JP2011092650A - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To set two movable bodies without interference with each other. <P>SOLUTION: A game board 40 includes: an upper movable body located between a plate member 42 and a setting plate 53 of a rear unit 50 to be operated by an upper driving mechanism 270 disposed in an upper base body 202 attached to the setting plate 53; and a lower movable body 420 to be operated by a lower driving mechanism 450 disposed in a lower base body 402 attached to the setting plate 53. The lower movable body 420 at the motion position is located on the front side of the upper movable body 220 at the motion position. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a gaming machine including a movable body that produces an effect by an operation.

  A pachinko machine, which is a typical gaming machine, has a decorative member disposed at a substantially central position of a game area defined on a board surface of a gaming board set in the machine, and a liquid crystal type or a drum type through an opening of the decorative member. The symbol display device such as the above is faced, and the symbol display device is configured to perform a game effect such as a symbol combination game or a reach effect. Further, in a pachinko machine, a movable effect device having a movable body that performs a required operation is disposed on a decorative member, and the movable body is operated in accordance with a game effect performed by a symbol display device, thereby visually The effect of the game is enhanced by improving the production effect (see, for example, Patent Document 1).

  In the movable effect device disclosed in Patent Document 1, the rotation axis of the first movable member is arranged in the vicinity of the upper side of the liquid crystal screen, and the rotation axis of the second movable member is arranged in the vicinity of the left side of the liquid crystal screen. In the movable effect device of Patent Document 1, each movable member swings on the front side of the liquid crystal screen around the rotation axis by a motor.

JP 2007-54140 A

  In the pachinko machine disclosed in Patent Document 1, when the first movable member and the second movable member are operated, they overlap each other on the front side of the liquid crystal screen. That is, in order to prevent the first movable member and the second movable member from interfering with each other during operation, a motor, a gear, or the like of a drive mechanism that moves the movable member is appropriately disposed in a narrow space outside the liquid crystal screen. There is a need.

  That is, the present invention has been proposed in order to suitably solve these problems inherent in the gaming machines according to the prior art, and provides a gaming machine that can prevent interference between two movable bodies. The purpose is to do.

In order to overcome the above-mentioned problems and achieve the intended purpose, a gaming machine according to claim 1 of the present application is
Operating between the display unit (41) where the display effect including the symbol variation game is performed, the standby position located outside the display unit (41) and the operation position located on the front side of the display unit (41), In a gaming machine comprising a gaming board (40) having a first movable body (220) and a second movable body (420) that overlap each other in the operating position at the front and rear,
The game board (40) includes a plate member (42) provided with a game area (40a) on the front surface, and an installation plate portion attached to the rear side of the plate member (42) and spaced from the plate member (42). (53) has a back unit (50) on which the symbol display device (13) is arranged facing the display unit (41) on the rear side,
The first movable body (220) is positioned between the plate member (42) and the installation plate portion (53) of the back unit (50), and is attached to the installation plate portion (53). The second movable body (420) which is operated by a first drive mechanism (270) provided on one base body (202) and which is located on the front side of the first movable body (220) in the operating position. Is operated by a second drive mechanism (450) provided on a second base body (402) attached to the installation plate (53),
The first drive mechanism (270) includes a first motor (272) installed on the first base body (202) with an output shaft (273) facing forward, and a first base body (202). A first gear portion (276) that is provided in a front half body (210) that constitutes the front surface of the first base body and rotates in connection with the first motor (272) and a rear surface of the first base body (202). It is provided between the second half body (204) and the first gear portion (276), and the rotation of the first gear portion (276) is performed between the second half body (204) and the first gear portion (276). A first conversion unit (237, 278) that is positioned at the first base body (202) and converts the reciprocating motion of the first movable body (220) supported by the first base body (202),
The second drive mechanism (450) includes a second motor (452) installed on the second base body (402) with an output shaft (453) facing rearward, and a second base body (402). ) Provided on the rear plate (404) constituting the rear surface of the second gear portion (456) which rotates in connection with the second motor (452), and the front side of the second gear portion (456). Reciprocation of the second movable body (420) supported by the rear plate body (404) positioned on the front side of the second gear section (456) and rotating the second gear section (456). And a second conversion unit (457, 461) for converting the operation.
According to the first aspect of the present invention, the first drive mechanism that moves the first movable body that overlaps the rear side in the operating position is arranged with the output shaft of the first motor facing the front side and the first gear. Since the first conversion unit and the first movable body are arranged on the rear side of the unit, the first movable body can be arranged by using the longitudinal dimension of the first motor, and the arrangement of the drive mechanism Thus, the first movable body can be arranged on the rear side without difficulty. On the other hand, the second drive mechanism that moves the second movable body that overlaps the front side in the operating position is arranged with the output shaft of the second motor facing the rear side and the second drive unit on the front side of the second gear portion. Since the two conversion units and the second movable body are arranged, the second movable body can be arranged by using the longitudinal dimension of the second motor, and the second movable body can be arranged by arranging the driving mechanism. Can be placed on the front side without difficulty.

In the invention according to claim 2, the first movable body (220) and the second movable body (420) have the base body (202, 402) corresponding to an end located outside the display section (41). The main point is to be pivotally supported by each.
According to the invention which concerns on Claim 2, each movable body can be operated largely.

In the invention according to claim 3, the display section (41) is formed in a substantially rectangular shape at the center of the game board (40), and the first drive mechanism is diagonally located across the display section (41). The gist is that (270) and the second drive mechanism (450) are installed in the back unit (50).
According to the invention which concerns on Claim 3, a larger movable body can be arrange | positioned appropriately using the space of the outer side of a display part.

In the invention according to claim 4, the first movable body (220) is accommodated between the plate member (42) and the installation plate portion (53) of the back unit (50) at the standby position. This is the gist.
According to the invention of claim 4, since the first movable body is hidden behind the plate member at the standby position, the unexpectedness during operation is increased.

  According to the gaming machine according to the present invention, it is possible to appropriately prevent interference between two movable bodies.

1 is a front view showing a pachinko machine according to a preferred embodiment of the present invention. It is a rear view of the pachinko machine concerning an example. It is a front view which shows the pachinko machine which concerns on an Example in the state which removed the inner frame and the game board. It is a front view which shows the game board which concerns on an Example. It is a rear view which shows the game board which concerns on an Example. It is a rear view which shows the game board which concerns on an Example, Comprising: The state which removed the symbol display apparatus is shown. It is a front view which shows roughly the game board which concerns on an Example, Comprising: An upper movable body and a lower movable body exist in a stand-by position. It is the sectional view on the AA line of FIG. It is the BB sectional view taken on the line of FIG. It is CC sectional view taken on the line of FIG. It is the DD sectional view taken on the line of FIG. It is a front view which shows roughly the game board which concerns on an Example, Comprising: An upper movable body and a lower movable body exist in an operation position. It is the EE sectional view taken on the line of FIG. It is a rear view which shows the board member of an Example. It is a front view which shows the back unit of an Example. It is a right view which shows the back unit of an Example. It is a front view which shows the back unit of an example in the state which removed the upper decoration unit, Comprising: An upper movable body and a lower movable body exist in a standby position. It is a rear view which shows the back unit of an example in the state which removed the upper decoration unit, Comprising: An upper movable body and a lower movable body exist in a standby position. It is a front view which shows the back unit of an example in the state which removed the upper decoration unit, Comprising: An upper movable body and a lower movable body exist in an operation position. It is a rear view which shows the back unit of an example in the state which removed the upper decoration unit, Comprising: An upper movable body and a lower movable body exist in an operation position. It is a front view which shows the back unit of an example in the state which removed the upper decoration unit and the front half body, Comprising: An upper movable body and a lower movable body exist in a standby position. It is a front view which shows the back unit of an Example in the state which removed the upper decoration unit, the upper movable production | presentation apparatus, and the lower movable production | presentation apparatus. It is a front view which shows the back unit of an Example in the state which removed the half mirror member of the upper decoration unit, the upper movable production | presentation apparatus, the lower movable production | presentation apparatus, and the lower light-emitting device. It is a front view which shows the back unit of an Example in the state which removed the light transmission cover of the upper decoration unit, the upper movable production | presentation apparatus, the lower movable production | presentation apparatus, and the upper light-emitting device. It is the FF sectional view taken on the line of FIG. It is a perspective view which decomposes | disassembles and shows the right side light-emitting device and upper light-emitting device of an Example. It is a perspective view which decomposes | disassembles and shows the lower light-emitting device and right side light-emitting device of an Example. It is a disassembled perspective view which shows the back unit of an Example from the front side. It is a disassembled perspective view which shows the back unit of an Example from the rear side. It is a front view which shows the decoration frame member of an Example. It is a right view which shows the decoration frame member of an Example. It is a perspective view which shows the decoration frame member of an Example. It is a disassembled perspective view which shows the decorative frame member of an Example from the front side. It is a disassembled perspective view which shows the decorative frame member of an Example from the rear side. It is a left view which shows the principal part of the decoration frame member of an Example. It is the GG sectional view taken on the line of FIG. It is the HH sectional view taken on the line of FIG. It is a schematic perspective view which shows the stage of an Example. It is a schematic perspective view which partially cuts and shows the warp channel | path of an Example. It is a front view which shows the stage unit of an Example. It is a rear view which shows the stage unit of an Example. It is a front view which shows the stage of an Example. It is a rear view which shows the stage of an Example. It is a top view which shows the stage of an Example. It is a right view which shows the stage of an Example. It is a front view which shows the cover member of an Example. It is a rear view which shows the cover member of an Example. It is a top view which shows the cover member of an Example. It is a right view which shows the cover member of an Example. It is a front view which shows the channel | path main body of an Example. It is a rear view which shows the channel | path main body of an Example. It is a top view which shows the channel | path main body of an Example. It is a left view which shows the channel | path main body of an Example. It is a front view which shows the gate of an Example. It is a top view which shows the gate of an Example. It is a right view which shows the gate of an Example. It is a longitudinal cross-sectional view which shows the gate of an Example. It is a front view which shows the upper movable production | presentation apparatus of an Example, Comprising: An upper movable body exists in a standby position. It is a front view which shows the upper movable production | presentation apparatus of an Example, Comprising: An upper movable body exists in an operation position. It is the II sectional view taken on the line of FIG. It is a disassembled perspective view which shows the upper movable production | presentation apparatus of an Example from the front side. It is a disassembled perspective view which shows the upper movable production | presentation apparatus of an Example from the rear side. It is a front view which shows the upper movable production | presentation apparatus of an Example in the state which excluded the upper base body, Comprising: An upper movable body exists in a standby position. It is a front view which shows the upper movable production | presentation apparatus of an Example in the state which excluded the upper base body, Comprising: An upper movable body exists in an operation position. It is a rear view which shows the upper movable production | presentation apparatus of an Example in the state which excluded the upper base body, Comprising: An upper movable body exists in a standby position. It is a rear view which shows the upper movable production | presentation apparatus of an Example in the state which excluded the upper base body, Comprising: An upper movable body exists in an operation position. FIG. 66 is an enlarged view of a portion J in FIG. 65. It is a front view which shows the upper movable production | presentation apparatus of an Example in the state which excluded the front cover in the decoration body. It is a front view which shows the upper decoration unit of an Example. It is a rear view which shows the upper decoration unit of an Example. It is a disassembled perspective view which shows the upper decoration unit of an Example. It is a front view which shows the unit main-body part of an Example. It is a rear view which shows the unit main-body part of an Example. It is a front view which shows the operation body of an Example. It is a rear view which shows the operation body of an Example. It is a right view which shows the operation body of an Example. It is the schematic which shows the operation mechanism of the upper decoration unit of an Example. It is a front view which shows the lower movable production | presentation apparatus of an Example, Comprising: A lower movable body exists in a standby position. FIG. 79 is a sectional view taken along line KK in FIG. 78. It is a front view which shows the lower movable production | presentation apparatus of an Example, Comprising: A lower movable body exists in an operation position. It is a disassembled perspective view which shows the lower movable production | presentation apparatus of an Example from the front side. It is a disassembled perspective view which shows the lower movable production | presentation apparatus of an Example from the rear side. It is the schematic which shows the lower part drive mechanism of the lower movable production | presentation apparatus of an Example. It is a control block diagram of the pachinko machine of an example. FIG. 9 is an enlarged view of a part in FIG. 8. FIG. 9 is an enlarged view of a portion of FIG. 8. FIG. 11 is an enlarged view of a portion C in FIG. 10. It is a disassembled perspective view which shows the 1st upper movable body of an Example from the front side. It is a disassembled perspective view which shows the 1st upper movable body of an Example from the rear side.

  Next, the gaming machine according to the present invention will be described in detail below with reference to the accompanying drawings by way of preferred embodiments. In the embodiment, a pachinko machine that plays a game using a pachinko ball as a game ball will be described as an example. Further, in the following description, “front”, “rear”, “left”, and “right” are states when the pachinko machine is viewed from the front side (player side) as shown in FIG. 1 unless otherwise specified. It points at.

(About pachinko machines)
As shown in FIG. 1, the pachinko machine 10 according to the embodiment includes an outer frame 11 that is formed in a rectangular frame shape and is fixed to an installation frame base (not shown) of a game shop. Further, in the pachinko machine 10, a middle frame 12 as a main body frame on which a game board 40 (see FIG. 4) described later is detachably held is assembled to the front side of the opening of the outer frame 11 so as to be opened and closed and detachable. Yes. Further, the pachinko machine 10 is arranged on the back side of the game board 40 so that a symbol display device 13 capable of variably displaying various symbols can be attached and detached (see FIG. 2). On the front side of the middle frame 12, a front frame 14 as a decorative frame having a glass plate 14 a that protects the game board 40 from seeing is assembled in an openable and closable manner, and a pachinko ball (game ball) below the front frame 14. The lower ball tray 15 that stores the water is assembled so as to be openable and closable (see FIG. 1). In the embodiment, an upper ball tray 16 for storing pachinko balls is integrally assembled at a lower position of the front frame 14, and the upper ball tray 16 is also opened and closed integrally with the opening and closing of the front frame 14. Configured to do. As the symbol display device 13, a conventionally known display device capable of variably displaying various symbols such as a liquid crystal display device, a drum type display device, and a belt type display device can be used.

(About the middle frame)
As shown in FIG. 3, the middle frame 12 includes an upper frame member 17 that forms an upper edge, a lower frame member 18 that forms a lower edge and is provided with a speaker 33, a ball hitting device 34, an operation handle 35, and the like. It is comprised from the left frame member 19 which makes a left side edge, and the right frame member 20 which makes a right side edge. The middle frame 12 is formed in a rectangular frame shape that aligns with the opening of the outer frame 11 when the upper, lower, left and right frame members 17, 18, 19, 20 are assembled. And the opening part opened to the front and back when the upper and lower, left and right frame members are assembled functions as the game board holding part 22 for installing the game board 40. Here, the middle frame 12 is pivotally supported via a support shaft (not shown) provided at the upper left end and the lower left end of the outer frame 11, and rotates the middle frame 12 around the left end. Thus, the middle frame 12 can be opened and closed with respect to the outer frame 11.

  As shown in FIG. 3, on the inner side of the opening of the left frame member 19 (the game board holding part 22 side), a rotary holding tool that holds the left end of the game board 40 so as to be rotatable and detachable at a position spaced vertically. A plurality of 23 and 23 are provided. In addition, at the right end (on the right frame member 20 side) of the upper and lower frame members, fixing tools 24 and 24 that can be rotated to a fixing position and a fixing releasing position are provided, respectively, and the fixing boards 24 and 24 are used to play the game board. The upper right and lower ends of the right side 40 can be fixed to the middle frame 12. In the pachinko machine 10, with the left end of the game board 40 held by the rotation holders 23, 23, the right end of the game board 40 is pushed in and the left end of the game board 40 (rotation holders 23, 23). The game board 40 is entirely turned to face the game board holding part 22, and the fixtures 24, 24 are rotationally displaced to the fixed positions to support and fix the right upper and lower ends of the game board 40. In this way, the game board 40 has the rotating holders 23, 23 and the fixtures 24, with the back surface of the peripheral edge thereof being in contact with and supported by the upper, lower and left frame members 17, 18, 19, 20. 24, the front surface of the corresponding portion is abutted and supported, and movement in the front-rear direction is restricted. In this state, the front surface of the game board 40 (the front surface of the plate member 42 described later) is separated from the glass plate 14a of the front frame 14 assembled to the middle frame 12 by a preset distance. It is configured to face.

  As shown in FIG. 3, on the back side of the upper frame member 17, a ball tank 25 that stores pachinko balls supplied from an external sphere supply facility provided on an installation frame base or the like has a lateral width of the upper frame member 17. Is provided over substantially the entire width. The ball tank 25 is formed so as to overlap with the upper part on the back side of the game board 40 provided in the game board holding part 22 so that the vertical dimension of the game board 40 can be maximized. In addition, on the back side of the lower frame member 18, a ball supply path that communicates with the upper and lower ball trays 15 and 16 and a ball discharge path that communicates with a ball collection basket provided on the installation frame base are formed, respectively. The set member 26 is disposed (see FIG. 2). The ball tank 25 and the set member 26 are connected to each other via a ball passage unit 27 installed between the two members. The ball discharge device 27a disposed in the ball passage unit 27 drives the ball tank 25a. The pachinko balls supplied to the tank 25 are configured to be supplied to the upper and lower ball trays 15 and 16.

  As shown in FIG. 2, the set member 26 includes a power supply device 28 that controls the power supply of the pachinko machine 10, a payout control device 29 that drives and controls a ball payout device 27 a disposed in the ball path unit 27, and the hitting ball launch A launch control device 30 that drives and controls the device 34, an interface board 31 connected to an external terminal, and the like are disposed. Each of these devices 28, 29, 30, 31 is wired to a main control device 32 disposed on the back side of the game board 40, and performs predetermined control based on a control signal from the main control device 32. It is supposed to run.

(Game board)
As shown in FIGS. 4 to 13, the game board 40 is basically composed of a plate member 42 made of plywood such as veneer formed in a substantially rectangular shape, and a back unit 50 attached to the rear side of the plate member 42. Configured. Further, the game board 40 has a symbol display device 13 detachably disposed on the rear surface of the back unit 50 (see FIG. 2), and the symbol is displayed on the display unit 41 defined in the center of the game board 40. The display surface of the display device 13 is facing. In the game board 40, from the display unit 41 to the front side (player side) according to or independently of the winning of a pachinko ball that is launched into the game area 40a defined on the front surface of the game board 40 and flows down. A symbol variation game and a predetermined display effect are performed on the display surface of the symbol display device 13 facing the player.

(Plate member)
As shown in FIG. 4 or FIG. 5, the plate member 42 is a flat plate-like member, and is formed into an appropriate shape by cutting the corners in accordance with the mounting structure to the above-described middle frame 12 based on a substantially rectangular shape. Has been. The plate member 42 has an outer rail 43 extending in a circular arc shape from the lower left part to the upper right part, and an inner rail 44 arranged side by side from the center lower part to the upper left part inside the outer rail 43. (See FIG. 4). A first panel decoration member 45a is disposed on the right side of the front surface of the plate member 42, and is recessed to the right of the first panel decoration member 45a between the upper right portion of the outer rail 43 and the lower portion of the inner rail 44. The curved inner edge extends. A substantially circular game area 40a is defined on the front surface of the plate member 42 by the outer rail 43, the inner rail 44, and the first board surface decoration member 45a. Further, on the front surface of the plate member 42, second board surface decoration members 45b are respectively disposed at the upper and lower positions on the left side of the outer rail 43 (outside the game area 40a).

  In the game board 40, a pachinko ball launched from the hitting ball launching device 34 disposed in the middle frame 12 is launched into the game area 40a, and the pachinko ball flows down in the game area 40a to play a game. It has come to be. Note that the pachinko ball launched from the hitting ball launcher 34 passes between the outer rail 43 and the inner rail 44 and is launched into the upper left portion of the game area 40a. Here, on the front surface of the plate member 42, a large number of game nails, windmills, and the like are arranged in the game area 40a, and the flow direction of the pachinko balls flowing down the game area 40a by these parts is irregular. (See FIG. 4).

  As shown in FIG. 14, the plate member 42 penetrates back and forth according to a decoration frame member (decoration member) 100, various winning devices 60 and 62, a decoration member 66 provided in the game area 40a, a gate 70, and the like. A plurality of through holes 42a, 42b, 42c, 42d are provided. The plate member 42 is a display through hole 42a that is largely opened at the center of the game area 40a, and a winning device through hole that is opened below the display through hole 42a and in which winning devices 60 and 62, which will be described later, are arranged. 42b and a decorative through hole 42c opened on the left side of the winning device through hole 42b. The plate member 42 is provided with a gate through hole 42d between the display through hole 42a and the inner rail 44 where the gate 70 is disposed. The display through-hole 42a is formed on the front side of the display surface of the symbol display device 13, and the display unit 41 is provided inside the display through-hole 42a. And in the board member 42, the decoration frame member 100 mentioned later is arrange | positioned with respect to the display through-hole 42a (refer FIG. 4).

  In the plate member 42, a start winning device 60 through which a pachinko ball flowing down the game area 40a can win is placed below the display through hole 42a (the decorative frame member 100 fitted to the display through hole 42a). It fits and is arrange | positioned by the upper part of the opening | mouth 42b (refer FIG. 4). Further, on the plate member 42, a special winning device 62 that can win a pachinko ball flowing down the game area 40 a is fitted below the start winning device 60 and fitted to the lower portion of the winning device through hole 42 b. A lower decorative member 66 is disposed on the plate member 42 so as to fit into a decorative through hole 42c formed along the lower left edge of the game area 40a. Each lower decoration member 66 is provided with a normal winning opening 64a facing the game area 40a of the normal winning device 64 (see FIG. 4). Further, the gate member 76 is disposed on the plate member 42 so as to face the game area 40a so that the gate decoration member 72 is fitted to the gate through hole 42d and allows the pachinko ball to pass therethrough.

(Back unit)
As shown in FIGS. 15 to 29, the back unit 50 is a synthetic resin molded product, and is provided with an installation plate portion (rear wall) 53 that is separated from the rear surface of the plate member 42 and faces the plate member 42. A box-shaped box-shaped main body 52 formed to open to the front side having a wall portion 54 protruding forward from the outer peripheral edge of the installation plate portion 53 is provided. The back unit 50 is provided with a back unit opening 50 a that is positioned substantially at the center of the installation plate portion 53 and penetrates in the front-rear direction so as to protrude rearward on both sides of the back unit opening 50 a in the installation plate portion 53. Device support portions 52a and 52a are formed (see FIG. 6, FIG. 28 or FIG. 29). In addition, the back unit 50 is formed with a device support plate 52b so as to protrude rearward from the back unit opening 50a in the installation plate portion 53. As shown in FIG. 5, the game board 40 supports the lower surface of the substantially rectangular symbol display device 13 on the upper surface of the device support plate 52b, and projects to one side (left in the embodiment) of the symbol display device 13. The provided locking protrusion (not shown) is inserted into the locking recess (not shown) of the left device support 52a, and the other side (right) of the symbol display device 13 is connected to the right device support 52a. Supported by And the game board 40 fixes the other side part side of the symbol display apparatus 13 with the detachable engaging means (not shown), such as a ny latch, so that the symbol display apparatus 13 is placed on the rear side of the installation plate part 53. The display surface is arranged with the back unit opening 50a facing. That is, in the game board 40, the display unit 41 is provided inside the back unit opening 50a.

  As shown in FIG. 28 or FIG. 29, the box-shaped main body 52 is formed with a plurality of mounting flange portions 54a extending in parallel with the plate member 42 from the front end of the wall portion 54 outward or inward. Has been. The back unit 50 is fixed to the plate member 42 by screws with the mounting flange portion 54a of the box-shaped main body 52 abutting against the rear surface of the plate member 42 (see, for example, FIG. 10). ). That is, in the game board 40, the installation plate portion 53 of the box-shaped main body 52 is separated from the plate member 42 to the rear side, and the device is disposed between the rear surface of the plate member 42 and the front surface of the installation plate portion 53 of the box-shaped main body 52. Alternatively, the storage spaces 57 and 58 in which members can be installed are defined.

  The back unit 50 includes a passage forming portion 56 below the box-shaped main body 52 (see FIG. 28 or FIG. 29). The passage formation unit 56 is provided with a normal winning sensor 65 (see FIG. 84) that can detect the passage of the pachinko ball, and a ball passage 56a that guides the pachinko ball won from the normal winning opening 64a to the normal winning sensor 65 is formed. Has been. The passage forming portion 56 is a synthetic resin molded product formed separately from the box-shaped main body 52, and is formed of a material softer than the box-shaped main body 52 where various devices are provided and rigidity is required. The downward force of the pachinko sphere flowing down the passage 56a is buffered. Further, an installation portion 56c for the relay board 39 is provided on the rear surface of the passage forming portion 56 (see FIG. 29).

  As shown in FIG. 15, the back unit 50 includes a box-shaped main body 52, a movable rendering device 200, 400, a decoration unit 300, a light emitting device 600, 620, 640, 650, and a light emitting unit 430 that constitutes a light emitting rendering unit. 500, 510, 520, 540, 550 are arranged. These devices are accommodated in the accommodation spaces 57 and 58 and face the front surface of the game board 40 via the display through hole 42a of the plate member 42 (the window 100a of the decorative frame member 100 attached to the display through hole 42a). (See FIG. 4). The back unit 50 of the embodiment includes an upper side 53a (see FIGS. 26 to 28) that extends above the back unit opening 50a in the installation plate 53 and a left side 53b that extends to the left of the back unit opening 50a ( 26 to 28), the upper movable effect device 200 is disposed, and the upper decoration unit 300 is disposed on the upper side portion 53a of the installation plate portion 53 located on the front side of the upper movable effect device 200 (see FIG. 26). 15 or FIG. 17). The back unit 50 includes a right side 53c (see FIGS. 26 to 28) extending to the right side of the back unit opening 50a in the installation plate 53 and a lower side 53d (see FIG. 26 to FIG. 28) extending below the back unit opening 50a. A lower movable effect device 400 is disposed from a portion intersecting with FIG. 26 to FIG. 28 to the right side portion 53c. Further, in the rear unit 50, a lower light emitting device 600 is disposed on the lower side portion 53d of the installation plate portion 53, a right side light emitting device 620 is disposed on the right side portion 53c of the installation plate portion 53, and the right side portion 53c. An upper light-emitting device 640 is disposed on the upper side of the light-emitting device, and a left-side light-emitting device 650 is disposed on the left side 53b of the installation plate 53 (see FIG. 22). As described above, the game board 40 surrounds the display unit 41 and includes the upper movable effect device 200, the upper decoration unit 300, the lower movable effect device 400, the left and right side light emitting devices 620 and 650, the lower light emitting device 600, and the upper light emitting device. A device 640 and a light emission effect unit, which will be described later, are installed, and these devices are configured to perform a desired effect.

(Winning equipment)
As shown in FIG. 4, the start winning device 60 has an upper and lower start winning opening through which a pachinko ball flowing down the game area 40 a can win on the front side of the first mounting base plate 60 a fixed to the front surface of the plate member 42. (Winners) 60b and 60c are provided. In the start winning device 60, the device main body protruding to the rear side of the first mounting base plate 60a protrudes to the rear side of the plate member 42 through the upper portion of the winning device through hole 42b, and the first mounting base plate 60a The upper portion of the winning device through hole 42b is blocked. In the pachinko machine 10, when the pachinko ball that has won the start winning ports 60b and 60c of the start winning device 60 is detected by the start winning sensor 61 (see FIG. 84), the symbol variation on the display surface of the symbol display device 13 starts. At the same time, a predetermined number (for example, five) of pachinko balls are paid out to the upper and lower ball trays 15 and 16 as prize balls. In addition, a pair of blade members (not shown) that can swing so as to approach and separate from each other are provided at the left and right positions sandwiching the lower start winning opening 60c. The start winning device 60 swings the blade member by a solenoid (not shown) provided in the device main body provided on the rear surface side of the first mounting base plate 60a, so that the lower start winning port 60c is opened and closed. The

  As shown in FIG. 4, the special prize-winning device 62 is provided with a horizontally long special prize-winning opening 62b opened in the front-rear direction on the second mounting base plate 62a that is screwed to the front surface of the plate member 42. On the rear side of the mounting base plate 62a, there is provided an apparatus main body portion in which a winning space in which a pachinko ball can be won is formed through the special winning opening 62b. The special prize winning device 62 includes an opening / closing door 62c that opens and closes a special winning opening 62b. The special winning opening 62b is opened and closed by a solenoid (not shown) provided in the apparatus main body. It is designed to be opened and closed. In the pachinko machine 10, as a result of the symbol variation effect performed by the symbol display device 13, the symbol display device 13 stops and displays the symbols in a predetermined symbol combination (for example, a triple of the same symbols), so-called “big hit”. Is generated. As a result, in the pachinko machine 10, the special winning opening 62b of the special winning device 62 is opened, and the pachinko balls won in the special winning opening 62b are detected by the special winning sensor 63 (see FIG. 84), so that a large number of awards are obtained. The ball is configured to be paid out to the upper and lower ball trays 15 and 16. The device main body of the start winning device 60 and the device main body of the special prize winning device 62 protrude to the rear of the plate member 42 through the winning device through hole 42b formed in the plate member 42. The prize forming device accommodating portion 56b (see FIG. 15) formed in the passage forming portion 56 of the back unit 50 corresponding to the device main body portion is accommodated.

(Normal winning equipment)
The plate member 42 is provided at the lower position of the decorative frame member 100 and is provided with the normal winning ports 64a of the normal winning device 64 on both the left and right sides sandwiching the special winning port 62b of the special winning device 62 (FIG. 4). In the embodiment, as shown in FIG. 4, an ordinary winning port 64 a facing the game area 40 a is provided on the lower decorative member 66 provided by closing the decorative through hole 42 c on the left side of the special winning device 62, and the special winning device 62. The second mounting base plate 62a extending to the right side from the special winning opening 62b is provided with a normal winning opening 64a facing the game area 40a. The lower decoration member 66 is provided with three normal winning openings 64a, 64a spaced apart in the vertical and horizontal directions so as to be stepped down from the left toward the center. On the other hand, one normal winning port 64a is arranged on the right side of the special winning port 62b. And in the pachinko machine 10, the pachinko ball won in the normal winning opening 64a is guided between the passage forming portion 56 and the plate member 42 in the back unit 50 or in the ball passage 56a formed in the passage forming portion 56. (See FIG. 15). Then, in the pachinko machine 10, the pachinko ball is detected by the normal winning sensor 65 (see FIG. 84) provided on the downstream side of the ball passage 56a, so that a predetermined number (for example, ten) of the award balls are in the upper and lower ball receiving trays 15. , 16 is paid out.

  As shown in FIG. 4, the game board 40 includes a start winning port 60b, 60c, a special winning port 62b, and a normal winning port 64a at the bottom of the game area 40a, that is, below the special winning device 62. An out port 46 is formed to discharge pachinko balls that have flowed down without winning a prize to the back side of the machine.

(Gate)
On the front surface of the plate member 42, a gate 70 having a gate port 76a through which a pachinko ball flowing down the game area 40a can pass is disposed on the left side of the decorative frame member 100 in the game area 40a. (See Figure 4). The gate 70 includes a gate sensor 71 and a gate decoration member 72 that holds the gate sensor 71. When the gate sensor 71 detects a pachinko ball that passes through the gate port 76a, the gate 70 outputs a ball detection signal that triggers a variation display of a normal symbol in a normal symbol display device (not shown). . The gate sensor 71 is electrically connected to the main controller 32 (see FIG. 84), and the main controller 32 of the embodiment starts on the condition that the gate sensor 71 detects a pachinko ball passing through the gate 70. It is set to perform a lottery to determine whether or not to open the blade member of the winning device 60. The specific configuration of the gate 70 will be described later.

(Control device)
On the back surface of the symbol display device 13 detachably disposed on the rear surface of the game board 40 (back unit 50), as shown in FIG. 2, an effect display control device 36 for controlling the display of the symbol display device 13 is provided. It is arranged. In addition, on the rear surface of the symbol display device 13, the movable rendering devices 200 and 400 and the decoration unit 300 are operated or controlled to emit light, the various light emitting devices 600, 620, 640, and 650 and the illumination rendering unit are controlled to emit light, and a speaker An overall control device 37 that performs 33 sound effect output control and the like is disposed adjacent to the effect display control device 36. In the pachinko machine 10, the movable rendering devices 200, 400, the decoration unit 300, the light emitting devices 600, 620, 640, 650, which are the control devices or the control device and the game parts, the light emitting rendering unit, the symbol display device 13, the speaker 33, the start The winning sensor 61, the special winning sensor 63, the normal winning sensor 65, the gate sensor 71 and the like are electrically connected via the wiring or the relay board 39 (see FIG. 5) (see FIG. 84).

  The main control device 32 receives a detection signal from a start winning sensor 61 that detects a pachinko ball that has won a winning winning opening 60b, 60c, and a special winning sensor 63 that detects a pachinko ball that has won a special winning opening 60b. A detection signal, a detection signal from the normal winning sensor 65 that detects the pachinko ball that has won the normal winning opening 64a, and a signal from the gate sensor 71 that detects the pachinko ball that has passed through the gate 70 are input. The main control device 32 is a main control CPU capable of executing control operations in a predetermined procedure, a main control ROM storing a control program for the main control CPU, and a main control ROM capable of writing and reading necessary data. An electronic component such as a RAM (not shown) is provided.

  The main control device 32 updates the values of various random numbers such as the big hit determination random number, the big hit symbol random number, and the variation pattern distribution random number every predetermined cycle, and the updated value is set in the main control RAM setting area. The value before update is rewritten by storing (setting) in, and random number update processing (random number generation processing) is executed. For example, in the main control device 32, when a detection signal is input from the start winning sensor 61, the main control CPU acquires a big hit determination random number from the main control RAM, and the big hit determination random number and the main control ROM The big hit determination value is compared with the big hit lottery (big hit determination) to determine whether or not to win. In the main control device 32, when the result of the big hit determination is a big hit, the big hit effect is determined from the variation pattern table including only the big hit effect. On the other hand, when the result of the jackpot determination is out of place, the out effect is determined from the variation pattern table including only the out effect. The determination of the big hit effect and the off-line effect is performed by a random number acquired from the main control RAM by the main control CPU, similarly to the big hit determination. Note that the variation pattern of the jackpot effect and the off-stage effect determined from the variation pattern table specifies at least the variation time and the content of the effect of the symbol variation game.

  In the pachinko machine 10, the effect display control device 36 causes the symbol display device 13 to perform a predetermined effect display based on the control signal of the overall control device 37 output according to the lottery result of the main control device 32, and Based on the control signal of the payout control device 29 outputted by the control of the main control device 32, a predetermined number of prize balls are paid out by the ball payout device 27a. Further, in the pachinko machine 10, based on the control signal of the overall control device 37, the movable rendering devices 200, 400 and the decoration unit 300 are operated, and the light emitting devices 600, 620, 640, 650 and the light emitting rendering unit are caused to emit light. Or a sound effect is output from the speaker 33.

  In the pachinko machine 10, a light emitter is provided at various places to perform a light emission effect. However, an LED, an EL, a light bulb, or other light emitting means can be used as the light emitter. In the embodiment, an LED is used as the light emitter.

  Here, the light diffusion treatment referred to in the present application is, for example, surface processing for forming irregularities on the surface of a light-transmitting member, or light diffusion ink containing fine particles having light reflectivity in various concentration distributions. For example, dot processing for printing or coating on the surface of a light transmissive member, lame processing for dispersing fine particles having light reflectivity in the resin itself constituting the member, processing for changing the refractive index of transmitted light, This refers to a process for irregularly reflecting transmitted light, etc., or a single process or a combination of a plurality of processes. Specific examples of surface processing include groove processing, diamond cutting processing, texture processing, blast processing, knurl processing, and the like. As processing for changing the refractive index of light, the member and the refractive index are formed on the surface of the member. Examples thereof include a sheet lens provided with different fine irregularities.

(Decorative frame member)
As shown in FIG. 4, FIG. 7, or FIG. 12, the plate member 42 has a large decorative frame member (decorative member) 100, also referred to as a center accessory, with respect to the display through hole (through hole) 42a. It is arranged. The decorative frame member 100 is a member formed in a frame shape so as to border the opening edge of the display through hole 42a, and a window 100a that opens in the front and rear is defined on the inner side (see FIG. 30). In the game board 40, a display unit 41 is provided inside the window 100 a of the decorative frame member 100, and the periphery of the display unit 41 is decorated by the decorative frame member 100 surrounding the display unit 41. 40a and the display part 41 are partitioned. In the gaming board 40, the decorative frame member 100 is disposed so as to be biased to the right side, and the right side portion of the game area 40a is set narrower than the left side portion. The spacing between the outer rail 43 and the inner edge of the first panel decoration member 45a is about one to two pachinko balls (see FIG. 4). Further, in the embodiment, the right side portion of the display through hole 42a of the plate member 42 is greatly cut down to the lower side of the game area 40a (see FIG. 14), and the window 100a of the decorative frame member 100 correspondingly corresponds to this. The right part is greatly open to the lower side (see FIG. 4). And the lower movable production | presentation apparatus 400 mentioned later faces the right side part of the window 100a (refer FIG. 7).

As shown in FIGS. 30 to 34, the decorative frame member 100 includes a base frame portion 102 that abuts the front surface of the plate member 42 and has a screwing portion to the plate member 42, and a rear surface of the base frame portion 102. A frame extending portion (extending portion) 104 that protrudes rearward and extends in parallel with the opening edge of the display through hole 42a, and a ridge provided to protrude forward from the front surface of the base frame portion 102. And a plate-like frame decoration 108 that covers the front surface of the base frame portion 102. The base frame portion 102 is a plate-like portion that forms a closed ring, and the plate surface of the plate-like portion extends in a direction along the game board surface of the game board 40 (see FIG. 33 or FIG. 34). . The base frame portion 102 is in contact with the front surface of the opening edge of the display through hole 42a in the plate member 42 on the outer peripheral side, and the front portion where the inner peripheral side faces the inside of the display through port 42a, and the thickness of the frame decoration 108 from the front portion. And a rear portion to which a frame decoration 108 is attached on the front surface. Here, the rear part of the base frame portion 102 is accommodated inside the display through-hole 42a with the outer peripheral edge spaced apart from the opening edge of the display through-hole 42a.
The base frame portion 102 has a positioning pin projectingly provided on the rear surface of the front portion that contacts the plate member 42 (see FIG. 31), and the positioning pin is provided on a pin hole provided outside the display through hole 42a of the plate member 42. The decorative frame member 100 is positioned with respect to the plate member 42 (the display through hole 42a) by being fitted to (not shown).

  The frame extending portion 104 is a plate-like portion having a plate surface extending in a direction intersecting with the plate surface of the base frame portion 102 (direction intersecting with the game board surface), and projecting from the rear surface of the base frame portion 102. In addition, it is arranged on the inner peripheral side of the base frame portion 102 (see FIG. 31 or FIG. 34). The frame extending portion 104 is continuously provided along the opening edge of the display through-hole 42a over the entire circumference of the base frame portion 102, and is spaced from the opening edge of the display through-hole 42a (see FIG. 14). That is, when the frame extending portion 104 is attached to the plate member 42 by inserting the frame extending portion 104 into the display through hole 42a of the plate member 42, the decorative frame member 100 does not contact the plate member 42. A space portion 100b is defined between the extension portion 104 and the opening edge of the display through hole 42a. The frame extension portion 104 is set to an extension dimension accommodated in the display through-hole 42a when the decorative frame member 100 is attached to the plate member 42, and the frame extension portion 104 of the plate member 42 is inserted through the display through-hole 42a. It is configured not to protrude rearward (see FIG. 8).

  On the rear surface of the base frame portion 102, a hook fixing portion (joint portion) 103a provided inside the frame extension portion 104 and having a screw hole that opens to the rear side, the outside of the frame extension portion 104, and the frame A frame decoration fixing part (joint part) 103b provided on the extension line of the extension part 104 and having a screw hole opened on the rear side is formed (see FIG. 14 or FIG. 34). The decorative frame member 100 is fixed to the base frame portion 102 by screwing a screw into the hook-like portion 106 from the rear side of the base frame portion 102 via the hook fixing portion 103a. The frame ornament 108 is fixed to the base frame portion 102 by screwing screws into the frame ornament 108 from the rear side of the base frame portion 102 via the ornament fixing portion 103b. That is, the frame decoration fixing portion 103b provided outside the frame extending portion 104 is disposed in the space portion 100b when the decorative frame member 100 is attached to the plate member 42, and the frame decoration is interposed via the space portion 100b. A screw is screwed into the screw hole of the fixing portion 103b.

  As described above, in the decorative frame member 100, the hook-like portion 106 attached to the base frame portion 102 and the fixing portions 103a and 103b of the frame decoration 108 are provided so as to be distributed inside and outside with the frame extending portion 104 interposed therebetween (see FIG. 14), the hook-shaped portion 106 and the fixing portions 103a and 103b of the frame decoration 108 are unlikely to interfere with each other, and the attachment work of both the members 106 and 108 is facilitated. In the embodiment, the heel fixing portion 103 a is installed inside the frame extending portion 104, but the heel fixing portion 103 a may be installed outside the frame extending portion 104. In this case, by effectively using the space portion 100b, the size of the base frame portion 102 extending inside the frame extending portion 104 can be suppressed, so that the window 100a can be widely secured.

  The hook-like portion 106 is provided so as to protrude forward from the front surface of the base frame portion 102, and partitions the space between the inner window 100 a and the outer game area 40 a of the decorative frame member 100 from the game area 40 a to the window 100 a side. The transfer of pachinko spheres into the body is regulated (see FIG. 4). The hook-like portion 106 is formed so that its front surface is approximately aligned with the front end of the game nail to be planted on the plate member 42. The saddle-shaped portion 106 is provided from the upper left portion of the display portion 41 of the decorative frame member 100 (above a ball passage 151 of a warp passage 150 to be described later) to the upper portion of the display portion 41, and further from the upper portion to the lower right portion. It extends from the lower part of the right side to the right side of the stage 120 below the display unit 41 (see FIG. 32).

  The frame decoration 108 is attached to the base frame portion 102 so as to contact the front surface of the plate member 42 (see FIG. 8). Specifically, the frame decoration 108 is a thin plate-like member, and is attached to the front surface of the rear stage portion of the base frame portion 102, and a portion extending outward from the outer peripheral edge of the base frame portion 102 is the plate member 42. It comes in contact with the front of the. The decorative frame member 100 includes a front stage portion that contacts the front surface of the plate member 42 in the base frame portion 102 and a front portion of the frame decoration 108 that extends outward from the outer peripheral edge of the base frame portion 102 and contacts the front surface of the plate member 42. The side is configured to allow at least a pachinko ball to flow down. Here, in the decorative frame member 100 of the embodiment, the frame decoration 108 is provided from the upper side to the right side of the base frame part 102, and the frame decoration 108 is provided at the lower center part of the base frame part 102 (see FIG. 33 or FIG. 34).

  As shown in FIG. 32, the decorative frame member 100 guides the pachinko ball launched at the upper part of the game area 40a by the hook-like part 106 extending above the display part 41 and distributes it to the left and right of the game area 40a. ing. The decorative frame member 100 prevents the pachinko ball from moving from the substantially left center of the display unit 41 to the upper side and from the upper side to the lower right side of the display unit 41 toward the window 100a side. The front from the lower part to the lower part is formed by the front part of the base frame part 102 or the frame decoration 108 to form a substantially uniform surface on which the pachinko balls can roll with respect to the front surface of the plate member 42. is doing. That is, in the decorative frame member 100, the front portion of the base frame portion 102 and the frame decoration 108 form a part of the game area 40 a from the lower left side to the lower side of the display unit 41, and the game area 40 a and the inner side of the decorative frame member 100. The take-in portion 110 that allows the pachinko ball to roll on the jump of the pachinko ball to the stage 120 side or the flow down from the stage 120 side to the game area 40a.

  In the decorative frame member 100 of the embodiment, the base frame portion 102 and the frame extension portion 104 are integrally formed, and the frame extension portion 104 that is formed to protrude rearward perpendicular to the base frame portion 102 is the decorative frame member. It functions as a rib that ensures the rigidity of 100 (see FIG. 31). The decorative frame member 100 inserts the frame extension portion 104 into the display through-hole 42a, fits the positioning pin of the base frame portion 102 into the pin hole, and is screwed to the plate member 42 via the base frame portion 102. It is fixed by doing. In addition, the decorative frame member 100 includes a hook-shaped portion 106 and a frame decoration 108 that are separate from the base frame portion 102, and the frame decoration fixing portion 103 b with respect to the frame decoration 108 assembled on the front surface of the base frame portion 102. The frame decoration 108 is fixed to the base frame portion 102 by screwing from the rear side via the bracket (see FIG. 33 or FIG. 34). The frame decoration 108 is fixed not only to the base frame portion 102 but also to a portion extending outward from the outer peripheral edge of the base frame portion 102 by screwing to the plate member 42. The decorative frame member 100 is screwed from the rear side to the collar-shaped part 106 assembled to the front surface of the base frame part 102 or the front surface of the frame decoration 108 attached to the base frame part 102 via the collar fixing part 103a. Thus, the hook-like portion 106 is fixed to the base frame portion 102. As described above, the decorative frame member 100 is configured to contact not only the base frame portion 102 but also the frame decoration 108 to the front surface of the plate member 42, so that the decorative frame member 100 can be attached to the plate member 42 more smoothly. it can. Moreover, since the frame decoration 108 is sandwiched and held between the base frame portion 102 and the hook-like portion 106 except for those constituting the intake portion 110, it is firmly fixed.

  The decorative frame member 100 has a plurality of positioning bosses 112 formed so as to extend rearward from the rear edge of the frame extending portion 104 (see FIG. 14, FIG. 31, or FIG. 34). Each positioning boss 112 extends when the decorative frame member 100 is attached to the plate member 42, or is extended within the display through hole 42a or slightly protrudes rearward from the plate member 42 (Example). Is set to Each positioning boss 112 is disposed on the rear side of the plate member 42 and is inserted into a positioning hole 52a provided in the unit main body 302 of the upper decoration unit 300 or the box-shaped main body 52 itself attached to the box-shaped main body 52 of the back unit 50. Each is configured to fit, and the decorative frame member 100 and the back unit 50 are positioned (see FIG. 15). Here, the positioning hole 52a is provided in a portion of the unit main body 302 or the box-shaped main body 52 that is attached to the box-shaped main body 52 and faces the inside of the display through hole 42a. In the embodiment, a pair of positioning bosses 112 are provided on the upper portion of the base frame portion 102 so as to be separated from each other on the left and right sides, and one positioning boss 112 is provided on the lower right side of the base frame portion 102 (see FIG. 14). On the other hand, the back unit 50 has a pair of positioning bosses 112 and 112 on the upper edge of the unit main body 302 in the upper decoration unit 300 disposed on the upper side of the display unit 41 in the box-shaped main body 52. Positioning holes 52a and 52a are provided spaced apart from each other on the left and right (see FIG. 15 or 69). Further, the box-shaped main body 52 of the back unit 50 is provided with a positioning hole 52a corresponding to the positioning boss 112 in the lower right portion, located in the lower right portion of the display unit 41 (below the lower movable effect device 400). (See FIG. 15 or FIG. 28).

  As described above, the decorative frame member 100 is configured to define the space portion 100b between the frame extending portion 104 inserted into the display through hole 42a of the plate member 42 and the opening edge of the display through hole 42a. (Refer to FIG. 14). The dimensional error of the frame extending portion 104 and the display through hole 42a can be absorbed by the space portion 100b. That is, it is possible to avoid the frame extending portion 104 of the decorative frame member 100 from interfering with the display through hole 42a, and to appropriately attach the decorative frame member 100 without distortion. Further, the decorative frame member 100 is easy to attach because the frame extending portion 104 does not interfere with the display through hole 42a of the plate member 42, and the attachment workability can be improved. More specifically, the decorative frame member 100 is not a simple circle or square, but is often a complicated shape to achieve various design shapes. The shape of the display through hole 42a is also complicated. If the shape of the display through-hole 42a becomes complicated, the formation error of the display through-hole 42a increases. However, as described above, the frame extending portion 104 of the decorative frame member 100 is set to be separated from the display through-hole 42a. Therefore, it is possible to avoid contact between the display through-hole 42a and the frame extending portion 104 at the time of attachment to the plate member 42, and the display through-hole 42a within the range of the separation distance (space portion 100b) from the frame extending portion 104. It is also possible to simplify the shape. Here, it is conceivable that the display through hole 42a is formed to be large regardless of the shape of the decorative frame member 100. However, for the convenience of providing the game area 40a on the front surface of the plate member 42, if the display through hole 42a is enlarged, the game area There is an inconvenience of narrowing 40a. Therefore, it is preferable to make the display through hole 42a similar to the decorative frame member 100 as in the embodiment from the viewpoint of securing the game area 40a, and appropriately attach the decorative frame member while ensuring the game area 40a to the maximum extent. be able to.

  The decorative frame member 100 has a configuration in which the positioning boss 112 provided in the frame extending portion 104 is fitted into the positioning hole 52a provided in the back unit 50 side, and therefore, the back is provided on the rear side of the plate member 42. The decorative frame member 100 can be positioned with the unit 50. That is, when the decorative frame member 100 is attached to the plate member 42 on which the back unit 50 is installed, the space portion 100b is provided between the frame extending portion 104 and the display through hole 42a. The alignment with the plate member 42 is assisted by the fitting with the positioning hole 52a. When the plate member 42 to which the decorative frame member 100 is attached is attached to the back unit 50, the plate member 42 and the back unit 50 can be aligned by fitting the positioning boss 112 and the positioning hole 52a. In the game board 40, production devices such as the movable production devices 200 and 400, the upper decoration unit 300, and the light emitting devices 600 and 620 arranged in the back unit 50 face the inside of the window 100 a of the decoration frame member 100. Although it is a structure, the said apparatus and the window 100a can be appropriately aligned by fitting with the positioning boss | hub 112 and the positioning hole 52a.

  In particular, in the upper decoration unit 300, the operating body 320 provided on the front side of the unit main body 302 protrudes to the front side from the front end of the wall portion 54 of the back unit 50 (see FIG. 16), and inside the window 100a of the decoration frame member 100. Therefore, there is a possibility that the decorative frame member 100 may interfere with the positional deviation. However, since the unit main body 302 is provided with the positioning hole 52a, it is possible to suitably enjoy the alignment effect on the decorative frame member 100 by the fitting between the positioning boss 112 and the positioning hole 52a.

  The game board 40 includes a stage 120 for guiding a pachinko ball and a warp passage 150 for taking the pachinko ball from the game area 40a and guiding the pachinko ball to the stage 120 in the decorative frame member 100 (see FIG. 4 or FIG. 30). . The stage 120 is located inside the display through hole 42a and is provided at the lower center of the window 100a in the decorative frame member 100, and the upper surface of the lower edge portion that forms the lower edge of the window 100a moves the pachinko balls taken from the game area 40a left and right. It is configured as a rolling surface for rolling. The decorative frame member 100 includes a cover member 170 that is provided on the rear side of the stage 120 and prevents the pachinko ball that rolls on the rolling surface of the stage 120 from dropping to the back unit 50 side (FIG. 4). Or refer to FIG. 30). The warp passage 150 is located at the approximate center of the left side of the decorative frame member 100 and opens to the left of the game area 40a, and the ball outlet 151 opens to the left of the stage 120. 152 (see FIG. 39), and is provided along the left edge of the window 100a in the decorative frame member 100 (see FIG. 30).

(stage)
The stage 120 includes a plurality of step portions 122, 128, and 138 formed so as to descend from the rear side toward the front side. In the embodiment, the stage 120 has three step portions 122, 128, and 138 ( (See FIG. 36 or FIG. 37). The stage 120 abuts the front edge of the first step portion (step portion) 122 located in the lowermost step (frontmost row) with the upper end of the frame decoration 108 constituting the lower front surface of the decorative frame member 100, and the front edge is a game. It is set to face the area 40a. In the stage 120, the rear edge of the third step portion 138 protrudes to the rear side of the plate member 42 through the display through hole 42a, and the lower portion provided on the front side of the lower side portion 54c of the back unit 50 from the front surface of the plate member 42. It is installed using a depth space before and after the light emitting device 600 (see FIG. 8 or FIG. 86). The stage 120 of the embodiment is a molded product made of a transparent synthetic resin, and the lower light emitting device 600 installed on the rear side can be visually recognized through the stage 120. In the game board 40, the lower light emitting device 600 located on the rear side of the stage 120 can emit light around the stage 120.

  The stage 120 is configured such that pachinko balls taken from the game area 40a via the warp passage 150 arrive at the third step portion 138 located at the uppermost stage, and the first step portion 122, the third step portion 138, Pachinko balls are allowed to flow from the third step portion 138 to the first step portion 122 through the second step portion (step portion) 128 positioned between them (see FIG. 38). In the embodiment, the ball outlet 152 of the warp passage 150 opens at the left edge of the third step portion 138 in the stage 120 (see FIG. 37). As for each step part 122,128,138, the upper surface becomes the rolling surfaces 123,129,139 of a pachinko ball, and the front wall part which is connected to the front edge of the rolling surfaces 129,139 and extends up and down is the lower side. It is connected to the rear edge of the rolling surfaces 123 and 129 of the step portions 122 and 128 adjacent to the (front side), and serves as a wall that prevents the lower rolling surfaces 123 and 129 from moving to the rear side. The rear side of the third step portion 138 is closed with a cover member 170. Each rolling surface 123, 129, 139 has a longitudinal length extending in the left-right direction, and a short width in the front-rear direction is set to at least one pachinko ball. In the embodiment, the front-rear width of the upper surface of the second step portion 128 is set wider than the upper surfaces of the first step portion 122 and the third step portion 138 (see FIG. 44). Further, each rolling surface 123, 129, 139 is formed to be slightly inclined from the rear side to the front side in the front-rear direction, and the pachinko ball finally flows down toward the lower steps 122, 128. (See FIG. 36).

  The stage 120 abuts the front surface of the first step portion 122 against the rear surface of the base frame portion 102 inside the frame extension portion 104, and a second step portion 128 (a step located on the front side of the uppermost step portion). Part) (see FIG. 34, FIG. 42, FIG. 43 or FIG. 45) each of the stage fixing pieces (stage mounting parts) 121 extending downward on the lower surface of the rear edge on the rear surface of the base frame part 102. It abuts on the projecting stage fixing boss 113 and is fixed by screwing it onto the stage fixing boss 113 via the stage fixing piece 121 (see FIG. 36). The stage fixing boss 113 is provided on the rear surface of the base frame portion 102 so as to be positioned inside the frame extension portion 104 and is formed to protrude rearward from the frame extension portion 104 (see FIG. 33 or FIG. 34). . Further, a plurality of (three in the embodiment) stage fixing bosses 113 are provided on the lower side portion of the base frame portion 102 so as to be separated from each other in the left and right directions, and each stage fixing boss 113 has a screw hole that opens rearward. . A stage positioning boss 114 having a pin at the rear end is provided on the rear surface of the base frame portion 102 adjacent to the lateral side of the stage fixing boss 113 located at the center (see FIG. 33 or FIG. 34). ). Then, the stage 120 is fitted with a pin of the stage positioning boss 114 in a pin hole opened in the stage fixing piece 121 provided corresponding to the stage fixing boss 113 in the center, so that the decorative frame is attached prior to screwing. Positioning can be performed with respect to the member 100.

  In the stage 120, the first step portion 122 located at the lowest step is formed such that the first rolling surface 123 on which the pachinko ball rolls is lower in the center than the left and right edges (FIG. 32 or FIG. 38). reference). The first rolling surface 123 of the embodiment includes an outer edge inclined surface 123a that is inclined with a steep slope from each edge toward the center, and is connected to the inner side of the outer edge inclined surface 123a and has a gentler slope than the outer edge inclined surface 123a. An inner edge inclined surface 123b inclined toward the central portion, an intermediate inclined surface 123c connected to the inner side of the inner edge inclined surface 123b and inclined toward the central portion with a steeper slope than the inner edge inclined surface 123b, It is connected to the inside of the inclined surface 123c and is divided into a central surface 123d that is inclined toward the central portion with a gentler slope than the intermediate inclined surface 123c (see FIG. 44). That is, the first rolling surface 123 has a speed at the center as the pachinko sphere falls from a portion near the left and right edges. In addition, the 1st step part 122 is formed so that a right edge part may become high compared with the left edge part by the side of the ball outlet 152 in the 1st rolling surface 123 (refer FIG. 42).

  The first step portion 122 is disposed at the center of the first rolling surface 123 so as to be separated from the left and right at intervals of one or more pachinko balls, and is provided with a pair of first portions provided to extend in the front-rear direction. One protrusion 124, 124 is provided (see FIG. 42 or FIG. 44). Each first protrusion 124 protrudes upward from the center surface 123d of the first rolling surface 123 and is formed in a substantially triangular mountain shape when viewed from the front (see FIG. 42). Each of the first protrusions 124 is formed so that the top portion thereof crosses the first rolling surface 123 in the front-rear direction, and an inclined surface outside the first protrusion 124 (if the first protrusion 124 is disposed on the right side, Surface) is connected to the corresponding (right) central surface 124d of the first rolling surface 123. Each first protrusion 124 is formed such that the upper end of the first protrusion 124 is lower than the left and right edges of the first rolling surface 123. When the pachinko ball that flows down along the first rolling surface 123 from the left and right edge sides has a good momentum to flow down (for example, the first protrusion 124 is centered from the outer edge inclined surface 123a of the first rolling surface 123). Pachinko balls can flow over (when the pachinko ball flows down toward the center) and there is no momentum to flow down (for example, when the pachinko ball flows down from the center surface 123d of the first rolling surface 123 toward the center). Constructed to be a wall that prevents the ball from rolling In addition, as for the 1st protrusion 124, it is desirable to set the protrusion dimension from the connection end of the center surface 123d below to the radius of a pachinko sphere.

  In the first step portion 122, a first route 125 is defined between a pair of first protrusions 124 (see FIG. 38 or FIG. 44). Here, the pair of first protrusions 124 and 124 are arranged at intervals where two pachinko spheres are not aligned. In the embodiment, the first protrusions 124 face each other according to the shape of one pachinko sphere. The inner inclined surface is formed in an arc shape (see FIG. 42). Further, the first route 125 is slightly inclined from the rear side toward the front side. In the embodiment, the pachinko balls that have arrived at the first route 125 are sandwiched between the left and right first protrusions 124 and 124 one by one. The front side is guided (see FIG. 38). Further, the first route 125 is disposed at a discharge end (front end) to the game area 40a immediately above an upper start winning opening (winning opening) 60b provided in the game area 40a.

  The first step portion 122 is provided with a first lower portion 126 that allows a pachinko ball to flow toward the game area 40a on the lateral side of the first protrusion 124 opposite to the first route 125 (FIG. 38). , See FIG. 42 or 44). That is, the first step portion 122 is provided with the first flow lower portion 126 on each of the right lateral side of the first projection 124 on the right side and the left lateral side of the first projection 124 on the left side. Further, the first step portion 122 is provided with a first regulating wall 127 at the front edge of the first rolling surface 123 excluding the first flow lower portion 126 and the discharge end of the first route 125 (see FIG. 44). ). In the first step portion 122 of the embodiment, a first restriction wall 127 is provided on the front edge of the first rolling surface 123 from the outer edge inclined surface 123a and the inner edge inclined surface 123b, and the first restriction wall 127 causes the outer edge inclined surface 123a. In addition, it is difficult for the pachinko balls to flow down from the inner edge inclined surface 123b to the game area 40a (see FIG. 38). On the other hand, the first step portion 122 is opened to the intermediate inclined surface 123c and the central surface 123d of the first rolling surface 123, and the central surface 123d between the intermediate inclined surface 123c and the first protrusion 124 is the first flow lower part. 126. Here, in the embodiment, the frame decoration 108 protruding inward from the lower side of the base frame portion 102 in the decorative frame member 100 faces the front ends of the left and right outer edge inclined surfaces 123a on the first rolling surface 123, and the frame decoration 108 is It becomes the 1st control wall 127, and the 1st control wall 127 of the inner edge inclined surface 123b is integrally formed in the 1st rolling surface 123 (refer FIG. 38).

  Similarly to the first step portion 122, the second step portion 128 located on the rear side of the first step portion 122 is such that the second rolling surface 129 on which the pachinko ball rolls is lower in the center than the left and right edges. (See FIG. 38). The second rolling surface 129 of the embodiment has an outer edge inclined surface 129a inclined with a steep slope from each edge toward the center, and is connected to the inner side of the outer edge inclined surface 129a and has a gentler slope than the outer edge inclined surface 129a. An inner edge inclined surface 129b inclined toward the central portion, an intermediate inclined surface 129c connected to the inner side of the inner edge inclined surface 129b and inclined toward the central portion with a steeper slope than the inner edge inclined surface 129b, It is connected to the inside of the inclined surface 129c, and is divided into a central surface 129d that is inclined toward the central portion with a gentler slope than the intermediate inclined surface 129c (see FIG. 44). In the stage 120, the second rolling surface 129 is the first rolling surface except that the outer edge inclined surface 129a of the second rolling surface 129 and the outer edge inclined surface 123a of the first rolling surface 123 are flush with each other. It is set to be basically higher than the surface 123 (see FIG. 38). Moreover, the 2nd rolling surface 129 is comprised so that a speed may be added in a center part, so that a pachinko ball falls from the site | part close | similar to a right-and-left edge part. In addition, the 2nd step part 128 is formed so that a right edge part may become high compared with the left edge part by the side of the ball outlet 152 in the 2nd rolling surface 129. FIG.

  The second step portion 128 includes a pair of second protrusions 130 and 130 that are formed continuously at the center of the second rolling surface 129 on the rear side of the first protrusions 124 and extend in the front-rear direction. (See FIG. 44). That is, the pair of second protrusions 130 are arranged at the center of the second rolling surface 129 so as to be separated from each other at an interval equal to or longer than one pachinko ball. In the embodiment, the pair of second protrusions 130 and 130 are arranged at intervals where two pachinko balls are not lined up. Each second protrusion 130 protrudes upward from the second rolling surface 129 and is formed in a substantially triangular mountain shape in front view. Each of the second protrusions 130 is formed so that the top portion thereof crosses the second rolling surface 129 in the front-rear direction. ) Is connected to the corresponding (right) center surface 129d of the second rolling surface 129. Each second protrusion 130 is formed such that the upper end of the second protrusion 130 is lower than the left and right edges of the second rolling surface 129. Each of the second protrusions 130 is formed such that the protruding height from the second rolling surface 129 increases from the rear side to the front side. In the second step portion 128 of the embodiment, the second rolling surface 128 Since 129 is inclined downward from the rear side toward the front side, the position of the top of the second protrusion 130 is substantially horizontal (see FIG. 36). The protrusion height of the first protrusion 124 from the first rolling surface 123 is set to be higher than the protrusion height of the second protrusion 130 from the second rolling surface 129. In the embodiment, the first protrusion 124 is the first protrusion 124. The height increases so as to incline upward from the connecting end (rear end) of the two protrusions 130 toward the front side (see FIG. 36). In addition, as for the 2nd protrusion 130, it is desirable to set the protrusion dimension from the connection end of the center surface 129d smaller than the radius of a pachinko ball.

  The second protrusion 130 is formed by the force of the pachinko ball flowing down along the second rolling surface 129 from the left and right edge sides (for example, from the outer edge inclined surface 129a of the second rolling surface 129 to the central portion). The pachinko ball can flow over (when the pachinko ball flows down toward the center) and there is no momentum to flow down (for example, when the pachinko ball flows down from the center surface 129d of the second rolling surface 129 toward the center). It is configured to be a wall that prevents rolling. Here, the second protrusion 130 is formed such that the protruding height from the second rolling surface 129 is lower than the protruding height of the first protrusion 124 from the first rolling surface 123, and the pachinko sphere is more than the first protrusion 124. The probability of getting over is set to be high (see FIG. 36). In addition, since the protrusion height from the second rolling surface 129 of the second protrusion 130 increases from the rear side to the front side, any area of the pachinko ball extends in the front-rear direction of the second rolling surface 129. Depending on whether or not it passes, the probability of overcoming the second protrusion 130 is changed. In other words, in the second rolling surface 129, it is easier to get over the second protrusion 130 in the rear region.

  The second step 128 has a second route 131 defined between the pair of second protrusions 130 and 130, and the discharge end (front end) of the second route 131 is connected to the rear end of the first route 125. (See FIG. 44). Further, the second route 131 is slightly inclined from the rear side toward the front side. In the embodiment, the pachinko balls that have arrived at the second route 131 are sandwiched between the left and right second protrusions 130 and 130 one by one. It is designed to guide you to the front side.

  The second step portion 128 is provided on each of the left and right edges of the second rolling surface 129, and a second lateral flow lower portion 132 that allows the pachinko ball to flow toward the front first step portion 122, and a second There is a second middle flow lower portion 133 provided on the side opposite to the second route 131 in the second protrusion 130 at the center of the rolling surface 129 and allowing the pachinko ball to flow toward the first step 122 on the front side. (See FIG. 38 or FIG. 44). In the second step portion 128, a second lateral flow lower portion 132 is provided between the outer edge inclined surface 129a and the inner edge inclined surface 129b of the second rolling surface 129. The second lateral flow lower portion 132 is formed by denting a portion of the second rolling surface 129 between the outer edge inclined surface 129a and the inner edge inclined surface 129b across the front and rear of the second rolling surface 129 (FIG. 38). The second lateral flow lower portion 132 of the embodiment is set to a dimension in which the left and right widths are equal to or larger than one pachinko sphere and two pachinko spheres are not lined up.

  The second step portion 128 excludes the outer edge inclined surface 129a flush with the outer edge inclined surface 123a of the first rolling surface 123, the second middle flow lower portion 133, the discharge end of the second route 131, and the second cross flow lower portion 132. A second regulating wall 134 is provided at the front portion of the second rolling surface 129 (see FIG. 38 or FIG. 44). In the second step portion 128 of the embodiment, a second restriction wall 134 is provided at the front portion of the second rolling surface 129 from the inner edge inclined surface 129b and the middle inclined surface 129c, and the second restriction wall 134 causes the inner edge inclined surface 129b. In addition, it is difficult for the pachinko balls to flow down from the middle inclined surface 129c to the first step portion 122. On the other hand, the second step portion 128 has a center between the middle inclined surface 129c and the second protrusion 130 with the front side of the center surface 129d located on the lateral side of the second protrusion 130 in the second rolling surface 129 being opened. The surface 129d is the second middle flow lower portion 133. The second step portion 128 stands upright on the second regulating wall 134 of the inner edge inclined surface 129b of the second rolling surface 129 at a position spaced rearward from the front edge of the inner edge inclined surface 129b. The regulation wall 134 is formed so that the front-rear width of the inner edge inclined surface 129b is narrowed (see FIG. 44). On the other hand, the second step portion 128 has the second regulating wall 134 of the middle inclined surface 129c on the second rolling surface 129 erected at the front end of the middle inclined surface 129c. The entire front-rear width can be used as a rolling space for the pachinko balls. The first restricting wall 127 and the second restricting wall 134 are set such that the projecting dimensions from the corresponding rolling surfaces 123 and 129 are smaller than the radius of the pachinko sphere, and depending on the momentum of the pachinko sphere, the restricting walls 127, 134 can be overcome.

  The second rolling surface 129 is provided with a rolling regulation piece (regulation piece) 135 formed lower than the second regulation wall 134 at the side edge on the center side of the recessed second lateral flow lower portion 132. (See FIG. 44). The rolling restricting piece 135 is formed to protrude in the front-rear direction at a connection portion of the inner edge inclined surface 129b of the second rolling face 129 with the second lateral flow lower portion 132. The movement probability of the pachinko sphere from the left and right edges of 129 to the center side is adjusted.

  On the second rolling surface 129, a plurality (three in the embodiment) of rolling guide pieces (guide pieces) 136 extending in the left-right direction are provided in a protruding manner (see FIG. 44). In the second rolling surface 129 of the embodiment, the rolling guide piece 136 is provided from the middle inclined surface 129c on the second rolling surface 129 to a part of the central surface 129d, and each rolling guide piece 136 is provided on the middle inclined surface. It is formed to be lower than the second regulating wall 134 provided at the front edge of 129c (the projecting dimension from the middle inclined surface 129c is small). In the embodiment, the guide piece 136 positioned in the front row is connected to the second restriction wall 134 provided at the front end portion of the inner edge inclined surface 129b, and the separation width from the third step portion 138 is equal to one pachinko ball. A pachinko ball guided by the second restriction wall 134 of the set inner edge inclined surface 129 b is delivered to the guide piece 136. The plurality of rolling guide pieces 136 arranged side by side in the front-rear direction are arranged on the outer side (on the right side of the second rolling surface 129) with the end edge on the middle inclined surface 129 c side arranged on the rear side from the front side. The rolling guide piece 136 is located on the right side if the rolling guide piece 136 is provided, and the edge on the center surface 129d side is arranged on the rear side from the front side, and the outer side (provided on the right side of the second rolling surface 129). If it is the rolling guide piece 136 to be formed, it is formed so as to be located on the left side (see FIG. 44).

  The third step 138 located on the rear side of the second step 128 is inclined downward as the third rolling surface 139 on which the pachinko sphere rolls goes inward from the left and right edges, and further toward the center. The curve is formed so as to be convex (see FIG. 38). The third rolling surface 139 is set so that the top of the central convex surface is set lower than the upper ends of the left and right edges, and from the ball outlets 152 of the warp passage 150 that opens toward the rear at the upper ends of the left edges. Receives a ball. The third step portion 138 is a third portion that allows the pachinko ball to flow to the second step portion 128 at a position deviated from the rear side of the second route 131, the second middle flow lower portion 133, and the second cross flow lower portion 132. A flow lowering portion 140 is provided, and a third regulating wall 141 is provided at the front edge of the third rolling surface 139 excluding the third flow lowering portion 140. In the third step portion 138 of the embodiment, the third flow lower portion 140 is provided at each of the portions where the inclined surfaces of the left and right edge portions of the third rolling surface 139 are bent into convex surfaces, and the second rolling surface 129 The discharge end of the third flow lower portion 140 faces the inner edge inclined surface 129b located between the second lateral flow lower portion 132 and the middle inclined surface 129c. Further, the third restriction wall 141 is formed to protrude from the inclined surfaces of the left and right edges of the third rolling surface 139 and the front end of the convex surface. In addition, the 3rd control wall 141 is set so that the protrusion dimension from the 3rd rolling surface 139 is smaller than the radius of a pachinko ball, and it can get over the said control wall 141 depending on the momentum of the pachinko ball. Yes.

  As described above, the stage 120 is connected to the pachinko ball from the game area 40a through the warp passage 150 from the ball inlet 151 that opens to the left side of the decorative frame member 100 or through the intake portion 110 of the decorative frame member 100. Has been introduced. The pachinko ball guided by the warp passage 150 is discharged from a ball outlet 152 that opens rearward to the left edge of the third rolling surface 139 in the stage 120, and the third rolling surface is moved by the lower ball guide piece 179. Guided to roll to the right (see FIG. 39). The pachinko ball that rolls left and right on the third rolling surface 139 passes through the third flow lower portion 140 that is a lower portion on the third rolling surface 139, and the second rolling surface of the second step portion 128. It flows down to the inner edge inclined surface 129b at 129 (see FIG. 38). In addition, since the 3rd control wall 141 is standingly arranged in the 3rd rolling surface 139 in the front edge except the 3rd flow lower part 140, it is difficult for a pachinko ball to flow down from other than the 3rd flow lower part 140, and a pachinko ball Can be rolled for a long time on the third rolling surface 139. Further, since the third step portion 138 is arranged by shifting the third flow lower portion 140 from the second route 131, the second middle flow lower portion 133, and the second cross flow lower portion 132, the pachinko sphere flowing down from the third flow lower portion 140 is arranged. Can flow down from the second route 131, the second middle flow lower portion 133, and the second cross flow lower portion 132 to the lower stage without rolling the second rolling surface 129 of the second step portion 128 to the left and right. .

  The inner edge inclined surface 129b of the second rolling surface 129 is provided with a second restriction wall 134 standing on the front side and set to a relatively gentle slope. It is assigned to either one and rolled (see FIG. 38). When the pachinko ball is distributed to the center side by the inner edge inclined surface 129b of the second rolling surface 129, the pachinko ball is urged by the relatively inclined middle inclined surface 129c to roll the second rolling surface 129 left and right. Move. Here, since the second rolling surface 129 is set so that the second protrusion 130 erected at the center is low, the pachinko ball that rolls left and right on the second rolling surface 129 gets over the second protrusion 130. There is a high possibility that the pachinko ball is guided to the first route 125 via the second route 131 when the movement force in the left-right direction is lost between the pair of second protrusions 130, 130. Further, the pachinko ball that could not get over the second protrusion 130 at the center surface 129d of the second rolling surface 129 is moved from the second middle flow lower portion 133 on the lateral side of the second protrusion 130 to the center of the first rolling surface 123. It flows down to the surface 123d. As described above, the second rolling surface 129 is a plurality of paths represented by the second lateral flow lower portion 132, the second middle flow lower portion 133, or the second route 131 as a path of a pachinko ball flowing down to the first rolling surface 123. Therefore, the movement of the pachinko ball on the second rolling surface 129 can be attracted for a long time. Further, in the second step portion 128, it is possible to prevent the pachinko sphere from flowing down from a portion other than the second route 131, the second middle flow lower portion 133 and the second cross flow lower portion 132 by the second restriction wall 134, and the second rolling surface. At 129, the pachinko sphere can be rolled longer.

  In the middle inclined surface 129c of the second rolling surface 129, the pachinko ball is guided in the left-right direction by fitting a part of the pachinko ball between the rolling guide pieces 136 arranged in parallel in the front-rear direction. The pachinko ball can be held for a relatively long time on the second rolling surface 129. The second regulating wall 134 provided on the inner edge inclined surface 129b and the middle inclined surface 129c of the second rolling surface 129 is substantially pachinko ball from the front surface of the third step portion 138 that forms the rear wall of the second rolling surface 129. Since the spacing is set to one, the pachinko ball is guided to roll while being biased toward the rear side region of the central surface 129d of the second rolling surface 129. In addition, since the plurality of rolling guide pieces 136 are extended toward the center as they are located on the front side, the pachinko balls that roll on the middle inclined surface 129c are moved rearward by the plurality of rolling guide pieces 136. Guided towards. And since the 2nd protrusion 130 is set so that it may become low as it goes to the back side from the front side, the pachinko ball which rolls the back side field of the 2nd rolling surface 129 is easy to get over the 2nd protrusion 130, It is possible to roll the pachinko ball on the second rolling surface 129 for a longer time. As described above, the second rolling surface 129 is provided with the second route 131 that leads to the first route 125 having a high probability of winning the start winning opening 60b and holds the expectation for winning, while the pachinko ball is moved to the left and right. It can be rolled for a relatively long time, and the interests of pachinko balls can be kept long.

  On the other hand, when the pachinko balls are distributed outside by the inner edge inclined surface 129b of the second rolling surface 129, the pachinko balls flow down from the second lateral flow lower portion 132 to the inner edge inclined surface 123b of the first rolling surface 123, or Roll over the lower edge 132 to the outer edge inclined surface 129a (see FIG. 38). Here, on the second rolling surface 129, the ratio of the pachinko balls guided by the second lateral flow lower portion 132 is adjusted by the rolling restricting pieces 135 provided on the side edges of the second lateral flow lower portion 132. That is, when the pachinko ball rolls outward from the inner edge inclined surface 129b side of the second rolling surface 129, it is necessary to get over the rolling restricting piece 135, so that it is obstructed by the rolling restricting piece 135 and the central portion side. The percentage of pachinko balls that are guided toward On the other hand, when the pachinko ball rolls from the outer edge inclined surface 129a side to the center side of the second rolling surface 129, it passes through the concave second lateral flow lower portion 132 and further gets over the rolling regulation piece 135. Since it is necessary, the ratio that the pachinko sphere is guided to the second cross flow lower portion 132 is increased.

  A pachinko ball that has arrived at the inner edge inclined surface 123b of the first rolling surface 123 from the second lateral flow lower portion 132 is guided toward the center along the inclination of the inner edge inclined surface 123b, and is a relatively steep middle inclined surface. It is energized at 123c (see FIG. 38). The first protrusion 124 is set higher than the second protrusion 130 and is less likely to get over the second protrusion 130, but is set to be able to get over depending on the momentum of the pachinko ball, and is set higher than the second protrusion 130. Therefore, the pachinko sphere that has entered the first route 125 defined between the pair of first protrusions 124 and 124 can be guided toward the discharge end with a higher probability than the second route 131. And if the pachinko ball which rolled the stage 120 enters into the 1st route | root 125, a pachinko ball can be discharge | released from right above the start winning opening 60b used as a trigger of a symbol change game.

  Since the first rolling wall 123 is provided with a first restriction wall 127 at the front edge excluding the first flow lower portion 126 and the first route 125, the first rolling surface 123 comes from other than the first flow lower portion 126 and the first route 125. The pachinko balls are difficult to flow down, and the pachinko balls that have arrived at the left and right edges of the first rolling surface 123 can be guided toward the first route 125 by the first restriction wall 127, and the pachinko balls can be guided by the first rolling surface 123. It can be rolled for a long time. Further, since the first rolling surface 123 is provided not only with the first route 125 but also with the first flowing portion 126 adjacent to the first route 125, it flows down from the first rolling surface 123 to the game area 40a. Since there are a plurality of paths represented by the first flow lower portion 126 and the first route 125 as the path of the pachinko sphere, the movement of the pachinko sphere can be changed, and the pachinko sphere on the first rolling surface 123 can be changed. You can get a long interest in the movement. In addition, since the outer edge inclined surface 123a of the first rolling surface 123 and the outer edge inclined surface 129a of the second rolling surface 129 are formed flush with each other in the stage 120, the stage 120 is arranged via the outer edge inclined surfaces 123a and 129a. The pachinko sphere may return from the first rolling surface 123 to the second rolling surface 129, and the pachinko sphere can be held longer on the stage 120.

  As described above, the stage 120 is composed of the three step portions 122, 128, and 138. The stage 120, 138 (second and third step portions) in the middle is directly connected to the game area 40a. Since no exit is provided, the pachinko ball that has arrived at the stage 120 can basically be made to arrive at the first stage 122 at the lowest stage. In addition, the pachinko ball is discharged from the stage 120 to the game area 40a at a position far away from the start winning opening 60b regardless of the path of the rolling surfaces 123, 129, 139 of the step portions 122, 128, 138. The first route 125 provided at the center in the lowermost first step portion 122 and located immediately above the start winning port 60b or next to the first route 125 is positioned next to the starting winning port 60b. It is guided toward the first flow lower portion 126 that is slightly removed from directly above. That is, since the stage 120 can hold the pachinko ball taken in from the game area 40a for a long time, the player's attention can be attracted for a long time. In addition, no matter where the pachinko ball enters the first rolling surface 123 of the lowermost first step portion 122, the pachinko ball is guided toward the vicinity of the first route 125, so that the pachinko ball enters the start winning opening 60b. The expectation can be sustained for a long time. In the stage 120, the pachinko ball rolls to the side instead of the center side on the second rolling surface 129 of the second step portion 128, and moves from the second lateral flow lower portion 132 to the first rolling surface 123 of the first step portion 122. Since the inner edge inclined surface 123b of the first rolling surface 123 that receives the pachinko sphere from the second lateral flow lower portion 132 is set to be higher than the first protrusion 124 when it flows down, the pachinko sphere flowing down from the inner edge inclined surface 123b The probability of getting over one protrusion 124 is high. Therefore, the stage 120 is not necessarily disadvantageous even if the pachinko ball rolls to the side instead of the center side, and there is a possibility that the possibility of entering the first route 125 is high. The expectation can be maintained for a longer time.

  In addition, in the second step portion 128, the second protrusions 130 and 130 that define the second route 131 are formed low, so that the second step portion 130 and 130 are not disturbed so much. 128 pachinko balls can be rolled for a long time with 128 second rolling surfaces 129. The pachinko balls that have entered the first route 125 are appropriately guided toward the start winning opening 60b because the first protrusions 124 and 124 on both sides are formed high. Further, since the first route 125 and the second route 131 are set to have different probabilities of guiding the pachinko balls to the front side, the player's attention can be more attracted. Furthermore, since the stage 120 and the cover member 170 transmit light, a pachinko ball that rolls on the stage 120 by light emission of the lower light emitting device can be produced by light, and the stage 120 is one of the points that the player watches. You can emphasize the movement of the pachinko ball rolling.

(Cover material)
The cover member 170 is provided inside the window 100a of the decorative frame member 100, and regulates the movement of the pachinko ball that moves into the stage 120 through the warp passage 150 or the intake 110 to the display 41 side. The pachinko balls are partitioned so as not to fall to the back unit 50 side (see FIG. 30 or FIG. 32). The cover member 170 covers a lower region of the window 100a of the decorative frame member 100 and covers the rear side of the third rolling surface 139 of the stage 120, and a display of the partition wall portion 172 And an eaves wall 174 provided at the end edge (inner edge) on the part 41 side so as to extend forward (see FIG. 36 or FIG. 37). Note that the cover member 170 of the embodiment is a transparent resin molded product, and the light emission effect by the lower light emitting device 600 disposed on the rear side of the cover member 170 and the display effect performed on the display unit 41 are the cover. It is configured to be visible through the member 170. Moreover, in the cover member 170 of an Example, the partition wall part 172 and the eaves wall part 174 are integrally formed.

  The partition wall portion 172 is a plate-like portion that covers the lower region of the window 100a, and is a cover recess formed to be recessed toward the rear side at a portion corresponding to the upper portion of the stage 120 and the rear side of the stage. 173 (see FIG. 40). Note that the cover recess 173 is formed in a mountain shape whose top surface is located at a position corresponding to the first route 125 of the stage 120 (see FIG. 30).

  The wall portion 174 includes a portion that extends upward from the lower edge of the window 100a of the decorative frame member 100 and extends above the stage 120, and a warp passage that is provided along the left edge of the window 100a of the decorative frame member 100. 150 and a portion extending along the display unit 41 side (see FIG. 30). In the embodiment, the wall portion 174 is formed by connecting a portion extending above the stage 120 and a portion along the warp passage 150. The warp passage 150 is provided on the display unit 41 side of the decorative frame member 100, and the front surface is configured to extend to the same side or the rear side of the intake unit 110 to form a part of the intake unit 110. Pachinko balls taken from the game area 40a from below can be taken to the stage 120 side through the front surface of the warp passage 150. In addition, the wall portion 174 is configured so that the front edge thereof is arranged in accordance with the front surface of the wall portion 106 of the decorative frame member 100 and extends in the front-rear direction to partition the game area 40a side and the back unit 50 side. ing.

  The cover member 170 accommodates the third step 138 of the stage 120 in the cover recess 173 so that the front surface of the cover recess 173 contacts the rear surface of the third step 138, and the A portion of the three-step portion 138 that extends downward from the third rolling surface 139 is abutted against a cover fixing boss 115 that protrudes from the rear surface of the base frame portion 102, and is moved to the cover fixing boss 115 via the cover recess 173. It is fixed by screwing (see FIG. 33 or FIG. 34). The cover fixing boss 115 is provided on the rear surface of the base frame portion 102 so as to be positioned inside the frame extension portion 104, and is formed to protrude rearward from the frame extension portion 104 and the stage fixing boss 113 (FIG. 35). reference). Further, a plurality of cover fixing bosses 115 (three in the embodiment) are provided on the lower side portion of the base frame 102 so as to be separated from each other in the left and right directions, and each cover fixing boss 115 has a screw hole that opens rearward. . The stage 120 is provided with positioning pins 142 protruding rearward on the rear surface of the third step portion 138 (see FIG. 44), and the cover 120 is attached when the cover member 170 is attached to the decorative frame member 100. A pin hole 173a (see FIG. 46) provided in the cover concave portion 173 of the member 170 is fitted to the positioning pin 142 to position them. The cover member 170 has the upper surface of the cover recess 173 extending above the third rolling surface 139 of the third step portion 138 and the vertical direction of the cover recess 173 extending above the third rolling surface 139. The surface partitions the rear side of the third rolling surface 139, and the right side surface of the cover recess 173 abuts on the right edge of each step 122, 128, 138, and the first to third rolling surfaces 123, 129, 139 It is designed to partition the right edge.

(Warp passage)
The warp passage 150 is defined as a path through which the pachinko ball can be guided by the decorative frame member 100, the passage main body 154, and a part of the cover member 170 (see FIG. 39). More specifically, the warp passage 150 includes an inner wall facing the display portion 41 side of the decorative frame member 100, a lateral passage wall portion 156 facing the inner wall, and a front edge of the lateral passage wall portion 156 to the inner wall. A passage main body 154 having a front passage wall portion 158 extending over and a rear passage wall portion 176 provided on the cover member 170 and closing from the rear edge to the inner wall of the lateral passage wall portion 156 ( (See FIG. 37, FIG. 40 or FIG. 41). Here, in the embodiment, the inner wall of the decorative frame member 100 constituting the left side surface of the warp passage 150 is a frame extending portion 104 extending rearward from the rear surface of the base frame portion 102, The corresponding lower left half is provided with a frame extension 104 along the inner edge of the base frame 102.

  The passage main body 154 has a substantially L-shaped cross section consisting of a lateral passage wall portion 156 constituting the right side surface of the warp passage 150 and a front passage wall portion 158 constituting the front surface of the warp passage 150, and is formed at the upper end portion. The decorative frame member 100 is installed on the front side of the base frame portion 102 and defines a ball passage 151 that faces the game area 40a. The lower end portion is installed on the left side of the stage 120 and the third step portion 138 is installed. And an outlet 162 that defines a ball outlet 152 that faces the third rolling surface 139 (see FIG. 39 or FIGS. 50 to 53). The passage main body 154 has a lateral passage wall portion 156 that is equal to or larger than one pachinko ball and is spaced apart from the frame extension portion 104 at an interval where two are not aligned, and is curved in parallel with the frame extension portion 104. The passage body 154 is installed with the left edge of the front passage wall portion 158 butted against the front end of the frame extension portion 104, and the front surface of the front passage wall portion 158 and the front surface of the base frame portion 102 are flush or substantially flush. It is one. In the present application, the expression “substantially” means that a step that allows a pachinko sphere to flow down without being caught is allowed in a region where the pachinko sphere flows down.

  The inlet portion 160 of the passage main body 154 is provided at the upper end of a basic portion having an L-shaped cross section composed of a lateral passage wall portion 156 and a front passage wall portion 158, and is formed so as to protrude to the front side and open to the rear side. It is a bowl-shaped part (see FIG. 52 or 53). The inlet portion 160 has a portion extending leftward from the basic portion abuts against the front surface of the base frame portion 102, thereby defining a ball inlet 151 at an open end on the left side, and the base frame from the ball inlet 151. A path is formed through which the pachinko ball is guided toward the rear side inside the base frame portion 102 through the front side of the portion 102 (see FIG. 39). Here, the inlet portion 160 is located on the upper side of the ball inlet 151 and extends downward from the flange portion 106 attached to the upper left side of the base frame portion 102 so as to be spaced apart from the base frame portion 102 to the front side. It is clamped between the piece 116 and the base frame portion 102 (see FIG. 32 or FIG. 35).

  The outlet portion 162 of the passage main body 154 is provided at the lower end of a basic portion having an L-shaped cross section composed of a lateral passage wall portion 156 and a front passage wall portion 158, a closing surface 162 a for closing the lower end, and a front passage wall portion 158. And an outlet guide surface 162b that is connected to the outlet passage surface 162a and faces the lateral passage wall portion 156 and contacts the front surface of the third step portion 138 of the stage 120 (see FIG. 51 or FIG. 53). . The outlet closing surface 162a of the outlet 162 is formed to extend rearward from the lateral passage wall 156 and the outlet guide surface 162b (see FIG. 53). The outlet portion 162 has an outlet closing surface 162a inserted into the cover recess 173 of the cover member 170 to partition the left side surfaces of the first step portion 122 and the second step portion 128 in the stage 120, and the outlet closing surface 162a, outlet A ball outlet 152 that faces the left side of the third rolling surface 139 in the third stepped portion 138 is defined by the guide surface 162b, the lateral passage wall 156, and the left side of the cover recess 173 (see FIG. 37 or FIG. 39). reference). Further, the outlet portion 162 is sandwiched between the frame decoration 108 attached to the front surface of the base frame portion 102 and the front surface of the third step portion 138 in the stage 120. Here, the outlet portion 162 is provided with a pin hole 162c at the rear edge portion of the outlet guide surface 162b (see FIG. 50 or FIG. 51), and protrudes from the pin hole 162c and the front surface of the third step portion 138. The positioning pins 143 (see FIG. 42 or FIG. 44) are fitted to be positioned with respect to each other. As described above, the passage main body 154 is held at the top by the base frame portion 102 and the hook-shaped portion 106 constituting the decorative frame member 100, and the frame decoration 108 attached to the base frame portion 102 and the base frame portion 102 The lower part is held with respect to the decorative frame member 100 by the stage 120 to be attached.

  The rear passage wall portion 176 is integrally formed on the left side of the partition wall portion 172 so as to be connected to the rear edge of the flange wall portion 174 provided in alignment with the inner wall of the lower left half of the decorative frame member 100 (see FIG. 46 or (See FIG. 47). The rear passage wall portion 176 is in contact with the rear end of the lateral passage wall portion 156 and the rear end of the frame extension portion 104, and is provided outside the frame extension portion 104 so as to protrude from the rear surface of the base frame portion 102. The passage fixing boss 117 is screwed and fixed to the screw hole (see FIG. 33 or FIG. 34). The passage body 154 and the cover member 170 are formed to be transparent or semi-transparent so as to be visible through the display effect of the display unit 41 and the pachinko balls flowing down the warp passage 150. It is a molded product.

  The cover member 170 is erected on the front surface of the upper end of the rear passage wall 176, and is erected on the left side surface of the upper recessed portion 173 and the upper ball guide piece 178 that inclines so as to deviate rearward from the top to the bottom. The lower sphere guide piece 179 is inclined so as to be biased backward as it goes from left to right (see FIG. 46). One upper ball guide piece 178 is provided so as to be positioned substantially at the center of the pachinko ball passage, and a plurality (two in the embodiment) of lower ball guide pieces 179 are provided apart from each other in the vertical direction. The upper ball guide piece 178 guides a pachinko ball that passes from the front side entrance 160 toward the rear side downward (see FIG. 39). On the other hand, the lower ball guide piece 179 guides the pachinko ball released to the third rolling surface 139 from the ball outlet 152 toward the rear side toward the right side (the center side of the stage 120). (See FIG. 37 or FIG. 39).

  The game board 40 does not have the bowl-like part 106 below the ball entrance 151 located substantially at the center of the left side of the decorative frame member 100, and has an intake part 110 set so as to be substantially flush with the game board surface. The pachinko ball can be taken into the stage 120 from the game area 40a. Further, in the game board 40, the surface constituting the intake portion 110 of the decorative frame member 100 and the front surface of the warp passage 150 constitute substantially the same surface, and the front surface of the warp passage 150 also functions as the intake portion 110. . In this way, the game board 40 can guide the pachinko ball to the stage 120 not only through the path through the warp passage 150 but also through the intake portion 110 that is largely open to the game area 40a, and more pachinko balls. The ball can be rolled on the stage 120.

  In the game board 40, the display unit 41 side and the game area 40a side are partitioned by the wall portion 174 along the warp passage 150, so that a pachinko ball is introduced to the stage through the front side of the warp passage 150. However, the pachinko ball does not jump into the display unit 41 side. In addition, pachinko balls that have hit the wall 174 located on the side of the warp passage 150 will be guided downward, and by guiding more pachinko balls to the stage 120 located on the lower side, The expectation of the player can be increased. That is, even if the game board 40 is provided with the intake part 110 to increase the probability of introduction of the pachinko ball to the stage 120, the wall part 174 is provided along the display part 41 side of the warp passage 150. The fall of the pachinko ball to the part 41 side can be prevented. Furthermore, the game board 40 is also blocked by the eaves wall portion 174 that protrudes like a bowl from the partition wall portion 172 that occludes the rear side of the stage 120, above the rolling surfaces 123, 129, and 139 of the stage 120. Even after being introduced into the stage 120, it is possible to more appropriately prevent the pachinko ball from jumping into the display unit 41 side. In the cover member 170, a part of the wall part 174 that extends to the side of the warp passage 150 and a part of the wall part 174 that extends above the stage are integrally formed, and the rear side of the stage 120. By integrally forming the partition wall 172 that covers the rear wall, the rear passage wall 176 that forms the rear surface of the warp passage 150, and the heel wall 174, it is possible to reduce assembly work. In addition, the cover member 170 can improve the rigidity as a whole because the rib wall portion 174 that extends across the partition wall portion 172 (rear passage wall portion 176) functions as a rib. Since the cover member 170 is provided over a wide range from the left side of the decorative frame member 100 to the bent portion at the lower right side of the decorative frame member 100, the cover member 170 reinforces the lower side portion of the decorative frame member 100. Is planned.

  The warp passage 150 is a part of a passage main body 154 having a simple configuration, a frame extending portion 104 that forms the inner wall of the decorative frame member 100, and a cover member 170 that blocks the inflow of pachinko balls on the display portion 41 side. Since it is configured with the passage wall portion 176, a part of the decorative frame member 100 and the cover member 170 inevitably disposed around the stage 120 is also used as the warp passage 150, thereby displaying the decorative frame member 100. The warp passage 150 provided on the part 41 side can be saved in space. By configuring the warp passage 150 from a plurality of members, the structure of the portion constituting the warp passage 150 in the passage main body 154, the base frame portion 102 (frame extension portion 104), and the cover member 170, which is a molded product of synthetic resin, is achieved. It becomes simple, can be easily molded, and the cost can be reduced. Further, since the passage main body 154 constituting the warp passage 150 is sandwiched and held between the decorative frame member 100 and the stage 120, a screwing portion or a hooking portion for fixing the passage main body 154 is minimized. Therefore, the warp passage 150 can be further saved in space. Moreover, since it is configured to sandwich and hold an inlet portion 160 that defines a ball inlet 151 that takes in pachinko balls from the game area 40a and an outlet portion 162 that defines a ball outlet 152 that discharges pachinko balls to the stage 120. Misalignment with respect to the game area 40a and the stage 120 can be suppressed, and a pachinko ball can be guided appropriately.

  The stage 120 abuts the front surface of the lowermost first step portion 122 against the rear surface of the base frame portion 102, and attaches a stage fixing piece 121 provided below the second step portion 128 to the rear surface of the base frame portion 102. The stage fixing boss 113 is provided in contact with the stage fixing boss 113, and the stage fixing boss 113 is screwed to the stage fixing boss 113. Further, the cover member 170 abuts on the rear surface of the uppermost third step portion 138 and also abuts on the cover fixing boss 115 projecting from the rear surface of the base frame portion 102 of the decorative frame member 100, so It is screwed and fixed to the cover fixing boss through the contact part. As described above, the stage 120 and the cover member 170 are appropriately positioned with the decorative frame member 110 as a reference. Since the passage main body 154 and the cover member 170 are formed in a transparent (example) or translucent form that can be viewed through the display effect of the display unit 41, the movement of the pachinko balls circulating in the warp passage 150 is shown in advance. And the influence on the display effect on the display unit 41 can be suppressed.

(Upper movable production device)
As shown in FIGS. 58 to 68, the upper movable effect device 200 includes one or more upper movable bodies (movable bodies) 220 and one upper drive mechanism (drive mechanism) that operates the upper movable bodies 220. 270. The upper movable production device 200 according to the embodiment includes two upper movable bodies 220 and 220, and these upper movable bodies 220 and 220 are supported by an upper base body 202 in which an upper drive mechanism 270 is disposed. (See FIG. 58). In the upper movable effect device 200, an upper base body 202 is installed outside the upper left corner of the display unit 41 defined in a substantially rectangular shape at the center of the game board 40, and the upper base body 202 is disposed on the upper base body 202. The drive mechanism 270 is disposed outside the upper left corner of the display unit 41, and the two upper movable bodies 220 and 220 supported by the upper base body 202 and extending from the upper base body 202 include the upper left corner. They are arranged at the standby position by being divided into the upper side and the left side outside the display unit 41 intersecting each other (see FIG. 15 or FIG. 17). That is, in the upper movable effect device 200, one upper movable body 220A (hereinafter referred to as a first upper movable body) is arranged on the left side 53b of the back unit 50 at a standby position located outside the display unit 41. The other upper movable body 220B (hereinafter referred to as the second upper movable body) is disposed on the upper side portion 53a of the back unit 50 at a standby position located outside the display unit 41.

  In the upper movable effect device 200, the first upper movable body 220A is located between a standby position located on the left outer side of the display unit 41 and an operation position located on the front side of the display unit 41 with the upper outer side of the display unit 41 as an axis fulcrum. The second upper movable body 220B reciprocates between a standby position located on the upper and outer sides of the display unit 41 and an operating position located on the front side of the display unit 41 with the upper and outer sides of the display unit 41 as the pivot point. (See FIG. 7 or FIG. 12). The upper movable effect device 200 can integrally handle the two upper movable bodies 220 and 220 and the upper drive mechanism 270 via the upper base body 202, and can be integrally attached to and detached from the back unit 50. It has a structure.

  The upper movable effect device 200 is configured to fit in the front-rear range between the rear surface of the plate member 42 and the front surface of the installation plate portion 53 in the back unit 50. In the upper movable effect device 200, the upper base body 202 and the upper drive mechanism 270 are provided between the plate member 42 and the installation plate portion 53 provided on the upper and outer sides of the display unit 41, and between the installation plate portion 53 and the installation plate portion 53. It is accommodated (see FIG. 9) between the upper decoration unit 300 that is installed apart from the front side (hereinafter referred to as the upper accommodation space 58). Further, in the upper movable effect device 200, the first upper movable body 220A is accommodated between the plate member 42 provided on the left outer side of the display unit 41 and the installation plate unit 53 (hereinafter referred to as a side accommodating space 57). The second upper movable body 220B is accommodated in the upper accommodation space 58 between the installation plate portion 53 and the upper decoration unit 300 (see FIG. 8 or 85).

  The upper base body 202 is a box-shaped body composed of a rear half body 204 attached to the installation plate portion 53 of the back unit 50 and a front half body 210 that covers the front side of the rear half body 204 and is attached to the latter half body 204. In the embodiment, both the latter half body 204 and the first half body 210 are molded products of a transparent synthetic resin (see FIGS. 60 to 62). The upper base body 202 is formed in a substantially rectangular shape whose longitudinal length extends in the left-right direction, and is arranged from the left corner of the upper side portion 53a of the back unit 50 to the substantially central portion of the upper side portion 53a (FIG. 17). reference). In the upper base body 202, an upper drive mechanism 270 is disposed in the left area, and the first upper movable body 220A and the second upper movable body 220B are pivotally supported side by side in the right area. (See FIG. 21). In the embodiment, the first upper movable body 220A is pivotally supported on the left side of the second upper movable body 220B.

  In the latter half 204 of the upper base body 202, front protrusions 205 are erected on the upper and left edges of the front surface of the plate portion facing the installation plate portion 53 of the back unit 50, and the outer edge of the rear surface of the plate portion. The rear protruding piece 206 is erected (see FIG. 61 or 62). The front half 210 is formed in a tray shape in which a protruding piece 211 is erected across the outer edge of the rear surface of the plate portion facing the rear surface of the plate member 42 (see FIG. 62). The upper base body 202 is fixed to the front projecting piece 205 of the second half body 204 with the projecting piece 211 of the front half body 210 by screwing, and the first upper movable body 220A and the second upper movable body are fixed from the right side surface to the lower surface. An arm insertion port 202a through which the body 220B is inserted is opened (see FIG. 60). Further, the upper base body 202 has the rear projecting piece 206 abutted on the front surface of the upper side 53a of the back unit 50 and fixed with screws, so that the installation plate portion 53 of the back unit 50 and the plate of the rear body 204 are fixed. Between these portions, there is defined an arrangement space for wirings connected to the decorative body light emitting substrates 248 and 258 provided on the decorative bodies 240 and 250 of each upper movable body 220 (see FIG. 9).

  Since the basic structure of the first upper movable body 220A and the second upper movable body 220B is the same, common portions will be described first.

  The upper movable body 220 is provided with an arm 222 that is directly or indirectly reciprocated by an upper drive mechanism 270 provided outside the display unit 41, and an operation of the arm 222 by the upper drive mechanism 270. Accordingly, there are a plurality of (three in the embodiment) decorative bodies 240, 250, 250 that operate between an operation position located on the front side of the display unit 41 and a standby position located outside the display unit ( (See FIG. 58 or FIG. 59). The upper movable body 220 is provided to be displaceable with respect to the arm 222 such that at least one of the plurality of decorative bodies 240, 250, 250 operates in conjunction with the operation of the arm 222. . The upper movable body 220 is configured such that the operable decorative body 250 operates in conjunction with one operation of the arm 222, so that the plurality of decorative bodies 240, 250, 250 are gathered together in the operating position or the standby position. A design portion DH is formed (see FIG. 59), and the operable decorative body 250 operates in conjunction with the other operation of the arm 222, so that the plurality of decorative bodies 240, 250, 250 are separated from each other. Configured to separate. In the upper movable production device 200, a plurality of decorative bodies 240, 250, 250 are provided on opposite sides of the arms 222, 222 that form a pair between the two upper movable bodies 220, 220 and make a pair. The arms 222, 222 and the facing decorative bodies 240, 250, 250 are operated in a symmetrical relationship.

  In the upper movable body 220 of the embodiment, one end of the arm 222 is supported by the upper base body 202, and the three decorative bodies 240, 250, 250 are arranged side by side in the extending direction of the arm 222 (see FIG. 58 or 59). In the upper movable body 220, decorative bodies 250 and 250 (hereinafter referred to as a movable decorative body) at both ends disposed with a decorative body 240 (hereinafter referred to as a fixed decorative body) positioned at the center between the upper movable body 220 and the arm 222. Thus, it is supported so as to be swingable and interlocked with the operation of the arm 222 (see FIG. 65, FIG. 66, FIG. 88 or FIG. 89). Then, the upper movable body 220 is displaced so that the pair of movable decorative bodies 250, 250 are moved closer to the fixed decorative body 240 in conjunction with the operation of the arm 222 from the standby position to the operating position. The decorative bodies 240, 250, 250 are assembled at the operating position to form the design portion DH (see FIG. 58).

  The upper movable body 220 is displaced so that the pair of movable decorative bodies 250 and 250 are separated from the fixed decorative body 240 in conjunction with the operation of the arm 222 from the operating position to the standby position. The decorative bodies 240, 250, 250 are separated (see FIG. 59). In the upper movable effect device 200, the design portions DH formed by a set of the plurality of decorative bodies 240, 250, 250 provided on the respective arms 222 of the two upper movable bodies 220, 220 are moved to the operation position. (Embodiment) Alternatively, a single design body DR is assembled at the standby position (see FIG. 59). In the upper movable production device 200 of the embodiment, each decorative body 240, 250, 250 is formed in a fan shape that tapers as it moves away from the arm 222 side, and the three movable bodies 240, 250 of each upper movable body 220 are formed. , 250 gather together to form a semicircular design portion DH, and the design portions DH of the two upper movable bodies 220, 220 are combined at the operating position to form a circular design body DR. In addition, the design body DR of an Example is formed in the design shape like a copper mallet.

  With reference to FIGS. 65 and 66, the operation structure of the movable decorative body 250 will be described. The upper movable body 220 includes a movable arm 226 swingably provided at the other end of an arm 222 whose one end is pivotally supported on the upper base body 202 on the upper and outer sides of the display unit 41, and the movable arm 226 side by side. An auxiliary movable arm 230 is provided at the other end of the arm 222 so as to be swingable. In the upper movable body 220, a fixed decorative body 240 is provided at the other end of the arm 222, and one movable decorative body 250 is disposed on the movable arm 226 extending to the side of the fixed decorative body 240. The other movable decorative body 250 is disposed on the auxiliary movable arm 230 extending to the side of the fixed decorative body 240 on the opposite side. The upper movable body 220 has one end pivotally supported by the upper base body 202 on the upper and outer sides of the display unit 41, and the other end swings to a position away from the support site for the arm 222 in the movable arm 226. Auxiliary arm 234 is provided which can be connected. Then, the arm 222, the auxiliary arm 234, and the movable arm 226 are moved to the upper movable body 220 by the displacement of the auxiliary arm 234 as the arm 222 is operated by the upper drive mechanism 270. A link structure is configured (see FIG. 65). The auxiliary movable arm 230 is connected to the movable arm 226 and swings as the movable arm 226 swings.

  The arm 222 is a long member whose length extends in a separating direction between one end portion pivotally supported by the upper base body 202 and the other end portion extending from the upper base body 202 via the arm insertion opening 202a. Thus, the display unit 41 is formed in a curved shape having a concave shape (see FIG. 59, FIG. 61 or FIG. 62). On the arm 222, a passage wall piece 222a is erected on the outer front edge of the arm 222, and the upper side from the other end by the opposed passage wall pieces 222a, 222a respectively erected on the opposite side edges along the length of the arm 222. A movable body wiring passage (wiring passage) 223 connected to one end housed in the base body 202 is defined (see FIG. 61). In the movable body wiring passage 223, wirings connected to the decorative body light emitting substrates 248 and 258 provided in the decorative bodies 240, 250, and 250 are accommodated. In addition, a passage cover 224 is attached to the front surface of the arm 222 from a portion protruding from the upper base body 202 to the fixed decorative body 240, and the front side of the movable body wiring passage 223 is covered by the passage cover 224. .

  The arm 222 is swingably supported with respect to the upper base body 202 by a support shaft 213 fixed to a shaft boss portion 212 provided in the front half 210 (see FIG. 61 or FIG. 62). The upper movable effect device 200 holds the rear end of the support shaft 213 protruding rearward from the rear surface of the arm 222 with a shaft holding hole 207 provided in the rear half 204, and supports the rear end of the support 222 protruding rearward from the rear surface of the arm 222. By inserting an insertion member 214 made of synthetic resin having good slidability between the rear surface of the arm 222 and the rear half body 204 by extrapolating the shaft 213, the space between the shaft boss portion 212 and the insertion member 214 is reduced. The arm 222 is sandwiched from the front and rear.

  The movable arm 226 is located on the rear side of the other end portion of the arm 222 formed so as to protrude to the lateral side (the display unit 41 side) intersecting with the length of the arm 222 and is pivoted with respect to the other end portion. It is provided so as to protrude from the other end portion toward the one end portion (see FIG. 65 or 66). The movable arm 226 has a first position where the long side protruding from the other end of the arm 222 extends along the arm 222 (see the solid line in FIG. 65), and the long side is separated from the arm 222 toward the display unit 41. Then, it is displaced about the connecting fulcrum to the other end between the second position (see the two-dot chain line in FIG. 65 or FIG. 66) extending in the lateral direction from the arm 222. Here, in the embodiment, the movable arm 226 is configured to be in the first position at the standby position of the upper movable body 220, and the movable arm 226 is in the second position at the operating position of the upper movable body 220. In the upper movable body 220, the movable decorative body 250 provided on the movable arm 226 in the first position at the standby position is separated from the fixed decorative body 240 provided on the other end of the arm 222, and is moved to the second position in the operating position. A movable decorative body 250 of a certain movable arm 226 is brought close to the fixed decorative body 240.

  The auxiliary movable arm 230 is positioned behind the other end of the arm 222 and is pivotally supported with respect to the other end. The auxiliary movable arm 230 protrudes from the other end of the arm 222 toward the opposite side of the one end. (See FIG. 65 or 66). That is, the auxiliary movable arm 230 extends from the other end of the arm 222 on the side opposite to the movable arm 226. The auxiliary movable arm 230 has a first position in which a long side protruding from the other end of the arm 222 extends so as to extend the arm 222 along the extending direction of the arm 222 (see a solid line in FIG. 65); A support point for the other end of the arm 222 between the second position where the long side is inclined toward the display unit 41 with respect to the extending direction of the arm 222 (see the two-dot chain line in FIG. 65 or FIG. 66). It is designed to be displaced around the center. In this embodiment, the auxiliary movable arm 230 is in the first position at the standby position of the upper movable body 220, and the auxiliary movable arm 230 is in the second position at the operating position of the upper movable body 220. In the upper movable body 220, the movable decorative body 250 provided on the auxiliary movable arm 230 in the first position at the standby position is separated from the fixed decorative body 240 provided on the other end of the arm 222, and the second movable position is set at the operating position. The movable decorative body 250 of the auxiliary movable arm 230 is located close to the fixed decorative body 240.

  That is, the upper movable body 220 is configured to be displaced so that the movable arm 226 and the auxiliary movable arm 230 extending to the opposite sides with respect to the other end of the arm 222 are in contact with each other. The upper movable body 220 is displaced so that the movable arm and the 226 auxiliary movable arm 230 are separated from each other at the standby position, and linearly continues along the extending direction of the arm 222 (see the solid line in FIG. 65). The movable arm 226 and the auxiliary movable arm 230 are displaced so as to be close to each other and extend in a substantially V shape with a concave portion on the display unit 41 side (see a two-dot chain line in FIG. 65 or FIG. 66). . As described above, the upper movable body 220 is configured such that the auxiliary movable arm 230 swings with respect to the swinging motion of the movable arm 226 in a symmetrical relationship across the other end of the arm 222. In the upper movable body 220, the movable arm 226 in the first position at the standby position and the movable decorative bodies 250, 250 of the auxiliary movable arm 230 are separated from the fixed decorative body 240 and moved in the second position in the operating position. The movable decorative bodies 250 and 250 of the arm 226 and the auxiliary movable arm 230 are close to each other and close to the fixed decorative body 240, respectively.

  One end of the auxiliary arm 234 is pivotally supported on the rear half 204 inside the upper case body 202, and the other end extending outward from the arm insertion opening 202 a of the upper base body 202 is connected to the movable arm 226. The shaft is pivotally supported (see FIG. 65 or 66). The auxiliary arm 234 is pivotally supported at a portion (hereinafter referred to as an auxiliary shaft fulcrum) where one end portion is deviated from the shaft fulcrum to the upper base body 202 of the arm 222. In addition, a shaft support portion (hereinafter referred to as an auxiliary connection fulcrum) of the auxiliary arm 234 with respect to the movable arm 226 is set at a position away from the connection fulcrum where the movable arm 226 is supported on the other end of the arm 222. Yes. Further, the auxiliary arm 234 is disposed on the rear side of the arm 222 along the rear surface of the arm 222, and the other end portion is located between the arm 222 and the movable arm 226 and connected to the movable arm 226 from the front side. ing. The auxiliary arm 234 has a longer side length shorter than the longer side of the arm 222 and a shorter side width narrower than the shorter side of the arm 222. The auxiliary arm 234 has the curved shape of the arm 222. It is bent together.

  As shown in FIG. 65 or 66, the upper movable body 220 has an auxiliary connection fulcrum to the connection arm of the movable arm 226 on the other end side of the arm 222 and the movable arm 226 on the other end side of the auxiliary arm 234. Are arranged side by side in the lateral direction intersecting the extending direction of the arm 222. Here, the connecting fulcrum of the movable arm 226 is arranged at the other end portion of the arm 222 on the front side in the operation direction from the standby position to the operating position from the auxiliary connecting fulcrum of the auxiliary arm 234 (the display unit 41 side at the standby position). Yes. In the upper movable body 220, the auxiliary shaft fulcrum on the one end portion side of the auxiliary arm 234 is disposed on the other end portion side of the arm 222 from the shaft fulcrum on the one end portion side of the arm 222 in the standby position. Further, the auxiliary shaft fulcrum is located on the opposite side of the operation direction from the standby position to the operation position of the upper movable body 220 with respect to the line connecting the shaft fulcrum and the connection fulcrum. That is, the upper movable body 220 is configured such that the auxiliary shaft fulcrum on the one end side of the auxiliary arm 234 and the auxiliary arm 234 are connected to the connecting fulcrum to the arm 222 of the movable arm 226 and the shaft fulcrum on the one end side of the arm 222. Each shaft support portion is arranged such that a line connecting the auxiliary connection fulcrum on the other end side extends to the side away from the display unit 41 at the standby position of the upper movable body 220.

  The link structure composed of the arm 222, the movable arm 226, and the auxiliary arm 234 set in this way has the auxiliary shaft fulcrum of the auxiliary arm 234 and the movable arm 226 based on the distance between the shaft fulcrum of the arm 222 and the connecting fulcrum of the movable arm 226. The distance to the auxiliary connecting fulcrum is set short. The link structure of the upper movable body 220 is such that when the upper movable body 220 is displaced from the standby position to the operating position, the movement locus of the auxiliary connection fulcrum is different from the movement locus of the connection fulcrum of the movable arm 226 accompanying the displacement of the arm 222. Since the movable arm 226 is pulled by the auxiliary arm 234 so that the movable arm 226 is separated from the arm 222, the movable arm 226 is displaced from the first position toward the second position. . Further, the link structure of the upper movable body 220 is such that when the upper movable body 220 is displaced from the operating position to the standby position, the auxiliary connection fulcrum moves with respect to the movement locus of the connection fulcrum of the movable arm 226 when the arm 222 is displaced. Since the locus is displaced so as to be located on the outer side (side away from the pivot point), the movable arm 226 is pushed by the auxiliary arm 234, and the movable arm 226 is moved from the second position to the first position along the arm 222. Displace towards.

  The link structure of the upper movable body 220 is such that the auxiliary arm 234 is displaced along the extending direction of the arm 222 to swing the movable arm 226 as the arm 222 is operated by the upper drive mechanism 270. It is configured (see FIG. 65 or 66). That is, in the link structure, the position of each pivotal support portion is set so that the amount of displacement of the auxiliary arm 234 in the lateral direction intersecting the extending direction of the arm 222 is minimized, and the auxiliary arm is moved as the arm 222 moves. 234 is displaced in a region overlapping the rear side of the arm 222.

  The upper movable body 220 is provided with a movable decorative body 250 at each of the movable arm 226 and the auxiliary movable arm 230 that extends from the other end of the arm 222. The upper movable body 220 includes a movable arm 226 and an auxiliary movable arm 230 on the rear side of the other end portion of the arm 222, with a portion on the opposite side of the extending portion across the shaft support portion to the other end portion of the arm 222. They are arranged with their ends facing each other. The movable arm 226 has an arcuate shape with the concavity and convexity at the end on the opposite side of the end extending from the other end of the arm 222 (the end on the side of the auxiliary movable arm 230) across the connection fulcrum. And a positive meshing portion 227 formed in a row. On the other hand, the auxiliary movable arm 230 has an end extending from the other end of the arm 222 to the opposite side of the movable arm 226 and an end on the opposite side across a shaft supporting portion to the other end of the arm 222. A sub-meshing portion 231 is formed on the portion (the end on the movable arm 226 side).

  In the upper movable body 220, a movable arm 226 and an auxiliary movable arm 230 are arranged by meshing the positive meshing portion 227 and the submeshing portion 231, and when the movable arm 226 is swung by the auxiliary arm 234, The auxiliary movable arm 230 is swung through the meshing between the positive meshing portion 227 and the secondary meshing portion 231 (see FIG. 65 or 66). In the upper movable body 220, the positive meshing portion 227 and the secondary meshing portion 231 are engaged with each other on the rear side of the other end of the arm 222, and the movable arm 226 and the auxiliary movable arm 230 perform symmetrical operations with the meshing portion interposed therebetween. To do. That is, when the movable arm 226 is in the first position along the main body portion of the arm 222, the auxiliary movable arm 230 is in the first position extending along the extending direction of the main body portion of the arm 222. The arms 230 are arranged in a substantially straight line. On the other hand, in the second position where the movable arm 226 is separated from the main body portion of the arm 222, the auxiliary movable arm 230 is in the second position extending obliquely from the extending direction of the main body portion of the arm 222. 226 and the auxiliary movable arm 230 are arranged in a substantially V shape approaching each other. Accordingly, the upper movable body 220 is fixed to the movable decorative bodies 250 and 250 which are provided so as to be operatively arranged side by side on the side of the fixed decorative body 240 with reference to one fixed decorative body 240 fixed to the arm 222. The design portion DH is configured to operate so as to be close to or away from the decorative body 240 and along the side edges of the adjacent decorative bodies 240 and 250.

  The upper movable effect device 200 is configured such that the upper drive mechanism 270 is connected to the first upper movable body 220A, and the second upper movable body 220B is operated via the first upper movable body 220A. The upper drive mechanism 270 includes an upper motor (first motor) 272, an upper gear portion (first gear portion) that rotates in conjunction with the upper motor 272, and the upper gear portion and the arm 222. And an upper conversion section (first conversion section) that converts rotation of the upper gear section into reciprocating motion of the arm 222 (see FIGS. 61 to 64). The upper motor 272 is attached to the rear surface of the motor installation portion 204a that is recessed toward the front side on the left side of the rear body 204 with the output shaft 273 facing the front side, and the output shaft 273 facing the inside of the upper base body 202. An upper pinion 274 is fixed to the tip of the. The upper pinion 274 is disposed in the upper base body 202 close to the rear surface of the front half body 210. As the upper motor 272, a stepping motor that can rotate forward and reverse is used.

  The upper gear portion of the embodiment is composed of an upper rotating plate (rotating plate) 276 that is rotatably supported by the front half body 210 and is disposed close to the rear surface of the front half body 210. The upper rotating plate 276 is a gear having teeth on the outer peripheral surface, and is arranged on the right side of the upper pinion 274 so as to mesh with the upper pinion 274 so as to rotate forward and backward as the upper motor 272 is driven forward and backward. ing. The upper rotating plate 276 includes an upper connecting shaft 278 that is biased radially outward from the center of rotation and protrudes from the rear surface. The upper connecting shaft 278 is an arm 222 of the first upper movable body 220A. It connects with the connection hole 237 formed in this (refer FIG. 65 or FIG. 66). That is, in the upper drive mechanism 270, the upper conversion portion is configured by the upper connection shaft 278 that is rotationally displaced as the upper rotary plate 276 rotates and the connection hole 237 provided in the arm 222 of the first upper movable body 220A.

  The connection hole 237 is opened in a link portion 236 that is branched from one end portion of the arm 222 of the first upper movable body 220A and extends so as to form a substantially V shape with the main body portion of the arm 222. (See FIG. 65 or FIG. 66). The link portion 236 and the arm 222 of the first upper movable body 220A are disposed between the upper rotating plate 276 and the rear half body 204 inside the upper base body 202, and the link portion 236 is displaced inside the upper base body 202. It is like that. The arm 222 of the first upper movable body 220 </ b> A has a shaft fulcrum to the upper base body 202 arranged on the right side of the upper rotating plate 276, and an upper connecting shaft 278 arranged on the rear side of the upper rotating plate 276 with the link portion 236. It is inserted into the connecting hole 237 from the front side (see FIG. 63 or FIG. 64). Here, the width of the connecting hole 237 is set in accordance with the outer diameter of the upper connecting shaft 278, and the length of the connecting hole 237 is equal to or larger than the diameter of the rotational displacement locus of the upper connecting shaft 278 accompanying the rotation of the upper rotating plate 276. Is set to In the upper drive mechanism 270, the upper connecting shaft 278, which is rotationally displaced by the rotation of the upper rotating plate 276, is displaced along the length of the connecting hole 237 and pushes the opening edge of the connecting hole 237 so that the arm 222 is pivoted. It swings around a fulcrum.

  In the upper drive mechanism 270, the upper connecting shaft 278 is positioned at the top of the upper rotating plate 276 at the standby position of the first upper movable body 220A, and the link portion 236 is slightly moved from the pivot point toward the tip of the link portion 236. (See FIG. 63 or 65), the other end side of the arm 222 in the first upper movable body 220A is accommodated in the side portion between the plate member 42 and the left side portion 53b of the back unit 50. It is located at the standby position accommodated in the space 57 (see FIG. 21). The upper drive mechanism 270 rotates the upper rotating plate 276 counterclockwise and displaces the upper connecting shaft 278 downward when the first upper movable body 220A is moved from the standby position to the operating position, whereby the ring portion 236 is displaced. Is pushed down to a posture inclined downward from the pivot point toward the tip of the link portion, and the other end portion side of the arm 222 in the first upper movable body 220A is displaced rightward from the side accommodating space 57. The upper drive mechanism 270 moves the link portion 236 downward by rotating the upper rotating plate 276 clockwise and displacing the upper connecting shaft 278 upward when the first upper movable body moves from the operating position to the standby position. By pushing up from the inclined posture, the other end side of the arm 222 in the first upper movable body 220 </ b> A is displaced leftward from the operating position toward the side accommodating space 57.

  The upper movable effect device 200 can operate the second upper movable body 220B in conjunction with the first upper movable body 220A by moving the first upper movable body 220A by the upper drive mechanism 270. . Specifically, as shown in FIG. 61 or 62, one end of the arm 222 (one arm) of the first upper movable body 220A is adjacent to one end of the arm 222 of the second upper movable body 220B. A first connecting tooth portion 280 having irregularities arranged in an arc shape centering on the shaft fulcrum is provided on the right side surface. On the other hand, one end of the arm 222 (other arm) of the second upper movable body 220B is arranged in an arc shape centering on the shaft fulcrum on the left side surface adjacent to one end of the arm 222 of the first upper movable body 220A. A second connecting tooth portion 281 having irregularities is provided, and the second connecting tooth portion 281 is engaged with and connected to the first connecting tooth portion 280 (see FIG. 62 or FIG. 64). The upper movable effect device 200 swings the arm 222 of the first upper movable body 220A, which is directly connected to the upper drive mechanism 270 via the link part 236, by the upper drive mechanism 270, so that the first connection tooth part 280 and The arm 222 of the second upper movable body 220B is swung under the connection with the second connection tooth portion 281 (see FIG. 65 or 66).

  Here, in the upper movable effect device 200, the first upper movable body 220A and the second upper movable body 220B operate in opposite directions under the connection of the first connecting tooth portion 280 and the second connecting tooth portion 281. When the first upper movable body 220A is displaced counterclockwise (the operation direction from the standby position toward the operation position), the second upper movable body 220B is displaced clockwise (the operation direction from the standby position toward the operation position). It is configured to operate in close proximity (see FIGS. 63 to 66). In addition, when the upper movable effect device 200 displaces the first upper movable body 220A clockwise (operation direction from the operation position toward the standby position), the second upper movable body 220B counterclockwise (from the operation position toward the standby position). They are displaced in the direction of movement) and are moved away from each other. That is, in the upper movable effect device 200, when the first upper movable body 220A is located on the left outer side of the display unit 41 and is in the standby position where it is accommodated in the side accommodating space 57, the second upper movable body 220B is displayed. When the first upper movable body 220A is in the operating position when the first upper movable body 220A is in the operating position, the second upper movable body 220B is operating in the operating position. .

  The upper movable body 220 is provided on the arm 222 so as to be spaced radially outward from the pivot point of the arm 222 to the upper base body 202, and a rear contact portion (contact portion) that contacts the upper base body 202. 238 at least (see FIG. 65 or 66). The rear contact portion 238 is formed so as to protrude rearward from the rear surface of one end portion of the arm 222 and is configured to contact the front surface of the rear half body 204 of the upper base body 202. Further, the rear abutting portion 238 is provided at the root portion of the teeth of the connecting teeth 280 and 281 provided at one end of the arm 222, and the axis of the arm 222 is arranged along the teeth of the connecting teeth 280 and 281. The fulcrum is formed so as to extend in the shape of a circular arc. In the embodiment, the connecting tooth portions 280 and 281 are formed separately from the main body portion of the arm 222, and the rear contact portion 238 is provided on the connecting tooth portions 280 and 281 attached to the main body portion of the arm from the rear side. It has been.

  The second upper movable body 220B includes not only a rear contact portion 238 that contacts the rear half body 204 of the upper base body 202 but also a front contact portion 239 that contacts the front half body 210 of the upper base body 202 ( (See FIG. 62 or FIG. 63). The front abutting portion 239 is spaced radially outward from the axial fulcrum of the arm 222 of the second upper movable body 220B to the upper base body 202, and has an arc shape centered on the axial fulcrum on the front surface of one end of the arm 222. It is formed to extend. Also, on the rear surface of the front half 210, there is provided an abutting piece 210a that extends in an arc shape and projects rearward in accordance with the front abutting portion 239 (see FIG. 62). The rear end comes into contact with the front end of the front contact portion 239. Thus, the arm 222 of the second upper movable body 220B is sandwiched from the front and rear by the upper base body 202 via the front and rear contact portions 238 and 239. The example in which the contact portions 238 and 239 are provided on the front and rear of the arm 222 of the second upper movable body 220B has been described, but the arm 222 of the first upper movable body 220A may be provided on the front and rear.

  The upper movable body 220 has an elastic member 282 interposed between the arm 222 and the upper base body 202, and the elastic member 282 attaches the arm 222 to either the operating position or the standby position. (See FIG. 63 or FIG. 64). Here, the elastic member 282 is preferably provided on the upper movable body 220 (the other movable body) that is not directly connected to the upper drive mechanism 270, and is preferably urged in the operation direction in which the upper movable body 220 is lifted. That is, in the upper movable effect device 200 of the embodiment, the elastic member 282 is provided on the second upper movable body 220B, and the elastic member 282 moves the arm 222 of the second upper movable body 220B from the operating position toward the standby position. It comes to be energized. In the embodiment, a torsion spring is employed as the elastic member 282. The elastic member 282 is disposed between the arm 222 and the front half 210 so as to surround the shaft fulcrum at the coil portion, and one of the elastic members 282 protrudes from the coil portion. While the wire is held by the arm 222 (see FIG. 21), the other wire protruding from the coil portion is held by the front half 210. Note that an elastic member may be provided on the arm 222 of the first upper movable body 220A, and the operation of the arm 222 may be assisted by the biasing force of the elastic member. Thus, by assisting the operation of the arm 222 with the elastic member, the upper movable body 220 can be operated more smoothly and stably.

  The upper movable effect device 200 has a lock structure that restricts the displacement of the first upper movable body 220A not by the upper drive mechanism 270 at the standby position and the operating position of the first upper movable body 220A. The upper drive mechanism 270 is configured such that, in the standby position and the operating position of the first upper movable body 220A, the force applied in the swinging direction with respect to the arm 222 from the opening edge of the connection hole 237 to the upper connection shaft 278. (Refer to the dashed-dotted arrow in FIG. 63 or FIG. 64). That is, the upper drive mechanism 270 is a line in which the long side of the connection hole 237 in the link portion 236 connects the upper connection shaft 278 and the rotation center of the upper rotation plate 276 at the standby position and the operation position of the first upper movable body 220A. Are orthogonal to each other. When the upper drive mechanism 270 applies a force to the arm 222 of the first upper movable body 220A in the swinging direction about the shaft fulcrum at the standby position and the operating position of the first upper movable body 220A, the link portion 236 is provided. The opening edge of the connection hole 237 is in contact with the upper connection shaft 278 in the lateral direction perpendicular to the rotation direction of the upper rotary plate 276. At this time, the upper drive mechanism 270 does not rotate and the upper connection shaft 278 is not displaced even if a force is applied to the upper connection shaft 278 in the radial direction of the upper rotation plate 276. The displacement of the link part 236 is restricted by 278, and the arm 222 cannot be moved.

  On the other hand, when the upper drive mechanism 270 rotates the upper rotating plate 276 by the upper motor 272, the arm 222 is rotatably supported with respect to the upper base body 202, and the arm 222 is displaced in the swing direction. Therefore, the upper connecting shaft 278 can be displaced by pushing the link portion 236. In the upper movable production device 200, as described above, the second upper movable body 220B operates in conjunction with the operation of the arm 222 of the first upper movable body 220A by the connection of the first connecting tooth portion 280 and the second connecting tooth portion 281. Therefore, if the first upper movable body 220A is locked at the standby position and the operating position by the lock structure, the second upper movable body 220B is also locked at the standby position and the operating position. By this, the operation not based on the upper drive mechanism 270 is locked.

  As described above, the upper movable effect device 200 is configured such that the arm 222 of the upper movable body 220 cannot be moved unless the upper rotating plate 276 is rotated. Is not moving. Even if the upper movable effect device 200 is provided with a plurality of decorative bodies 240, 250, 250 at the other end which is the operation end of each arm 222 and becomes heavier, the upper movable body 220 is appropriately held at the standby position and the operation position. Can be held. For example, since the second upper movable body 220B is housed in the upper housing space 58 so as to extend substantially horizontally from the pivot point at the standby position, a force is applied downward by its own weight at the standby position, but a magnet, a claw, etc. It is possible to hold in the standby position by the lock structure without providing another holding means by hooking. Moreover, since the lock structure is configured by the positional relationship between the connecting hole 237 and the upper connecting shaft 278 in the link portion 236, other members for locking the upper connecting shaft 278 and the upper rotating plate 276 at specific positions. Therefore, the holding of the upper movable body 220 can be achieved with a simple configuration. Therefore, the upper movable effect device 200 can stably hold the upper movable body 220 at the standby position and the operating position even if the game board 40 is vibrated or the like, or the upper movable body 220 is increased in size and weight. The lock mechanism may be configured to function in either the standby position or the operating position of the upper movable body 220.

  In the front half body 210 of the upper base body 202, two elongated holes 210b and 210b are provided on the front side of the upper rotating plate 276 and spaced apart in the rotating direction of the upper rotating plate 276 (FIG. 58). Or refer to FIG. 59). The upper rotating plate 276 is provided with four operation holes 277 arranged so that the rotation locus overlaps behind the two elongated holes (see FIG. 63 or 64), and the first upper movable body 220A. In the standby position, two operation holes 277 face the lower long hole 210b (see FIG. 58). Further, another two operation holes 277 face the upper slot 210b at the operating position of the first upper movable body 220A (see FIG. 59). In the upper movable effect device 200, the operation hole 277 of the upper rotary plate 276 can be accessed through the long hole 210b at the standby position or the operation position of the first upper movable body 220A. The upper rotary plate 276 can be rotated along the long hole 210b by hooking. Thus, if the upper rotating plate 276 is rotated to shift the position of the upper connecting shaft 278, the contact relationship that the opening edge of the connecting hole 237 does not displace the upper connecting shaft 278 is broken, and the upper movable body 220 is moved in the swinging direction. Can be operated manually. Since the upper movable effect device 200 has a lock structure, there is a disadvantage that the upper movable body 220 cannot be moved from the standby position or the operating position in a state where the upper motor 272 cannot be moved at the time of manufacture or power failure. . However, the upper movable effect device 200 has an unlocking structure that can manually operate the upper rotating plate 276 accommodated in the upper base body 202 through the long hole 210b of the upper base body 202. Therefore, the upper movable body 220 can be unlocked and appropriately operated without disassembling the upper base body 202.

  In the upper movable effect device 200, the upper detection means (original position detection means) 216 provided in the second half 204 detects the presence or absence of the upper detection piece 222b provided in the arm 222 of the first upper movable body 220A. 1 The position of the upper movable body 220A is determined (see FIGS. 65 to 67). As the upper detection means 216, a proximity switch such as a photo sensor is employed. The upper detection means 216 is disposed on the right side of the upper motor 272 and on the rear side of the upper rotating plate 276, and is fixed to the rear body 204 with a sensor unit that is separated forward and backward facing the inside of the upper base body 202. Yes. The upper detection piece 222b is provided between the main body portion and the link portion 236 in the arm 222 of the first upper movable body 220A, and is formed to the left formed at the rear end of the portion extending from the front side toward the rear side. The protruding piece part passes between the sensor parts before and after the upper detection means 216 (see FIG. 67). The upper movable effect device 200 is configured such that the upper detection piece 222b is positioned between the front and rear sensor portions of the upper detection means 216 in a posture in which the first upper movable body 220A is in the standby position, and between the front and rear sensor portions. Is blocked by the upper detection piece 222b, and the arrival of the upper detection piece 222b is detected. Then, when the upper detection piece 222b is detected by the upper detection means 216 during the clockwise rotation of the upper rotary plate 276, the upper movable effect device 200 continues to drive the upper motor 272 immediately or by a predetermined number of steps. The first upper movable body 220A and the second upper movable body 220B are stopped at the standby position when the upper motor 272 is stopped.

  Next, specific configurations of the fixed decorative body 240 and the movable decorative body 250 will be described. In the upper movable body 220, three decorative bodies 240, 250, and 250 are installed side by side in the extending direction of the arm 222 at the standby position, and are fixed to the other end of the arm 222 at the center. Is sandwiched between a pair of movable decorative bodies 250, 250 provided on the movable arm 226 and the auxiliary movable arm 230 that extend in the opposite directions from the other end of the arm 222 (FIGS. 58 and 63). (See FIG. 65, FIG. 88 or FIG. 89). The decorative bodies 240, 250 of the first upper movable body 220A and the decorative bodies 240, 250 of the second upper movable body 220B are configured except that they are arranged in a symmetrical positional relationship with respect to the corresponding arms 222. Are the same.

  Each of the decorative bodies 240 and 250 includes a decorative body base (base) 241 and 251 in which board storage spaces (storage spaces) 241a and 251a are defined, and a direction from the decorative bases 241 and 251 along the game board surface. Luminous portions 247 and 257 made of a transparent resin plate provided so as to extend, and decorative body light emitting substrates 248 and 258 accommodated in the substrate accommodating spaces 241a and 251a are provided (FIGS. 61, 62, and FIG. 68, see FIG. 88 or FIG. 89). That is, the decorative bodies 240 and 250 are configured to be capable of emitting light by the light emitting bodies 248a, 248b, 258a, and 258b provided on the decorative body light emitting substrates 248 and 258. Each of the decorative bodies 240 and 250 is formed in a fan shape that tapers from the arm 222 side toward the display section 41 side, and decorative body base parts 241 and 251 are provided on arc portions on the arm 222 side. , 251, substantially triangular-shaped bright portions 247, 257 protrude toward the display portion 41. The decorative body light emitting substrates 248 and 258 are provided so as to face the end surfaces of the bright portions 247 and 257 facing the substrate storage space 241a of the decorative body base portions 241 and 251 and illuminate the bright portions 247 and 257. The first light emitters 248a and 258a and the decorative body light transmitting portions (light transmitting portions) 242a and 252a provided on the front surfaces of the decorative body base portions 241 and 251 are provided, and the decorative body light transmitting portions 242a are provided. , 252a illuminating the front light emitters (second light emitters) 248b, 258b (see FIG. 58).

  The decorative body light emitting substrates 248 and 258 are installed in the substrate housing spaces 241a and 251a of the decorative body base portions 241 and 251 in a posture in which the plate surface is raised with respect to the game board surface (see FIG. 68). The decorative light emitting substrates 248 and 258 define front plate portions 242 and 252 that define the front surfaces of the substrate housing spaces 241a and 251a in the decorative body bases 241 and 251 and the rear surfaces of the substrate housing spaces 241a and 251a. It is sandwiched between the rear plate portion 253 (the other end portion of the arm 222). Thereby, although the decoration bodies 240 and 250 operate | move with this decoration body 240 and 250 itself or the arm 222, the decoration body light emission board | substrates 248 and 258 can be hold | maintained appropriately without rattling. The decorative body light emitting substrates 248 and 258 are provided with side light emitters 248a and 258a on one plate surface facing the end surfaces of the bright portions 247 and 257, respectively, and the one surface of the decorative body light emitting substrates 248 and 258 and A plurality of front light emitters 248b and 258b are provided on either one of the other plate surfaces or divided into both. The arrangement of the front light emitters 248b and 258b is set avoiding the positions and circuit patterns of the sockets 248c and 258c on the decorative light emitting substrates 248 and 258. In the fixed decorative body light emitting substrate 248 of the fixed decorative body 240 in which the socket 248c is provided on the other plate surface different from the side light emitter 248a, a plurality of front light emitters 248b are installed apart from each other on the other plate surface. . Further, in the movable decorative body light emitting substrate 258 of the movable decorative body 250 in which the socket 258c is provided on the same plate surface as the side light emitting body 248a, the front side of the movable decorative body light emitting substrate 258 located on the same side as the socket 258c. The light emitter 258b is installed at least on the other plate surface, and the other front light emitters 258b are alternately arranged on both plate surfaces.

  The decorative body base portions 241 and 251 are spaced apart in the direction in which the plurality of decorative bodies 240 and 250 are arranged, and a plurality (three in the embodiment) of decorative body light transmitting portions 242a and 252a are provided on the front plate portions 242 and 252. In the embodiment, the pair of decorative body light transmitting portions 242a and 252a are arranged in a symmetrical positional relationship with the decorative body light transmitting portions 242a and 252a positioned in the center (see FIG. 58 or FIG. 59). The decorative body light transmitting portions 242a and 252a are portions that emit light by the light emitted from the front light emitting bodies 248b and 258b of the decorative body light emitting substrates 248 and 258 installed in the base housing spaces 241a and 251a, and are raised from the peripheral portions. Has been processed lens. Here, the decorative body light transmitting portions 242a and 252a and the front light emitters 248b and 258b are provided in a corresponding relationship, and the front light emitters 248b and 258b are disposed on the rear side of the decorative body light transmitting portions 242a and 252a, respectively. ing.

  The bright portions 247 and 257 have the same positional relationship in the front-rear direction with the side light emitters 248a and 258a of the decorative light emitting substrates 248 and 258 at the end surfaces facing the base housing spaces 241a and 251a of the decorative base portions 241 and 251. Thus, the light emitted from the side light emitters 248a, 258a is incident from the end face. The bright portions 247 and 257 are subjected to a light diffusion process for diffusing the light incident from the side light emitters 248a and 258a. The light is diffusely reflected to the front side. As described above, the bright portions 247 and 257 have a so-called edge light structure that emits surface light by diffusing the light incident from the end surface by the light diffusion process applied to the rear surface.

  In the fixed decorative body provided at the other end portion of the arm 222, the fixed decorative body base portion (decorative body base portion) 241 has the other end portion of the arm 222 as a fixed rear plate portion (rear plate portion) 243. A fixed front plate portion (front plate portion) 242 is attached to the front surface of the other end portion (see FIG. 61 or FIG. 62). The fixed rear plate portion 243 extends in a lateral direction intersecting the extending direction of the arm 222 with respect to the main body portion of the arm 222 provided with the movable body wiring passage 223, and is positioned on the rear side of the movable body wiring passage 223. It is recessed to do. A pair of substantially U-shaped holding pieces 244 and 244 are arranged on the fixed rear plate portion 243 so as to be spaced apart from each other in the extending direction of the arm 222 with their open ends facing each other. , 244, the rear end of the fixed decorative body light emitting substrate 248 is inserted and positioned. The outer peripheral edge of the fixed rear plate portion 243 is provided with a wall that rises forward, and the edge portion on the display portion 41 side and a portion of the side edge portion adjacent to the movable decorative body 250 are formed low. Yes.

  The fixed front plate portion 242 is a plate-like body having a front plate fixing boss 242b that is in contact with the front surface of the fixed rear plate portion 243 and screwed from the rear side of the fixed rear plate portion 243 on the rear surface (see FIG. 62). ). The fixed front plate portion 242 is disposed in contact with the front end of the wall of the fixed rear plate portion 243 so as to be separated from the fixed rear plate portion 243, and the display portion 41 of the fixed front plate portion 242 and the fixed rear plate portion 243. The fixed bright part (bright part) 247 is sandwiched and held in the gap between the side edges. That is, in the fixed decorative body 240, the fixed decorative portion 247 having a substantially triangular shape that is formed separately from the fixed rear plate portion 243 and the fixed front plate portion 242 faces the base housing space 241a. Attached to the body base 241. In the fixed decorative body 240, an end portion facing the substrate housing space 241a of the fixed glitter portion is sandwiched between a pair of front plate fixing bosses 242b and 242b spaced apart in the arrangement direction of the plurality of decorative bodies 240 and 250. Positioning in the arrangement direction is performed. In addition, the fixed decorative body base 241 is provided with a wiring port 245 that communicates with the base housing space 241a on each of the side surfaces of the adjacent movable decorative body 250 facing the movable decorative body base 251 (see FIG. 68). .

  The fixed decorative body light emitting substrate (decorative body light emitting substrate) 248 of the fixed decorative body 240 has three side light emitting bodies 248a arranged in a row of a plurality of decorative bodies 240 and 250 on one plate surface facing the end face of the fixed glitter portion 247. The three front light emitters 248b are spaced apart in the arrangement direction of the plurality of decorative bodies 240 and 250 on the other plate surface of the substrate 248 (see FIG. 68). ). Further, a socket 248c to which wiring is connected is connected to the fixed decorative body light emitting board 248 on the other plate surface of the light emitting board 248 facing the movable body wiring path 223, and the connection port is on the movable body wiring path 223 side. It is provided to point to. Note that the socket 248 c of the fixed decorative body light emitting substrate 248 is disposed to be biased toward one end of the arm 222 on the substrate 248.

  The movable decorative body 250 includes those provided on the movable arm 226 and those provided on the auxiliary movable arm 230, but the arrangement of the components is the same except that the fixed decorative body 240 is sandwiched. The movable decorative body 250 has a movable rear plate portion (rear plate portion) 253 formed separately from the movable arm 226 (auxiliary movable arm 230), and a movable rear plate portion 253 and a movable bright portion (bright portion) 257. It is integrally formed (see FIG. 61 or FIG. 62). The movable rear plate portion 253 is formed in a substantially tray shape that opens forward, and a movable bright portion 247 is continuously provided at the front end of the wall extending to the edge portion on the display portion 41 side. Further, the movable rear plate portion 253 has a side wall facing the fixed decorative body base 241 of the adjacent fixed decorative body 240 formed low, on the side surface of the movable decorative body base 251 facing the fixed decorative body base 241. A wiring port 255 is provided (see FIG. 68). The movable front plate portion 252 is a plate-like body that is formed in accordance with the outer shape of the base component of the movable rear plate portion 253, and is separated from the rear surface in the direction in which the plurality of decorative bodies 240 and 250 are arranged. Plate fixing bosses 252b and 252b are provided. The movable front plate part 252 is attached to the front end of the wall of the movable rear plate part 253 so as to cover the front side of the movable rear plate part 253, and a base housing space between the movable rear plate part 253 and the movable front plate part 252. 251a is defined. When the front decorative plate 250 is attached to the movable rear plate 253, the movable decorative body 250 moves the front plate fixing boss 252 b protruding rearward through the boss hole of the movable rear plate 253 to the movable arm 226 ( The auxiliary movable arm 230) is fixed to the front plate fixing boss 252b from the rear side of the movable arm 226 (auxiliary movable arm 230).

  In the movable decorative body light emitting substrate (decorative body light emitting substrate) 258 of the movable decorative body 250, three side light emitting bodies 258a are arranged on one plate surface facing the end face of the movable bright portion 257, and a plurality of decorative bodies 240, 250 are arranged. They are spaced apart in the direction (see FIG. 68). The movable body decorative light emitting substrate 258 is positioned at the center of one plate surface upper portion of the light emitting substrate 258, one front light emitter 258b is installed, and a plurality of two front light emitters 258b are disposed on the other plate surface. The decorative bodies 240 and 250 are spaced apart in the arrangement direction. In the movable decorative body light emitting board 258, the socket 258c to which the wiring is connected is biased to the adjacent fixed decorative body 240 side on one plate surface of the light emitting board 258, and its connection port is connected to the fixed decorative body 240 side. It is provided so as to be directed to the wiring port 255.

  A wiring structure of the upper movable effect device 200 will be described. In the upper movable body 220, a movable body wiring passage 223 that accommodates wirings connected to the decorative body light emitting substrates 248 and 258 of the decorative bodies 240 and 250 is a rear plate portion (wall wall) constituting the rear surface of the arm 222. It is provided on the front side. Further, the upper movable body 220 is adjacent to the pivot support portion on the one end portion side of the arm 222 and moves the rear plate portion of the arm 222 back and forth at a position deviated from the auxiliary pivot support portion on the one end portion side of the auxiliary arm 234. And a wiring opening 225 formed so as to open to the movable body wiring passage 223 (see FIG. 63 or FIG. 64). On the rear surface of the arm 222, there is provided a wire-shaping piece 222c formed in a gate shape that protrudes rearward across the wiring opening 225 (see FIG. 65 or 66). The wire segment 222c is provided so as to extend toward the shaft fulcrum side of the arm 222 in the wiring opening 225, and the wire passing through the wire opening 225 is guided in a direction away from the shaft fulcrum by the wire segment 222c. Further, the second half 204 of the upper base body 202 is provided with a wiring passage opening 208 formed so as to open in accordance with the displacement locus of the wiring opening 225 accompanying the operation of the arm 222 (see FIG. 62).

  In the upper movable effect device 200, the wiring connected to the decorative body light emitting substrates 248 and 258 is passed through the movable body wiring passage 223 of the arm 222, and is routed between the other end portion and one end portion of the arm 222. The wiring is drawn out to the rear side of the upper base body 202 through the wiring opening 225 opened on one end side and the wiring passage opening 208 provided on the rear side of the wiring opening 225. The wiring is routed to the left through a gap between the rear body 204 of the upper base body 202 and the upper side 53a of the back unit 50, and is provided on the left side 53b of the back unit 50. The rear member 50 is disposed below and is connected to a relay board 39 disposed on the lower rear surface of the back unit 50.

  The wiring connected to the fixed decorative body light emitting substrate 248 is connected to the socket 248c facing the movable body wiring passage 223 from the other end side of the arm 222 in the movable body wiring passage 223. The wiring connected to the movable decorative body light emitting substrate 248 is connected to the movable body wiring passage 223 from the other end of the arm 222 via the substrate housing space 241a of the fixed decorative base 241 communicating with the wiring passage 223. The movable decorative body base 251 passes through the fixed wiring passage 245 that opens to the side surface of the fixed decorative body base 241 and the movable wiring passage 255 that faces the fixed wiring passage 245 and opens to the side surface of the movable decorative body base 251. The base housing space 251a is connected to the socket 258c of the movable decorative body light emitting substrate 258 whose connection port is directed to the movable wiring passage 255.

  In the upper movable effect device 200, the first upper movable body 220A and the second upper movable body 220B are held in the standby position in a normal state (see FIG. 17, FIG. 18, or FIG. 21). The first upper movable body 220A is housed in the side housing space 57 between the left side portion of the plate member 42 and the left side portion 53b of the back unit 50 at the standby position, and most of the first upper movable body 220A excluding the front ends of the decorative bodies 240 and 250. Is hidden from the player side (see FIG. 7). The second upper movable body 220B is housed in the upper housing space 58 between the upper decoration unit 300 and the upper side 53a of the back unit 50 at the standby position, and most of the players excluding the tips of the decoration bodies 240 and 250 are players. Hidden from the side. The upper movable body 220 is pushed by the auxiliary arm 234 at the standby position so that the movable arm 226 is held at the first position along the arm 222, and the auxiliary movable arm 230 interlocked with the movable arm 226 via the meshing portions 227 and 231. The arm 222 is held at a first position along the extending direction. Accordingly, the movable decorative bodies 250 and 250 provided on the movable arm 226 and the auxiliary movable arm 230 are separated from each other, and are positioned between the movable decorative bodies 250 and 250 and the other end portion of the arm 222. It is spaced apart from the fixed decorative body 240 provided in (see FIG. 63 or FIG. 65). That is, the three decorative bodies 240, 250, 250 are arranged in a state of being separated from each other.

  When the upper movable effect device 200 satisfies specific conditions such as the result of the symbol variation game, the two upper movable bodies 220A and 220B at the standby position are synchronized with each other from the standby position to the front side of the display unit 41. It is operated toward the position of operation. That is, the upper motor 272 of the upper drive mechanism 270 is driven to rotate the upper rotary plate 276 counterclockwise, and the upper connection that rotates and displaces while contacting the opening edge of the connection hole 237 as the upper rotary plate 276 rotates. The shaft 278 displaces the arm 222 of the first upper movable body 220A counterclockwise via the link portion 236, and the first upper movable body 220A moves to the right from the standby position toward the operating position (FIG. 65). Or refer to FIG. As the arm 222 of the first upper movable body 220A is displaced, the arm 222 of the second upper movable body 220B connected by the connecting teeth 280 and 281 is displaced clockwise, so that the second upper movable body 220B is in the standby position. It moves downward toward the operating position. Simultaneously with the displacement of the arms 222 of the upper movable bodies 220A and 220B, the auxiliary arms 234 of the upper movable bodies 220A and 220B are also displaced about the auxiliary shaft fulcrum, and the movable arm 226 connected to the other end of the arm 222 is displaced. The auxiliary arm 234 pulls the movable arm 226 to the other end side of the arm 222 due to the difference in displacement trajectory between the connection fulcrum and the auxiliary connection fulcrum of the auxiliary arm 234 to the movable arm 226. As a result, the movable arm 226 is displaced from the first position along the arm 222 toward the second position protruding from the arm 222 toward the display unit 41, so that the movable decorative body 250 of the movable arm 226 becomes the fixed decorative body 240. Since the auxiliary movable arm 230 is displaced from the first position to the second position in conjunction with the displacement, the movable decorative body 250 of the auxiliary movable arm 230 is moved closer to the fixed decorative body 240. Displace.

  When the upper and lower movable bodies 220A and 220B arrive at the operating position where the decorative bodies 240 and 250 are substantially at the center of the display unit 41, the adjacent edges of the movable decorative body 250 and the fixed decorative body 240 are combined to form a semicircular shape. Design part DH is formed. Further, the upper movable effect device 200 forms a circular design body DR by combining the semicircular linear portions formed by the design portions DH of the first upper movable body 220A and the second upper movable body 220B ( (See FIG. 12, FIG. 19, or FIG. 20). In addition, the linear part of both design parts DH and DH is extended so that it may incline downward as it goes to the right from the left, and the lower movable body 420 of the lower movable production | presentation apparatus 400 in an operation position overlaps with the front side of the said linear part. It has become.

  The upper movable rendering device 200 drives the upper motor 272 from the standby position by a predetermined number of steps to bring the upper movable bodies 220A and 220B to the operating position, and then switches the driving direction of the upper motor 272 to operate the operating position. The two upper movable bodies 220 </ b> A and 220 </ b> B are operated in synchronization with each of the accommodating spaces 57 and 58. That is, the upper motor 272 of the upper drive mechanism 270 is reversely driven to rotate the upper rotary plate 276 clockwise, and rotates and displaces while contacting the opening edge of the connection hole 237 as the upper rotary plate 276 rotates. The shaft 278 displaces the arm 222 of the first upper movable body 220A clockwise via the link portion 236, and the first upper movable body 220A moves to the left from the operating position toward the standby position. As the arm 222 of the first upper movable body 220A is displaced, the arm 222 of the second upper movable body 220B connected by the connecting teeth 280 and 281 is displaced counterclockwise, and the second upper movable body 220B operates. It moves upward from the position toward the standby position.

  Simultaneously with the displacement of the arms 222 of the upper movable bodies 220A and 220B, the auxiliary arms 234 of the upper movable bodies 220A and 220B are also displaced about the auxiliary shaft fulcrum, and the movable arm 226 connected to the other end of the arm 222 is displaced. The auxiliary arm 234 pushes the movable arm 226 away from the other end of the arm 222 due to the difference in displacement trajectory between the connection fulcrum and the auxiliary connection fulcrum of the auxiliary arm 234 to the movable arm 226. Accordingly, the movable arm 226 is displaced from the second position protruding from the arm 222 toward the display unit 41 toward the first position along the arm 222, so that the movable decorative body 250 of the movable arm 226 is moved from the fixed decorative body 240. Since the auxiliary movable arm 230 is displaced from the second position toward the first position in conjunction with the displacement, the movable decorative body 250 of the auxiliary movable arm 230 is separated from the fixed decorative body 240. Displace. When the upper movable bodies 220A and 220B arrive at the standby position, the upper detection means 216 detects the upper detection piece 222b, the upper motor 272 is stopped, and the movable arm 226 and the auxiliary movable arm 230 extend along the arm 222. In addition, the three decorative bodies 240, 250, 250 are separated and accommodated in the corresponding accommodating spaces 57, 58.

  As described above, the upper movable effect device 200 operates such that the plurality of decorative bodies 240 and 250 provided on the arm 222 of the upper movable body 220 are gathered or separated from each other in conjunction with the operation of the arm 222. The displacement of the plurality of decorative bodies 240, 250 accompanying the operation of the arm 222 and the operation of the decorative bodies 240, 250 with respect to the arm 222 can be combined to improve the effect produced by the operation. Moreover, the upper movable effect device 200 can make the game board 40 lively by providing two upper movable bodies 220A and 220B each having an arm 222 and decorative bodies 240 and 250. The upper movable body 220 is provided with a movable decorative body 250 in addition to the movable decorative body 250 of the movable arm 226, and operates while the fixed decorative body 240 and the movable decorative bodies 250, 250 are associated with each other. The decorative effects 240 and 250 can improve the effect of the performance.

  The upper movable effect device 200 not only forms a plurality of decorative bodies 240 and 250 provided on each arm 222 to form a design portion DH, but also combines two design portions DH to form one design body DR. Since it comprises, as a result, the big design body DR can be obtained and a production effect can be improved. The upper movable effect device 200 is configured so that the pair of the arms 222 and 222 and the decorative bodies 240 and 250 forming a pair of the two upper movable bodies 220A and 220B are arranged and operated in a symmetrical relationship. The operations can be related to each other to synergize the effects. As described above, according to the upper movable production device 200, the upper movable bodies 220A and 220B perform complex movements in combination with the operations of the decorative bodies 240 and 250, so that the effect of the operations of the upper movable bodies 220A and 220B is improved. can do.

  The upper movable effect device 200 has a configuration in which a fixed decorative body 240 is fixedly provided to the arm 222 and the movable decorative bodies 250 and 250 on both sides of the fixed decorative body 240 are operated so as to contact and separate from the fixed decorative body 240. Therefore, the design part DH can be appropriately formed as a whole when the movable decorative bodies 250 and 250 that are operated are reduced and the members that are operated are omitted, and are assembled. In addition, since the movable arm 226 and the auxiliary movable arm 230 are connected by the meshing portions 227 and 231 and the auxiliary movable arm 230 is interlocked with the operation of the movable arm 226, one movable decorative body 250 is configured with a simple configuration. The other movable decorative body 250 can be operated in synchronism simply by moving. Further, the upper movable effect device 200 connects the first upper movable body 220A and the second upper movable body 220B with the connecting teeth 280 and 281 so that the second upper movable body 220B is operated in the operation of the first upper movable body 220A. Since it is an interlocked configuration, it is possible to operate the other upper movable body 220B in synchronization by simply moving one first upper movable body 220A with the upper drive mechanism 270 with a simple configuration.

  In the upper movable body 220, an auxiliary arm 234 that swings the movable arm 226 provided with the movable decorative body 250 is provided on the rear side of the arm 222 that supports the movable arm 226. The arm 222, the auxiliary arm 234, and the movable arm 226 constitutes a link structure in which the auxiliary arm 234 is displaced along the extending direction of the arm 222 in accordance with the operation of the arm 222, and thus intersects the extending direction of the arm 222 accompanying the operation of the arm 222. The amount of displacement of the auxiliary arm 234 in the direction can be minimized, and even if the auxiliary arm 234 is displaced, it can be concealed by the arm 222 and difficult to see from the front side that is the player side. Since the auxiliary arm 234 is set to have a shorter fulcrum distance than the arm 222, when the auxiliary arm 234 is displaced in the extending direction of the arm 222 due to the operation of the arm 222, the auxiliary arm 234 is separated from the arm 222. It can be difficult to stick out. As described above, in the upper movable body 220, the mechanism for moving the movable decorative body 250 does not get in the way, and the upper movable body 220 performs a complicated movement in combination with the operation of the decorative bodies 240 and 250. The production effect by operation can be improved.

  The upper movable body 220 can emit light to the decorative bodies 240 and 250 by the light emitters 248a, 248b, 258a, and 258b of the decorative body light emitting substrates 248 and 258 provided on the decorative bodies 240 and 250, respectively. The decorations 240 and 250 are decorations provided on the front surfaces of the decoration bases 241 and 251 by the front light emitters 248b and 258b of the decoration light emitting substrates 248 and 258 installed in the substrate storage spaces 241a and 251a of the decoration bases 241 and 251, respectively. Not only the body light transmitting portions 242a and 252a emit light but also the bright portions 247 and 257 extending from the decorative body base portions 241 and 251 are incident on the side of the decorative body light emitting substrates 248 and 258 that are incident from the end faces of the bright portions 247 and 257. Surface light can be emitted by the light emitted from the side light emitters 248a and 258a. As described above, the decorative bodies 240 and 250 can perform effects with light in different light emission modes of the light emission of the decorative body light transmitting portions 242a and 252a and the light emission of the bright portions 247 and 257. Then, the upper movable body 220 can improve the overall performance effect by combining the light emission of the decorative bodies 240 and 250 and the performance due to the movement of the upper movable body 220.

  The decorative bodies 240 and 250 are installed in a posture in which the decorative body light emitting boards 248 and 258 are set up with respect to the game board surface, so that a wide arrangement space is not required in the direction along the game board surface, and the direction along the game board surface. It is possible to install the decorative light emitting substrates 248 and 258 in a narrow space. Then, by arranging the front light emitters 248b and 258b on the appropriate plate surfaces of the decorative light emitting substrates 248 and 258, the front light emitters 248b and 258b are arranged in accordance with the decorative body light transmitting portions 242a and 252a on the front surface of the decorative body bases 241 and 251. The degree of freedom of disposing the front light emitters 248b and 258b is increased, and the decorative body light transmitting portions 242a and 252a can be appropriately illuminated. Here, since the decorative body light transmitting portions 242a and 252a are lens-processed, the decorative body light transmitting portions 242a, 252a, 242a, The entire 252a can emit light.

  The upper movable effect device 200 is configured to operate the movable decorative body 250 provided on the movable arm 226 by causing the upper movable body 220 to swing the movable arm 226 provided on the other end of the arm 222 with the auxiliary arm 234. However, since the wiring connected to the decorative body light emitting substrates 248 and 258 provided in the decorative bodies 240 and 250 is routed through the wiring opening 225 provided at one end portion supporting the arm 222, the operation of the arm 222 is performed. Accordingly, the amount of displacement of the wiring is relatively small, the load on the wiring is reduced, and interference between the arm 222 and the wiring can be avoided. In addition, since the movable body wiring passage 223 for storing the wiring is provided by being separated by the rear plate portion of the auxiliary arm 234 and the arm 222, the auxiliary arm 234 and the wiring do not interfere with each other. In the upper movable effect device 200, the upper base body 202 on which the upper movable body 220 and the upper drive mechanism 270 are disposed is provided with a wiring passage port 208 corresponding to the wiring opening 225, and the wiring taken out from the wiring passage port 208 is provided. Is routed to the rear side of the upper base body 202, so that interference of wiring with the upper drive mechanism 270 and the upper movable body 220 provided in the upper base body 202 can be more appropriately avoided. In the upper base body 202, the drive portions such as the upper motor 272 and the upper rotary plate 276 of the upper drive mechanism 270 are arranged in the longitudinal direction with respect to one end portion (wiring passage 208) of the arm 222 provided on the right side portion. Since it is provided in the left part which is separated, the possibility that the wiring interferes can be further reduced.

  The movable decorative body 250 is provided with a movable wiring through hole 255 on the side surface of the decorative body base 251 so as to face the fixed wiring through hole 245 opening on the side surface of the decorative body base 241 in the fixed decorative body 240. Since the socket 258c is provided on the decorative light emitting substrate 258 so as to be directed to the movable wiring passage 255, interference of wiring routed from the movable decorative body 250 that is displaced relative to the fixed decorative body 240 to the arm 222 side is avoided. be able to.

  In the upper movable effect device 200, two upper movable bodies 220A and 220B are connected to each other with connecting tooth portions 280 and 281 provided at one end portion that pivotally supports the arm 222 of the upper movable bodies 220A and 220B on the upper base body 202. Since it is the structure connected by meshing, it can suppress the shakiness in a connection part by a mutual fulcrum. Moreover, since the swing range of the arm 222 is defined by the engagement range of the connecting teeth 280 and 281 of the adjacent upper movable bodies 220A and 220B, the arm 222 can be moved without separating the connecting teeth 280 and 281 from the pivot point. It can be displaced greatly. Further, since one end portion of the arm 222 is supported by the rear contact portion 338 coming into contact with the upper base body 202, the upper movable body 220 can be operated more smoothly and stably. The second upper movable body 220B can be operated more smoothly and stably because the arm 222 is sandwiched between the upper base body 202 via the front contact portion 339 and the rear contact portion 338. The arm 222 of the first upper movable body 220A connected to the upper drive mechanism 270 is supported not only by the shaft support point but also by the upper drive mechanism 270. However, the second upper arm 220A operates in conjunction with the first upper movable body 220A. By providing the front and rear contact portions 338 and 339 with respect to the arm 222 of the upper movable body 220B, the overall stability can be further improved. Furthermore, by providing the abutting portions 338 and 339 along the teeth of the connecting tooth portions 280 and 281 that are two connecting portions, the connection state is stabilized, and the upper movable body 220 is made smoother and more stable. Can be operated.

  The upper movable body 220 has a fixed decorative body in which the movable arm 226 and the auxiliary movable arm 230 protrude in a lateral direction different from the extending direction of the arm 222 and the movable decorative body 250 protrudes toward the display unit 41 at the operating position. 240 constitutes a relatively large design portion DH. The upper movable body 220 is arranged so that the movable arm 226 extends along the arm 222 at the standby position and the auxiliary movable arm 230 extends along the arm 222 at the standby position. Since it extends, the movable decorative bodies 250, 250 provided on the movable arm 226 and the auxiliary movable arm 230 are aligned in the extending direction of the fixed decorative body 240 of the arm 222 and the arm 222, and the projecting dimension from the arm 222 is suppressed. it can. As described above, the upper movable effect device 200 separates the plurality of decorative bodies 240, 250, and 250 constituting the design portion DH at the operation position so as to be arranged along the arm 222 at the standby position. Does not take up space in the standby position.

  In the gaming board 40, the display board 41 can take a relatively long length in the direction along the edge of the display part 41, but the wall part 54 extends along the edge of the back unit 50 from the edge of the display part 41. It is difficult to take up space. The upper movable body 220 is displaced so that the end portions on the display unit 41 side of the plurality of decorative bodies 240 and 250 are aligned at the standby position, and the projecting dimension from the arm 222 can be suppressed. Can be accommodated in the narrow accommodating spaces 57 and 58 using the side portions 53a and 53b of the back unit 50. Since the upper movable effect device 200 can hide the upper movable body 220 in the storage spaces 57 and 58 at the standby position, the upper movable body 220 is moved to the front side of the display unit 41 when the upper movable body 220 is operated. Appearing suddenly, the unexpectedness of the operation of the upper movable body 220 can be increased. The upper movable effect device 200 includes two upper movable bodies 220 and 220. The upper drive mechanism 270 is disposed outside the upper left corner of the display unit 41 and intersects at the corner. By allocating and arranging the upper movable body 220 to the upper side portion 53a and the left side portion 53b, the larger upper movable body 220 can be arranged by appropriately using the space outside the display unit 41.

(Upper decoration unit)
The game board 40 is provided with an upper decoration unit 300 located on the upper side 53a of the back unit 50 on the front side of the upper movable effect device 200 (see FIG. 4, FIG. 7 or FIG. 15). Further, the upper decoration unit 300 is located inside the window 100a of the decoration frame member 100 and arranged on the upper and outer sides of the display unit 41, and occupies the upper part of the display unit 41 in the left and right direction. The upper decoration unit 300 is provided in a vertical direction (with respect to the display unit 41) by a unit main body 302 that constitutes an upper portion of the display unit 41, and an operation mechanism 350 provided in the unit main body 302. And an operation body 320 that reciprocates in the direction of moving back and forth), and a structure that can produce effects by light emission of the unit main body 302 and / or the action body 320 and effects by the operation of the action body in combination or independently. Has been.

  The unit main body 302 has a left side portion (part) overlapped with the front surface of the front half body 210 of the upper base body 202 of the upper movable effect device 200 installed at the upper left corner of the installation plate portion 53 in the rear unit 50 ( (See FIG. 15). The unit main body 302 is fixed to the back unit 50 by attaching the left side part to the upper base body 202 and attaching the upper part to the attachment flange part 54 a extending to the front edge of the upper edge of the back unit 50. The unit main body 302 is installed to be separated from the installation plate portion 53 of the back unit 50 to the front side (see FIG. 8 or FIG. 85). The upper movable effect device 200 is formed so that the longitudinal dimension of the upper base body 202 is substantially the same as between the plate member 42 and the installation plate portion 53 of the back unit 50, and is attached to the installation plate portion 53 of the back unit 50. In addition, the front surface of the upper base body 202 is set to be substantially the same as the front end of the back unit 50 (the end contacting the rear surface of the plate member 42). The upper decoration unit 300 supports the unit main body 302 with the mounting flange portion 54 a provided at the front end of the upper base body 202 and the back unit 50, so that the unit main body 302 and the back unit 50 on the right side of the upper base body 202 are supported. A space (upper storage space 58) is defined between the installation plate portion 53 and the installation plate portion 53. In the upper movable effect device 200, the second upper movable body 220B extending at the standby position on the upper side portion 53a of the back unit 50 is set to be thinner than the separation dimension between the plate member 42 and the installation plate portion 53 of the back unit 50. Then, the second upper movable body 220B is accommodated in the upper accommodation space 58 at the standby position.

  The unit main body 302 functions as a blindfold to cover the second upper movable body 220B located in the upper accommodating space 58 at the standby position, and the second upper movable body 220B and the operating body 320 at the standby position are in a front-rear relationship. Are arranged in layers. The upper decoration unit 300 is arranged using the thickness dimension of the plate member 42 and the front-rear dimension of the collar-like portion 106 of the decoration frame member 100 protruding to the front side of the plate member 42 (see FIG. 8). In the upper decoration unit 300, the operation body 320 is reciprocated in the vertical direction, while in the upper movable effect device 200, the second upper movable body 220B is in the standby position with the left side of the upper side portion 53a of the back unit 50 as an axis fulcrum. It is operated between a substantially horizontal posture and an inclined posture of the operation position, and is configured so that the displacement direction of the second upper movable body 220B protruding and retracting from the upper accommodation space 58 and the displacement direction of the operation body 320 are approximated. .

  The unit main body 302 includes a base part 304 attached to the front side of the rear unit 50 so as to be spaced apart from the upper side 53a, and a light emitting body 306a attached to the rear side of the base part 304 so as not to overlap the operating body 320. It has a unit light emitting substrate (light emitting substrate) 306 and a decorative cover 308 attached to the front side of the base portion 304 (see FIG. 71). The base portion 304 is an installation base for members constituting the upper decorative unit 300, and the upper decorative unit 300 can be integrally handled via the base portion 304 and can be integrally attached to and detached from the back unit 50. be able to. The base portion 304 is a plate-like member whose longitudinal length extends in the left-right direction, and is formed in a tray shape having a peripheral wall 304a (see FIG. 73) toward the rear on the rear surface of the outer peripheral edge. The base portion 304 has translucency that can transmit light, and in the embodiment, it is translucent and cannot be seen through the unit light-emitting substrate 306 installed on the rear side.

  The unit light emitting substrate 306 includes a plurality of light emitters 306a including a light emitter group arranged on the rear side of the light emitting region of the upper left fixed light emitting unit 500 and a light emitter group arranged on the rear side of the light emitting region of the upper right fixed light emitting unit 540. It is installed on the front (see FIG. 71 or 72). The unit light emitting substrate 306 is fitted and fixed to the rear side of the base portion 304 inside the peripheral wall 304a with screws, with the light emitter 306a spaced from the rear surface of the base portion 304 (see FIG. 73).

  The decorative cover 308 has translucency capable of transmitting light, and is transparent in the embodiment. The decorative cover 308 is provided with a lower block cover portion of the upper left fixed light emitting unit 500 on the left side which is the left side of the operating body 320 (see FIG. 72). In addition, the decorative cover 308 is provided at a position on the right side of the center so that the cover portion of the lower block in the upper right fixed light emitting unit 540 does not overlap the operating body 320. Here, the cover portion closes the opening formed in the decorative cover 308 with the lower block light emitting covers 502a and 542a in the upper left fixed light emitting unit 500 and the upper right fixed light emitting unit 540, and surrounds the periphery of the light emitting covers 502a and 542a. The frame portions 504a and 542a are attached to the front surface of the decorative cover 308.

  The operating body 320 is provided inside the front frame portion 322 that constitutes the outline of the operating body 320 (hereinafter referred to as a component housing space), on the operating body light emitting substrate 324 and on the front surface of the operating body light emitting substrate 324. The light diffusing members 328 and 329 covering the front side of the light emitting body 324a and the rear holding plate 330 for holding the rear side of the operating body light emitting substrate 324 are accommodated (see FIG. 71), and within the front and rear dimensions of the front frame portion 322. The components are configured to be accommodated (see FIG. 8 or FIG. 85). The front frame portion 322 is formed in a box shape opened to the rear side, and constitutes the front surface and the peripheral surface of the operating body 320. The front frame portion 322 is provided with a transparent transmission portion 322a that allows light transmission on the front surface, and the front region and the peripheral surface other than the transmission portion 322a are configured not to transmit light. The rear surface of the front frame portion 322 is knurled so that the convex tip is tapered. The front frame portion 322 defines a component housing space surrounded by walls that constitute the front surface and the peripheral surface of the operating body 320. In the component housing space, sheet-like light diffusing members 328 and 329 that have been subjected to the required light diffusing treatment are accommodated so as to contact the rear surface of the front frame portion 322, and transmitted through the light diffusing members 328 and 329. The rear side of the part 322a is covered. In the operating body 320 of the embodiment, two light diffusing members 328 and 329 are disposed so as to overlap each other (see FIG. 71).

  The operating body light-emitting substrate 326 is housed in the component housing space with the plate surface facing the rear surface of the front frame portion 322, and a plurality of light emitters 326a are provided on the front surface so as to match the transmission portion 322a of the front frame portion 322. ing. The operating body light-emitting substrate 326 emits light from the light diffusion members 328 and 329 covering the rear surface of the front frame portion 322 with the front surface in contact with a front protrusion (not shown) protruding from the rear surface of the front frame portion 322. The body 326a is installed so as to be separated from the rear side.

  The rear holding plate 330 has a rear protrusion 331 projecting forward on the front surface, butted against the rear surface of the front frame portion 322, and is positioned on the rear side of the operating body light emitting substrate 326 and is stored in the component storage space. The frame portion 322 is fixed with screws. When the rear holding plate 330 is fixed to the front frame portion 322, the operating body light emitting substrate 326 is held between the operating body light emitting substrate 326 and the front projecting piece. Further, on the rear surface of the rear holding plate 330, a plurality of mounting shafts 332 that are reciprocally held in mounting holes 310 (see FIG. 72) provided in the decorative cover 308 in the unit main body 302 project toward the rear side. (See FIG. 75). The rear holding plate 330 is provided with two sets of mounting shafts 332 that are vertically spaced apart in the extending direction (left and right) of the upper side portion 53a of the back unit 50 on which the upper decorative unit 300 is installed (see FIG. 75). The mounting shaft 332 is disposed on the left and right sides of the rear holding plate 330 so as to be spaced apart from each other. In the upper decoration unit 300, an attachment hole 310 is formed in the decoration cover 308 so as to extend in the vertical direction corresponding to each of the attachment shafts 332 (see FIG. 72). The operating body 320 is attached to the front side of the unit main body 302 via an attachment shaft 332 that is held so as to be movable along the axis. Thus, since the substantially rectangular operating body 320 is held with respect to the unit main body 302 by the mounting shaft 332 corresponding to each corner, the operating body 320 can operate stably. The operating body light emitting substrate 326 is slightly separated from the front surface of the rear holding plate 330 so that heat generated by the resistance provided on the rear surface can be released.

  The operating mechanism 350 includes a solenoid 352 that reciprocates the output shaft 353 under the control of the overall control device 36, one end connected to the mounting shaft 332 of the operating body 320, and the other end connected to the output shaft 353. Link arm 354, and is configured to reciprocate the operating body 320 by swinging the link arm 354 by driving of a solenoid 352 (see FIG. 71 or 75). The solenoid 352 is disposed between the base portion 304 and the decorative cover 308 with the output shaft 353 facing downward (see FIG. 8 or FIG. 85), and is located at the center of the mounting holes 310 and 310 that are separated from each other left and right. positioned. Further, the solenoid 352 is located on the rear side of the operating body 320 and is hidden by the operating body 320. The solenoid 352 is biased by a spring (not shown) so that the output shaft 353 protrudes downward when not energized (see FIG. 77 (a)), and the output shaft 353 resists the spring bias when energized. It is lifted (see FIG. 77 (b)).

  The operating mechanism 350 includes a pair of link arms 354 and 354 disposed on the rear side of the decorative cover 308 in a symmetrical relationship with respect to the lower end (tip) of the output shaft 353 (see FIG. 70). A right link arm 354 extending rightward from 353 is connected to the lower right mounting shaft 332, and a left link arm 354 extending leftward of the output shaft 353 is connected to the lower left mounting shaft 332. ing. Each link arm 354 is pivotally supported at the middle portion so as to be swingable to the rear side of the decorative cover 308, and one end portion thereof is attached to a lower mounting shaft 332 that protrudes from the lower mounting hole 310 to the rear side of the decorative cover 308. It is connected. Each link arm 354 is pivotally supported at the lower part of the decorative cover 308 at the intermediate part, and is provided in the lower area of the unit main body 302. Here, the unit main body 302 has a base portion 304 extending to a rear portion of the other end portion of the pair of link arms 354 and 354, while a rear portion from one end portion of the link arm 354 of the base portion 340 to an intermediate portion. The lower edge of the side portion is set to be positioned above the lower edge of the decorative cover 308, and the rear side is opened from one end portion to the middle portion of the link arm 354 (see FIG. 70).

  The pair of link arms 354, 354 are connected to each other at the other end facing the lower side of the output shaft 353, and swing in synchronization with each other when the output shaft 353 moves up and down. In the embodiment, as the output shaft 353 connected to the other end portion of one (right side) link arm 354 moves up and down, both link arms 354 and 354 are interlocked around the pivot point of each decorative cover 308. Configured to operate. At the other end of each link arm 354, an interlocking gear portion 355 having a plurality of concaves and convexes is formed on the circumferential surfaces facing each other, and a pair of link arms 354 and 354 are installed by engaging the interlocking gear portion 355 with each other. Has been. The operating mechanism 350 is configured such that the other end portion of the right link arm 354 is held down by the output shaft 353 of the solenoid 352 while being pressed downward, so that the other end portion is linked via the connecting gear portion 355. The other end of the arm 354 is held in a state where it is pushed downward (see FIG. 77 (a)). At this time, one end portions of the pair of link arms 354 and 354 are lifted upward to hold the operating body 320 at the upper position. In the operating mechanism 350, the other end portion of the right link arm 354 is pulled upward by the output shaft 353 by driving the solenoid 352, so that the other end portion of the left link arm 354 is also moved upward via the connecting gear portion 355. It is pulled up (see FIG. 77 (b)). At this time, the other end portions of the pair of link arms 354 and 354 are displaced downward, and the operating body 320 is displaced to the lower position. As described above, the operating body 320 is reciprocated up and down in accordance with switching between energization and non-energization of the solenoid 352.

  The right link arm 354 is bent so that the other end thereof is biased forward with respect to one end and an intermediate portion extending along the rear surface of the decorative cover 308, and the other end of the output shaft 353. It is off the extension line. The other end of the left link arm 354 corresponding to the right link arm 354 is also biased forward with respect to the one end and the intermediate portion extending along the rear surface of the decorative cover 308. It is bent. The right link arm 354 is provided with a locking piece 353a that is fixed to the distal end of the output shaft 353 and extends in a direction intersecting the protruding direction of the output shaft 353 so as to be spaced apart vertically on the rear surface of the other end. The output shaft 353 is followed by being held between the pair of hook pieces 354a (see FIG. 75).

  The decorative cover 308 is cut out at a portion corresponding to the front side of the other end portions of the link arms 354 and 354, and the other end portion extending from the one end side to the front side is accommodated in the cover cutout portion 311. (See FIG. 72). In other words, the other end protruding to the front side of the link arm 354 is accommodated in the cover notch 311 of the decorative cover 308 so that the thickness of the decorative cover 308 can be effectively used, so The link arm 354 can be accommodated in the front-rear width, and the front-rear dimension of the unit body 302 can be made more compact.

  Each link arm 354 has a shaft holding portion 356 (a portion projecting rearward between the intermediate portion and one end portion of the link arm 354) holding the support shaft fixed to the decorative cover 308 at the intermediate portion on the rear side. It is formed so as to protrude, and can be stably rocked by holding the support shaft over a relatively long range. As described above, the base portion 304 has a lower portion corresponding to the shaft holding portion 356 cut out, and the shaft holding portion 356 is accommodated in the base cutout portion 305. In this way, by accommodating the shaft holding portion 356 protruding to the rear side of the link arm 354 in the base notch 305 of the base portion 304, the base portion 304, the decorative cover 308, and the like can be effectively utilized. The link arm 354 can be accommodated in the front-rear width between them, and the front-rear dimension of the unit main body 302 can be made more compact. Since the unit light emitting substrate 306 is accommodated inside the base portion 304 and the projecting portions of the link arm 354 in the front and rear directions are accommodated using the thicknesses of the decorative cover 308 and the base portion 304, the unit main body 302 is The dimensions can be made compact.

  An arrangement structure of wirings connected to the operating body light emitting substrate 326 will be described. The operating body light emitting board 326 is provided with a socket 326b in the upper center of the rear surface of the operating body 320, and is connected to a connection port facing the rear side of the socket 326b facing the rear side from between the rear holding plate 330 and the front frame portion 322. Wiring is connected. The decorative cover 308 and the base plate 304 are provided on the rear side of the socket 326b, and a passage port 312 is opened in accordance with the movement range of the socket 326b accompanying the vertical movement of the operation body 320. Wiring is routed from the operating body 320 to the rear side of the base portion 304. The unit main body 302 is provided with a gap between the base portion 304 and the unit light emitting substrate 306 attached to the rear side of the base portion 304, and the wiring passes the rear side of the base portion 304 through the gap. Be circulated. A plurality of wiring hooks 304b are provided in the wiring routing path on the rear side of the base portion 304 (see FIG. 73). By holding the wiring with the wiring hooks 304b, the unit light emitting substrate 306 and the unit main body 302 are provided. Prevents biting of the wiring when mounting.

  As described above, in the unit main body 302, the light emitter 306a is provided on the front side of the unit light emitting substrate 306, so that a gap for arranging the light emitter 306a is formed between the base portion 304 and the unit light emitting substrate 306. By accommodating the wiring in this gap, the wiring does not come out to the front side or the rear side of the unit main body, and it does not interfere with the mounting or design. Moreover, since the passage port 312 provided in the unit main body is established in accordance with the movement range of the socket 326b accompanying the vertical movement of the operating body 320, the load on the wiring between the operating body 320 and the unit main body 302 is increased. Can be reduced.

  In the upper decoration unit 300, the light diffusing members 328 and 329, the operation body light emitting substrate 326, and the rear holding plate 330 are accommodated in the component housing space inside the front frame portion 322 that constitutes the outer body of the operation body 320. Since the operating mechanism 350 has a simple configuration including the solenoid 352 and the link arm 354, the light emitting substrates 306 and 326 are provided on the unit main body 302 and the operating body 320 provided on the front side of the unit main body 302, respectively, so that a light emission effect can be achieved. Even if comprised in this way, the dimension of the front-back direction can be made compact. Further, the unit main body 302 is supported by the upper base body 202 of the upper movable effect device 200 and the front end of the wall portion 54 of the back unit 50, and is disposed away from the installation plate portion 53 to the front side. By accommodating the second upper movable body 220B in the upper accommodation space 58 thus defined, the two upper movable body 220B and the operating body 320 can be placed on the same side outside the display unit 41. Since the animals are arranged so as to overlap each other, these movable bodies 220B and 320 can synergize the operation effect.

  In the game board 40, the second upper movable body 220B and the upper decoration unit 300 are compact in the front-rear direction. In the space, the two movable bodies 220B and 320 and the unit main body 302 capable of producing a light emission can be disposed so as to overlap each other. Further, in the game board 40, the second upper movable body 220B located on the rear side is hidden by the unit main body 302 of the front upper decoration unit 300, so that the second upper movable body 220B appears from the hidden position. Thus, the unexpectedness of the operation is improved. Therefore, the space around the game board 40 can be utilized to the maximum, and the display effect can be improved by multiplying the display unit 41 around the light emission effect and the operation effect.

  Since the upper decoration unit 300 uses the upper base body 202 on which the upper drive mechanism 270 of the upper movable effect device 200 is disposed as a fixing portion of the unit main body 302, the unit main body 302 is used as an installation plate for the back unit 50 A member for supporting away from the portion 53 can be omitted. In addition, since the gaming board 40 has few other members disposed on the upper side of the gaming area 40a and does not affect the flow of the pachinko ball, the upper decoration unit 300 is provided on the upper and outer sides of the display unit 41. Thus, the vertical dimension of the upper decoration unit 300 or the operating range of the operating body 320 can be increased. Moreover, the upper decorative unit 300 faces the window 100a of the decorative frame member 100, but the positioning boss 112 of the decorative frame member 100 is fitted into the positioning hole 317 provided in the decorative cover 308 of the unit main body 302. Since the unit main body 302 and the decorative frame member 100 are positioned with respect to each other, a design with a sense of unity can be formed without deviation.

(Lower movable production device)
As shown in FIGS. 78 to 83, the lower movable effect device (second movable effect device) 400 is a lower base installed at a corner where the lower side portion 53d and the right side portion 53c of the back unit 50 intersect. A body (second base body) 402, a lower movable body (second movable body) 420 provided on the lower base body 402 so as to reciprocate, and a lower drive mechanism (reciprocating the lower movable body 420). Second drive mechanism) 450. The lower movable effect device 400 includes a standby position in which one end portion of the lower movable body 420 is pivotally supported by the lower base body 402 outside the display unit 41 and positioned outside the display unit 41 (FIGS. 7, 15, and FIG. 17 or 78), the lower movable body 420 is moved by the lower drive mechanism 450 between the operation position displaced from the standby position and positioned on the front side of the display unit 41 (see FIG. 12, 19 or 79). It is designed to be swung.

  In the lower movable effect device 400, the lower movable body 420 is positioned on the front side of the right side light emitting device 530 provided on the right side portion 53c of the back unit 50 at the standby position, and the front side through the window 100a of the decorative frame member 100. (See FIG. 1, FIG. 4 or FIG. 7). The lower movable effect device 400 is configured so that the lower movable body 420 is inclined toward the diagonally upper left corner from the lower right corner of the substantially rectangular display unit 41 at the operating position. (See FIG. 12). The lower movable effect device 400 has a unit structure that can integrally handle the lower movable body 420 and the lower drive mechanism 450 via the lower base body 402 and can be integrally attached to and detached from the back unit 50. .

  The lower base body 402 is installed at a lower right corner where the right side 53c and the lower side 53d of the back unit 50 intersect. The lower base body 402 includes a rear plate body 404 formed in a box shape that opens to the front side, a lower base upper decoration 408 that covers the front upper portion of the rear plate body 404, and a front plate that covers the lower front side of the rear plate body 404. Plate body 410 (see FIG. 81 or FIG. 82). The front plate 410 is fixed to the rear plate 404 by screwing a wall protruding rearward along the lower edge of the rear plate 404 with a wall extending to the lower edge of the rear plate 404. . In the lower base body 402, a space is formed between the rear plate body 404 and the front plate body 410 so as to accommodate a gear section and a conversion section described later of the lower drive mechanism 450. In addition, a lower base light emitting substrate 412 having a light emitting body 412a that emits light in a lower region of the lower base body 402 is attached to the front surface of the front plate body 410, and a standby is provided on the front side of the lower base light emitting substrate 412. A lower base lower decoration 414 having light transmittance is attached from the right side to the lower part of the lower movable body 420 at the position (see FIG. 78).

  The lower base upper decoration 408 is configured to transmit light, and is provided with a first lower right fixed light emitting unit 510 that constitutes a light emitting effect unit on a left side portion of the lower movable body 420 in a standby position, and is movable in the lower part. The main illumination unit 626 and the surrounding unit 629 of the right side light emitting device 620 are provided from the rear side to the right side of the body 420 (see FIG. 78). In addition, on the front side of the lower base light emitting substrate 412, a second lower right fixed light emitting unit 620 that constitutes a light emitting effect unit is provided at the lower right side of the lower movable body 420 at the standby position. Each of the light emitting portions 510 and 520 includes a light emitting cover 512 and 522 having a longitudinal extension in a predetermined direction, a frame portion 514 and 524 that borders at least the longitudinal edge of the light emitting cover 512 and 522, and the rear of the light emitting covers 512 and 522. It is comprised from the light-emitting body 412a and 602a provided in the side.

  The lower movable body 420 has a long shape with a long side extending in a separating direction between one end located outside the display unit 41 and the other end located on the front side of the display unit 41 in the operating position. In the embodiment, the design is like a sword (see FIG. 78). The lower movable body 420 includes a main body portion 422 having a design shape of an upper portion projecting to the front side of the display unit 41 at the operating position in the lower movable body 420, and lower movable body light emission provided on the rear side of the main body portion 422. A substrate 426 and a lower design portion 428 that is attached to the lower front side of the main body portion 422 and forms the lower portion of the lower movable body 420 are provided (see FIG. 81 or FIG. 82).

  The main body 422 is disposed on the front side of the lower base body 402, and a rear surface of the main body 422 is recessed to form a substrate housing recess 422a in which the lower movable body light emitting substrate 426 is housed (see FIG. 82). . The main body 422 is formed so as to be translucent from one side edge (left side edge in the embodiment) to the tip while allowing other parts not to transmit light. In the main body 422 of the embodiment, a light transmitting part 422b that transmits light is formed from the left side edge to the tip, and a non-transparent part 422c that does not transmit light by applying a decoration that reflects light in other parts. (Refer to FIG. 78 or FIG. 79). The lower movable body 420 is formed so that the lower portion does not transmit light by covering the lower portion of the main body portion 422 with a lower design portion 428 that has been subjected to a treatment such as plating that reflects light. Note that the light emitter 426 a of the lower movable body light emitting substrate 426 is positioned on the rear side of the non-transparent portion 422 c of the main body portion 422 and arranged side by side along the left edge of the main body portion 422.

  The main body 422 protrudes rearward from the lower rear surface of the main body 422, and the inside of the lower base body 402 is inserted through an insertion port 416 opened by cutting out the front plate 410 and the lower base upper decoration 408. And a tray-like connecting plate portion 424 that is formed to extend from the rear end of the connecting piece portion 423 to the left and right and open to the rear side (see FIG. 81 or FIG. 82). reference). The connecting plate portion 424 is housed inside the lower base body 402 and a portion extending leftward from the connecting piece portion 423 is sandwiched between the rear plate body 404 and the front plate body 410, so that the rear plate body It is pivotally supported by a pivot 425 fixed between 404 and the front plate 410 so as to be swingable.

  In the lower movable body 420, a movable light emitting section 430 that constitutes a part of the light emitting effect section is configured by a plurality of light emitting bodies 426 a provided on the front surface of the lower movable body light emitting substrate 426 and the light transmitting section 422 b of the main body section 422. ing. In the movable light emitting unit 430, the light transmission unit 422 b emits light emitted from the light emitting body 426 a of the lower movable body light emitting substrate 426, and the movable body 430 has an operation position of the lower movable body 420. A light emitting region extending from the left edge to the tip is formed. That is, in the lower movable body 420, the main body portion 422 having a longitudinal side extending from one end portion supported outside the display portion 41 toward the other end portion facing the front side of the display portion 41 at the operating position. In addition, a light emitting region of the movable light emitting unit 430 is provided along the long side. Here, the light emitting region formed along the length of the lower movable body 420 of the movable light emitting unit 430 is the light emitting region of the upper left fixed light emitting unit 500 provided on the upper left side of the display unit 41 at the operating position of the lower movable body 420. Are aligned in the same extending direction (see FIG. 12). Note that the light emitting area of the upper left fixed light emitting unit 500 is formed in a linear shape that is inclined to the left as it goes from the upper edge (outer edge) of the display unit 41 toward the game area 40 a of the game board 40. And in the game board 40, it is comprised so that a light emission effect may be performed by the combination of light emission of the movable light emission part 430 and light emission of an upper left fixed light emission part.

  The lower drive mechanism 450 constitutes a lower motor (second motor) 453 in which the output shaft 453 is disposed on the front side of the front plate 410 in the lower base body 402 and a rear surface of the lower base body 402. A lower gear portion (second gear portion) that is provided on the rear plate body 404 and rotates in conjunction with the lower motor 452, and is provided on the front side of the lower gear portion, and rotates the lower gear portion of the lower gear portion. A lower conversion unit (second conversion unit) that is positioned on the front side and converts the reciprocating motion of the lower movable body 420 supported by the lower base body 402 is provided (see FIGS. 81 to 83). The lower motor 452 is a stepping motor or the like that can be driven in the forward / reverse direction. The output shaft 453 is provided on the front surface of the motor installation portion 410a that is recessed backward in the center of the right side of the front plate 410 in the lower base body 402. Is installed facing the rear side. A lower pinion 454 is fixed to the tip of the output shaft 453 facing the inside of the lower base body 402.

  The lower gear portion of the embodiment is composed of a lower gear 456 that is located on the left side of the lower pinion 454 and is rotatably supported by the rear plate body 404. Is rotated in the forward and reverse directions. The lower gear 456 includes a lower connecting shaft 457 that is offset radially outward from the center of rotation and protrudes from the front surface. The lower connecting shaft 457 is connected to the connecting plate portion 424 of the lower movable body 420. It connects with the lower connection hole 361 formed in the link board part 360 attached to a rear side. That is, in the lower drive mechanism 450, the lower conversion portion is configured by the lower connection shaft 457 that rotates and displaces as the lower gear 456 rotates and the lower connection hole 461 of the link plate portion 460. The lower connection shaft 457 is inserted from the rear side into the lower connection hole 461 of the link plate portion 460 disposed on the front side of the lower gear 456. The lower connecting hole 461 has a short width that is set in accordance with the outer diameter of the lower connecting shaft 457, and a long length that is set to be greater than or equal to the radius of the rotational displacement locus of the lower connecting shaft 457 as the lower gear 456 rotates. ing.

  The lower driving mechanism 450 rotates the lower gear 456 so that the lower connecting shaft 457 is rotationally displaced while pushing the opening edge of the lower connecting hole 461, so that the lower movable body 420 is positioned on the left side of the lower tooth portion 456. It swings around a shaft fulcrum to the body 402 (see FIG. 83). Here, in the lower drive mechanism 450, the lower connecting shaft 457 is positioned at the bottom of the lower gear 456 at the standby position of the lower movable body 420 (see FIG. 83 (a)), and as the lower gear 456 rotates counterclockwise. The lower movable body 420 is tilted from the standby position to the operating position by pushing up the link plate portion 460 by the lower connecting shaft 457 that is rotationally displaced upward. In the lower drive mechanism 450, the lower connecting shaft 457 is located at the top of the lower gear 456 at the operating position of the lower movable body 420 (see FIG. 83 (b)), and moves downward as the lower gear 456 rotates clockwise. The lower movable body 420 is tilted from the operating position to the standby position by pushing down the link plate portion 460 by the lower connecting shaft 457 that is rotationally displaced.

  The lower gear 456 is provided with a guide piece 458 protruding rearward from the rear surface (see FIG. 83). The guide piece 458 is disposed on the rear surface of the lower gear 456 at a position symmetrical with respect to the lower connecting shaft 457 with respect to the rotation center of the lower gear 456, and is disposed on the rear plate 404 positioned on the rear side of the lower gear 456. It protrudes from the established guide hole 405 (see FIG. 81 or FIG. 82). A flange (not shown) extending in the lateral direction intersecting the protruding direction of the guide piece 458 is detachably provided at the rear end portion of the guide piece 458 protruding from the guide hole 405, and this flange is provided in the guide hole 405. It comes in contact with the rear surface of the opening edge. The guide hole 405 is opened so as to extend in an arc shape in the rear plate body 404 in accordance with the displacement locus of the guide piece 458 accompanying the rotation of the lower gear 456. In the embodiment, the rear surface of the rear plate 404 is recessed around the guide hole 405 (see FIG. 82), and the flange of the guide piece 458 is fitted into this recessed portion. As described above, the lower drive mechanism 450 can suppress the forward displacement of the lower gear 456 by the flange being caught by the opening edge of the guide hole 405, and the flange displacement direction by the recessed portion of the rear plate body 404. Movement in the lateral direction intersecting with is restricted. Therefore, although the load of the lower movable body 420 is applied to the lower gear 456 via the lower connecting shaft 457, the lower gear 456 suppresses rattling by the locking relationship between the flange of the guide piece 458 and the rear plate body 404, and lower The gear 456 can be stably rotated, and the lower movable body 420 can be operated smoothly. In addition, since the guide piece 458 is disposed at a symmetrical position with the lower connection shaft 457 and the rotation center of the lower gear 456 sandwiched between the lower drive mechanism 450, the force applied to the lower gear via the lower connection shaft 457 is reduced. Balanced and more stable.

  In the lower movable effect device 400, the lower movable body 420 of the lower movable body 420 is detected based on the presence or absence of the lower detection piece 462 provided on the link plate portion 460 by the lower detection means 417 (original position detection means) provided on the rear plate body 404. The position is determined (see FIG. 83 (a)). As the lower detection means 417, a proximity switch such as a photo sensor is employed. The lower detection means 417 is disposed on the lower side of the lower gear 456, and is fixed to the rear plate body 404 in a state in which a sensor portion that is separated in the front-rear direction faces the inside of the lower base body 402. The lower detection piece 462 is provided at an end of the link plate portion 460 that is spaced away from the shaft fulcrum of the connection plate portion 424, and the piece protruding downward passes between the sensor portions before and after the lower detection means 417. It is supposed to be. The lower movable effect device 400 is configured such that the lower detection piece 462 is positioned between the front and rear sensor parts in a posture in which the lower movable body 420 is in the standby position, and the lower detection piece 462 blocks the front and rear sensor parts. Thus, the arrival of the lower detection piece 462 is detected (see FIG. 83A). Then, when the lower detection piece 462 is detected by the lower detection means 417 during the clockwise rotation of the lower gear 456, the lower movable effect device 400 immediately continues driving the lower motor 452 by a predetermined number of steps. The lower movable body 420 is stopped at the standby position when the lower motor 452 is stopped.

  An arrangement structure of wirings connected to the lower movable body light emitting substrate 426 will be described. The wiring is connected to a socket 426b provided at the lower front surface of the lower movable body light emitting substrate 426 (see FIG. 82), passes between the substrate 426 and the main body 422, and is a connecting piece portion formed in a cylindrical shape. It enters the inside of the connecting piece part 423 through the opening on the front side of 423, and is routed in the gap between the connecting plate part 424 and the link plate part 460. And the wiring was opened in the rear plate 404 in accordance with the passage opening 460a (see FIG. 83) opened by removing the lower gear from the lower gear at a portion close to the shaft support portion of the link plate portion 460. It is routed to the rear side of the lower base body 402 through the passage opening 406 and is taken out to the rear side of the back unit 50 through the wiring opening formed in the lower side portion 53d of the back unit 50, and is located on the lower rear surface of the back unit 50. Are connected to the relay board 39 installed in Thus, since the wiring is configured to be routed to the position disengaged from the lower gear 456 via the inner side of the connecting piece portion 423 and the gap between the connecting plate portion 424 and the link plate portion 460, the lower gear Interference with 456, the lower pinion 454, etc., the lower conversion part or the pivotal support part can be avoided.

  The lower movable body 420 is formed so that the tip thereof extends beyond the central portion of the display unit 41 at the operating position, and is largely operated (see FIG. 12). In the game board 40, the upper drive mechanism 270 and the lower moveable effect device of the upper moveable effect device 200 are positioned so as to be located diagonally across the display portion 41 formed in a substantially rectangular shape at the center of the game board 40. The lower drive mechanism 450 of 400 is installed in the back unit 50 and is configured to be able to combine the operation effect of the upper movable body 220 and the operation effect of the lower movable body 420. In the game board 40, the lower movable body 420 in the operating position is a design body formed in the approximate center of the display unit 41 by the decorative bodies 240 and 250 of the first and second upper movable bodies 220A and 220B in the operating position. It is located on the front side of the DR (see FIG. 12, FIG. 13 or FIG. 19). In the game board 40, the longitudinal side of the lower movable body 420 in the operating position extends along the straight portion of the semicircular design portion DH formed by the decorative bodies 240 and 250 of the upper movable bodies 220A and 220B. The lower movable body 420 overlaps the joint of the design portion DH of the first upper movable body 220A and the design portion DH of the second upper movable body 220B.

  In the game board 40, although both upper movable bodies 220A and 220B are located on the same plane in the front-rear direction, the first upper movable body is pivotally supported by the upper base body 202 located at the left outer corner of the display unit 41. The body 220A operates from the left outer side of the display unit 41 to the front side of the display unit 41, and is supported by the upper base body 202 so that the second upper movable body 220B operates from the upper outer side of the display unit 41 to the front side of the display unit 41. Thus, the movement paths to the operation position are set so as not to overlap. In the game board 40, the first and second upper movable bodies 220A and 220B are formed with a thickness that fits between the plate member 42 and the installation plate portion 53 of the back unit 50, and both upper movable bodies 220A and 220B. However, the front and rear regions between the rear surface of the plate member 42 and the installation plate portion 53 of the back unit 50 are used for displacement. On the other hand, in the game board 40, the lower movable body 420 is installed inside the window 100 a of the decorative frame member 100, and the rear surface of the lower movable body 420 is arranged to be the same as or the front side of the rear surface of the plate member 42. . That is, the lower movable body 420 can use the front and rear regions of the thickness of the plate member 42 and the protrusion of the bowl-shaped portion 106 of the decorative frame member 100 from the game board surface when the lower movable body 420 is displaced. Thus, in the game board 40, not only the space on the rear side of the plate member 42, but also the thickness of the plate member 42 and the space from the game board surface to the glass plate 14a covering the front side of the game board 40, the upper part Since the movable body 220 and the lower movable body 420 are installed, it is possible to dispose the upper movable body 220 and the lower movable body 420, which contain the light emitting substrates 248, 258, and 426, respectively, by shifting them forward and backward. . Therefore, the game board 40 can overlap the lower movable body 420 on the front side of the design body DR formed by the pair of upper movable bodies 220A and 220B (see FIG. 13).

  In the game board 40, since the lower movable body 420 is positioned at the operating position on the front side of the design body DR in which the two upper movable bodies 220A and 220B are configured at the operating position, both the upper movable bodies 220A and 220B and the lower movable body are positioned. A complex performance operation can be performed by combining the operations of 420. For example, in the game board 40, both upper movable bodies 220A and 220B appear on the display unit 41 from the respective accommodation spaces 57 and 58, and the three decorative bodies 240 and 250 of the upper movable bodies 220A and 220B are separated from each other. , 250 are assembled to form the design body DR at the substantially central portion of the display unit 41, while the lower movable body 420 displaced from a different direction from the upper movable bodies 220A, 220B overlaps the design body DR. At the same time or after overlapping, both upper movable bodies 220A and 220B are displaced toward the standby position, respectively, so that it is possible to produce an operation effect such that the design body DR is broken by the movement of the lower movable body 420. In addition, each of the upper movable bodies 220A and 220B is displaced so that the three decorative bodies 240, 250, and 250 gathered as they are displaced toward the standby position, so that the design body DR becomes finer. It is possible to perform an operation effect as if it was disassembled.

  Since the upper and lower movable bodies 220 and 420 are pivotally supported by the corresponding base bodies 202 and 402 and swing around the pivot point, the upper and lower movable bodies 220 and 420 are compared with the case where the entire movable bodies are moved in parallel. Thus, there is little interference with other members, and these movable bodies 220 and 420 can be operated largely. Further, although the upper and lower movable bodies 220 and 420 have different stand-by positions and different displacement trajectories, they perform an operation effect that is integrated at the operating position, so these movable bodies 220 that operate are operated. , 420 can attract interest about the result of the operation of the player and improve the interest of the player.

  In the pachinko machine 10, the upper drive mechanism 270 that moves the upper movable body 220 overlapping the rear side of the lower movable body 420 in the operating position is disposed with the output shaft 273 of the upper motor 272 facing the front side, and the first gear portion. Since the link part 236 constituting the first conversion part and the arm 222 of the upper movable body 220 are arranged on the rear side of the upper rotary plate 276 constituting the upper rotary plate 276, the upper movable body 220 is mounted using the longitudinal dimension of the upper motor 272. The upper movable body 220 can be arranged rearwardly of the lower movable body 420 without difficulty by the arrangement of the upper drive mechanism 270. On the other hand, the lower drive mechanism 450 that moves the lower movable body 420 that overlaps the front side in the operating position is arranged with the output shaft 453 of the lower motor 452 facing the rear side and the lower gear 456 that constitutes the second gear portion. Since the link plate portion 460 and the lower movable body 420 constituting the second conversion portion are disposed on the front side of the lower movable body 420, the lower movable body 420 can be disposed by using the longitudinal dimension of the lower motor 452, and the lower drive The lower movable body 420 can be disposed on the front side of the upper movable body 220 without difficulty by the arrangement of the mechanism 450. Therefore, interference at the operation position of the upper and lower movable bodies 220 and 420 can be appropriately prevented.

(Luminescence production part)
The game board 40 includes a portion that surrounds the display unit 41 in the game board 40 and a light emitting effect unit that can form a linear light emitting region across the display unit 41. The light emitting effect section is provided on the lower movable body 420 that operates with respect to the game board 40, and is moved together with the lower movable body 420, and the fixed light emitting sections 500, 510, 510, fixed to the game board 40 side. 520, 530, 540, 550, 560, and the fixed light emitting unit 500, which is a combination of the light emission of the movable light emitting unit 430 and the light emission of the fixed light emitting units 500, 520, 530, or a pair. A light emission effect is performed by combining light emission of 510, 520, 530, 540, 550, and 560 (see FIG. 4). The pachinko machine 10 may produce effects by combining light emission by the light emission effect unit and screen display on the display unit 41. The light emitting effect unit is configured such that the movable light emitting unit 430 is positioned outside the display unit 41 at the standby position of the lower movable body 420 and is displaced to the front side of the display unit 41 when the lower movable body 420 operates from the standby position. (See FIG. 12).

  The light emitting effect unit includes a plurality of fixed light emitting units 500, 510, 520, 530, 540, 550, and 560, and at least the fixed light emitting unit 500 that is paired with the movable light emitting unit 430 is provided. In addition, the light emitting effect unit is arranged such that a plurality of fixed light emitting units 500, 510, 520, 530, 540, 550, and 560 are paired with the display unit 41 interposed therebetween, or a plurality of fixed light emitting units 500, 510, 520, 530, 540, 550, and 560 are arranged side by side so that extended lines (light emitting lines) on the longitudinal sides of the light emitting region are continuous. Here, the fixed light-emitting unit “pairs” with the movable light-emitting unit 430 is fixed to the extended line (light-emitting line) of the long side of the light-emitting area formed by the movable light-emitting body 430 at the operating position of the lower movable body 420. This means a relationship in which the direction of the light emitting unit 500 coincides with the light emitting line, and the light emitting line is connected to form a light emitting line crossing the game board 40 in a pseudo manner. Further, “the pair of the fixed light emitting units is“ paired ”means that the directions of the light emitting lines of two or more fixed light emitting units 500, 510, 520, 530, 540, 550, and 560 arranged with the display unit 41 in between are the same. In addition, a series of light emission across the game board 40 including the screen display on the movable light emitting unit 430 or the display unit 41 in the operating position between these fixed light emitting units 500, 510, 520, 530, 540, 550, 560. A relationship that forms a line.

  The light emitting effect unit of the embodiment is arranged with the upper left fixed light emitting unit 500 extending obliquely from the upper left side (outer edge) of the display unit 41 toward the upper left, and sandwiching the upper left fixed light emitting unit 500 and the display unit 41. A first lower right fixed light emitting portion 510 extending obliquely downward and downward from the lower right side (outer edge) of the display portion 41, and a second right arranged continuously to the lower end side of the first lower right fixed light emitting portion 510. The lower fixed light emitting unit 520 and the third lower right fixed light emitting unit 530 arranged continuously to the lower end side of the second lower right fixed light emitting unit 520 are combined with the screen display on the movable light emitting unit 430 or the display unit 41 to emit light. The first light emission lines that are pseudo-connected from the upper left to the lower right of the game board 40 are constituted by these light emitting units 430, 500, 510, 520, and 530 (see FIG. 4). In addition, the light emitting effect unit is arranged with the display unit 41 sandwiched between the upper right fixed light emitting unit 540 and the upper right fixed light emitting unit 540 extending diagonally right upward from the upper right side (outer edge) of the display unit 41. 41. First left lower fixed light-emitting portion 550 extending obliquely from the lower left side (outer edge) of 41 toward the lower left side, and second lower left fixed light-emitting portion 560 arranged continuously to the lower end side of the first lower left fixed light-emitting portion 550. Is combined with the screen display on the display unit 41 to produce a light emission effect, and the light emitting units 540, 550, and 560 constitute a second light emission line that is connected in a pseudo manner from the upper right to the lower left of the game board 40 ( (See FIG. 4 or FIG. 15). In addition, the game board 40 is provided with light emitting units 430, 500, 510, 520, 530, 540, 550, and 560 so that the first and second light emitting lines intersect on the front side of the display unit. Yes.

  The pachinko machine 10 has an “X” -shaped light emission mode in which both the first and second light emission lines are formed and a light emission mode in which only the first light emission line is formed by a combination of the light emission of the light emission effect unit and the screen display. The light emitting mode for forming only the second light emitting line can be selected. In addition, the first light emission line can be selected from a basic aspect formed only by the light emission effect section and another aspect formed by a combination of the light emission effect section and the screen display constituting the light emission line in the display section 41. It is configured. That is, in the pachinko machine 10, in the basic mode of the first light emission line, the movable light emitting unit 430 of the lower movable body 420 in the operating position extends along the extension lines of the fixed light emitting units 500, 510, 520, and 530. The movable light emitting unit 430 and the fixed light emitting units 500, 510, 520, and 530 emit light, thereby filling the display unit 41 to form a first light emitting line. On the other hand, in the game board 40, in another aspect of the first light emitting line, the screen display along the extended lines of the fixed light emitting units 500, 510, 520, and 530 paired across the display unit 41 is displayed as a symbol. By performing light emission from the fixed light emitting units 500, 510, 520, and 530 performed by the device 13, a space between the upper and lower fixed light emitting units 500 and 510 divided by the display unit is filled to form a single light emitting line. ing. Furthermore, the pachinko machine 10 causes only the fixed light emitting units 500, 510, 520, 530, 540, 550, and 560 to emit light alone by selecting the presence / absence of the screen display constituting the light emission line on the display unit 41. Is also possible.

  The fixed light emitting units 500, 510, 520, 530, 540, 550, and 560 include light emitting covers 502, 512, 522, 532, 542, 552, and 562 that can transmit light, and the light emitting covers 502, 512, 522, and the like. A cover portion facing the front surface of the game board 40 is constituted by the frame portions 504, 514, 524, 534, 544, 554, 564 provided so as to border the peripheral edges of 532, 542, 552, 562, and the light emitting cover 502, 512, 522, 532, 542, 552, 562 are provided with light emitters such as LEDs on the rear side. The light emitting covers 502, 512, 522, 532, 542, 552, and 562 are synthetic resin plates that are formed in an elongated shape, and are subjected to a required light diffusion treatment. In the light emitting covers 502, 512, 522, 532, 542, 552, and 562 of the embodiment, irregularities such as vertical knurling processing are provided on the front surface as light diffusion processing, and the light emitting covers 502, 512, 522, 532, and 542 are provided. , 552, 562 are provided along the long sides of the light emitting covers 502, 512, 522, 532, 542, 552, 562. Further, the frame portions 504, 514, 524, 534, 544, 554, 564 are subjected to reflection processing such as plating that can reflect light at least on the outer surface exposed to the front side, and the light emitting covers 502, 512, 522, 532, It is provided at least along both edges extending in the longitudinal direction of 542, 552, and 562. The frame portions 504, 514, 524, 534, 544, 554, 564 are light emitting covers 502 that emit light when irradiated with light from the light emitters located behind the light emitting covers 502, 512, 522, 532, 542, 552, 562. , 512, 522, 532, 542, 552, 562, and other areas around the fixed light emitting units 500, 510, 520, 530, 540, 550, 560.

  The fixed light emitting units 500, 510, 520, and 530 constituting the first light emitting line will be described more specifically. The upper left fixed light emitting unit 500 is provided across the game board surface on the upper side of the bowl-shaped part 106 from the front surface of the upper decoration unit 300 provided on the upper side of the display unit 41 across the bowl-shaped part 106 of the decorative frame member 100. (See FIG. 4). In the upper left fixed light emitting unit 500, the other end facing the front side of the display unit 41 at the operating position in the lower movable body 420 is disposed on the side directed at the operating position (see FIG. 12). The cover portion of the upper left fixed light emitting unit 500 is provided on the left side of the upper decorative unit 300 and is located on the inner side of the window 100a of the decorative frame member 100, and is inclined to the left as it is spaced upward from the upper edge of the display unit 41. A lower block that extends so as to extend, and an upper block that is provided outside the window 100a and that is provided on the decorative frame member 100 and that is connected to the upper end of the lower block and extends so as to incline to the left. Consists of The light emitter 306a of the upper left fixed light emitting unit 500 is located on the unit light emitting substrate 306 of the upper decorative unit 300 on the rear side of the lower block light emitting cover 502a and the upper block light emitting cover (light transmitting portion) 502b. They are provided side by side in the longitudinal direction of 502a and 502b.

  The lower block of the upper left fixed light emitting unit 500 is provided on the decorative cover 308 of the unit main body 302 in the upper decorative unit 300 and is disposed on the left side of the operating body 320 (see FIG. 72). The lower block of the upper left fixed light emitting unit 500 is configured by closing an opening formed in the decorative cover 308 with the light emitting cover 502a and surrounding the periphery of the light emitting cover 502a with a frame portion 504b attached to the front surface of the decorative cover 308. The light emitting cover 502b of the upper block has a notch portion provided in a frame-like portion 106 protruding forward from the plate member 42 and a frame decoration 108 extending from the upper side of the flange-like portion 106 along the front surface of the plate member 42. And is held between the base frame portion 102 and the hook-like portion 106 or the frame decoration 108 (see FIG. 30 or FIG. 33). The light emitting cover 502b of the upper block is formed in a stepped shape that matches the front shape from the hook-shaped portion 106 to the frame decoration 108 of the decorative frame member 100, and the front surface covers part of the hook-shaped portion 106 and the frame decoration 108. (See FIG. 32). That is, in the upper block light emitting cover 502b, the front surface of the upper part aligned with the frame decoration 108 is a part of the game board surface on which the pachinko balls roll. The frame portion 504b of the upper block is formed integrally with the frame decoration 108.

  In the upper left fixed light emitting unit 500, a light emitting body 306a corresponding to the light emitting cover 502b of the upper block is defined between the display through hole 42a of the plate member 42 and the frame extending portion 104 of the decorative frame member 100. The plate member 42 is connected to the portion 100b and the display through hole so as to face the light emitting through hole 42e (see FIG. 14) that is formed by cutting out the light emitting cover 502b of the upper block. In the upper left fixed light emitting section 500, the light emitting cover 502b (light emitting area) of the upper block that covers the front side of the space section 100b and the light emitting through hole 42e is illuminated by the light emitting body 306a via the space section 100b and the light emitting through hole 42e. It is like that. As described above, since the light emitter 306a faces the light emitting cover 502b using the space portion 100b, the size of the light emitting through hole 42e formed by expanding the display through hole 42a on the plate member 42 is suppressed. The light emission area of the upper block can be widened. Further, since the light emitting through hole 42e can be omitted or the size can be set small, the shape of the through hole opened in the plate member 42 can be simplified.

  The first and second lower right fixed light emitting units 510 and 520 are provided on the front surface of the lower base body 402 of the lower movable effect device 400 and are disposed inside the window 100a of the decorative frame member 100 (see FIG. 7 or (See FIG. 78). The first lower right fixed light emitting unit 510 is disposed on the left side which is the operating side to the operating position of the lower movable body 420 with respect to the lower movable body 420 in the standby position, and downward from the lower right side of the display unit 41. The cover part is formed so as to incline to the right as it goes. The first lower right fixed light emitting unit 510 has a cover portion that covers the front side of the right side of the lower light emitting substrate in the lower light emitting device 600, and a frame portion formed by a light emitter disposed on the lower light emitting substrate corresponding to the rear side of the light emitting cover 512. A light emitting cover 512 surrounded by 514 emits light. In addition, the first lower right fixed light emitting unit 510 is installed such that the cover portion is positioned on the rear side of the rear surface of the lower movable body 420, and the lower movable body 420 is configured to overlap the front side of the cover portion at the operating position. (See FIG. 79).

  The second lower right fixed light emitting unit 520 is disposed on the lower right side of the lower movable body 420 at the standby position, and on the opposite side of the first lower right fixed light emitting unit 510 with the lower movable body 420 at the standby position interposed therebetween. (See FIG. 7 or FIG. 78). The second lower right fixed light emitting portion 520 is formed with a cover portion so as to incline to the right as it goes downward adjacent to the extension line of the lower end of the first lower right fixed light emitting portion 510. The second lower right fixed light emitting unit 520 covers the front side of the lower base light emitting substrate 412 provided on the front surface of the lower base body 402 and is disposed on the lower base light emitting substrate 412 corresponding to the rear side of the light emitting cover 512. The light emitting cover 512 surrounded by the frame portion 514 is caused to emit light by the light emitting body 412a. The second lower right fixed light emitting unit 520 is configured to be connected to the lower end of the lower movable body 420 in the inclined posture at the operating position so that the light emitting area of the cover portion is located on the extended line of the long side of the lower movable body 420. (See FIG. 79).

  The third lower right fixed light emitting portion 530 is provided outside the window 100a and is provided on the decorative frame member 100. The third lower right fixed light emitting portion 530 is positioned on the extension line at the lower end of the second lower right fixed light emitting portion 520 and moves to the right. A cover portion is formed so as to incline toward (see FIG. 7 or FIG. 30). The light emitting cover 532 of the third lower right fixed light emitting portion 530 is fitted into a notch portion provided on the frame decoration 108 extending along the front surface of the plate member 42 from the lower side of the bowl-like portion 106 to be attached to the base frame. It is held between the part 102 and the hook-like part 106 (see FIG. 33). The light emitting cover 532 forms a part of the frame decoration 108 in alignment with the front surface of the frame decoration 108, and the front surface of the light emission cover 532 is a part of the game board surface on which the pachinko balls roll. Note that the frame portion 534 of the third lower right fixed light emitting portion 530 is formed integrally with the frame decoration 108. Furthermore, the third lower right fixed light emitting portion 530 is provided so as to overlap the lower end front side of the second lower right fixed light emitting portion 520 extending to the rear side of the plate member 42. The third lower right fixed light emitting portion 530 is connected to the space portion 100b defined between the display through-hole 42a of the plate member 42 and the frame extending portion 104 of the decorative frame member 100 and the display through-hole 42a, and is a plate member. 42 by light irradiated through the light emission cover 522 of the second lower right fixed light emitting unit 520 facing the light emission through hole 42e formed by cutting out the light emission cover 532 of the third lower right fixed light emitting unit 530, The light emitting cover 532 of the third lower right fixed light emitting unit 530 emits light. That is, the third lower right fixed light emitting unit 530 emits light by the light emitter 412a of the lower base light emitting substrate 412 that illuminates the lower end of the second lower right fixed light emitting unit 520.

  The fixed light emitting units 540, 550, and 560 constituting the second light emitting line will be described more specifically. Similarly to the upper left fixed light-emitting unit 500, the upper right fixed light-emitting unit 540 straddles the hook-shaped portion 106 across the hook-shaped portion 106 of the decorative frame member 100 from the front surface of the upper decorative unit 300 provided on the upper side of the display unit 41. Is provided over the upper game board surface (see FIG. 4). The cover portion of the upper right fixed light emitting portion 540 is located inside the window 100a of the decorative frame member 100 and is slightly offset to the right side from the center portion of the upper decorative unit 300, and extends upward from the upper edge of the display portion 41. A lower block that extends to the right as it separates, and a decorative frame member 100 that is located outside the window 100a, is connected to the upper end of the lower block, and is inclined to the right as it goes upward. And an upper block extending to The light emitter 306a of the upper right fixed light emitting unit 540 is located on the unit light emitting substrate 306 of the upper decorative unit 300 on the rear side of the lower block light emitting cover 542a and the upper block light emitting cover (light transmitting portion) 542b. It is provided side by side in the longitudinal direction of 542a, 542b.

  The lower block of the upper right fixed light emitting unit 540 is provided on the decorative cover 308 of the unit main body 302 in the upper decorative unit 300, and is disposed in the concave portion on the right side of the operating body 320 (see FIG. 72). The lower block of the upper right fixed light emitting unit 540 is configured by closing the opening formed in the decorative cover 308 with the light emitting cover 542a, and surrounding the periphery of the light emitting cover 542a with the frame portion 544a attached to the front surface of the decorative cover 308. The light emitting cover 542b of the upper block has a notch portion provided in a frame-like portion 106 protruding forward from the plate member 42 and a frame decoration 108 extending from the upper side of the flange-like portion 106 along the front surface of the plate member 42. And is held between the base frame portion 102 and the hook-like portion 106 or the frame decoration 108 (see FIG. 30 or FIG. 33). The light emitting cover 542b of the upper block is formed in a stepped shape that matches the front shape from the hook-shaped portion 106 of the decorative frame member 100 to the frame decoration 108, and constitutes a part of the hook-shaped portion 106 and the frame decoration 108. (See FIG. 32). That is, in the light emitting cover of the upper block, the front surface of the upper part aligned with the frame decoration is a part of the game board surface on which the pachinko ball rolls. The frame portion 544b of the upper block is formed integrally with the frame decoration 108.

  In the upper right fixed light emitting portion 540, a light emitting body 306a corresponding to the light emitting cover 542b of the upper block is defined between the display through hole 42a of the plate member 42 and the frame extending portion 104 of the decorative frame member 100. It is arranged so as to face the light emitting through hole 42e (see FIG. 14) formed in the plate member 42 by being cut out in accordance with the light emitting cover 542b of the upper block so as to be connected to the portion 100b and the display through hole. In the upper right fixed light emitting unit 540, the light emitting cover 542b (light emitting region) of the upper block that covers the front side of the space 100b and the light emitting through hole 42e is illuminated by the light emitting body 306a through the space 100b and the light emitting through hole 42e. It is like that. As described above, since the light emitter 306a faces the light emission cover 542b using the space portion 100b, while suppressing the size of the light emission through hole 42e formed by expanding the display through hole 42a in the plate member 42, The light emission area of the upper block can be widened. Further, since the light emitting through hole 42e can be omitted or the size can be set small, the shape of the through hole opened in the plate member 42 can be simplified.

  The first lower left fixed light emitting portion 550 is provided inside the window 100a of the decorative frame member 100 and is provided on the front side of the lower light emitting device 600, and is inclined leftward from the lower left side of the display portion 41 toward the lower side. Thus, a cover portion is formed (see FIG. 15). The first lower left fixed light emitting unit 550 has a cover portion covering the front side of the lower light emitting substrate 602 in the lower light emitting device 600, and a frame portion by a light emitter 602a disposed on the lower light emitting substrate 602 corresponding to the rear side of the light emitting cover 552. The light emitting cover 552 surrounded by 544 emits light.

  The second lower left fixed light emitting portion 560 is provided on a lower decorative member 66 installed at the lower left portion of the game area 40a (see FIG. 4). The second lower left fixed light emitting unit 560 is formed on the extension line of the lower end of the first lower left fixed light emitting unit 550 and has a cover portion that is inclined leftward as it goes downward. The lower decoration member 66 is installed so as to be fitted to the decoration through-hole 42c opened in the lower left portion of the plate member 42, and the normal winning opening 64a of the normal winning device 64 is provided facing the game area. A lower decorative light emitting substrate (not shown) for emitting light from the member 66 is provided on the rear side. The second lower left fixed light emitting portion 560 is fixed by fitting a cover portion to a notch portion formed in the lower decorative member 66, and the cover portion is aligned with the front shape of the lower decorative member 66 and is fixed to the lower decorative member 66. Part of the front of the. That is, the cover portion of the second lower left fixed light emitting unit 560 is a part of the game board surface on which the pachinko balls roll. The second lower left fixed light emitting unit 560 has a cover portion covering the front side of the lower decorative light emitting substrate, and a frame portion 564 by a light emitter (not shown) disposed on the lower decorative light emitting substrate corresponding to the rear side of the light emitting cover 662. The light emitting cover 562 surrounded by the light is emitted.

  In the pachinko machine 10, when the lower movable body 420 is displaced from the standby position to the operating position by satisfying a predetermined condition, the upper left fixed light emitting unit 500, the second and second light emitting units 500 are synchronized with the light emission of the movable light emitting unit 430. 3. By emitting light from the lower right fixed light emitting portions 520 and 530, a first light emitting line extending from the upper right to the lower left of the game area 40a is formed. That is, the first light emitting line extending long on the game board surface can be formed by the fixed light emitting units 500, 520, and 530 located outside the display unit 41 and the movable light emitting unit 430 provided in the lower movable body 420. The power of the production by the first light emission line can be increased. And since the movable light emission part 430 is formed in the lower movable body 420, there exists a three-dimensional effect as a whole, and the interest of the light emission effect can be improved in combination with the operation effect of the lower movable body 420. Further, the decorative frame member 100 that partitions the game area 40a and the display unit 41 is also used as the light emitting area of the fixed light emitting units 500 and 540 by providing the light emitting covers 502b and 542b. A feeling can be increased. Thus, according to the light emission effect unit, the light emission effect by the light emission units 430, 500, 510, 520, 530, 540, 550, and 560 can be effectively performed together with the operation effect of the lower movable body 420.

  The movable light emitting unit 430 has a light emitting region along the longitudinal side of the lower movable body 420 extending from one end portion pivotally supported on the outer side of the display unit 41 toward the other end portion located on the front side of the display unit 41. Is formed. The movable light emitting unit 430 can be set long by forming the light emitting region in the longitudinal direction of the lower movable body 420, and the light emitting region is fixed to the fixed light emitting units 500, 520, 530 at the operating position of the lower movable body 420. When the light emitting areas are aligned in the same extending direction, the extending direction of the light emitting areas and the posture of the lower movable body 420 are matched, so that the light emitting effect can be obtained by the affinity of the shape of the lower movable body 420 and the light emitting effects. Can be improved. Further, since the upper left fixed light emitting portion 500 is provided on the side where the other end portion of the lower movable body 420 is directed at the operating position, the light emitting effect portion is the most moving of the lower movable body 420 and attracts attention. A light emission effect can be improved by forming a first light emission line with the end portion and the upper left fixed light emitting portion 500 located at a portion to which the other end portion is directed.

(Lower light emitting device)
The lower light emitting device (light emitting device) 600 is installed on the lower side 53d of the back unit 50 and extends to the left and right of the lower side of the display unit 41 (see FIG. 15 or FIG. 17). The lower light emitting device 600 is disposed behind the stage 120 and the cover member 170 attached to the lower part of the window 100a in the decorative frame member 100 and is positioned inside the window 100a, and the transparent light source 120 and the cover member 170 are interposed therebetween. It is visible from the front side. The lower light emitting device 600 includes a central light decoration portion 600a provided at the center of the stage 120 located on the rear side of the first route 125, and horizontal light decoration portions 600b provided on both the left and right sides of the central light decoration portion 600a. , 600b and a first lower left fixed light-emitting part 550 that constitutes a part of the light-emitting effect part, and roughly divided into three light-emitting sections.

  The lower light emitting device 600 includes a lower light emitting substrate (light emitting substrate) 602 attached to the front surface of the lower side 53d of the back unit 50, and a plurality of light emitters 602a such as LEDs are provided on the front surface of the lower light emitting substrate 602 (see FIG. 27). In the lower light emitting device 600, light emitters 602 a corresponding to the central light decoration portion 600 a, the horizontal light decoration portion 600 b, and the first lower left fixed light emission portion 550 are disposed on one lower light emission substrate 602. The lower light emitting substrate 602 is formed in a horizontally long shape so as to correspond to the lower side portion 53d of the back unit 50, and can emit light independently from each light emitting body 602a. The lower light emitting substrate 602 also includes a light emitter 602a corresponding to a cover portion provided on the lower base body 402 of the first lower right fixed light emitter 510, which is located on the right side and forms a part of the light emitting effect portion. Is provided.

  The central light decoration portion 600a includes a group of light emitters 602a (referred to as a central light emitter group when specifically distinguished) disposed in the central portion of the lower light emitting substrate 602 and the light emitters 602a of the central light emitter group. It is basically composed of a mirror member 604 provided on the front side and a half mirror member 606 provided on the front side of the mirror member 604 (see FIG. 27). The lateral light decoration portion 600b is covered with a group of light emitters 602a (referred to as a lateral light emitter group when specifically distinguished) disposed on the left and right sides of the central light emitter group, a mirror member 604, and a half mirror member 606. It is basically composed of a lateral covering member 608 disposed on the left and right with the center portion interposed therebetween. The horizontal covering member 608 is a synthetic resin member that can transmit light and is subjected to a light diffusion process, and a front surface that extends away from the lower light emitting substrate 602 is irradiated with light from the horizontal light emitting body group. It is configured to emit light. The lower light emitting device 600 includes an edge member 610 formed so as to edge the upper edges of the left and right lateral covering members 608 and 608 and the outer edge of the half mirror member 606. It is attached to the front side of the member 606 (see FIG. 17).

  The first lower left fixed light-emitting portion 550 includes a frame portion 544 disposed on the horizontal covering member 608 so as to surround an opening formed in the horizontal covering member 608 installed on the left side, and a frame portion 642b according to the opening. The light emitting cover 542 fitted and attached to the opening formed on the light emitting body 542 and a light emitting body 602 a located on the rear side of the light emitting cover 542 are configured. Here, the first lower left fixed light emitting unit 550 is disposed on the left side of the central light decoration unit 600a, and the length of the light emitting cover 542 extends so as to be biased to the left as it goes from the top to the bottom. . The first lower left fixed light emitting portion 540 is divided into the light emitting area of the lower light emitting device 600 by the frame portion 544 by the light emitting cover 542 that emits light by irradiation of light from the corresponding light emitting body 602a, and the left side as it goes from top to bottom. A part of the light emission line that is inclined so as to be biased is formed.

  The central light decoration portion 600a will be specifically described. In the central light emitter group constituting the central light decoration portion 600a, a plurality of light emitters 602a are annularly formed around one light emitter 602a (another light emitter) located at the center in the left-right direction of the lower light emitting substrate 602. They are arranged side by side (see FIG. 23 or FIG. 27). Note that the central light emitter 602a can be omitted.

  The mirror member 604 is a substantially circular plate-like body, and is formed so that the outer peripheral edge protrudes forward. The mirror member 604 includes a light emitter opening 604a that is opened to penetrate in the front-rear direction in accordance with each of the light emitters 602a of the central light emitter group (see FIG. 23), and the rear surface surrounds each light emitter opening 604a in the rear. It has the surrounding piece 605 (refer FIG. 8) by which the protrusion was formed. That is, in the mirror member 604, a plurality of light emitter openings 604a are provided in a ring shape around a light emitter opening 604a provided in the center. Further, the mirror member 604 is formed with a mirror convex portion (convex portion) 604b that protrudes in a convex manner toward the center on the front surface located inside the annularly arranged light emitter openings 604a, and the mirror convex portion on the front surface Sites other than 604b are formed flat (see FIG. 27). The mirror convex portion 604b is formed so that the outer peripheral edge is in contact with the light emitter opening 604a arranged in a ring shape. The mirror member 604 is subjected to at least a mirror treatment on the front surface including the mirror convex portion 604b, the inner surface of the surrounding piece 605, and the light emitter opening 604a. In the embodiment, the entire outer surface has a mirror surface capable of reflecting light by metal plating. Is formed. The mirror member 604 is attached to the edge member 610 from the rear side, and by fixing the edge member 610 to the back unit 50, the rear end of the surrounding piece 605 is surrounded by the surrounding light emitting body 602a by each surrounding piece 605. It is arranged so as to face the lower light emitting substrate 602. The central light decoration portion 600a is configured such that the light emitter 602a housed inside the surrounding piece 605 faces the light emitter opening 604a and can irradiate light from the light emitter 602a to the front side through the light emitter opening 604a. The

  The half mirror member 606 is a substantially circular thin sheet formed according to the mirror member 604 (see FIG. 27). The half mirror member 606 is provided on the front side of the mirror member 604 so as to be separated from the front surface of the mirror member 604, and is configured to be able to reflect a part of the light emitted from the light emitter 602a and transmit the rest. Yes. The half mirror member 606 is formed so as to restrict the transmission of light incident from the front side, and the half mirror member 606 of the embodiment reflects light like a mirror when the light emitter 602a is not lit. ing. In the central light decoration portion 600a, a mirror holding member 612 made of a transparent synthetic resin plate is disposed between the mirror member 604 and the half mirror member 606, and the sheet-like half mirror member 606 is moved by the mirror holding member 612. Hold it later. The central light decoration portion 600a abuts the mirror holding member 612 on the front edge of the outer peripheral edge of the mirror member 604, and between the mirror holding member 612 and the edging member 610, on the front side of the half mirror member 606 and the half mirror member 606. It is fixed with screws from the mirror member 604 side with a ring-shaped annular piece 614 provided therebetween. Then, the central light decoration portion 600a is configured such that the outer peripheral edge of the half mirror member 606 is held between the mirror holding member 612 and the front edge of the mirror member 604 by an edge member 610 that rims the outer periphery of the half mirror member 606 in an annular shape. The half mirror member 606 is disposed away from the front surface of the mirror member 604 by the mirror holding member 612 held on the protruding outer peripheral edge (see FIG. 8).

  In the half mirror member 606, a half mirror opening 606a is formed at a central portion corresponding to the light emitter 602a located at the center of the central light emitter group (see FIG. 27). Further, the mirror holding member 612 is formed with a light diffusion protrusion (light diffusion protrusion) formed so as to protrude forward and subjected to light diffusion processing at a central portion corresponding to the light emitter 602a located at the center of the central light emitter group. Part) 612a is provided. The light diffusion protrusion 612a is accommodated in the half mirror opening 606a of the half mirror member 606 installed on the front side of the mirror holding member 612, and closes the half mirror opening 606a to cover the front surface (design surface) of the central light decoration portion 600a. It is composed.

  When the central light decoration portion 600a is irradiated with light from the annularly arranged light emitters 602a in the central light emitter group, a part of the light is reflected by the half mirror member 606 extending to the front side and transmitted through the half mirror member 606. Light is visually recognized as dots. In addition, the light reflected by the half mirror member 606 is reflected on the front surface of the mirror member 604 that has been subjected to the mirror treatment, enters the half mirror member 604, and is partially reflected by the half mirror member 606. The light transmitted through the half mirror member 606 is visually recognized as a dot. That is, the light of the illuminant is reflected between the mirror member 604 and the half mirror member 606, and the reflection angle of the light is changed by the half mirror member 606 or the mirror member 604, so that the half mirror member 606 (the central light decoration portion 600a). The position of the light that appears on the front of the screen shifts. Therefore, in the central light decoration portion 600a, when the annularly arranged light emitters 602a are turned on by the combined mirror action of the half mirror member 606 and the mirror member 604, more light sources than the number of the light emitters 602a arranged are connected. It can be visually recognized as it exists. As described above, the central light decoration portion 600a emits light in a few points instead of emitting light in a spot shape at one location corresponding to one light emitter 602a or emitting the entire front cover of the light emitter 602a in a planar shape. Since the body 602a can create many point-like light emission points, and these light emission points are arranged with relevance, the light emission effect is high.

  The central light decoration portion 600a arranges the light emitters 602a arranged in a ring shape, and the mirror member 604 provides a mirror convex portion 604b inside the ring formed by the light emitters 602a, thereby emitting the light emitters 602a arranged in a ring shape. At this time, the light reflected by the inclined surface of the mirror convex portion 604b can be visually recognized so as to be arranged concentrically in the half mirror member 606, and the light emission effect can be further improved. Here, since the outer peripheral edge of the mirror convex portion 604b is formed so as to be in contact with the light emitter opening 604a, the light visible inside the light emitter 602a arranged in a ring shape can be enhanced. In addition, the central light decoration portion 600a includes the light emitter 602a that directly illuminates the light diffusion protrusion 612a through the mirror member 604 and the openings 604a and 606a of the half mirror member 606 at the center of the annular light emitter 602a. A light emission effect can be improved in combination with light emission having a spread and a series of surroundings arranged in a ring. In the central light decoration portion 600a, the light emitter 602a is disposed on the rear side of the mirror member 604. The light emitter 602a is surrounded by the surrounding piece 605, and the light of the light emitter 602a is subjected to the mirror treatment applied to the inside of the surrounding piece 605. Therefore, diffusion of light on the rear side of the mirror member 604 can be prevented. That is, the point-like light appearing on the half mirror member 606 can be emphasized.

  Even if strong light is incident on the central light decoration portion 600a from the front side of the half mirror member 606 and is reflected between the mirror member 604 and the half mirror member 606, the lower light emitting substrate 602 is behind the mirror member 604. Since each light emitter 602a is located behind the front surface of the mirror member 604, the light emitter 604a itself is not easily illuminated by the light incident from the front, and the light emitter 602a can be viewed from the front in a non-light emitting state. Can be difficult. That is, the lower light emitting device 600 can perform an effective light emission effect at the central light decoration portion 600a and is static because the light emitter 602a is difficult to see even when the light emitter 602a of the central light decoration portion 600a is not emitting light. The decorativeness can also be increased.

(Right-side light emitting device)
The game board 40 includes a right side light emitting device 620 on the right side of the display unit 41, and can emit light on the right side of the display unit 41 (see FIG. 4 or FIG. 15). The right side light emitting device 620 is disposed on the right side portion 53 c of the back unit 50 and faces the inside of the window 100 a of the decorative frame member 100. In the game board 40, the right side light emitting device 620 is disposed above the lower movable effect device 400 in which the lower base body 402 is installed at the lower right corner of the back unit 50, and the lower movable object 420 of the lower movable effect device 400 is arranged. It overlaps with the front side of the right side light emitting device 620 at the standby position (see FIG. 7 or FIG. 17).

  The right side light emitting device 620 includes a right side light emitting substrate 622 having a plurality of light emitters 622a on the front surface, a side decorative cover 624 provided on the front side of the right side light emitting substrate 622, and the side decorative cover 624. A plurality of main illumination units 626 arranged at least along the edge of the display unit 41 in which the right side light emitting device 620 is installed (up and down direction in the embodiment) and adjacent illumination units 626 And a partition section 630 provided at least between them (see FIG. 26). In the embodiment, the main illumination unit 626 is provided on the lower base upper decoration 414 installed on the upper part of the lower base body 402 of the lower movable effect device 400, and one main illumination unit provided on the upper right side of the lower base upper decoration 414. 626 and two main illumination units 626 and 626 provided on the side decorative cover 624 are arranged vertically (see FIG. 21). The right side light emitting device 620 is arranged in a standby position in which three main illumination units 626 arranged in the vertical direction are biased to the side (right side) away from the display unit 41 and extend along the right edge of the display unit 41. A main illumination unit 626 is provided at a position away from the lower movable body 420 (see FIG. 17). That is, the plurality of main illumination units 626 are visible from the front side regardless of the position of the lower movable body 420.

  The right side light emitting substrate 622 is attached to the front surface of the right side portion 53c of the back unit 50, and a region extending from a substantially central portion to a lower portion (upper side of the lower base body 402 of the lower movable effect device 400) in the right side portion 53c. Covering. Here, in the back unit 50, the right side portion of the installation plate portion 53 is recessed rearward to form a device support portion 52b, and the symbol display device 13 has an inner portion of the device support portion 52b protruding rearward. It is attached to the rear surface of the installation plate portion 53 in a state where the position of the right side surface is regulated by the side surface (left side surface) (see FIG. 5). The right side light emitting substrate 622 is attached so as to cover the front side of the opening opened to the front side of the device support portion 52b, and a wiring arrangement space 618 is defined between the right side light emitting substrate 622 and the device support portion 52b. (See FIG. 10, FIG. 11 or FIG. 25). The right side light emitting substrate 622 is provided with a socket 622b on the rear surface thereof facing the wiring arrangement space 618, and the wiring connected to the socket 622b is routed downward through the wiring arrangement space 618. The relay board 39 is connected to the lower part of the back unit 50. The wiring arrangement space 618 accommodates wiring connected to the solenoid 352 and the light emitting substrates 306 and 326 of the upper decoration unit 300 and wiring connected to the upper light emitting substrate 642 of the upper light emitting device 640.

  The right-side decorative cover 624 is a synthetic resin member that can transmit light, and the embodiment is formed to be translucent. The right decorative cover 624 is configured by dividing a part surrounding the upper main illumination part 626 and a part surrounding the middle main illumination part 626 (see FIG. 26). The upper portion of the right decorative cover 624 of the embodiment is integrally formed with an upper light transmission cover 644 that forms the front surface of the upper light emitting device 640 provided on the upper side of the right light emitting device 620.

  The main illumination unit 626 is provided on the front side of the right side light emitting substrate 622 (see FIG. 10, FIG. 11 or FIG. 87). The main illumination unit 626 is provided so as to cover an opening formed in the right side decorative cover 624 or the lower base upper decoration 408, and a light transmissive sheet 626a subjected to a light diffusion process, and a front side of the light transmissive sheet 626a. The light-emitting body 622a is provided on the right-side light-emitting substrate 622 in accordance with the opening. ). The covering portion 626b of the embodiment is a transparent member formed in a circular dome shape that protrudes forward, and is provided with a required pattern.

  The section 630 is provided on an edge decoration member 628 attached to the front surface of the right side decorative cover 624 (see FIG. 26). The edge decoration member 628 is integrally formed with the surrounding portion 628 a surrounding the outer periphery of the main illumination portion 626 provided on the right side decorative cover 624 and the partition portion 630. When the edge decoration member 628 is attached to the right side decorative cover 624, the outer peripheral edge of the covering portion 626b and the translucent sheet 626a that are overlapped in the front and rear are opened to the right side decorative cover 624 by the surrounding portion 628a. It is comprised so that it may be pinched | interposed and held between opening edges. The edge decoration member 628 is configured not to transmit light, and is subjected to a reflection process capable of reflecting light over the entire surface. Note that a ring-shaped surrounding portion 629 is also attached to the outer periphery of the main illumination portion 626 provided on the lower base upper decoration 408, and the outer peripheral edge of the covering portion 626b and the translucent sheet 626a overlapped in the front and rear directions is surrounded by the surrounding portion. 629 is held between the opening edge of the opening formed in the lower base upper decoration 408.

  The section 630 is provided between the adjacent upper main illumination unit 626 and the middle main illumination unit 626, and between the adjacent middle main illumination unit 626 and the lower main illumination unit 626, respectively. It is provided on the upper side of the upper main illumination unit 626 (see FIG. 19). Each partitioning part 630 extends between the main illumination part 626 and the right side light emitting substrate 622 and covers the front side of the partitioning wall part 631 and a partitioning wall part 631 provided in a ring shape communicating with the front and rear. And a decorative portion 632 provided with a light emission gap S facing the main illumination portion 626 between the front end of the partition wall portion 631 (see FIG. 10, FIG. 11 or FIG. 87). The partition wall 631 is formed such that the rear end is positioned at the same or slightly front side of the front surface of the light emitter 622a of the right side light emitting substrate 622, and the front end is connected to the surrounding portion 628a surrounding the outer periphery of the main illumination unit 626. ing. The partition wall 631 is formed so as to be continuous in an annular shape, and a light guide space 631a communicating in the front-rear direction is defined inside. In addition, the partition wall part 631 of an Example is formed so that the outline may be extended in the substantially triangular shape which spreads as it separates from the display part 41. As shown in FIG.

  The decorative portion 632 is formed in a substantially triangular shape with the outline matching the contour of the partition wall portion 631, and the ridgeline formed by the top portion is on the game board surface intersecting the arrangement direction (vertical direction) of the plurality of main illumination portions 626. It is formed in a mountain-shaped three-dimensional shape extending in the horizontal direction (left-right direction) along (see FIG. 19). The decorative portion 632 is disposed with the upper (one) inclined surface facing the front opening of the light guide space 631a defined by the partition wall portion 631. A sub-illumination unit 633 capable of transmitting light is provided on the upper inclined surface. The decorative portion 632 of the embodiment is formed so that the upper inclined surface is opened except for the contour portion, and the auxiliary illumination portion 633 is formed by fitting a mountain-shaped transmission piece 633a on the rear side of the decorative portion and closing the opening. (See FIG. 26).

  The section 630 has a light emitting gap S that opens at least to face the main illumination section 626 positioned on the lower side, a lower end of the inclined surface on the lower side of the decoration wall 632 and a portion that forms the lower side of the section wall section 631. And have between. In the embodiment, only the lower section 630 is configured such that the portion forming the upper side of the section wall 631 is spaced from the lower inclined end of the upper inclined surface of the decoration section 632 (FIG. 10 or FIG. 87). The lower section 630 has a light emission gap S that opens to face the main illumination section 626 located on the upper side. The division part 630 reflects light such as plating that can reflect light at least on the inner surface of the division wall part 631 that defines the light emission space 631a and the inner surface of the decoration part 632 facing the front opening of the light guide space 631a. In the embodiment, the entire surface of the section 630 is subjected to a light reflection process.

  The right side light emitting substrate 622 is installed on the rear side of the light emitting body 622a installed on the rear side of the main illumination unit 626 and the part (the rear opening of the light guide space 631a) surrounded by the partition wall 631 in the partition unit 630. The light emitting body 622a and the light emitting body 622a installed on the rear side of the right side decorative cover 624 are provided, and the light emitting body 622a can be blinked independently for each corresponding part. Note that a plurality of light emitters 622 a are arranged in a circle at a portion corresponding to the main illumination unit 626 around the light emitter 622 a located at the center of the main illumination unit 626. That is, the right side light emitting device 620 emits light from the main illumination unit 626 by turning on the light emitter group corresponding to the main illumination unit 626, and turns on the right side part by lighting up the light emitter group corresponding to the right side decorative cover 624. The decorative cover 624 can emit light. Further, the right side light emitting device 620 emits light emission gaps through the reflection surfaces provided on the inner surface of the partition wall portion 631 and the inner surface of the decoration portion 632 by the light emission of the light emitter 622a corresponding to the portion surrounded by the partition wall portion 631. The main illumination unit 626 is illuminated from S. At the same time, in the right side light emitting device 620, the sub illumination unit 633 constituting the upper inclined surface emits light by the light emission of the light emitter 622a corresponding to the portion surrounded by the partition wall portion 631.

  The right side light emitting device 620 not only emits light by the light emitter 622a located at the rear side of the main illumination unit 626, but also the light emitter corresponding to the section 630 provided between the adjacent main illumination units 626 and 626. The main illumination unit 626 can be illuminated through the light emission gap S facing the main illumination unit 626 also by the light emission of 622a. That is, since the main illumination unit 626 can perform two types of light emission effects, that is, direct light emitted by the main illumination unit 626 itself and indirect light emission through the light emission gap S, the width of the light emission effect is widened. An effective light emission effect can be performed. Here, the division unit 630 functions as a wall that partitions between the adjacent main illumination units 626 when light is emitted from the light emitter group corresponding to the main illumination unit 626, and thus corresponds to the adjacent main illumination unit 626. It is possible to avoid that the light emitted from the light emitting body group enters the different main illumination units 626, and the main illumination units 626 can be made to brighten independently. Further, the right side light emitting device 620 is configured such that the inner surfaces of the partition wall 631 and the decoration portion 632 are subjected to light reflection processing so that the inner surface functions as a reflection surface, and is surrounded by the partition wall portion 631 by the mountain shape of the decoration portion 632. The light emitted from the light emitter 622a can be reflected and diffused. That is, the main illumination unit 626 can be appropriately illuminated through the light emission gap S, and a light emission effect can be more effectively achieved. In addition, since the sub-illumination unit 633 is provided in the decoration unit 632, the light emission of the sub-illumination unit 633 is combined with the indirect illumination of the main illumination unit 626 via the light-emitting gap S, thereby performing a more complicated light emission effect. be able to.

(Upper light emitting device)
The game board 40 includes an upper light emitting device 640 on the upper right side of the display unit 41, and emits light on an upper right side region of the display unit 41 in which the second upper movable body 220B of the upper movable effect device 200 is accommodated at a standby position. An effect can be produced (see FIG. 22). The upper light emitting device 640 is disposed at the upper right corner that intersects the upper side 53a and the right side 53c of the back unit 50. Most of the upper light emitting device 640 is formed by the unit main body 302, the plate member 42, and the decorative frame member 100 of the upper decorative unit 300. It is hidden (see FIG. 4). In the game board 40, the upper light emitting device 640 is disposed on the right side of the upper movable effect device 200 in which the upper base body 202 is installed in the upper left corner of the back unit 50, and the second upper movable body 220B emits the upper light at the standby position. It overlaps with the front side of the device 640 (see FIG. 17).

  The upper light emitting device 640 is attached to the back unit 50 and is integrally formed with an upper light emitting substrate 642 having a plurality of light emitters 642a and a right decorative cover 624, and an upper light transmitting cover constituting the front surface of the upper light emitting device 640. (Light transmissive cover) 644 and a plate-like reflection member 646 provided between the light transmissive cover 644 and the back unit 50 and reflecting the light emitted from the light emitter 642a are provided (see FIG. 26). . The upper light transmission cover 644 is a first surface portion 644a corresponding to the rear side of the second upper movable body 220B accommodated in the upper accommodation space 58 between the upper side portion 53a of the back unit 50 and the upper decoration unit 300 in the standby position. And a second surface portion 644b formed continuously from the first surface portion 644a and extending forward from the position deviating from the second upper movable body 220B at the standby position toward the right side portion (side portion) of the back unit 50. (See FIG. 19). The upper light transmission cover 644 is a synthetic resin member that can transmit light, and the embodiment is formed to be translucent.

  The upper light transmission cover 644 has a first surface portion 644a formed along the front surface of the installation plate portion 53 of the back unit 50, and is provided with a second surface portion 644b connected to the right side of the first surface portion 644a. In other words, the upper light transmission cover 644 is arranged such that the first surface portion 644a is disposed slightly apart from the installation plate portion 53 of the back unit 50 by the plate thickness or the plate thickness of the reflection member 646 and is in the standby position. A narrow space between the upper movable body 220B and the installation plate portion 53 of the back unit 50 is covered. Further, the upper light transmission cover 644 is formed so as to protrude away from the rear surface of the back unit 50 as the second surface portion 644b moves from left to right (as it is separated from the display portion 41), and the second surface portion 644b. Is inclined with the first surface portion 644a side as an inclined lower end. Further, the upper light transmission cover 644 has a third surface portion 644c that is connected to the right end portion of the second surface portion 644b and extends rightward in parallel with the installation plate portion 53. The inclined upper end of the second surface portion 644b in the upper light transmission cover 644 is approximately aligned with the front surface of the right side decorative cover 624.

  The upper light-emitting substrate 642 is positioned on the right edge of the second surface portion 644b and is installed on the right side of the back unit 50 in a standing posture intersecting the game board surface (see FIG. 24). The upper light emitting substrate 642 is attached along the inner surface of the right wall portion 54 of the back unit 50, and a plurality of light emitters 642a are provided on a plate surface facing the second surface portion 644b and the installation plate portion 53 of the back unit 50. Is provided. The upper light-emitting substrate 642 is vertically regulated by fitting a notch portion provided in the upper light-emitting substrate 642 to the positioning piece 54b protruding from the inner surface of the right wall portion 54 of the back unit 50, and The first holding piece 54c protruding from the inner surface of the wall portion 54 and the second holding piece 54d erected on the installation plate portion 53 so as to face the inner surface of the wall portion 54 are held and held. (See FIG. 24). Further, the upper light emitting substrate 642 is sandwiched between the third surface portion 644 c and the back unit 50 with the front end abutting on the rear surface of the third surface portion 644 c and the rear end abutting on the back unit 50. As described above, the upper light emitting substrate 642 is prevented from coming off to the front side using the upper light transmission cover 644 and is appropriately held on the back unit 50 without rattling. The upper light emitting substrate 642 has a light emitting body 642a disposed on the front side of a plate-like reflection member 646 provided along the rear surface of the back unit 50, and is separated into a plurality of rows (two rows in the embodiment) spaced in the front-rear direction. A light emitter 642a is provided.

  The reflection member 646 is configured so that at least the front surface can reflect light, and is disposed on the rear side of the upper light transmission cover 644 so as to be positioned between the upper light transmission cover 644 and the installation plate portion 53 of the back unit 50. It is attached. The reflection member 646 extends to the side where the light emitter 642a is directed, and is provided over substantially the entire rear side of the upper light transmission cover 644. In addition, the reflection member 646 of the embodiment is formed of a white synthetic resin that hardly absorbs light. The light reflecting member 646 has a front surface formed in a concavo-convex shape, and in the embodiment, quadrangular pyramidal convex portions are regularly arranged. The reflection member 646 is attached to the right side portion of the installation plate portion 53 so as to cover the front side of the opening opened to the front side of the device support portion 52b formed to be recessed rearward over the upper and lower sides. A wiring arrangement space 618 is defined between the device support portion 52b and the apparatus support portion 52b.

  The upper light emitting device 640 is formed so that the upper and lower widths of the upper light transmitting cover 644 expand as the upper light transmitting cover 644 moves from the right wall portion 54 of the back unit 50 toward the display unit 41 (as the distance from the upper light emitting substrate 642 increases). Accordingly, the reflecting member 646 is also formed so that the vertical width expands as the distance from the upper light emitting substrate 642 increases. The upper light transmission cover 644 of the embodiment is formed so that the upper side is formed along the upper wall portion 54 of the back unit 50, and the lower side is inclined downward as it is separated from the right wall portion 54.

  The upper light emitting device 640 emits light from the light emitter 642a of the upper light emitting substrate 642, whereby the second surface portion 644b of the upper light transmission cover 644 facing the light emitter 642a emits light and is reflected / reflected by the reflection member 646. The portions of the first surface portion 644a and the second surface portion 644b that are out of the light emitter 642a emit light by the guided light, and the entire upper light transmission cover 644 can emit light. Thereby, the right region of the upper housing part and the periphery of the second upper movable body 220B accommodated in the region can be effectively light-emitted. Here, in the game board 40, compared to the lower movable body 420 that operates using the front and rear regions corresponding to the thickness of the plate member 42 and the thickness of the decorative frame member 100, the installation plate of the back unit 50 from the rear surface of the plate member 42. The second upper movable body 220B that operates using the front and rear regions up to the portion 53 is disposed on the rear side, and a space is secured between the second upper movable body 220B and the installation plate portion 53 of the back unit 50. Is difficult.

  The upper light emitting device 640 is not provided with the upper light emitting substrate 642 on the rear side of the second upper movable body 220B in the standby position, but is provided with the upper light emitting substrate 642 on the lateral side away from the second upper movable body 220B. Only the plate-like first surface portion 644a and the plate-like reflection member 646 are provided on the rear side of the second upper movable body 220B. Then, the upper light emitting device 640 can cause the first surface portion 644a to emit light by the light of the light emitter 642a reflected by the reflection member 646, and use the narrow space on the rear side of the second upper movable body 220B to detect the portion. It can produce a light emission. That is, even if the upper light emitting device 640 is provided, it is possible to suppress the influence on the accommodation space of the second upper movable body 220B, the operation effect by the relatively large second upper movable body 220B, and the light emission by the upper light emitting device 640. Combining the effects, the player's interest can be further improved.

  The upper light emitting device 640 is formed so that the upper light transmitting cover 644 and the reflection member 646 expand as the distance from the upper light emitting substrate 642 increases, so that the light emitter 642a disposed on the upper light emitting substrate 642 faces the region. In addition, the light can be guided by the reflection member 646 to produce a wider area. In the upper light emitting device 640, since the light emitters 642a are provided in a plurality of rows on the upper light emitting substrate 642 so as to be separated in the front-rear direction, the first surface portion 644a and the second surface portion 644b that are stepped in the front-rear direction are appropriately provided. Can emit light. Then, the upper light emitting device 640 can diffuse and diffuse the light emitted from the light emitter 642a by the uneven shape provided on the front surface of the reflection member 646, so that the entire upper light transmission cover 644 can emit light more evenly. it can.

(Left side light emitting device)
The game board 40 includes a left side light emitting device 650 on the left side of the display unit 41, and emits a left region of the display unit 41 in which the first upper movable body 220A of the upper movable effect device 200 is accommodated at a standby position. (See FIG. 24). The left side light emitting device 650 is disposed on the left side 53 b of the back unit 50 and is hidden behind the plate member 42. In the game board 40, the left side light emitting device 650 is disposed below the upper movable effect device 200 in which the upper base body 202 is installed at the upper left corner of the back unit 50. The body 220A is defined between the plate member 42 and the left side 53b of the back unit 50 at the standby position, and is accommodated in the side accommodating space 57 positioned on the left side (lateral side) of the display unit 41 (FIG. 9). Or refer to FIG. The right side which becomes the display part 41 side is opening the side part accommodation space 57, and the 1st upper movable body 220A protrudes in the front side of the display part 41 through this opening.

  The left side light emitting device 650 includes a left side light emitting substrate (light emitting substrate) 652 provided at a position away from the first upper movable body 220 </ b> A at the standby position in the side portion receiving space 57, and a standby position in the side portion receiving space 57. And a reflecting member 654 provided on the rear side of the first upper movable body 220A (see FIG. 27). The left side light emitting board 652 is disposed on the left side of the first upper movable body 220A in the standby position, and is installed on the right side of the back unit 50 in a standing posture that intersects the game board surface (see FIG. 22). The left side light-emitting substrate 652 is positioned along the inner surface of the left side wall portion 54 of the back unit 50 so as to be located on the opposite side of the opening facing the display unit 41 of the side portion receiving space 57. A plurality of light emitters 652a are provided on the plate surface facing the surface. The left side light emitting device 650 is provided with a left side light emitting substrate 652 so that the plate surface on which the light emitter 652 a is provided faces the opening of the side portion receiving space 57, and the left side light emitting substrate 652 and the side portion receiving space 57 A reflective member 654 is provided between the opening.

  The left side 53b of the back unit 50 has a pair of hook-like pieces 55a and 55a formed in a hook shape connected to the inner surface of the left wall portion 54 of the back unit 50 and having a holding surface facing the inner surface. It is set up symmetrically (see FIG. 9, FIG. 22 to FIG. 24 or FIG. 26 to FIG. 28). In addition, a pair of locking pieces having a claw projecting leftward at the front end is provided on the left side portion 53b of the back unit 50 so as to be spaced from the inner surface of the left wall portion 54 of the back unit 50 and to stand on the installation plate portion 53. 55b and 55b are formed apart from each other in the vertical direction. The left side light emitting substrate 652 is sandwiched between the upper and lower bowl-shaped pieces 55a and 55a, and the hooks of the upper and lower locking pieces 55b and 55b are respectively hooked on the openings formed in the substrate 652 to be attached and detached. It is attached as possible.

  The reflection member 654 is a plate-like member subjected to light reflection processing such as plating that can reflect light, and is attached to the installation plate portion 53 of the back unit 50. The reflection member 654 extends from the left edge of the display unit 41 to at least the rear side of the first upper movable body 220A at the standby position, and is disposed over the entire left and right side 53b of the back unit 50. The reflection member 654 is configured to reflect the light emitted from the light emitter 652 a of the left side light emitting substrate 652 toward the opening side of the side portion accommodating space 57. In the embodiment, the front surface of the reflecting member 654 is formed in a concavo-convex shape in which the tops of the convex portions are aligned, and the light emitted from the light emitter 652a of the left side light emitting substrate 652 is irregularly reflected by this concavo-convex shape, thereby opening the light. The entire side accommodating space 57 is made to emit light by being guided to the side.

  Here, in the back unit 50, the left side of the installation plate portion 53 is recessed rearward to form a device support portion 52b, and the symbol display device 13 has an inner portion of the device support portion 52b protruding rearward. It is attached to the rear surface of the installation plate portion 53 in a state where the position of the left side surface is regulated by the side surface (right side surface) (see FIG. 5). The reflection member 654 is attached so as to cover the front side of the opening opened to the front side of the device support portion 52b, and a wiring arrangement space 618 is defined between the reflection member 654 and the device support portion 52b. The left side light emitting substrate 652 is installed with the rear portion accommodated in the wiring arrangement space 618. The left side light emitting substrate 652 is provided with a socket 652b at the rear end so as to face the left side wiring arrangement space 618, and the wiring connected to the socket 652b passes through the left side wiring arrangement space 618. And is connected to a relay board 39 installed at the lower part of the back unit 50. In addition, the wiring for connecting to the upper motor 272 and the decorative body light emitting substrates 248 and 258 of the upper movable effect device 200 is accommodated in the wiring arrangement space 618 on the left side. Thus, in the pachinko machine 10, the space on the rear side of the device support portion 52b and the reflection member 654 formed to hold the symbol display device 13 is effectively used as a wiring arrangement space.

  The left side light emitting device 650 can emit light from the light emitter 652a of the left side light emitting substrate 652 so that the entire side accommodating space 57 is caused to emit light by the light reflected by the reflecting member 646. The left side light emitting device 650 is configured to cause the side housing space 57 to emit light by the diffusion of light by the reflecting member 654 provided on the rear side of the first upper movable body 220A in the standby position, and thus the first upper movable body 220A. In addition to the empty side housing space 57 after moving to the operating position, the side housing space 57 can emit light even if the first upper movable body 220A is housed in the side housing space 57. The left side light emitting device 650 is not provided with a light emitting substrate on the rear side of the first upper movable body 220A in the standby position, but is provided with a left side light emitting substrate 652 on the lateral side away from the first upper movable body 220A. 1 A plate-like reflecting member 654 is merely installed on the rear side of the upper movable body 220A. The left side light emitting device 650 can cause the side housing space 57 to emit light by the light of the light emitter 652a reflected by the reflecting member 654, and uses the narrow space behind the second upper movable body 220B. A space can be illuminated. That is, even if the left side light emitting device 650 is provided, it is possible to suppress the influence on the accommodation space of the first upper movable body 220A, the operation effect by the relatively large first upper movable body 220A, and the left side light emitting device 650. The player's interest can be further improved by combining the light-emitting effects by. In particular, the side accommodation space 57 provided on the side of the display unit 41 can be easily seen from the player or the player sitting on the adjacent pachinko machine, but the space is decorated with light emission, so it looks good. Will not be damaged.

(Gate)
The gaming board 40 is capable of passing not only winning holes 60b, 60c, 62a, 64a of winning devices 60, 62, 64 that take in the winning pachinko balls from the gaming area 40a, but also pachinko balls flowing down the gaming area 40a, There is provided a gate 70 for performing a predetermined game effect such as opening a blade that closes the winning opening 60c of the start winning device 60 by passing the pachinko ball (see FIG. 4). The gate 70 is installed in the left region of the decorative frame member 100 in the game region 40 a and is located above the ball entrance 151 of the warp passage 150.

  As shown in FIGS. 54 to 57, the gate 70 includes a gate sensor 71 that detects the passage of a pachinko ball and a gate decoration member 72 that holds the gate sensor 71. The gate sensor 71 has a sensor port 71a that is biased toward one end in the longitudinal direction of the rectangular plate-like body and is formed to penetrate in the thickness direction. The sensor port 71a can pass through the pachinko balls one by one. Set to dimensions. The gate sensor 71 detects a pachinko ball by a mechanical switch that detects the pachinko ball by the appearance of the switch piece protruding from the sensor port 71a and the change of the magnetic field by the pachinko ball passing through the sensor port 71a. Magnetic proximity switches are used. A wiring connected to the relay board 39 is connected to the rear end of the gate sensor 71 so that a pachinko ball detection signal from the gate sensor 71 is input to the main controller 32 via the wiring and the relay board 39. (See FIG. 84).

  The gate decoration member 72 is configured to hold the sensor port 71a of the gate sensor 71 facing the game area where the pachinko ball flows down (see FIG. 9). The gate decoration member 72 is disposed in a gate through-hole 42d that is formed to penetrate in the front-rear direction in the central portion in the vertical direction of the left side portion of the plate member 42. The gate decoration member 72 surrounds the gate through-hole 42d and is attached to the front surface of the plate member 42. The gate base member 72 has a gate base that passes vertically through the front side of the attachment base portion 74. A gate port portion 76 that holds the front portion of the gate sensor 71 with the sensor port 71a facing the inner side of the gate port 76a through a sensor mounting port (mounting port) penetrating back and forth in the mounting base portion. The sensor holding means is provided on the rear side of the mounting base portion 74 and detachably holds the rear portion of the gate sensor 71 (see FIGS. 54 to 57). The gate sensor 71 is inserted into the gate decoration member 72 from the rear side of the sensor attachment port 74a.

  The mounting base portion 74 is formed in a plate shape with a required decoration (light reflection treatment in the embodiment) on the front surface, and is fixed to the front surface of the plate member 42 with a screw so that one of the game board surfaces in the game area 40a is fixed. It is a bowl-shaped part which comprises a part (refer FIG. 54). The mounting base portion 74 has a length extending in the front-rear direction and is aligned with the gate sensor 71 held by the gate decoration member 72 in a posture in which the thickness direction which is the penetrating direction of the sensor port 71a is vertically aligned. A sensor mounting opening 74a that allows the gate sensor 71 to be inserted is formed in the center (see FIG. 57). The mounting base portion 74 includes a gate light transmitting portion (light transmitting portion) 75 provided around the gate sensor 71 formed around the sensor mounting port 74a and held so as to penetrate the sensor mounting port. I have.

  The gate light transmitting portion 75 is located on the rear side of the left side of the plate member 42 on which the gate 70 is provided, emits light by the left side light emitting device 650 provided on the back unit 50, and faces the game area 40 a of the gate decoration member 72. The mounting base portion 74 and the gate port portion 76 emit light. The gate light transmitting portion 75 of the embodiment is a through-hole opened in the mounting base portion 74 continuously to the upper and lower sides of the sensor mounting port 74a, and the sensor mounting ports on the upper side and the lower side of the sensor mounting port 74a. It is defined across the gate sensor 71 inserted into 74a (see FIG. 57). The gate light transmitting portion 75 has a left and right opening width that is narrower than the left and right opening widths of the sensor mounting opening 74a, and is formed to match the left and right opening widths of the sensor opening 71a (see FIG. 54). The gate light transmitting portion 75 is formed so that its upper end is slightly above the upper end of the gate port portion 76 (set smaller than the plate thickness of the mounting base portion 74), and its lower end is the lower end of the gate port portion 76. It is formed so as to be located slightly lower (set smaller than the thickness of the mounting base portion). That is, the gate light transmission part 75 has at least a part that is separated from the gate port part 76 and faces the game area 40a, but the gate light transmission part is mostly hidden by the gate port part located on the front side. It has become. As described above, the gate port portion 76 is formed to extend to the front side of the gate light transmitting portion 75. However, since the gate light transmitting portion 75 is provided so as to be shifted from the gate port portion 76, the light emission effect of the game area 40a is provided. It can be suitably performed. In addition, since the gate decoration member 72 is set so that the portion that is separated from the gate port portion 76 in the gate light transmitting portion 75 and faces the game area, the gate light transmitting portion 75 can be used as a through hole that does not have a cover. It is difficult to visually recognize the rear side of the gate decoration member 72 through the gate light transmission part 75.

  The gate port portion 76 is provided with a claw for holding the opening edge of the sensor port 71a in the gate sensor 71 so as to be spaced apart in the vertical direction, and the gate port 76a is defined on the inner side by the claw (FIG. 55). Or refer to FIG. The gate port 76a faces a flow path of pachinko balls in the game area 40a, and is set to a size that allows passage of each pachinko ball. The gate decoration member 72 is configured such that the sensor port 71a of the gate sensor 71 whose front portion is held by the claw of the gate port portion 76 and whose rear portion is prevented from being detached by the sensor holding means is aligned with the gate port 76a. Yes.

  The sensor holding means is provided so as to extend from the rear surface of the mounting base portion 74 across the sensor mounting port 74a, and the side portion of the gate sensor 71 protruding from the sensor mounting port 74a to the rear side of the mounting base portion 74. A pair of sensor holding pieces (holding pieces) 78 and 78, and screw holes provided on the rear surface of the mounting base portion (142) along at least one of the pair of sensor holding pieces 78 and 78 and opening to the rear side. A gate sensor by a sensor holding boss portion (holding boss portion) 80 having a head and a seat surface of a head that is attached to a screw hole of the holding boss portion 80 and protrudes radially outward from a screw shaft that is screwed into the screw hole. And a sensor holding screw (screw) 82 for holding the rear end surface of 71 (see FIG. 55). The pair of sensor holding pieces 78, 78 are provided on the rear surface of the attachment base portion 74 with the sensor attachment opening 74a interposed therebetween. The pair of sensor holding pieces 78, 78 are basically formed in a substantially U shape with the open ends facing each other, and the base portions connected to the mounting base portion 74 extend along the side surfaces of the gate sensor 71. In addition, the corresponding side portions of the gate sensor 71 are sandwiched vertically. The sensor holding piece 78 on the right side (display side) has a rear end located on the front side of the rear end of the gate sensor 71 holding the front portion on the gate port portion 76 (projecting dimension of the gate sensor 71 from the mounting base portion 74). (Refer to FIG. 55 or FIG. 56). On the other hand, in the sensor holding piece 78 on the left side (opposite to the display unit), the rear end of the upper part is substantially the same as or slightly in front of the rear end of the gate sensor 71 holding the front part at the gate port part 76. The rear end of the lower portion is formed so as to be positioned in front of the rear end of the gate sensor 71 (see FIG. 57).

  The sensor holding boss portion 80 is a cylindrical portion projecting rearward along the outer surface of the sensor holding piece 78, and the rear end of the gate sensor 71 having the front portion held by the gate port portion 76. It is formed so as to be located at the same or substantially the same as the rear end. In the gate decoration member 72 of the embodiment, the sensor holding boss portion 80 is provided only on the right side of the sensor attachment port 74a (one on the display portion 41 side).

  The sensor holding screw 82 generally includes a screw shaft that is screwed into a screw hole that is provided in the sensor holding boss portion 80 so as to open to the rear side, and a head portion that is provided at one end of the screw shaft. What is used can be adopted. That is, when the screw shaft is screwed into the screw hole, the sensor holding screw 82 has a seat surface of the head that protrudes radially outward from the screw shaft facing the rear surface of the gate sensor 71, and the gate sensor 71 by the head. The movement to the rear of is controlled. Here, the head of the sensor holding screw 82 includes a type in which a washer formed separately or integrally is interposed between the sensor holding boss part 80 and a flat washer attached to the head ( Example) (see FIG. 56). In this way, the sensor holding screw 82 is provided with a washer, so that the seating surface is enlarged to ensure a wide locking surface of the gate sensor 71.

  The gate 70 has both sensor holding pieces 78 and 78 of the gate decoration member 72, a sensor holding boss 80, a sensor holding screw 82, and a rear portion of the gate sensor 71 held by the gate decoration member 72. It is comprised so that it may be accommodated in the inside of the through-hole 42d (refer FIG. 9). That is, the gate 70 is set so that the portion of the gate decoration member 72 that protrudes rearward from the mounting base portion 74 is within the thickness dimension of the plate member 42, and the portion does not protrude to the rear side of the plate member 42. ing.

  The gate decoration member 72 has a sensor holding piece 78 on the right side (one side) provided with the sensor holding boss part 80 and a left side (opposite side to the display unit 41 (the other side)) on the opposite side of the sensor attachment port 74a. The sensor holding piece 78 is provided with a wiring fixing piece 84 extending in a direction along the game board surface of the game board 40 (see FIG. 55). The wiring fixing piece 84 is formed to extend leftward from the left side surface of the left sensor holding piece 78 in parallel with the mounting base portion 74. Further, the wiring fixing piece 84 is installed so as to be separated from the rear surface of the mounting base portion 74 to the rear side, and in the embodiment, is located at a substantially central portion in the front-rear direction of the left sensor holding piece 78. Further, the wiring fixing piece 84 is formed such that a tip end portion (left end portion) is bent in a hook shape toward the front side (mounting base portion 74 side). The gate 70 fixes the wiring connected to the rear end portion of the gate sensor 71 held by the gate decoration member 72 to the wiring fixing piece 84 by binding means such as a binding band, and is opposite to the display section 41 (the other side Of the sensor holding piece 78). Here, the lower side portion of the sensor holding piece 78 on the left side of the gate decoration member 72 does not protrude rearward from the arrangement position of the wiring fixing piece 84, and as a whole does not protrude rearward from the rear end surface of the gate sensor 71. It is formed as follows. In the gate decoration member 72, a wiring fixing piece 84 is provided in front of the rear end surface of the gate sensor 71, and the wiring connected to the rear end of the gate sensor 71 is drawn along the left side surface of the gate sensor 71 to the front side. The wire fixing piece 84 is fixed.

  The gaming board 40 includes a first upper movable body 220A that operates between a standby position that is accommodated on the rear side of the plate member 42 and an operating position that is positioned on the front side of the display unit. The movable body 220A is accommodated at the standby position between the rear side of the left side of the game area 40a of the plate member 42 and the left side 53b of the back unit 50 (see FIG. 15 or FIG. 17). The gate through-hole 42d is opened on the front side of the side accommodating space 57 of the first upper movable body 220A in the plate member 42, and the side accommodating space 57 on the rear side of the gate 70 has a first upper portion at the standby position. The movable body 220A faces, the upper movable body 220A moves to the right from the side housing space 57 and appears from the opening between the plate member 42 opened on the left side of the display unit 41 and the back unit 50 to the operating position. Displace. The gate decoration member 72 is provided with a wiring fixing piece 84 on the left sensor holding piece 78 located on the opposite side of the first upper movable body 220A from the standby position toward the operation position, and the wiring of the gate sensor 71 is routed to the first upper portion. The movable body 220A is configured to be routed on the opposite side (left side) to the operation direction to the operation position. The wiring of the gate sensor 71 held on the left side of the gate decoration member 72 by the wiring fixing piece 84 is routed to the left side along the rear surface of the plate member 42 and passes through the left side surface of the back unit 50. It is connected to a relay board 39 installed at the lower part of the rear surface.

  The light emitting structure of the gate decoration member 72 will be described. The light emitting structure of the gate decoration member 72 is provided at a position away from the gate through hole 42d on the rear side of the gate light transmitting portion 75 and the plate member 42, and illuminates the side accommodating space 57 of the first upper movable body 220A. A left side light emitting substrate 652 including a light emitter 652a, a reflection member 654 provided in the side housing space 57 of the first upper movable body 220A, and reflecting light emitted from the light emitter 652a toward the gate through-hole 42d, And the gate light transmitting portion 65 is configured to emit light by the reflected light of the reflecting member 654 (see FIG. 9 or FIG. 22). In the embodiment, in the back unit 50, the left upper light emitting substrate 652 provided on the left wall 54 facing the side housing space 57 of the first upper movable body 220A and the first upper movable on the left side 53b of the back unit 50 are provided. The gate light transmitting portion 65 emits light by a left side light emitting device 650 having a reflecting member 654 provided corresponding to the side accommodating space 57 of the body 220A. As described above, the first upper movable body 220 </ b> A has a gap between the adjacent decorative bodies 240, 250 with the movable decorative body 250 spaced apart from the fixed decorative body 240 at the standby position in which the first upper movable body 220 is accommodated in the side housing space 57. is made of. Therefore, the light reflected by the reflecting member 654 disposed on the rear side of the first upper movable body 220A can be easily incident on the gate through-hole 42d through the gap between the adjacent decorative bodies 240 and 250.

  The gate 70 is configured to prevent or remove the gate sensor 71 from the gate decoration member 72 by attaching or detaching the sensor holding screw 82 to or from the sensor holding boss portion 80. Like the holding structure for holding the gate sensor 71, the gate sensor 71 can be attached and detached without providing the sensor holding piece 78 with flexibility. Also, the sensor holding boss portion 80 does not need to be flexible for attaching and detaching the sensor holding screw 82 and the gate sensor 71. That is, even if the gate sensor 71 is pulled in the direction along the game board surface due to the routing of the wiring or the like, the holding position of the gate sensor 71 can be prevented from being displaced because the sensor holding piece 78 is difficult to bend. The possibility that the rear end surface of the gate sensor 71 is detached from the front side of the seating surface of the screw 82 is very small. In addition, since the sensor holding boss portion 80 is provided along the right sensor holding piece 78, the sensor holding boss portion 80 is more difficult to bend. Therefore, according to the gate 70, the gate sensor 71 can be appropriately held by the sensor holding screw 82 of the gate decoration member 72. Furthermore, according to the gate 70, even if a force is applied to the gate sensor 71 via a wiring or the like, the sensor holding piece 78 can hold the gate sensor 71 so as to maintain an appropriate posture. The mouth 71a and the gate mouth 76a are not easily displaced, and there is no adverse effect on the passage of the pachinko ball to the sensor mouth 71a.

  In the configuration in which the side accommodating space 57 of the first upper movable body 220A is provided on the rear side of the gate 70 as in the pachinko machine 10 of the embodiment, the wiring of the gate sensor 71 is in the standby position on the rear side of the plate member 42. It is required not to interfere with the stationary first upper movable body 220A and the first upper movable body 220A moving from the standby position to the operating position. The gate 70 is routed from the rear end surface of the gate sensor 71 along the rear surface of the plate member 42 to the left, which is opposite to the operation direction to the operation position of the first upper movable body 220A. Interference with the movable body 220A is avoided. Here, since the gate decoration member 72 is provided with the wiring fixing piece 84 on the left sensor holding piece 78, the wiring routed to the left side is fixed by the wiring fixing piece 84 and held in the gate through hole 42d. Therefore, it does not interfere with the first upper movable body 220A. Since the wiring fixing piece 84 is provided in front of the rear end surface of the gate sensor 71 held by the gate decoration member 72, the wiring can be routed further away from the first upper movable body 220A (another device or the like). . Here, when the wiring is connected to the rear end surface of the gate sensor 71 from the rear side and is routed in the lateral direction, the connection portion is curved and protrudes backward, but the wiring provided on the front side of the rear end surface of the gate sensor 71 By fixing the wiring to the fixing piece 84, the wiring can be pulled to the front side to reduce the rearward projecting dimension of the connection site. Further, since the left sensor holding piece 78 does not protrude from the rear end face of the gate sensor 71, it does not interfere with the wiring. The gate 70 has a configuration in which the sensor holding means of the gate decoration member 72 and the gate sensor 71 held by the gate decoration member 72 are accommodated in the gate through-hole 42d, so that the configuration of the gate 70 projects into the side accommodation space 57. Without interfering with the first upper movable body 220A, the space between the plate member 42 and the back unit 50 can be used effectively as a housing space for the first upper movable body 220A.

  In the pachinko machine 10 according to the embodiment, the wiring of the gate sensor 71 is routed with a certain amount of tension in order to avoid interference with the first upper movable body 220A. However, as described above, force is applied to the gate sensor 71. However, since the gate sensor 71 can be held in an appropriate posture by the sensor holding means, inconveniences such as the gate sensor 71 coming out can be avoided. By holding the wiring with the wiring fixing piece 84, the force applied to the connection portion with the gate sensor 71 can be suppressed even if the wiring is pulled, and the connection portion is difficult to come off.

  As described above, in the light emitting structure of the gate decoration member 72, the left side light emitting substrate 652 is disposed at a position off the gate through hole 42d in the game board 40, and the light from the light emitter 652a of the left side light emitting substrate 652 is reflected. Reflecting by the member 654 causes the gate light transmitting portion 75 of the gate decoration member 72 to emit light. That is, according to the light emitting structure of the gate decoration member 72, the gate decoration member 72 can emit light, so that the decoration of the game area 40a can be further improved. Thus, since the left side light emitting substrate 652 is not provided in the gate decoration member 72 or the gate through hole 42d, the gate decoration member 72 can emit light without increasing the size of the gate decoration member 72 or the gate through hole 42d. In addition, since the light emitting structure of the gate decoration member 72 is also used as the configuration of the left side light emitting device 650 that produces the light emission in the side accommodating space 57 of the first upper movable body 220A, the number of parts can be reduced and the cost can be reduced. it can.

  The light emitting structure of the gate decoration member 72 is such that the left side light emitting substrate 652 is provided on the left wall portion 54 of the back unit 50 and the reflecting member 654 is provided on the left side portion 53b of the back unit 50. An arrangement space for other members (upper movable body 220) can be secured on the side, wiring disposed along the rear surface of the plate member 42 and connected to the gate sensor 71, a left side light emitting substrate 652 and The reflection member 654 does not interfere. The first upper movable body 220A at the standby position is positioned on the front side of the reflecting member 654, and is irradiated from the light emitting body 652a of the left side light emitting substrate 652 by the reflecting member 654 depending on the position of the first upper movable body 220A. Since the region where light can be reflected changes, the light emission mode by the gate light transmitting portion 65 can be changed accordingly.

(Example of change)
The present application is not limited to the configuration of the above-described embodiment, and other configurations can be appropriately employed.
(1) The gaming machine is not limited to a pachinko machine, and may be other various gaming machines such as an arrangement ball machine or a slot machine using a pachinko ball.
(2) About the operation | movement aspect of the movable body of each movable production | presentation apparatus, it is not restricted to the aspect of an Example, A rocking | fluctuation, rotation, a linear motion, etc. can be employ | adopted suitably.
(3) The arrangement of the movable effect device can also be changed as appropriate.

(Appendix 1)
The cover member (170) is recessed toward the rear side corresponding to the rolling surface (139) that receives the game ball from the ball outlet (152) of the warp passage (150) in the stage (120). Yes.

(Appendix 2)
The light emitting substrate (652) of the left side light emitting device (650) is a side of the symbol display device (13) that is recessed toward the rear side and opened to the front side on the installation plate portion (53) of the back unit (50). A part is accommodated and installed in the apparatus support part (52b) which supports the part.

DESCRIPTION OF SYMBOLS 13 Symbol display apparatus 40 Game board 40a Game area 41 Display part 42 Board member 50 Back unit 53 Installation board part 202 Upper base body (1st base body)
204 Second half body 210 First half body 220 Upper movable body (first movable body)
237 connecting hole (first conversion part)
270 Upper drive mechanism (first drive mechanism)
272 Upper motor (first motor)
273 Output shaft 276 Upper rotating plate (first gear part)
278 Upper connecting shaft (first conversion part)
402 Lower base body (second base body)
404 Rear plate 420 Lower movable body (second movable body)
450 Lower drive mechanism (second drive mechanism)
452 Lower motor (second motor)
453 Output shaft 456 Lower gear (second gear)
457 Lower connecting shaft (second converter)
461 Lower connection hole (second conversion part)

Claims (4)

A first that overlaps the front and rear at the operating position by operating between a display unit including a display variation game including a display effect, a standby position positioned outside the display unit, and an operating position positioned on the front side of the display unit. In a gaming machine comprising a game board having a movable body and a second movable body,
The game board includes a plate member provided with a game area on the front surface, and a symbol display device attached to the rear side of the plate member and facing the display unit on the rear side of the installation plate portion separated from the plate member. A rear unit disposed,
The first movable body is located between the plate member and the installation plate portion of the back unit, and is operated by a first drive mechanism provided on a first base body attached to the installation plate portion. The second movable body located on the front side of the first movable body in the operating position is operated by a second drive mechanism provided on a second base body attached to the installation plate part,
The first drive mechanism is provided in a first motor that is installed on the first base body with an output shaft facing forward, and in a front half that constitutes a front surface of the first base body. A first gear part that rotates in connection with the first base part, and a second half part that constitutes the rear surface of the first base body and the first gear part, A first conversion unit that is located between the first gear unit and converts the reciprocating motion of the first movable body supported by the first base body;
The second drive mechanism is provided on a second motor that is installed on the second base body with an output shaft directed rearward, and on a rear plate that constitutes a rear surface of the second base body. A second gear portion that rotates in connection with the motor of the motor, and a rear plate body that is provided on the front side of the second gear portion, and that the rotation of the second gear portion is located on the front side of the second gear portion. A gaming machine comprising: a second conversion unit that converts the second movable body supported by the reciprocating operation.   2. The gaming machine according to claim 1, wherein the first movable body and the second movable body are each pivotally supported by the corresponding base body at an end located outside the display section.   The display unit is formed in a substantially rectangular shape at a central portion of the game board, and the first drive mechanism and the second drive mechanism are installed in the back unit diagonally across the display unit. Or the game machine of 2.   The gaming machine according to any one of claims 1 to 3, wherein the first movable body is accommodated between the plate member and an installation plate portion of the back unit at the standby position.

Images