the specifications are provided on the electric circuit board 330. It is displayed as board configuration information. Specifically, as shown in FIG. 60A, the electric circuit board 330 has mounting location instruction information 333 indicating the mounting location of the slide switch 331 as board configuration information, which is a rectangle slightly larger than the slide switch 331. It is displayed by printing in a frame (for example, silk screen printing), and in the frame of the mounting location instruction information 333, character information (character information indicated by "1" and "2") 334 indicating the number of the slide switch 331 is displayed. And, as a kind of specification of the slide switch 331, a scale 335 indicating the movable position of the slider is displayed by printing (for example, silk screen printing). Then, when the slide switch 331 is mounted on the electric circuit board 330, as shown in FIG. 60B, the mounting location instruction information 333 surrounds the slide switch 331, but the character information 334 and the scale 335 are mounted on the slide switch 331. It is configured to be covered and hidden. By displaying the information that the setting of the electric component can be changed in this way as the board configuration information, it is easy to suppress the possibility that the operator mounts the wrong electric component at the time of assembling the electric circuit board 330. be able to. The electrical component whose setting can be changed is not limited to the slide switch 331, and may be another type of electrical component. For example, it may be an electric component whose setting can be changed with a rotary dial.

In the embodiment shown in FIG. 61, a plurality of electric components 338 are mounted on the electric circuit board 337 in a close state (for example, a state in which the separation distance between the electric components 338 is sufficiently narrower than the external dimensions of the electric components 338). The mounting location instruction information 339 of each electric component 338 is displayed by printing (for example, silk screen printing) in a rectangular frame surrounding each electric component 338, and the character information 340 regarding each electric component 338 is displayed between the electric components 338. It is displayed by printing (for example, silk screen printing) in a different manner according to the size of the gap. Specifically, the first electric component 338a and the second electric component 338b are mounted vertically side by side, and the character information 340a (“LED1”) relating to the first electric component 338a is written horizontally below the first electric component 338a. The text information 340b (“LED2”) relating to the second electric component 338b is displayed on the side of the second electric component 338b in a vertical writing mode. In this way, if the mounting location of each electric component 338 is indicated by the mounting location instruction information 339 and the character information 340 relating to each electrical component 338 is displayed without being aligned in the same embodiment, the information regarding the electrical component 338 is displayed on the electric circuit board. It is suitable because it can be displayed in an appropriate manner according to the design of 337.

In the embodiment shown in FIG. 62, in a board unit 346 in which a pair of electric circuit boards (first board 343, second board 344) are connected by a board connector 345, a board connector 345 (electric component) is placed on each board 343, 344. Information about is displayed as board configuration information. Specifically, as shown in FIG. 62A, the substrate unit 346 connects the first substrate 343 and the second substrate 344 facing each other by the substrate connector 345 to enable energization, and the first substrate 343 can be energized. Of the second board 344, the male terminal 345a of the board connector 345 is mounted on the connector mounting surface 343a facing the second board 344 (see FIGS. 62 (a) and 62 (c)), and faces the first board 343 of the second board 344. The female terminal 345b of the board connector 345 is mounted on the connector mounting surface 344a (see FIGS. 62 (a) and 62 (d)). Further, as shown in FIG. 62B, the connector non-mounting surface 343b of the first board 343 facing outward of the board unit 346 has rectangular mounting location instruction information indicating the mounting location of the male terminal 345a. The 348, the character information 349 indicating the pin numbers (“1”, “12”) of the male terminal 345a, and the preset specific pin position (for example, the position of the first pin) of the male terminal 345a are triangularly shaped. The pin position indicating information 350 indicated by a mark such as, etc. is displayed by printing (for example, silk screen printing). Further, on the connector non-mounting surface 344b of the second board 344 facing outward of the board unit 346, as shown in FIG. 62 (e), mounting location instruction information 351 indicating the mounting location of the female terminal 345b is provided. Of the female terminal 345b, the pin receiving position indicating information 352 indicating the position of the specific pin receiving portion to which the specific pin of the male terminal 345a is connected is indicated by a mark such as a triangle shape by printing (for example, silk screen printing). .. If the pin position instruction information 351 and the pin receiving position instruction information 352 are displayed on the board unit 346 as board configuration information in this way, the pin position instruction information 350 and the pin are displayed during the connection work between the first board 343 and the second board 344. By confirming the position of the receiving position instruction information 352, the alignment between the first substrate 343 and the second substrate 344 can be easily performed.

In the embodiment shown in FIG. 63, one of the substrate units 360 is configured by mounting a separate electric circuit board (second board 357) on the electric circuit board (first board 355) via a mounting spacer 356. The board configuration information regarding the electric circuit board is displayed on the other electric circuit board. Specifically, as shown in FIG. 63A, the substrate unit 360 has a resin mounting spacer 356 having a U-shape arranged between the first substrate 355 and the second substrate 357. The first substrate 355 and the second substrate 357 are separated from each other. Then, the electric component 362 is mounted on the second board 357 (see FIG. 63 (b)), and the information related to the electric component 362 (character information 363 and the mounting location instruction information 364) is used as the board configuration information, and the first board 355 is used. Of these, the polymerization region 355a on which the second substrate 357 is polymerized is displayed by printing (for example, silk screen printing), and three sides of the polymerization region 355a are surrounded by mounting spacers 356 (see FIG. 63 (c)). If the board configuration information relating to the second substrate 357 is displayed on the first substrate 355 in this way, even if a sufficient area for displaying the substrate configuration information cannot be secured on the second substrate 357, the substrate relating to the second substrate 357 can be displayed. It does not interfere with the display of configuration information.

The polymerization region 355a of the first substrate 355 covered with the second substrate 357 is provided with a terminal receiving portion 366 to which a test terminal (not shown) is connected (see FIG. 63 (c)), and the terminal receiving portion is provided. Information about unit 366 (character information 367) is displayed as substrate configuration information by printing (for example, silk screen printing). Then, in the operation test executed before the product is shipped, the test terminal can be connected to the terminal receiving unit 366. In this way, if the electric components (terminal receiving portion 366, etc.) and the substrate configuration information (character information 367, etc.) related to the electric components are arranged in the polymerization region 355a so as to be inconspicuous, the substrate can be used. It is possible to prevent the unit 360 from becoming complicated in appearance. Further, since the terminal receiving portion 366 that is not normally used, the one that does not emit heat, and the one that does not need to be conspicuous (for example, through holes and vias) can be arranged and hidden in the polymerization region 355a, it is usually hidden. It is possible to prevent unused items from being conspicuous on the substrate unit 360, and it is possible to effectively utilize the space on the substrate unit 360.

Further, although the second board 357 was mounted on the first board 355 via the mounting spacer 356, another configuration (for example, a cooling fan or a heat sink) was mounted in place of the second board 357, and information on the other configuration. May be displayed in the polymerization region 355a of the first substrate 355 as the substrate configuration information.

In the embodiment shown in FIG. 64, the specific electric component 372 is mounted on the specific mounting area 370a set on the electric circuit board 370, and the information (board configuration information) regarding the specific electric component 372 is stored inside and outside the specific mounting area 370a. Each is displayed. Specifically, in the electric circuit board 370, a part (the part shown by the two-point chain line in FIGS. 64 (a) and 64 (b)) extending from the front and back of the electric circuit board 370 is set in the specific mounting area 370a. As shown in FIG. 64 (a), on one surface (the surface to be the mounting surface) of the specific mounting region 370a, a specified electric component 372 (for example, a motor or a solenoid) preset among a plurality of electric components is mounted. Specific electric components 372) whose working voltage value is higher than that of other electric components, such as ICs and coils to be controlled, are mounted. Further, as shown in FIG. 64 (b), a plurality of wiring circuit patterns 374 set wider than the other wiring circuit patterns 374 are set on the other surface (back surface) of the specific mounting area 370a, which is opposite to the mounting surface. A ground pattern is provided as the specific wiring circuit pattern 375, and a rectangular insulating portion 370b including each specific wiring circuit pattern 375 is set at the boundary of the specific mounting region 370a. In other words, the specific mounting area 370a is partitioned by the insulating portion 370b formed on the outer periphery of the specific wiring circuit pattern 375, and a plurality of specific wiring circuit patterns 375 are arranged in the specific mounting area 370a. A ground pin (not shown), which is a kind of terminal pin of the specific electric component 372, may be conducted to conduct the ground pattern (specific wiring circuit pattern 375).

Further, on the back surface of the specific mounting area 370a, the mounting location instruction information 378 having a rectangular frame shape indicating the mounting location of the specific electric component 372 is displayed by printing (for example, silk screen printing), and the back surface of the electric circuit board 370 is displayed. Character information (character information of "A01") 379 indicating the part number of the specific electric component 372 is displayed by printing (for example, silk screen printing) at a position located outside the specific mounting area 370a. Further, in the ground pattern (specific wiring circuit pattern 375), a plurality of vias (holes penetrating the front and back of the electric circuit board 370) are located between the mounting location instruction information 378 and the boundary of the specific mounting region 370a. ) 376 is opened to surround the mounting location instruction information 378, and the specific wiring circuit pattern 375 is conducted to the wiring pattern (not shown) on the surface of the electric circuit board 370 by the via 376. In other words, in the specific mounting area 370a, the area where the mounting location instruction information 378 is displayed is surrounded by the via 376. In this way, if the mounting location instruction information 378 is displayed in the specific mounting area 370a and the character information 379 is displayed outside the specific mounting area 370a, it is possible to avoid the inconvenience that these information are too close to each other and coexist. It is possible to make each information easy to see. Further, if the specific mounting area 370a surrounded by the insulating portion 370b is widened by setting the specific wiring circuit pattern 375 widely, the electric components arranged around the specific electric component 372 can be separated from the specific electric component 372. can. Therefore, it is possible to suppress adverse effects such as noise generated from the specific electric component 372 on other electric components. Further, since the specific electric component 372 is surrounded by a plurality of vias 376, the mounting location of the specific electric component 372 (in other words, the specific electric component 372 that may affect other electric components) can be easily confirmed. .. The specific wiring circuit pattern 375 is not limited to the ground pattern. In short, the wiring circuit pattern may have any function as long as it is set wider than other wiring circuit patterns. Further, as long as the mounting location instruction information 378 and the character information 379 are easily visible, both information may be displayed on the surface of the specific mounting area 370a. Alternatively, regardless of whether the specific mounting area 370a is front or back, both information may be displayed in the specific mounting area 370a. Further, the specific mounting area 370a is not limited to being surrounded by a plurality of vias 376 and partitioned. In short, as long as the hole portion penetrates from one surface of the electric circuit board to the other surface, a hole portion having any function may be provided in the specific mounting area. For example, instead of vias, a through hole or a hole into which an IC terminal is inserted may be provided in a specific mounting area to surround the specific mounting area. Further, the mounting location instruction information is displayed across one ground pattern and another ground pattern, and even if the specific mounting area is set to include one partitioned area and another partitioned area. good.

In the embodiment shown in FIG. 65, in the electric circuit board 382 in which a group of a plurality of electric components 380 is mounted as a mounted component group 381, information regarding the mounted component group 381 is displayed by the mounted component group information 384, and the mounted component group is displayed. The display mode of the information 384 is set to a mode that imitates the outline of the mounting area of the mounting component group 381. Specifically, as shown in FIG. 65 (a), the electric circuit board 382 has a plurality of (six in this embodiment) electric wires on one surface (the surface to be the mounting surface) of the electric circuit board 382. The components 380 are mounted in an inverted U-shape, and on the other surface (back surface) opposite to the mounting surface, as shown in FIG. 65 (b), the mounting locations of the respective electrical components 380 are mounted. The mounting area instruction information 387 of the inverted U-shaped frame indicating the mounting area 388 of the mounting component group 381 surrounding the rectangular mounting location instruction information 386 and the mounting location instruction information 386 (outline of the mounting area 388). Is displayed by printing (for example, silk screen printing) as a part of the board configuration information. Further, mounting component group information 384, which is a part of the board configuration information, is displayed on the back surface of the back surface outside the mounting area instruction information 387, and is placed between the mounting component group information 384 and the mounting area instruction information 387. A connection line 389 is drawn (an information-related display unit showing the relationship between the mounting area 388 of the mounting component group 381 and the mounting component group information 384 is displayed) . Then, the mounting component group information 384 is provided with a frame display 391 imitating the mounting area instruction information 387 (outline of the mounting area 388) of the mounting component group 381 by printing (for example, silk screen printing). In the display 391, information (part number, etc.) related to each electric component 380 constituting the mounted component group 381 is displayed as component information 392 by printing (for example, silk screen printing), and the relative postures of the component information 392s (for example). The vertical and horizontal orientations and arrangement directions) are set according to the relative postures of the electrical components 380 of the mounting component group 381. If the mounting component group information 384 having such a configuration is adopted, it is possible to quickly grasp where the information regarding the mounting component group 381 is displayed by collating the mounting area instruction information 387 with the frame display 391. can. When a plurality of electric components 380 are mounted in a dense state, the board configuration information related to each electric component 380 can be displayed in an easy-to-see manner without any trouble. Therefore, the information displayed on the electric circuit board 382 can be easily visually recognized. Further, since the relative posture of each component information 392 is set according to the relative posture of each electric component 380 of the mounted component group 381, it is easy to know which component information 392 is information about which electrical component 380. Can be grasped.

The shape of the mounting area instruction information 387 (outline of the mounting area 388) and the frame display 391 is not limited to the above-mentioned inverted U-shape, and may be set to any shape. For example, as shown in FIG. 65 (c), the electric components 380 constituting the mounting component group 381 are arranged in a Y shape, and the mounting area instruction information 387 (outline of the mounting area 388) and the frame display are arranged according to this arrangement. 391 may be set in a Y-shaped frame. Further, as shown in FIG. 65 (d), when the arrangement mode of the electric components 380 (Y-shaped arrangement mode) and the mounting area instruction information 387 mode (rectangular frame) are different, the frame The display 391 may be set to an aspect (Y-shaped) that matches the arrangement aspect of the electric component 380. By doing so, it is possible to narrow the area required for displaying the frame display 391 as compared with the case where the frame display 391 is displayed by imitating the outline of the mounting area 388, and the electric circuit board 382 can be used. The limited space above can be used effectively. Further, the mounting component group information 384 may be displayed on the mounting surface on which the electrical component 380 is mounted in the electric circuit board 382.

In the embodiment shown in FIG. 66, in the electric circuit board 397 in which a group of a plurality of electric components 395 is mounted as a mounted component group 396, information regarding the mounted component group 396 is displayed by the mounted component group information 399, and the mounted component group is displayed. It is provided with a display for associating the information 399 with the mounting area 403 of the mounting component group 396. Specifically, the electric circuit board 397 is composed of a plurality of (six in the present embodiment, six arranged in the vertical and horizontal directions) electric components 395 on one surface (the surface serving as the mounting surface) of the electric circuit board 397. A plurality of sets of mounted component groups 396 (in this embodiment, two sets of the first component group 396a and the second component group 396b) are mounted, and a substrate is placed on the other surface (back surface) opposite to the mounting surface. As a part of the configuration information, a rectangular mounting location instruction information 402 indicating the mounting location of each electric component 395 and a rectangular frame indicating the mounting area 403 of each mounting component group 396 surrounding the mounting location instruction information 402. The mounting area instruction information 404 (first area instruction information 404a, second area instruction information 404b) is displayed by printing (for example, silk screen printing). Further, on the back surface, a plurality of mounted component group information 399, which is a part of the board configuration information, is provided in a portion deviating from each mounting area instruction information 404 according to the number of mounted component group 396 (in the present embodiment, the first The component group information 399a and the second component group information 399b) are displayed, and in each mounted component group information 399, information (part number, etc.) related to each electric component 395 constituting the mounted component group 396 is displayed as character information 405. Is displayed by printing (for example, silk screen printing), and the relative posture (vertical / horizontal orientation and arrangement direction) of each character information 405 is set according to the relative posture of each electric component 395 of the mounted component group 396. ..

Further, in the mounting area 403 of each mounted component group 396, the edge portion (right edge portion in FIG. 66) facing the mounted component group information 399 side is provided with the component group identification information 408 assigned to the mounted component group 396. , Printing the direction index (arrow) 409 indicating the direction of the mounting component group information 399 (specifically, the mounting component group information 399 displaying the information about the electric component 395 in the mounting area 403) as viewed from the mounting area 403. Each is displayed by (for example, silk screen printing). In the embodiment shown in FIG. 66, the mark in which the character "a" is enclosed in a rectangular frame is assigned as the part group identification information 408 of the first component group 396a, and the character "b" is enclosed in the rectangular frame. The rectangle mark is assigned as the component group identification information 408 of the second component group 396b.

Further, the direction index 409 is displayed by the direction of the mounted component group information 399 and the distance indicator indicating the separation distance from the mounted area 403 of the mounted component group 396 to the mounted component group information 399, and the mounted component group information. The direction of 399 is expressed by the direction of the arrow, and the separation distance to the mounted component group information 399 is expressed by the length of the arrow. Then, by setting the direction index 409 of the first component group 396a longer than the direction index 409 of the second component group 396b, the mounting area 403a and the mounted component group information 399 (first component group information) in the first component group 396a are set. It is configured to express that the separation distance from 399a) is longer than the separation distance between the mounting region 403b in the second component group 396b and the mounting component group information 399 (second component group information 399b).

Then, in the edge portion (left edge portion in FIG. 66) facing the mounting area 403 side of each mounted component group information 399, the mounted component group 396 whose related information is displayed in the mounted component group information 399 is displayed. The identification information 412 having the same aspect as the component group identification information 408 and the mounting direction index (arrow) 413 indicating the direction of the mounting area 403 of the mounted component group 396 when viewed from the mounted component group information 399 are printed (for example, silk screen). It is displayed by printing). In the embodiment shown in FIG. 66, the identification information 412 of the first component group information 399a is a mark in which the character "a" is surrounded by a rectangular frame (the same mark as the component group identification information 408 of the first component group 396a). The identification information 412 of the second component group information 399b is a mark in which the character "b" is surrounded by a rectangular frame (the same mark as the component group identification information 408 of the second component group 396b).

Further, the mounting direction index 413 is displayed by the direction of the mounting area 403 of the mounted component group 396 and the distance indicator indicating the separation distance from the mounted component group information 399 to the mounting area 403 of the mounted component group 396. The direction of the mounting area 403 is represented by the direction of the arrow, and the separation distance to the mounting area 403 is represented by the length of the arrow. Then, by setting the mounting direction index 413 of the first component group information 399a longer than the mounting direction index 413 of the second component group information 399b, the mounting area 403 and the mounted component group information 399 in the first component group 396a (the first). It is configured to express that the separation distance from one component group information 399a) is longer than the separation distance between the mounting area 403 and the mounting component group information 399 (second component group information 399b) in the second component group 396b. There is.

The component group identification information 408, the direction index 409, the identification information 412, and the mounting direction index 413 (in other words, the information-related display unit showing the relationship between the mounting area 403 of the mounted component group 396 and the mounted component group information 399). ) Is displayed on the electric circuit board 397 together with the mounted component group information 399, it is possible to avoid mixing the display of the information regarding the electric component 395 and make it easy to visually recognize. Further, the display location of the information regarding the mounted component group 396 can be easily grasped without drawing a connection line between the mounted area 403 and the mounted component group information 399. Therefore, the limited space on the electric circuit board 397 can be effectively utilized. The display mode of the distance marker expressing the direction index 409 and the mounting direction index 413 is not limited to the arrow. In short, a distance marker (direction and distance can be expressed) that can express the direction of the mounted component group information 399 and the direction of the mounted area 403 and the separation distance between the mounted area 403 and the mounted component group information 399. Any aspect may be used as long as it is a distance marker). For example, an illustration indicating a direction by a human hand may be adopted as a distance marker, and the length of the separation distance may be expressed by the size of the illustration.

Further, the display mode of the component group identification information 408 and the identification information 412 is not limited to the above-described embodiment, and may be set in any way. For example, alphanumericals, hiragana, and katakana may be displayed by enclosing them in a circle or a triangular frame. Further, the display positions of the component group identification information 408 and the identification information 412 may be displayed anywhere on the electric circuit board as long as they do not interfere with each other. For example, it may be displayed in a state of being in contact with the edge portion of the mounted component group information, or may be displayed inside the mounted component group information (for example, the central portion). Further, when the direction index 409 and the mounting direction index 413 are displayed by arrows, the middle of the leader line may be bent. For example, as shown in FIG. 67 (a), the leader line may be bent once, or as shown in FIG. 67 (b), it may be bent a plurality of times. In short, it may be bent as appropriate so as not to overlap with the configuration on the electric circuit board. Further, as shown in FIG. 67 (c), when the leader line of the direction index 409 and the mounting direction index 413 intersects with another display line on the electric circuit board, a cross is added to the arrow. , It is preferable to indicate that an intersection has occurred.

By the way, in each of the motors adopted in the above-described embodiment, the position of the gear shaft attachment position may be adjusted along the rotation axis direction of the motor. For example, the panel drive motor (motor) 154 and the panel drive gear (drive gear) 155 provided in the lower accessory front unit 102 (see FIG. 12) will be illustrated and described. In 4 embodiments, the panel drive motor 154 is provided with a sleeve-shaped shaft insertion convex portion 502 on one end surface of a case 501 having a cylindrical shape, and a rotation shaft (output shaft) 154a is inserted through the shaft insertion convex portion 502. A panel drive gear 155 is pivotally attached to the rotating shaft 154a in a co-rotating state. Then, the rotational driving force of the panel drive motor 154 is transmitted from the panel drive gear 155 to the rotating body (for details, the rotating body in which the slide transmission gear 156 and the slide engaging protrusion 157 are integrated (see FIG. 12)). , It is configured to rotate the rotating body.

Further, on the surface of the panel drive gear 155 facing the case 501 side of the panel drive motor 154, the case 501 (specifically, the shaft insertion convex portion 502 provided in the case 501) and the panel drive gear 155 are brought into contact with each other. It forms a recess 503 to avoid. Further, a bearing protrusion 504 into which the rotating shaft 154a (specifically, the tip end portion of the rotating shaft 154a) is inserted is projected on the surface of the panel drive gear 155 facing the opposite side to the case 501, and the bearing is provided. The protrusion 504 and the rotating shaft 154a are fastened by a fastening member 505 such as a set screw.

If the panel drive gear 155 having such a configuration is adopted, the shaft insertion convex portion 502 of the case 501 enters the concave portion 503, so that contact between the case 501 and the panel drive gear 155 can be avoided (). See FIG. 69). Therefore, even if it is necessary to shift the position of the panel drive motor 154 toward the panel drive gear 155 in order to avoid interference between the panel drive motor 154 and other components, the panel drive gear 155 is moved along the rotation shaft 154a. It can be shifted to the panel drive motor 154 side, and the shaft attachment position of the panel drive gear 155 can be adjusted without delay. As a result, the panel drive gear 155 and the slide transmission gear 156 can be set in a sufficient meshing state without being displaced in the axial direction, and the rotation of the rotating body (rotation of the slide transmission gear 156 and the slide engagement protrusion 157) can be set. It does not cause any trouble. Further, in the work of axially attaching the panel drive gear 155 to the rotating shaft 154a, it is not necessary to insert the fastening member 505 into the narrow space sandwiched between the panel drive gear 155 and the case 501. Therefore, there is no inconvenience that the fastening member 505 is difficult to attach to the bearing protrusion 504 and the tool for fastening and wearing does not reach the fastening member 505, and the shaft mounting work can be performed without delay.

Further, since the rotary shaft 154a is inserted into the bearing protrusion 504, the shaft attachment range between the rotary shaft 154a and the panel drive gear 155 can be widened over a dimension longer than the plate thickness of the panel drive gear 155. The panel drive gear 155 can be mounted on the shaft with sufficiently high mounting accuracy while suppressing the inclination with respect to the rotating shaft 154a.

The concave portion 503 of the fourth embodiment is formed by being recessed in a circular shape slightly larger than the shaft insertion convex portion 502, but the present invention is not limited to this. In short, any form of recess may be formed as long as contact between the drive gear and the case of the motor can be avoided. Further, the panel drive motor 154 and the panel drive gear 155 are mentioned as examples of the motor and the drive gear in the present invention, but the present invention is not limited thereto. In short, the present invention may be applied to any motor and drive gear as long as it is a mechanism for rotating a rotating body provided in a gaming machine such as a pachinko gaming machine. For example, it may be applied to a motor and a drive gear provided for rotation of a bonus member arranged in the game area 5, or a motor and drive provided for rotation of a rotating body in a ball payout mechanism. It may be applied to gears. Further, the object to which the driving force is transmitted by the motor and the driving gear of the present invention is not limited to the rotating body. In short, it may be a movable body that operates in any mode as long as it is configured to operate by a driving force from a motor. Further, the movable body to which the driving force is transmitted by the motor and the driving gear of the present invention is provided with an electric circuit board on which a light emitting member or the like is mounted, and substrate configuration information (specifically, an electric circuit) is provided on the back surface of the electric circuit board. (Board configuration information regarding the configuration of the substrate) may be displayed (see FIGS. 51 to 67).

By the way, the control unit 54 (see FIG. 3) in the above embodiment includes decorative members (for example, the upper accessory rotating body 162 of the upper accessory unit 103 and the side edge accessory rotating body 182 of the side edge accessory unit 104). It also functions as a decorative unit, and is mounted on the back side of the game board (game board body) 19. Then, in the preparatory stage before assembling the game board 6, the control unit 54 not mounted on the game board 19 is placed on a place such as a work table in a stable posture with the open side of the unit case 100 facing downward. However, the decorative member is in a state of protruding downward from the unit case 100. Therefore, it is preferable to apply the configuration for preventing the decorative member from coming into contact with the place where the decorative member is placed to the control unit 54.

For example, the control unit 54 of the fifth embodiment shown in FIGS. 70, 71, and 72 has basically the same configuration as that of the first embodiment, but can be placed on a place such as a work table or a floor. The difference is that the upper accessory unit 103, the side edge accessory unit 104, and the winning ball flow path 56 are provided with protruding portions that serve as support legs for the control unit 54 at the time of mounting. Specifically, as shown in FIG. 73, of the upper unit panel 163 located on the front side (game board 19 side) of the upper accessory unit 103, protruding blocks (first on the left side) are formed on the left and right sides of the upper side portion. The protruding block 511 and the second protruding block 512) on the right side are fixed to each other. A protrusion (first protrusion 513) protruding toward the game plate 19 from the upper accessory rotating body 162 is provided at the lower portion of the first protrusion block 511, and the left side portion of the second protrusion block 512 is provided with a protrusion (first protrusion 513). It is provided with a protruding portion (second protruding portion 514) that protrudes toward the game plate 19 from the upper accessory rotating body 162.

Further, as shown in FIG. 74, a vertically long third is formed on the side side portion (right side portion in FIG. 74) of the side edge unit panel 184 located on the front side (game plate 19 side) of the side edge accessory unit 104. The protrusion block 516 is fastened, and on both the upper and lower sides of the third protrusion block 516, protrusions protruding toward the game plate 19 from the side edge accessory rotating body 182 (upper third protrusion 518 and lower side). Each has a fourth protrusion 519).

Further, as shown in FIG. 75, the winning ball flow path 56 protrudes toward the game board 19 from the upper accessory rotating body 162 and the side edge accessory rotating body 182 toward one side (left side in FIG. 75). It is provided with a protruding portion (fifth protruding portion 520). Explaining the configuration of the winning ball flow path 56 in detail, the winning ball flow path 56 has a base block 525 in which a translucent front panel 525a and a rear panel 525b are stacked in the front-rear direction. A horizontally long flow path forming block having translucency (first flow path forming block 526 on the left side and second flow path forming block 527 on the right side) provided on the left and right sides of the base block 525 in the central portion of the road 56. ) Are provided respectively. In the base block 525, the first starting ball flow path 531 into which the game ball winning in the first starting winning opening 36 flows down, and the second starting ball flow path 532 in which the game ball winning in the second starting winning opening 37 flows down. The first starting ball flow path 531 is provided with a first starting port switch 46, and the second starting ball flow path 532 is provided with a second starting port switch 47. Further, a magnetic sensor 223 is arranged in each of the starting ball flow paths 531, 532 so that a change in magnetism can be detected, and a light emitting substrate 533 is arranged behind each starting ball flow path 531, 532, and the light emitting substrate is arranged. When light is emitted from a light emitting source such as an LED mounted on the 533, this light passes through the base block 525 and is irradiated to the front starting winning unit 38 (see FIG. 2), and the starting winning unit 38 is decorated with light emission. Is configured to apply.

In the first flow path forming block 526, a general winning ball flow path 535 into which the game ball winning in the general winning opening 42 flows down is formed, and a light emitting substrate 536 and a radio wave sensor are formed behind the first flow path forming block 526. It is equipped with 224. Then, when light is emitted from a light emitting source such as an LED mounted on the light emitting substrate 536, this light passes through the first flow path forming block 526 and is irradiated to the front general winning opening 42 (see FIG. 2). It is configured to give a light emitting decoration to the winning opening 42. Further, a fifth protruding portion 520 is projected from the central portion in the left-right direction of the first flow path forming block 526, a sensor storage space portion 537 is formed in the fifth protruding portion 520, and the magnetic sensor 223 is mounted from the rear. It can be stored.

In the second flow path forming block 527, the flow path partition panel 541 having translucency is mounted on the front side of the second flow path forming block 527, and the flow path is above the second flow path forming block 527. With the forming gutter 542 attached, the starting winning ball flow path 543 through which the game ball winning in the second starting winning device 41 flows down, and the game ball passing through the winning ball collecting gutter 183 (for details, the general winning opening 32 is won. The game ball that has passed through the winning ball recovery gutter 183) flows down to form a section with the recovery ball flow path 544. Further, the collection ball flow path 544 is provided with a winning port switch 225, and a magnetic sensor 223 is arranged on the side of the starting winning ball flow path 543 so that a change in magnetism can be detected. Then, a light emitting substrate 545 is mounted on the rear portion of the second flow path forming block 527, and when light is emitted from a light emitting source such as an LED mounted on the light emitting substrate 545, this light is emitted to the second flow path forming block 527 and the flow. It is configured to pass through the road partition panel 541 and irradiate the peripheral portion of the front second start winning device 41 (see FIG. 2) to provide light emitting decoration to the peripheral portion of the second start winning device 41. ..

In the control unit 54 of the fifth embodiment provided with the protrusions 513, 514, 518, 519, 520 in this way, as shown in FIG. 70, three or more (five in this embodiment) protrusions. The 513, 514, 518, 519, and 520 are not aligned in a straight line but are dispersedly arranged in the vicinity of the four sides of the control unit 54. Further, as shown in FIGS. 71 and 72, the tip surfaces of the protrusions 513, 514, 518, 519, and 520 are set to be aligned on the same plane, and the tips of other parts are aligned. The length is set so that it does not protrude from the same plane. Then, in the preparatory stage of the assembly work of the game board 6, the control unit 54 not attached to the game board 19 is laid down and the protruding portions 513,514,518,519,520 are set to the downward posture. Place it on a work table, floor, or other place where it is placed in this position. Then, as shown in FIG. 76, the protrusions 513, 514, 518, 519, 520 function as support legs of the control unit 54 to avoid contact between the accessory rotating body 162, 182 and the placement place. Therefore, it is possible to suppress the inconvenience that the accessory rotating bodies 162 and 182 are inadvertently damaged. Further, it is not necessary to prepare a jig to avoid damage to the accessory rotating bodies 162 and 182.

Further, since the magnetic sensor 223 is housed in the fifth protruding part 520 of the winning ball flow path 56, the fifth protruding part 520 that functions as a support leg can also function as a storage part of the magnetic sensor 223. As a result, it is not necessary to secure the storage portion of the magnetic sensor 223 separately from the fifth protruding portion 520, and the limited space in the pachinko gaming machine 1 can be effectively utilized.

Further, when the control unit 54 is placed on the mounting place with the protruding portions 513, 514, 518, 519, 520 facing downward, the control device (game control device) is as shown in FIG. 77 (a). 58, the control unit cover 551 that covers the effect control device 59) and the relay board unit 550 is located above the control unit 54 (the control unit 54 in the mounted state) (see FIG. 76). Then, when the control unit cover 551 is removed, as shown in FIG. 77 (b), the game control device 58 and the effect control device 59 are exposed, and the protruding portion 513 of the control devices 58 and 59 sandwiching the control unit 54 is sandwiched. , 514,518,519,520 The wiring connector 553 arranged on the opposite side is exposed above the control unit 54. Further, if the relay board unit 550 is opened to expose the internal relay board (not shown), the wiring connector (not shown) mounted on the relay board is also exposed above the control unit 54. Therefore, in the control unit 54 in the mounted state, it becomes easy to perform the wiring work for connecting the electric wiring to the wiring connector, and it is possible to improve the manufacturing efficiency of the game board 6.

Then, when the control unit 54 is mounted on the back surface of the game plate 19, as shown in FIG. 78, the first protrusion 513, the third protrusion 518, the fourth protrusion 519, and the fifth protrusion 520 are on the game board 19. It is located behind the center case 23 and the general winning opening 42 arranged in. Therefore, when a game board having translucency (for example, a game board made of transparent resin) 19 is adopted, the first protrusion 513, the third protrusion 518, the fourth protrusion 519, and the fifth protrusion 520 are used. Is covered by the center case 23 and the general winning opening 42, which function as the protruding covering member, and becomes difficult (or invisible) to be seen from the player side. As a result, even if the tip surface of the protrusions 513,514,518,519,520 is scratched or soiled by mounting the control unit 54 on the mounting location, the tip surface can be seen by the player. It is possible to avoid the inconvenience that the decorativeness of the game board 6 is impaired. With respect to the second protrusion 514, an opaque protrusion covering member (for example, an opaque film) is located on the back surface side of the game plate 19 (the back surface side on which the control unit 54 is located) and overlaps with the second protrusion 514. Is arranged, and it is preferable to cover the second protrusion 514 with the protrusion covering member. Further, if the surface of the opaque film that functions as the protrusion covering member is decorated to indicate the flow direction of the game ball, it has not only the function of covering the second protrusion 514 but also the function of decorating the game board 6. can do.

Further, the protruding portion of the fifth embodiment may be provided with a function of reflecting light. For example, in the modified example of the third protruding block 516 shown in FIG. 79, the block base 556 that abuts on the side edge unit panel 184 of the third protruding block 516 is made of a translucent member such as a transparent resin, and the block is formed. Of the third protruding portion 518 and the fourth protruding portion 519 protruding from the base portion 556, the side surface portion (right side surface portion in FIG. 79) facing the side edge accessory rotating body 182 is subjected to metal plating surface treatment or lens cut treatment. It is provided with a reflecting portion (reflecting portion on which light is reflected) 557. Further, the side edge unit panel 184 is composed of a translucent member, and LEDs are located on the opposite side of the side edge unit panel 184 from the third protruding block 516 (in other words, behind the protruding portions 518 and 519). The light emitting source 558 and the like are arranged.

Then, when the light from the light emitting source 558 passes through the side edge unit panel 184 and the block base portion 556 and is applied to the third protruding portion 518 and the fourth protruding portion 519, it is reflected by the reflecting portion 557 of the third protruding portion 518. The side edge accessory rotating body 182, the general winning opening 32 (see FIG. 3) of the center case 23, and the like are illuminated, and the side edge accessory rotating body 182 and the center are reflected by the reflecting portion 557 of the fourth protrusion 519. It illuminates the normal drawing start gate 28 of the case 23, the large winning opening 31 (see FIG. 3), and the like. If the reflecting portions 557 are provided on the protruding portions 518, 519 in this way, the protruding portions 518, 519 not only function as support legs for the control unit 54, but also function as decorative members for decorating the game board 6. It is possible to improve the interest of the game. In addition to the illustrated third protrusion 518 and fourth protrusion 519, other protrusions 513, 514, 520 may also be provided with the reflection portion 557. Then, for example, the light reflected by the reflecting portion 557 provided in the first protruding portion 513 is irradiated to the ball introduction path 79 (see FIG. 3) of the center case 23, or the reflecting portion 557 provided in the second protruding portion 514. The light reflected by the center case 23 is irradiated to the upper part of the center case 23, and the light reflected by the reflecting portion 557 provided in the fifth protruding portion 520 is irradiated to the general winning opening 42 and the starting winning unit 38 (see FIG. 3). You may do it. Further, the light reflected by each reflecting unit may be configured to illuminate the game ball flowing down the game area 5.

By the way, in the above-mentioned fifth embodiment, the control unit 54 is exemplified as the decorative unit of the present invention, but the present invention is not limited thereto. For example, a bonus unit (upper bonus unit 103, side edge bonus unit 104, central bonus unit 101, etc.) constituting a part of the control unit 54 is provided as a decorative unit of the present invention and has a protrusion. May be configured to avoid contact between the decorative member and the mounting place when the decorative member is mounted on the mounting place as a support leg. At this time, it is preferable to disperse and provide three or more projecting portions in one accessory unit so that the accessory unit can be stably placed without rattling.

By the way, the large winning opening solenoid 85 and the decorative opening / closing solenoid 95 (see FIG. 4) of the above-described embodiment are configured to release heat through a heat sink 90 mounted in front, but the present invention is not limited thereto. For example, the large winning opening solenoid 85 and the decorative opening / closing solenoid 95 of the sixth embodiment shown in FIGS. 80, 81, and 82 are configured to release heat to the outside through members located on both front and rear sides.

Specifically, as shown in FIG. 80, in the center case 23 of the sixth embodiment, two electric drive sources (large winning opening solenoid 85) are rearward of the light emitting unit base 89a of the large winning light emitting unit 89. An opening / closing drive unit 570 including the decorative opening / closing solenoid 95) is mounted, and the opening / closing drive unit 570 is configured to operate two movable members (a large prize opening / closing member 84 and a decorative opening / closing member 94). .. As shown in FIGS. 81 and 82, the open / close drive unit 570 is mounted on the back surface side of the metal heat dissipation plate 90 with the large winning opening solenoid 85 and the decorative open / close solenoid 95 side by side, and the rear portions of the solenoids 85 and 95. A box-shaped drive unit cover (cover member) 571 made of transparent resin with the front side open and a metal heat dissipation member 572 that releases heat generated from the solenoids 85 and 95 to the outside are attached to the surface. The solenoids 85 and 95 are covered from the rear, and a part of the heat radiating member 572 is projected rearward from the heat radiating window portion 571a provided at the rear of the drive unit cover 571.

The heat dissipation member 572 is a component for heat dissipation that is mounted separately from the heat dissipation plate 90, and includes a heat dissipation base portion 574 that is covered with the drive unit cover 571 in a state of being connected to the solenoids 85 and 95. A flat plate-shaped heat dissipation exposed portion 575 is fixed to a portion of the portion 574 facing the heat dissipation window portion 571a and arranged outside (rearward) of the drive unit cover 571. The heat dissipation base portion 574 is a member formed by bending a metal plate, includes a rectangular base main body 574a, and an upper heat dissipation piece 574b is extended forward from the upper side portion of the base main body 574a to extend the base main body. Side heat radiation pieces 574c are extended forward from the left and right sides of the 574a. Then, the base body 574a is brought into close contact with the rear parts of the solenoids 85 and 95 via the heat conductive sheet 577, and the upper heat radiating piece 574b is brought into close contact with the upper part of the large winning opening solenoid 85 via the heat conductive sheet 578, and the left and right sides are both sides. Solenoids 85 and 95 are arranged between the side heat dissipation pieces 574c. Further, as shown in FIG. 81 (d), the base main body 574a is bent toward the rear heat radiation exposed portion 575 to form a bent portion 574d, and the bent portion 574d faces the heat radiation window portion 571a. The bent portion 574d is separated from the rear portion of the solenoids 85 and 95, and a space portion 574e having both upper and lower sides open is formed between the bent portion 574d and the solenoids 85 and 95. Therefore, the heat generated from the solenoids 85 and 95 is configured to easily escape from the upper opening and the lower opening of the space portion 574e through the space portion 574e. Further, in the side heat radiation pieces 574c on both the left and right sides, the side heat radiation pieces 574c located on the large winning opening solenoid 85 side (right side in FIG. 82) are located on the decorative opening / closing solenoid 95 side (left side in FIG. 82). It is set larger than the side heat dissipation piece 574c. This is because the large winning opening solenoid 85 tends to generate more heat than the decorative opening / closing solenoid 95 due to the repeated opening / closing operation of the large winning opening 31, so that the large winning opening solenoid 85 is easier to dissipate heat than the decorative opening / closing solenoid 95. This is because. For the same reason, the upper heat radiation piece 574a is in close contact only with the large winning opening solenoid 85, and is not in close contact with the decorative opening / closing solenoid 95.

Further, the heat radiation exposed portion 575 is a metal flat plate slightly larger than the base body 574a of the heat dissipation base portion 574 and the heat dissipation window portion 571a of the drive unit cover 571, and extends along the outer surface of the rear portion of the drive unit cover 571. ing. Then, it is fastened to the bent portion 574d of the heat radiation base portion 574 facing from the heat radiation window portion 571a in a detachable state by a fastening member 580 (see FIG. 81 (c)) such as a screw. A heat conductive sheet 581 (see FIG. 81 (d)) is interposed between the bent portion 574d and the heat radiation exposed portion 575. Further, a contact piece 575a that abuts on the rear portion of the drive unit cover 571 is projected from the left and right side edges of the heat radiation exposed portion 575 toward the front drive unit cover 571, respectively, and the entire heat radiation exposed portion 575 is driven. It is configured to avoid the inconvenience that the drive unit cover 571 made of transparent resin is melted by the heat transmitted from the solenoids 85 and 95 to the heat radiation exposed portion 575 by being in close contact with the unit cover 571.

A rear opening 571b is opened below the heat radiation window portion 571a in the rear portion of the drive unit cover 571, and an exposed opening 575b is opened in the portion of the heat radiation exposed portion 575 facing the rear opening 571b to cover the drive unit. The heat in the 571 (specifically, the heated air) is configured to be able to flow out to the rear of the open / close drive unit 570 through the rear opening 571b and the exposed opening 575b. Further, three lower openings 571c are opened in the lower part of the drive unit cover 571, and the heat in the drive unit cover 571 (specifically, the heated air) passes through the lower opening 571c and is below the open / close drive unit 570. It is configured so that it can be leaked to. Further, a side opening 571d is provided on one side of the drive unit cover 571 (the right side shown in FIG. 81B), and the side protrusion 583 of the heat sink 90 is opened and closed from the side opening 571d to open and close the drive unit 570. It is configured so that the heat around the side protrusion 583 (specifically, the heated air) can flow out to the side of the open / close drive unit 570 through the side opening 571d. ing. Further, the rear opening 571b and one lower opening 571c are provided with reinforcing ribs 584 for suppressing bending of the opening edge. The reinforcing rib 584 provided in the rear opening 571b can be fitted to the rear opening 571b of the heat radiation exposed portion 575, and by fitting the reinforcing rib 584 and the rear opening 571b, the heat radiation exposed portion 575 is driven to dissipate heat. It may be configured to be positioned with respect to the unit cover 571. Then, a lateral streak-shaped uneven portion 585 is formed inside the other side portion of the drive unit cover 571 (inside the left side portion shown in FIG. 82), and the other side of the drive unit cover 571 (in other words, the center case 23). When the open / close drive unit 570 is viewed from the center side of the above), the uneven portion 585 is configured to obstruct the solenoids 85 and 95 so that they are difficult to see.

In the open / close drive unit 570 having such a configuration, the solenoids 85 and 95 are covered with the drive unit cover 571, and the heat radiation exposed portion 575 is arranged outside the drive unit cover 571 through the heat radiation window portion 571a. Even if the actor tries to reach the solenoids 85 and 95, the drive unit cover 571 can prevent the unauthorized member from reaching and prevent the unauthorized operation of the solenoids 85 and 95. Moreover, the heat generated from the solenoids 85 and 95 is conducted from the heat conductive sheets 577 and 578 to the heat dissipation base portion 574, passes through the heat dissipation window portion 571a, reaches the bent portion 574d and the heat conductive sheet 581, and is further exposed to heat dissipation. It can be discharged (heat radiated) to the outside of the open / close drive unit 570 without delay through the unit 575. Further, since the heat radiation exposed portion 575 is a flat plate extending along the outer surface of the drive unit cover 571, it is not necessary to secure a large space for the arrangement of the heat radiation exposed portion 575, and the periphery of the game board 6 is limited. You can make effective use of the space you have.

Further, since the heat radiation exposed portion 575 can be attached to and detached from the heat radiation base portion 574, the drive unit cover 571 and the heat radiation exposed portion 575 interfere with each other during the assembly work and disassembly work of the open / close drive unit 570. As a result, it is possible to suppress the inconvenience that the assembly work and the disassembly work of the open / close drive unit 570 are delayed. Further, since the heat of the large winning opening solenoid 85 that opens and closes the large winning opening / closing member 84 can be released by the heat radiating member 572, the large winning opening solenoid 85 that tends to be in a high temperature state due to the repeated opening / closing operation of the large winning opening 31 Can be cooled, and the inconvenience of the large winning opening solenoid 85 being damaged by heat can be suppressed.

In the sixth embodiment, the large winning opening solenoid 85 and the decorative opening / closing solenoid 95 are exemplified as the electric drive sources for the heat treatment target and the unauthorized operation prevention target, but the present invention is not limited thereto. In short, the cover member and the heat radiating member of the present invention may be applied to any aspect of the electric drive source as long as it is a target for suppressing failure due to heat generation and suppressing unauthorized operation. For example, the cover member and the heat dissipation member of the present invention may be applied to a motor which is a kind of electric drive source. Further, in the sixth embodiment, the large winning opening solenoid (solenoid for operating the large winning opening / closing member 84) 85 is mentioned as one of examples of the electric drive source, but the present invention is not limited thereto. For example, a cover member and a heat radiating member of the present invention may be applied to a solenoid that is provided with an opening / closing member for opening / closing a winning opening other than the large winning opening and that operates the opening / closing member.

The present invention has been described with different configurations for each of the above-described embodiments and modifications, but the present invention is not limited thereto. For example, the pachinko gaming machine may be configured by applying all or part of the constituent contents of one embodiment or one modified example to other embodiments or other modified examples. Further, although the display of the substrate configuration information by silk screen printing has been exemplified, the present invention is not limited to this. In short, any display means may be used as long as the board configuration information can be displayed on the electric circuit board. Further, the board configuration information may be displayed on the mounting surface on which the electric component is mounted in the electric circuit board.

Further, in the above embodiment, the pachinko gaming machine, which is a typical gaming machine, has been described as an example, but the present invention is not limited to this, and any gaming machine may be used. For example, it may be a gaming machine such as an enclosed ball type pachinko machine, an arrange ball type gaming machine, a sparrow ball type gaming machine, or a slot machine.

In addition, it should be considered that the above-described embodiment is exemplary in all respects and is not restrictive. The present invention is not limited to the above description, but is shown by the scope of claims, and includes all modifications within the meaning and scope equivalent to the scope of claims.

1 Pachinko game machine 6 Game board 23 Center case 31 Large winning opening 54 Control unit 55 Display device 55a Display unit 58 Game control device 59 Production control device 64, 64', 64 ″ Light emitting decoration unit 94 Decorative opening / closing member 101, 101 ′ Center Accessory unit 102 Lower accessory Front unit 103 Upper accessory unit 104 Side edge accessory unit 105, 105'Lower accessory rear unit 110 Central unit base 111 Central movable mechanism 112, 112'Guideline effect mechanism 116 Central movable Arm 117 Central accessory member 120 Central accessory drive motor 131 Light guide plate 133 Light guide effect light emitting board 135 Light guide effect light emitting member 137 Transparent protrusion 138 Protective layer 162 Upper accessory rotating body 162a First upper rotating body 162b Second upper rotating Body 182 Side edge rotating body 182a First side edge rotating body 182b Second side edge rotating body 202 Lower accessory member 205, 205 ′ Lower accessory base 206, 206 ′ Lower accessory decorative panel 215 Lower side Accessory lift drive motor 216 Lower accessory arm 250 Directing engagement / disengagement mechanism 253 Member side engagement / disengagement part 254 Base side engagement / disengagement part 255 Adsorption part 257 Magnet part 261 Engagement / disengagement member 265 Permanent magnet 266 Engagement / disengagement contact surface 271 1 light guide plate 272 second light guide plate 275 first side light emitting member 276 first lower light emitting member 277 second side light emitting member 291 decorative member 292 light emitting decorative board 293 light emitting member 294 board configuration information 370 electric circuit board 370a specific mounting area 372 Specified electric component 374 Other wiring circuit 375 Specified wiring circuit pattern 378 Mounting location instruction information 379 Character information 380 Electrical component 381 Mounting component group 382 Electrical circuit board 384 Mounting component group information 387 Mounting area instruction information 388 Mounting area 391 Frame display 395 Electrical components 396 Mounted components 397 Electrical circuit board 399 Mounted components information 403 Mounting area 404 Mounting area indication information 408 Parts group identification information 409 Directional index 412 Identification information 413 Mounting direction index 501 Case 502 Shaft insertion convex part 503 Recessed portion 504 Bearing protrusion Part 505 Fastening member 513 1st protrusion 514 2nd protrusion 518 3rd protrusion 589 4th protrusion 520 5th protrusion 555 Wiring connector 557 Reflector 558 Light emitting source 570 Open / close drive unit 571 Drive unit cover 571a Heat dissipation window Part 572 Heat dissipation member 574 Heat dissipation base part 575 Heat dissipation exposed part 580 Fastening member

Claims (1)

In a gaming machine equipped with an electric circuit board in which a group of a plurality of electric components is mounted as a mounted component group.
Information about the mounted component group is displayed as mounted component group information at a predetermined position outside the mounted area of the mounted component group in the electric circuit board.
An information-related display unit showing the relationship between the mounting area of the mounted component group and the mounted component group information is displayed.
Within the mounting area of the mounted component group, an extragroup configuration different from the electrical components constituting the mounted component group is arranged.
In the mounted component group information, the display of the information related to the extra group configuration is omitted, and the component information of the electric components constituting the mounted component group is stored in the predetermined location without leaving a space corresponding to the arrangement of the extra group configuration. Displayed on
In the mounting area of the mounted component group, a frame-shaped display indicating the electrical components constituting the mounted component group and the extragroup configuration is displayed.
A gaming machine characterized in that a frame-shaped display showing component information of electrical components constituting the mounted component group is displayed at the predetermined location.

Images