JP2010259547A - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To change the operation pattern of a movable body by the contact/separation of a movable member with/from an abutting portion and to improve a performance effect by the operation of the movable body with a simple structure. <P>SOLUTION: A first movable body 120 in the game machine includes a movable body 122 supported by a first base member attached to a back unit and reciprocated between a standby position and an operating position by a first drive portion, and a movable member 130 provided at the movable body 122 so as to be displaced back and forth in the reciprocating direction of the movable body 122 and urged to the standby position side in the direction of back-and-forth displacement. The first movable body 120 is configured such that the movable body 122 is displaced while the movable member 130 is kept stopped by operating the movable body 122 when the end part on the standby position side in the movable member 130 abuts on an abutting portion 107 extended on the standby position side. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

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

  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 movable effect device disclosed in Patent Document 1, each movable member only swings the front side of the liquid crystal screen as described above, and the movement of each movable member is poor. A member is disposed. That is, it is difficult to provide a plurality of movable members due to an increase in the size of the liquid crystal screen, and it is required to improve the effect of the individual movable members. For example, by adopting a movable member provided with another movable body as a movable body serving as a base (hereinafter referred to as a base movable body), it is conceivable that one movable member performs a plurality of movements. In this case, a motor is provided separately from the motor that moves the base movable body to move another movable body, or another movable body is moved using a transmission means such as a link or gear connected to the motor that moves the base movable body. It will be. For this reason, it is pointed out that the entire movable member becomes excessively large or the number of parts increases and the configuration becomes complicated by using the transmission means.

  That is, the present invention has been proposed in order to suitably solve these problems inherent in the gaming machine according to the prior art, and a movable main body constituting a movable body with a simple configuration and the movable main body It is an object of the present invention to provide a gaming machine provided with a movable effect device capable of moving a movable member provided on the machine.

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
In a gaming machine with a game board (36) equipped with a movable production device (100) that produces an effect by the operation of the movable body (120),
A movable body (122) supported by the game board (36) and reciprocally moved between a standby position and an operating position by a drive unit (150), and the movable body (122) with respect to the movable body (122) The movable body (120) is configured from a movable member (130) biased toward the standby position in the reciprocating displacement direction.
The movable body (120) is in a state where the end portion on the standby position side of the movable member (130) is in contact with the contact portion (107) on the game board (36) side extending to the standby position side. By operating the movable body (122), the movable body (122) is displaced while the movable member (130) is stopped.
According to the first aspect of the invention, the movable main body can be independently operated with respect to the movable member by the contact between the movable member and the contact portion, and the movable member is separated from the contact portion. The movable body and the movable member can be operated integrally. That is, the movable effect device can change the operation pattern of the movable body by the contact and separation between the movable member and the contact portion, and can improve the effect by the operation of the movable body with a simple structure.

In the invention according to claim 2, the movable body (122) is provided with a groove portion (124) extending in the reciprocating direction of the movable body (122),
The movable member (130) inserts a mounting piece (131) projecting from the rear surface of the movable member (130) into the groove (124) from the front side, and the groove ( The gist is that a retaining piece (125) is attached from the rear side of 124) and is held so as to be slidable in the longitudinal direction of the groove portion (124).
According to the invention which concerns on Claim 2, a movable member can be attached to a movable main body so that a displacement is possible.

In the invention according to claim 3, the movable body (120) is configured such that the movable main body (122) and the movable body (122) and the movable body (122) are in contact with the end of the groove portion (124) on the standby position side. The gist is that the movable member (130) is displaced integrally.
According to the invention which concerns on Claim 3, the movable member attached to the movable main body so that a displacement is possible can be moved with a movable main body.

In the invention according to claim 4, the movable body (120) is pivotally supported at the end of the movable body (122) opposite to the end where the movable member (130) is provided, and the movable body (122). ) Is provided with a transmission groove (126) on the shaft support part side,
The transmission unit provided between the movable body (120) and the driving unit (150) includes a rotating plate (154) rotated by a motor (152) as a driving unit, and the rotating plate (154). The transmission shaft (155) is provided at an eccentric position and is inserted into the transmission groove (126) .The rotation of the rotating plate (154) driven by the motor (152) causes the transmission groove (126) to rotate. The movable body (122) is reciprocated by the engaging transmission shaft (155),
In the movable effect device (100), the detecting means (160) disposed opposite to the surface of the rotating plate (154) opposite to the transmitting shaft (155) includes a transmitting shaft (155) of the rotating plate (154). ) And the movable body (120) is controlled in response to detecting a detection piece (156) formed in an annular shape with a partial region cut out on the opposite surface thereof,
The movable effect device (100) stops the motor (152) after a predetermined time has elapsed since the detection piece detected by the detection means (160) shifts to the non-detection state during the operation of the movable body (120). The gist is that the mounting piece (131) is in contact with the end of the groove portion (124) on the operating position side at the timing when the motor (152) is stopped.
According to the fourth aspect of the invention, since the mounting piece comes into contact with the end of the groove at the timing when the motor stops, the mounting piece is not pressed against the end of the groove, and the motor is overloaded. Can be avoided.

  According to the gaming machine according to the present invention, it is possible to change the operation pattern of the movable body constituting the movable body and the movable member provided on the movable body with a simple configuration.

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 in the state which has arrange | positioned the symbol display apparatus. It is a disassembled perspective view which shows the game board which concerns on an Example from the front side. It is a disassembled perspective view which shows the game board which concerns on an Example from the rear side. It is a side view which decomposes | disassembles and shows the board member and back unit of the game board which concerns on an Example. 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 a rear view which shows the board member which concerns on an Example. It is a front view which shows the back unit which concerns on an Example in the state which arrange | positioned each movable production | presentation apparatus. It is a front view which shows the back unit which concerns on an Example in the state which removed each movable production | presentation apparatus. It is a front view which shows the decoration frame member which concerns on an Example. It is a rear view which shows the decoration frame member which concerns on an Example. It is a side view which shows the decoration frame member which concerns on an Example. It is a control block diagram which shows the relationship of the main apparatuses of the pachinko machine based on an Example. It is a schematic front view which shows the operation | movement relationship of the movable body of the movable production | presentation apparatus arrange | positioned at the game board of an Example. It is a front view which shows the 1st movable production | presentation apparatus of an Example. It is a rear view which shows the 1st movable production | presentation apparatus of an Example. In the 1st movable production | presentation apparatus of an Example, it is a front view shown in the state which removed the design part, 1st light emission board | substrate, and board | substrate cover of a 1st movable body. In the 1st movable production | presentation apparatus of an Example, it is a side view shown in the state which removed the design part, 1st light emission board | substrate, and board | substrate cover of a 1st movable body. In the 1st movable production | presentation apparatus of an Example, it is a front view shown in the state which removed the 1st cover member. It is CC sectional view taken on the line of FIG. In the 1st movable production | presentation apparatus of an Example, it is a rear view which shows a 1st drive part. In the 1st movable production | presentation apparatus of an Example, it is a side view which shows a 1st drive part. It is a disassembled perspective view which shows the 1st movable body of an Example from the front side. It is a disassembled perspective view which shows the 1st movable body of an Example from the rear side. It is a schematic front view which shows the operation | movement condition of a 1st movable body in the 1st movable production | presentation apparatus of an Example, (a) shows the standby position of a 1st movable body, (b) is the operation position of a 1st movable body. (C) shows a state in which the first movable body has returned to the standby position. It is a front view which shows the 2nd movable production | presentation apparatus of an Example. In the 2nd movable production | presentation apparatus of an Example, it is a front view shown in the state which removed the 2nd cover member. It is a rear view which shows the 2nd movable production | presentation apparatus of an Example, Comprising: It is the state which removed the 2nd base member. It is the DD sectional view taken on the line of FIG. It is a rear view which shows the 2nd movable body of an Example. It is the EE sectional view taken on the line of FIG. It is a disassembled perspective view which shows the 2nd movable production apparatus of an Example from the front side. It is a disassembled perspective view which shows the 2nd movable production | presentation apparatus of an Example from the rear side. In the 2nd movable body of an Example, it is a rear view shown in the state which removed the cover part. It is a front view which shows the 2nd base member of an Example. It is a rear view which shows the 2nd base member of an Example. In the 2nd movable production | presentation apparatus of an Example, it is a disassembled perspective view which shows the relationship between a 2nd base member and a 2nd cover member from the front side. It is a schematic perspective view which shows the 2nd drive part of an Example. It is a schematic front view which shows the operation state of the 2nd movable body of an Example, (a) is in a standby position, (b) is in an operation position. It is a schematic front view which shows the operation state of a movable part in the 2nd movable body of an Example, (a) is in a standby position, (b) is in an operation position. It is a front view which shows the 3rd movable production apparatus of an Example. It is a rear view which shows the 3rd movable production apparatus of an Example. It is the FF sectional view taken on the line of FIG. 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 the II sectional view taken on the line of FIG. It is a disassembled perspective view which shows the 3rd movable production apparatus of an Example from the front side. It is a disassembled perspective view which shows the 3rd movable production apparatus of an Example from the rear side. In the 3rd movement production device of an example, it is a front view shown in the state where the 3rd cover member was removed. In the 3rd movable production device of an example, it is a front view shown in the state where the 3rd cover member and the 3rd movable body were removed. It is a front view which shows the 3rd movable body of an Example. It is a side view which shows the 3rd movable body of an Example. It is a rear view which shows the 3rd movable body of an Example. It is a front view which shows the 3rd board | substrate cover of an Example. It is a rear view which shows the 3rd board | substrate cover of an Example. It is a front view which shows the 3rd cover member of an Example. It is a side view which shows the 3rd cover member of an Example. It is a disassembled perspective view which shows the movable body design part of the 3rd movable body of an Example from the front side. It is a disassembled perspective view which shows the movable body design part of the 3rd movable body of an Example from the rear side. It is a schematic front view which shows the operation | movement condition of the 3rd movable body of an Example, (a) is a 3rd movable body in a standby position, (b) is a 3rd movable body in an operation position. It is a front view which shows the 4th movable production apparatus of an Example. It is a rear view which shows the 4th movable production | presentation apparatus of an Example. It is a disassembled perspective view which shows the 4th movable production | presentation apparatus of an Example from the front side. It is a disassembled perspective view which shows the 4th movable production | presentation apparatus of an Example from the rear side. It is a schematic front view which shows the operation | movement condition of the 4th movable body of an Example, (a) is a 4th movable body in a standby position, (b) is a 4th movable body in an operation position. It is a flowchart figure which shows presentation operation | movement of the 1st movable production | presentation apparatus or 3rd movable production | presentation apparatus of an Example. It is a flowchart figure which shows rendering operation | movement of the 2nd movable rendering apparatus of an Example. It is a flowchart figure which shows return operation | movement at the time of abnormality determination of the movable production | presentation apparatus of an Example.

  Next, the gaming machine according to the present invention will be described in detail below with reference to the accompanying drawings by giving a preferred embodiment. 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 36 (see FIG. 4), which will be described later, is detachably held is assembled to the front side of the opening of the outer frame 11 so as to be openable and detachable. Yes. Further, in the pachinko machine 10, a symbol display device 13 capable of variably displaying various symbols is disposed on the back side of the game board 36 (see FIG. 5). On the front side of the middle frame 12, a front frame 14 as a decorative frame provided with a glass plate 14 a that protects the game board 36 from seeing is assembled so as to be openable and closable, 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.

(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 frame member on the upper and lower sides and the left and right is assembled functions as the game board holding part 22 on which the game board 36 is installed. 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 rotation holding tool that holds the left end of the game board 36 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 36 can be fixed to the middle frame 12. In the pachinko machine 10, with the left end of the game board 36 held by the rotation holding tools 23, 23, the right end of the game board 36 is pushed in and the left end of the game board 36 (rotation holding tools 23, 23). The game board 36 is entirely turned to face the game board holding part 22, and the fixtures 24, 24 are rotated and displaced to the fixed position, so that the upper right and lower ends of the game board 36 are supported and fixed. As described above, the game board 36 has the rotating holders 23 and 23 and the fixtures 24 and 24 in a state in which the rear surface of the peripheral edge is in contact with and supported by the upper and lower and left frame members 17, 18, 19 and 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 36 (the front surface of a plate member 38 to be 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 36 disposed in the game board holding portion 22 so that the vertical dimension of the game board 36 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 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 36, and performs predetermined control based on a control signal from the main control device 32. It is supposed to run.

(About game board)
As shown in FIG. 4, the game board 36 includes a plate member 38 in which a game area 37 in which a pachinko ball can flow down is defined on the front surface (board surface), and a back unit assembled on the back surface of the plate member 38. 39 (see FIGS. 6 to 10). In the back unit 39, the symbol display device 13 is detachably disposed on the rear side, and a plurality of movable effect devices 100, 200, 300, 400 are disposed (see FIG. 12). The game board 36 is configured such that the display surface of the symbol display device 13 can be viewed from the front side through a back unit opening 39a formed in the back unit 39 that opens forward and backward. The plate member 38 is formed of a wooden plate such as a plywood plate. As shown in FIG. 13, the back unit opening 39a is a large opening that opens most of the vertical and horizontal widths of the back unit 39. The back unit opening 39a is provided inside the back unit opening 39a by the symbol display device 13. A display unit 40 is provided on which a symbol variation game is played. In the back unit 39, movable effect devices 100, 200, 300, and 400 are disposed around the back unit opening 39a. The plate member 38 of the embodiment is formed in a flat plate shape having a constant thickness dimension (10 mm).

(About plate members)
As shown in FIG. 1 or FIG. 4, a guide rail 44 formed in an arc shape is disposed on the front surface of the plate member 38, and the left end edge is recessed to the right at the right position of the guide rail 44. A first panel surface decoration member 45a formed in an arc shape is disposed. The game area 37 is defined in a substantially circular shape by the guide rail 44 and the first board surface decoration member 45a. Further, on the front surface of the plate member 38, the second board surface decoration members 45b are respectively disposed at the upper and lower positions on the left side of the guide rail 44 (outside the game area 37). Further, in the game area 37 of the plate member 38, a display through-hole 38a penetrating in the front-rear direction is formed so as to be positioned in front of the back unit opening 39a formed in the back unit 39 (FIG. 6 or FIG. 7). reference). That is, the display unit 40 is provided inside the display through hole 38a.

  The display through hole 38a is formed in a region of the rectangular plate member 38 that is slightly deviated upward in the vertical direction, and the plate member 38 has a lower center portion of the display through hole (display opening) 38a. In addition, a winning device through hole 41 in which winning devices 46 and 47, which will be described later, are disposed is formed through (see FIG. 11). Further, the plate member 38 is located below the display through hole 38a and is aligned with the left side of the winning device through hole 41 and the front side of the fourth light emitting device 470 described later and the rear side of the normal winning port 60a. A mouth (through hole) 42 is formed through. Further, the plate member 38 is formed with a lower right through hole 43 that is positioned below the display through hole 38a and aligned with the rear side of the normal winning hole 60a described later on the right side of the winning device through hole 41. Yes. The plate member 38 is provided with a frame-like decorative frame member (decorative member) 54 that opens before and after the display through-hole 38a.

  In the plate member 38, a start winning device 46 or a special winning device capable of winning a pachinko ball flowing down the game area 37 below the display through hole 38a (decorative frame member 54 fitted to the display through hole 38a). 47 is disposed (see FIGS. 4 and 6 to 8). The plate member 38 is provided with a regular winning opening 60a, which will be described later, on both the left and right sides of the special winning device 47, respectively.

  As shown in FIG. 4, the start winning device 46 has upper and lower start winnings that can win pachinko balls flowing down the game area 37 on the front surface side of the first mounting base plate 46 a fixed to the front surface of the plate member 38. Ports (winning ports) 46b and 46c are provided. In the pachinko machine 10, when the pachinko ball that has won the start winning ports 46b and 46c of the start winning device 46 is detected by the start winning sensor 48 (see FIG. 17), 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. 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 46c. The start winning device 46 swings the blade member by a solenoid (not shown) provided on the device main body 50 (see FIG. 7 or 8) fixed to the rear surface side of the first mounting base plate 46a, thereby lowering the start winning prize. The mouth 46c is opened and closed.

  The special prize winning device 47 is provided with a horizontally long special prize winning opening 47b opened in the front and rear in the second mounting base plate 47a screwed to the front surface of the plate member 38, and the rear surface of the second mounting base plate 47a. On the side, an apparatus main body (main body part) 51 (see FIG. 7 or FIG. 8) is provided in which a winning space in which a pachinko ball can be won is formed through the special winning opening 47b. The special prize winning device 47 includes an open / close door 52 that opens and closes a special prize winning opening 47b. The special prize winning opening 47b is opened and closed by a solenoid (not shown) provided in the apparatus main body 51. 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 prize opening 47b of the special prize winning device 47 is opened, and the pachinko ball that has won the special prize opening 47b is detected by the special prize sensor 53 (see FIG. 17). The ball is configured to be paid out to the upper and lower ball trays 15 and 16. The device main body 50 of the start winning device 46 and the device main body 51 of the special prize-winning device 47 protrude to the rear of the plate member 38 via the winning device through hole 41 formed in the plate member 38, and both the device main bodies 50, 50, 51 is accommodated in an accommodating portion 68 formed in the back unit 39 corresponding to the apparatus main bodies 50 and 51.

  On the front surface of the plate member 38, a ball passage gate 21 through which a pachinko ball flowing down the game area 37 can pass is disposed in a game area 37 facing the left side of the decorative frame member 54 (see FIG. 4). . In the game board 36 of the embodiment, the ball passing gate 21 is integrally provided on the left side of the decorative frame member (FIG. 14 or FIG. 15). When a pachinko ball passing through the ball passing gate 21 is detected, the ball passing gate 21 outputs a ball entering detection signal that triggers a normal symbol change display in a normal symbol display device (not shown). Detection means (not shown) is provided. The normal symbol entry detecting means is electrically connected to the main control device 32. The main control device 32 is provided that the normal symbol entry detecting means detects a pachinko ball passing through the ball passage gate 21. The lottery for determining whether or not to open the blade member of the start winning device 46 is set.

(About decorative frame members)
As shown in FIG. 6 or FIG. 7, the plate member 38 is provided with a frame-shaped decorative frame member 54 that opens to the front and rear with respect to the display through hole 38a. The decorative frame member 54 is a substantially circular frame-shaped member, and a window 54a that opens in the front-rear direction is defined inside (see FIG. 14). The decorative frame member 54 is formed in a shape corresponding to the outer periphery of the display through-hole 38a, and an installation piece portion 54b that abuts on the front surface of the plate member 38 and serves as a screwing portion to the plate member 38. A fitting piece portion 54c that protrudes rearward from the rear surface of the installation piece portion 54b and extends along the inner periphery of the display through-hole 38a, and that protrudes forward from the front surface of the installation piece portion 54b. An arcuate hook-shaped portion 54d extending from the upper edge portion of the frame member 54 to the left and right edge portions is provided (see FIGS. 14 to 16). Further, the decorative frame member 54 has a bowl-shaped portion 54d located on the left side of the window 54a, a ball passage section 55 for guiding a pachinko ball flowing down the game area 37 into the frame, and a lower side positioned below the window 54a. And a stage 56 capable of rolling a pachinko ball taken into the frame via the ball passage portion 55 to the left and right. The decorative frame member 54 is attached by inserting the fitting piece portion 54c into the display through-hole 38a and screwing it through the installation piece portion 54b, and the window 54a is aligned with the back unit opening 39a to be a symbol display device. The design variation effect developed on the 13 display surfaces can be viewed from the front side. That is, in the game board 36, the display unit 40 is defined inside the back unit opening 39a and the window 54a.

  The decorative frame member 54 is restricted from moving in the vertical and horizontal directions along the game board surface by fitting the fitting piece 54c into the display through hole 38a (see FIG. 9 or FIG. 10). The pachinko ball launched into the game area 37 by 54d is restricted from flowing down across the window 54a. In addition, the decorative frame member 54 has a discharge passage 56a for discharging a pachinko ball from the stage 56 to the game area 37 and is disposed above the start winning openings 46b and 46c (see FIG. 4), and is discharged from the discharge passage 56a. The pachinko balls are configured to be able to win in the start winning ports 46b and 46c, the special winning port 47b of the special winning device 47, or the normal winning port 60a. The decorative frame member 54 is provided with a decorative covering portion 57 between the installation piece portions 54b so as to cover a part of the lower right region. The decorative covering portion 57 is arranged to be positioned on the front side of the first light emitting device 170 provided in the lower right portion of the back unit 39 (see FIG. 10), and covers the opening formed in the required shape in the decorative covering portion 57. The light transmission cover 57a is adapted to emit light by the first light emitting device 170. The light transmissive cover 57a is a member that is light transmissive and has been subjected to a light diffusion process, and includes an opening formed in accordance with the motif of the pachinko machine 10 (in the embodiment, includes a character shape). ) Is attached from the rear side of the decorative covering portion 57.

  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. Refers to processing that prints or coats the surface of a light-transmitting member, disperses light-reflecting fine particles in the resin that constitutes the member, such as lame processing, or processing that changes the refractive index of transmitted light. Only one process or a plurality of processes may be combined. Specific examples of surface processing include groove processing, diamond cutting processing, texture processing, blast processing, and the like. As processing for changing the refractive index of light, the surface of a member has a fine refractive index different from that of the member. Examples thereof include a sheet lens provided with unevenness.

  The decorative frame member 54 includes a plurality of projection pieces 58 (four in the embodiment) as fitting portions protruding to the rear side of the fitting piece portion 54c. The fitting piece portion 54c is an inner peripheral portion of the decorative frame member 54 aligned with the inside of the display through hole 38a, and is rearward from the rear surface of the fitting piece portion 54c set substantially the same as the thickness of the plate member 38. The protruding protrusion 58 protrudes from the rear surface of the plate member 38 when the decorative frame member 54 is attached to the plate member 38. Here, the projecting piece 58 includes a lower right portion corresponding to the first movable effect device 100, an upper right portion corresponding to the second movable effect device 200, and a third movable member in the annularly extending fitting piece portion 54c. It is provided in the upper left part corresponding to the rendering device 300. Each protruding piece 58 is inserted into a hole 115, 214, 302c, 310d as an alignment portion provided in the cover member 110, 210, 210 of the corresponding movable effect device 100, 200, 300. Thereby, each movable production | presentation apparatus 100,200,300 is the board member 38 or a decoration frame via the decoration frame member 54 positioned by fitting the fitting piece part 54c to the display penetration port 38a of the board member 38. FIG. Positioned relative to member 54.

(Regarding the regular prize opening)
The plate member 38 is provided with normal winning openings 60a on the left and right sides of the special winning device 47 at positions below the decorative frame member 54, respectively. In the embodiment, as shown in FIG. 4, two normal winning ports 60a and 60a are provided on the left side and the right side across the special winning device 47 so as to be stepped up and down and left and right. And in the pachinko machine 10, the pachinko ball won in the normal winning opening 60a is detected by the normal winning sensor 88 (see FIG. 5 or FIG. 17) provided in the ball passages 80 and 81 of the back unit 39, so that a predetermined number (For example, ten) prize balls are paid out to the upper and lower ball trays 15 and 16.

  The normal winning opening 60a provided on the left side of the special winning device 47 is formed in a left decorative body 61 disposed on the plate member 38 with a required decoration on the front side. As shown in FIG. 4, the left decorative body 61 is a large part extending along the inside of the guide rail 44, and closes the lower left through hole 42 formed at a corresponding position of the plate member 38. Screwed to the front. The two normal winning ports 60a, 60a are formed in two upper and lower stages on the lower side of the left decorative body 61, and a collar portion protruding from the back surface of the left decorative body 61 corresponding to each left normal winning port 60a. 62 (see FIG. 7 or 11) is inserted through the lower left through hole 42. Each left normal winning opening 60 a is configured to communicate with the left sphere passage 80 formed in the back unit 39 via the collar portion 62.

  In the left decorative body 61, the opening formed below the two left ordinary winning holes 60a, 60b is covered with a light-emitting decorative component 63 having light transmittance. The light emitting decorative part 63 transmits light from the fourth light emitting device 470 disposed facing the lower left through hole 42 of the plate member 38, and emits light below the left normal winning holes 60a, 60a. It can be decorated. In addition, a light transmitting portion 61a that can transmit light from the back side is provided in a portion above the normal winning opening 60a located on the upper side in the left decorative body 61, and the fourth light emission that faces the rear of the light transmitting portion 61a. The game area 37 can be decorated by the light emission of the device 470.

  The normal winning openings 60a, 60a provided on the right side of the special winning device 47 are formed in a right decorative body 64 provided with a required decoration on the front side and disposed on the plate member 38 (see FIG. 6). . As shown in FIG. 4, the right decorative body 64 extends along the inside of the guide rail 44, is a smaller part than the left decorative body 61, and is formed in the lower right through hole formed at the corresponding position of the plate member 38. Screwed to the front surface of the plate member 38 so as to close the opening 43. The two right ordinary winning holes 60a, 60a are formed in the right decorative body 64 in two upper and lower stages, and a collar portion 65 (projected on the back surface of the right decorative body 64 corresponding to each right normal winning opening 60a). 7 or 11) is inserted into the lower right through hole 43. Each of the right normal winning ports 60 a and 60 b is configured to communicate with the right sphere passage 81 formed in the back unit 39 via the flange 62. In the embodiment, the two normal winning ports 60a and 60a formed in the left decorative body 61 and the two normal winning ports 60a and 60a formed in the right decorative body 64 sandwich the special winning device 47. It is provided at a symmetrical position.

  The right decorative body 64 has an opening formed at a position facing the lower side of the two right ordinary winning holes 60a, 60a, and the opening is covered with a light-emitting decorative component 63 having light transmittance. Yes. The light emitting decorative component 63 faces the lower right through hole 43 of the plate member 38 and transmits the light from the lower right light emitting device 72 to decorate the lower side of the right normal winning holes 60a and 60a by light emission. It is configured to obtain.

  On the gaming board 36, at the bottom of the game area 37, that is, below the special winning device 47, the pachinko that has flowed down without winning the start winning ports 46b, 46c, the special winning ports 47b, and the respective normal winning ports 60a. An out port 66 for discharging the ball to the back side of the machine is formed.

  On the back surface of the symbol display device 13 detachably disposed on the back surface of the game board 36 (back unit 39), as shown in FIG. 2 or FIG. 5, effect display control for controlling the display of the symbol display device 13 A device 78 is provided. In addition, on the back surface of the symbol display device 13, movable control devices 100, 200, 300, and 400, which will be described later, are controlled to move, and various light emitting devices 72, 170, 228, 229, 243, 270, 329, 370, and 470 are provided. A general control device 79 that controls light emission and controls sound effect output of the speaker 33 is disposed adjacent to the effect display control device 78. In the pachinko machine 10, movable control devices 100, 200, 300, 400 that are control devices or control devices and game parts, light emitting devices 72, 170, 228, 229, 243, 270, 329, 370, 470, symbol display devices 13, the speaker 33, the start winning sensor 48, the special winning sensor 53, the normal winning sensor 88, and the like are electrically connected via wiring or relay boards 83, 84, and 85 (see FIG. 5) described later.

  The main control device 32 receives a detection signal from a start winning sensor 48 that detects a pachinko ball that has won a winning winning opening 46b, 46c, and a special winning sensor 53 that detects a pachinko ball that has won a special winning opening 47b. A detection signal and a detection signal from a normal winning sensor 88 that detects a pachinko ball won in the normal winning opening 60a 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 controller 32, when a detection signal is input from the start winning sensor 48, the main control CPU acquires a big hit determination random number from the main control ROM, and the big hit determination random number and the main control RAM 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 ROM by the main control CPU, as in 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 78 causes the symbol display device 13 to perform a predetermined effect display based on the control signal of the overall control device 79 output according to the lottery result of the main control device 32. Based on the control signal of the payout control device 29 output 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 79, the movable effect devices 100, 200, 300, 400 are operated, and the light emitting devices 72, 170, 228, 229, 243, 270, 329, 370 and 470 are made to emit light, and a sound effect is output from the speaker 33.

(About the back unit)
As shown in FIG. 12 or FIG. 13, the back unit 39 has a box-shaped box-shaped main body 67 formed of a synthetic resin material and opened to the front side, and the back unit 39 is located at a substantially central position of the box-shaped main body 67. An opening 39a is opened. A plurality of flange portions 67a extending in parallel with the plate member 38 toward the outside or the inside are formed at the front ends of the lower side and the left and right sides of the box-shaped main body 67, respectively. The back unit 39 is attached to the plate member 38 with the lower and left and right flange portions 67a abutting against the rear surface of the plate member 38, and the rear surface of the plate member 38 and the box-shaped main body 67. A required installation space is defined between the front surface of the rear wall portion. In the installation space defined between the plate member 38 and the box-shaped main body 67, a plurality of movable effect devices 100, 200, 300, 400 are arranged to decorate the game board 36. .

(About movable production equipment)
In the game board 36 of the embodiment, four movable effect devices 100, 200, 300, 400 are arranged in the back unit 39. Each movable effect device 100, 200, 300, 400 has a movable body 120, 220, 320, 420 and a drive unit 150, 250, 350, 450 for moving the movable body 120, 220, 320, 420, and a drive unit. The apparatus main body provided with 150, 250, 350, 450 is disposed outside the display unit 40 in the back unit 39. Each movable effect device 100, 200, 300, 400 has an operation position where the movable bodies 120, 220, 320, 420 are located on the front side of the display unit 40 and a standby position where the movable body 120, 220, 320, 420 moves from the operation position toward the outside of the display unit 40 (See FIG. 18) so that the movable bodies 120, 220, 320, and 420 are held at the standby position when the movable bodies 120, 220, 320, and 420 do not perform the rendering operation. (See FIG. 12). Here, the game board 36 is provided with the first movable effect device 100 with the device main body attached to the lower right side of the display unit 40, and the second movable effect with the device main body attached to the upper right side of the display unit 40. The apparatus 200 is provided, the apparatus main body is attached to the left side of the display unit 40 and the third movable effect device 300 is provided, and the apparatus main body is attached to the lower left side of the display unit 40 and the fourth movable effect device 400 is provided. (See FIG. 12).

  In the game board 36, the first movable body 120 of the first movable effect device 100 is displaced upward from the standby position located on the lower side of the display unit 40, and the second movable body 220 of the second movable effect device 200 is displayed. The third movable body 320 of the third movable effect device 300 is displaced downward from the standby position located on the upper side of the display unit 40, and is displaced downward from the standby position located on the right side of the unit 40. The fourth movable body 420 of the rendering device 400 is configured to be displaced upward from a standby position located below the display unit 40. In the game board 36, when the first and fourth movable effect devices 100, 400 are attached to the back unit 39, the front surface of the device main body is at the same position as the front end of the box-shaped main body 67 (the front surface of the flange portion 67a). When the back unit 39 is attached to the plate member 38, the front surface of these apparatus main body portions is configured to come into contact with the rear surface of the plate member 38.

(First movable effect device)
As shown in FIG. 12, the first movable effect device 100 is installed at the right corner of the side (lower side) that defines the lower side of the back unit opening 39 a in the back unit 39. As shown in FIG. 19 to FIG. 28, the first movable effect device 100 performs a predetermined effect operation with a first base member (base member) 102 serving as an installation base of members constituting the first movable effect device 100. A first movable body (movable body) 120 to be performed, a first drive unit (drive unit) 150 that reciprocates the first movable body 120, and a first cover member 110 that covers the front side of the first base member 102 are basically used. Constructed. In the first movable effect device 100, a device main body portion in which the first drive unit 150 is provided is constituted by the first base member 102 and the first cover member 110, and a case-shaped device main body portion having a member accommodating space therein. A unit structure including the first movable body 120 and the first driving unit 150 as a unit is detachable integrally with the back unit 39. In the first movable effect device 100, the first base member 102 is formed in accordance with the corner portion where the lower side portion and the right side portion of the back unit 39 intersect, and the device main body portion is disposed outside the display portion 40. In addition, the design portion of the first movable body 120 faces outward from the left side (center side) of the apparatus main body. And in the 1st movable production | presentation apparatus 100, it is located in the front side of the lower side part of the back unit 39, is retracted outside the display part 40, and is displaced upward from the standby position and faces the front side of the display part 40. The first movable body 120 reciprocates between the operating positions (see FIG. 18 or FIG. 29).

  The first base member 102 is formed in a box shape in which a wall rises forward from a peripheral portion of a plate-like portion that comes into contact with the front surface of the rear wall serving as an installation surface of the back unit 39 and opens forward. Further, the first base member 102 has a movable body recess 102a formed in the left wall and a wiring recess 102b formed in the lower wall (see FIG. 22 or FIG. 23). The first base member 102 is formed from a transparent synthetic resin material.

  The first cover member 110 has a plate-like portion having a shape that can cover the front opening of the first base member 102 as a main body, and on the left side, corresponding to the concave portion 102a for the movable body on the rear side. The left wall piece 111 is formed so as to protrude. The first cover member 110 is made of a transparent synthetic resin material. The first cover member 110 is provided with a through hole corresponding to the screw hole of the cover fixing boss 103 (see FIG. 23) erected from the plate-like portion of the first base member 102, and for fixing the cover. A boss receiving portion (not shown) capable of fitting and accommodating the boss 103 is provided on the rear surface so as to surround the through hole 110a. The first cover member 110 is fixed to the first base member 102 by fitting the cover fixing boss 103 into the boss receiving portion and screwing a screw into the screw hole from the front side through the through hole 110a. Is done. In the first movable effect device 100, when the first cover member 110 is attached to the first base member 102, the first movable body 120 described later is movable between the movable body recess 102a and the left wall piece 111. A movable body insertion port 104 into which the main body 122 is inserted is defined (see FIG. 22). Here, the movable body insertion port 104 has the front-rear dimension set to be substantially the same as the front-rear dimension of the movable main body 122, and the vertical dimension is set to a width that allows the displacement of the movable body main body 122. The movable body 122 inserted through 104 can be prevented from moving in the front-rear direction while allowing displacement in the vertical direction.

  The first base member 102 is fitted with the case fixing boss 39b corresponding to the case fixing boss 39b protruding from the installation site of the first base member 102 in the back unit 39 (see FIG. 13). A boss receiving portion 105 that can be accommodated and a flange portion 106 that contacts the front end of the case fixing boss 39b are provided (see FIG. 23). The first base member 102 is provided with a through hole 105a communicating with the inside of the boss receiving portion 105 (see FIG. 23), and a screw is attached to the first cover member 110 in accordance with the through hole of the first base member 102. A screw passage hole 110b having a diameter larger than that of the head is formed (see FIG. 21). A through hole 106 a is also formed in the flange portion 106 of the first base member 102. The first cover member 110 is notched at a portion corresponding to the front side of the flange portion 106 of the first base member 102, so that the first cover member 110 can be attached to the first base member 102 with respect to the flange portion 106. It is accessible from the front side. And the apparatus main-body part of the 1st movable production | presentation apparatus 100 provides a screw | thread to the boss | hub 39b for case fixing from the front side through the screw passage hole 110b of the 1st cover member 110, and the through-holes 105a and 106a of the 1st base member 102. It is fixed to the back unit 39 by being screwed into the screw hole. As described above, the device main body of the first movable effect device 100 can access the screw that fixes the first base member 102 from the screw passage hole 110b of the first cover member 110, and constitutes the first movable effect device 100. Since the member such as the first cover member 110 to be attached is attached to the first base member 102, it can be attached to and detached from the back unit 39 from the front side of the back unit 39 without removing the first cover member 110 and other members. can do.

  The device main body includes a contact portion 107 that can contact the first movable body 120, and a design portion of the first movable body 120 that extends to the left side of the device main body is directed from the operating position toward the standby position. It is provided on the displacement side (see FIG. 19 or FIG. 20). The contact portion 107 of the embodiment is formed to extend from the lower portion of the left wall where the movable body recess 102a is provided in the first base member 102 to the left side (center side) (see FIG. 23). The movable body insertion port 104 defined by the recess 102a is configured to extend below the design portion of the first movable body 120 extending leftward. That is, the contact portion 107 is provided on the fixed side (the game board 36 side) that does not move with respect to the first movable body 120 that reciprocates, and the upper surface is at the lower end of the design portion at the standby position of the first movable body 120. It sets so that it may contact | abut (refer FIG. 29). In addition, the 1st cover member 110 is formed in the shape matched with the front side of the contact part 107 of the 1st base member 102 (refer FIG. 19).

  As shown in FIG. 27 or FIG. 28, the first movable body 120 is pivotally supported by the first base member 102 and is reciprocated between the standby position and the operating position by the first drive unit 150. And a movable member 130 provided so as to be capable of reciprocating displacement in the reciprocating direction of the movable main body 122 with respect to the movable main body 122. The movable main body 122 has a left end portion located on the left outside of the apparatus main body portion and a right end portion pivotally supported by the first base member 102, and a longitudinal direction extending in the left-right direction through the movable body insertion port 104 of the apparatus main body portion. It is arranged so as to extend (see FIG. 23). The first movable body 120 is configured such that the movable main body 122 reciprocates around a support portion that is pivotally supported by the first base member 102, and the design portion is located below the display unit 40 as the movable main body 122 reciprocates. It is reciprocated between the standby position retracted (outside) and the operation position displaced upward from the standby position and facing the front side of the display unit 40 (see FIG. 29).

  The upper design portion 123 is fixed to the upper portion of the movable main body 122 on the front side of the left end portion, and the movable member 130 is positioned on the lower side of the upper design portion 123 so as to contact and separate from the upper design portion 123. It is attached so as to be able to reciprocate (see FIG. 19). In the first movable body 120, the design portion is configured by the upper design portion 123 and the movable member 130. The design portion of the first movable body 120 is a human shape that matches the motif of the pachinko machine 10, the upper design portion 123 is the upper portion from the upper jaw of the person, and the movable member 130 is the lower portion from the lower jaw of the person. It is composed. That is, the first movable body 120 is configured to open and close as if the mouth of the humanoid design portion is moved back and forth so that the movable member 130 contacts and separates from the upper design portion 123 (FIG. 29). reference).

  An attachment structure of the movable member 130 to the movable main body 122 in the first movable body 120 will be described. At the left end portion of the movable main body 122, there are provided two groove portions 124, 124 extending in the reciprocating direction of the movable main body 122 (see FIG. 21). Here, the left end of the movable main body 122 swings with an arc locus whose vertical displacement is larger than the horizontal displacement around the right end, so that the length of the groove portion 124 in the movable main body 122 at the standby position is vertical. It extends roughly along. The two groove portions 124 and 124 are spaced apart from each other in the vertical direction in the movable main body 122 at the standby position, and both the groove portions 124 and 124 are formed to penetrate the movable main body 122 in the front-rear direction.

  On the other hand, the movable member 130 is provided with a mounting piece 131 projecting from the rear surface so as to be spaced apart from each other in correspondence with the two grooves 124 and 124 (see FIG. 28). Each attachment piece 131 is a round bar-shaped portion formed with an outer diameter substantially the same as the short width of the groove portion 124, and abuts on the long side of the groove portion 124 to move the groove portion 124 in the short direction. Being regulated. The movable member 130 inserts the attachment pieces 131 and 131 into the two groove portions 124 and 124 from the front side, respectively, and the rear of the attachment pieces 131 and 131 facing the rear side of the movable main body 122 through the groove portions 124 and 124. By attaching the retaining piece 125 from the side, the groove portions 124 and 124 are held so as to be slidable in the longitudinal direction. The retaining piece 125 is a plate-like member larger than the groove portion 124, and through holes 125 a and 125 a are formed at upper and lower end portions. The retaining piece 125 is attached between the upper and lower attachment pieces 131 and 131 by aligning the through holes 125a with the screw holes of the attachment piece 131 and fixing them with screws from the rear side. Each groove portion 124 of the movable body 122 has a lower end (end on the standby position side) and an upper end (end on the operation position side) formed in a semicircular shape in accordance with the round bar-shaped attachment piece 131. (See FIG. 23).

  In the first movable body 120, the movable member 130 is biased toward the standby position in the reciprocating displacement direction of the movable member 130. Here, the movable member 130 is configured to be suspended from the movable main body 122 as described above, and is always urged downward under the action of gravity. That is, the movable member 130 uses its own weight as the urging means, and a force is applied downward (in a direction away from the upper design portion 123 of the movable main body 122) on the standby position side.

  In the first movable body 120 of the embodiment, the movable member 130 is urged by its own weight, but a configuration in which the movable member 130 is positively urged in a direction away from the upper design portion 123 by an elastic member such as a spring can also be adopted. In this way, if the elastic member is provided, the first movable body is moved down from the upper standby position and displaced to the operating position, or the first movable body is displaced from the lateral standby position in the left-right direction. Can also be adopted.

  In the first movable effect device 100, the lower end portion (the end portion on the standby position side) of the movable member 130 in the first movable body 120 and the contact portion 107 of the first base member 102 are the operations of the first movable body 120. It is comprised so that it may contact | abut in the predetermined range. Specifically, in the first movable effect device 100, the lower end portion of the movable member 130 extends from the standby position of the first movable body 120 until the movable body 122 rises in the longitudinal width of the groove portion 124 toward the operation position side. It abuts on the upper surface of the abutting portion 107. In the first movable body 120, the displacement of the movable member 130 in the urging direction with respect to the movable body 122 is restricted by the movable member 130 abutting against the abutting portion 107 extending forward in the urging direction. Further, since the movable member 130 is attached to the first movable body 120 such that the movable member 130 can be displaced in the reciprocating direction of the movable main body 122 with respect to the movable main body 122, the movable member 130 contacts the contact portion 107 and moves. In a state where the downward displacement of 130 is restricted by the contact portion 107, the movable main body 122 can be reciprocated independently of the movable member 130 within the range of the longitudinal width of the groove portion 124. In other words, the first movable body 120 reciprocates the movable main body 122 with the lower end portion of the movable member 130 in contact with the contact portion 107, thereby independently moving the movable main body 122 while the movable member 130 is stopped. Can be displaced.

  The first movable body 120 has an upper design portion in which a mounting piece 131 is positioned at the upper end portion (end portion on the operation position side) of the groove portion 124 under the contact between the movable member 130 and the contact portion 107 in the standby position. The lower end of 123 and the upper end of the movable member 130 are configured to contact each other. At this time, in the first movable body 120, the mouth of the humanoid design portion is closed. Further, in the first movable body 120, only the movable main body 122 is moved up and down in the range where the movable member 130 displaced from the standby position to the operation position side and the contact portion 107 are in contact, and the upper design portion 123 is moved. The upper design portion 123 is in contact with and away from the movable member 130 with the lower end of the upper design portion 123 being separated from the upper end of the movable member 130. That is, the first movable body 120 can perform an effect operation that opens and closes the mouth of the design portion in the open state.

  On the other hand, in the first movable body 120, when the movable member 130 is separated from the contact portion 107, the attachment piece 131 is locked to the lower end portion of the groove portion 124, and the movable member 130 is integrated with the reciprocating movement of the movable main body 122. It is designed to be displaced. That is, in the first movable body 120, the movable member 130 is integrally displaced up and down as the movable main body 122 moves up and down in the operation range where the movable member 130 is separated from the contact portion 107. The separation width from the upper end of the movable member 130 is maximized. At this time, the first movable body 120 is in a state where the mouth of the humanoid design portion is wide open.

  The first driving unit 150 connects a first motor (motor) 152 with the first motor 152 and the movable main body 122 to convert the rotation of the first motor 152 into a swinging operation of the movable main body 122. It is comprised from the transmission parts 126,153,154,155 (refer FIG. 25 or FIG. 26). In the embodiment, a stepping motor that is driven or stopped under the control of the sub general control device is used as the first motor 152. The first motor 152 is attached to the rear surface of the first base member 102 (see FIG. 20), and is inserted into a motor insertion port 39c (see FIG. 13) provided in the lower side portion of the back unit to be connected to the rear side of the back unit 39. (See Fig. 5). A motor positioning piece 108 protrudes from the rear surface of the first base member 102 in accordance with the outer shape of the first motor 152. The first motor 152 faces the output shaft 152a to the front side of the motor positioning piece 108. It is mated in a state that is not.

  The first transmission unit includes a drive gear 153 fixed to the output shaft 152a of the first motor 152, and a driven gear (rotary plate) that is rotatably supported on the front side of the first base member 102 and meshes with the drive gear 153. 154 and a transmission shaft 155 protruding from the front side of the driven gear 154 (see FIGS. 23 and 25). The transmission shaft 155 is formed in a round bar shape, and is provided at a position eccentric from the rotation center of the driven gear 154 (eccentric position). The transmission shaft 155 is inserted from the rear side into a transmission groove 126 formed on the lower side of the right end portion of the movable main body 122 (the shaft support part side) (see FIG. 23). In the first movable effect device 100, a first motor 152 is disposed at a lower left portion of a substantially rectangular first base member, and a driven gear 154 is pivotally supported at the center of the first base member 102. In addition, the movable main body 122 is pivotally supported at the upper right side of the portion biased to the upper right side of the first base member 102, and is on a line connecting the support portion of the movable main body 122 and the rotation center of the drive gear 153. The rotation center of the driven gear 154 is disposed. In other words, the lower side of the right end portion of the movable main body 122 located inside the apparatus main body is disposed on the front side of the driven gear 154, and the transmission shaft 155 inserted into the transmission groove 126 is displaced as the driven gear 154 rotates. Thus, the movable main body 122 swings under the engagement between the transmission groove 126 and the transmission shaft 155.

  In the first movable effect device 100, the rotation of the first motor 152 in the same direction is converted into the swing motion of the movable main body 122 of the first movable body 120 by the first transmission units 153, 154, and 155. Here, in the first movable effect device 100, the first movable body 120 is raised from the standby position to the operating position and lowered from the operating position to the standby position by one rotation of the driven gear 154.

  The first movable effect device 100 includes a first photosensor 160 as first detection means for determining the position of the first movable body 120 (see FIG. 26). The first photosensor 160 is electrically connected to the overall control device 79, and a signal from the first photosensor 160 is input to the overall control device 79. The first photosensor 160 is provided on the detection substrate 161 installed on the first base member 102 at the rear side of the driven gear 154 (see FIG. 23 or FIG. 25). Further, in the first movable effect device 100, the first detection piece 156 provided on the rear surface of the driven gear 154 (the surface opposite to the surface on which the transmission shaft 155 is formed) is a detection unit facing the first photosensor 160. It is arranged to pass between. The first detection piece 156 is formed in an annular shape with a partial region cut out. The first photosensor 160 determines the position of the first movable body 120 based on the presence or absence of the first detection piece 156. In the embodiment, the center of the cutout portion of the first detection piece 156 corresponds to the standby position of the first movable body 120. It is set to be.

  In the first movable effect device 100, when the first movable body 120 is in operation (when the first motor 152 is driven), the first detection piece 156 in the detection state by the first photosensor 160 shifts to the non-detection state. The overall control device 79 controls the first motor 152 to stop after a predetermined time has elapsed. And the 1st movable body 120 is comprised so that the attachment piece 131 may contact | abut to the upper end part (end part by the side of an operation position) of the groove part 124 at the timing which stops the 1st motor 152. FIG. Since the first movable effect device 100 employs a stepping motor as the first motor 152, the rotation angle (step) of the first motor 152 can be determined by controlling the pulse signal applied to the first motor 152. That is, in the first movable effect device 100 according to the embodiment, a predetermined step (in the embodiment, after the first photosensor 160 shifts from the detection state of the first detection piece 156 to the non-detection state when the first motor 152 is driven). The first motor 152 is stopped after being delayed by an amount of time advanced by 8 steps), so that the center of the cutout portion of the first detection piece 156 is positioned between the detection portions of the first photosensor 160. That is, in the embodiment, the cutout portion of the first detection piece 156 is formed with a width corresponding to the rotation angle of 16 steps of the first motor 152.

  The first base member 102 has a wiring partition wall 109 protruding from the front surface (see FIG. 23). The first base member 102 has a wiring partition wall 109 formed between the right wall and the first transmission portion (the drive gear 153 and the driven gear 154), so that the operations of the first transmission portions 153 and 154 and the movable main body 122 are performed. A wiring space that is separated from the space and communicates with the wiring recess 102b that opens in the lower portion of the apparatus main body is provided in the right portion. That is, the wiring connected to the socket 162 provided on the right side of the front surface of the detection board 161 and facing the right side is drawn out to the outside of the apparatus main body through the wiring space 102b through the wiring recess 102b. It is connected to a lower right relay board 83 installed on the lower right side of the rear surface. As a result, the wiring can be arranged inside the apparatus main body without interfering with the first transmission parts 153 and 154 and the movable main body 122, and the first movable body 120 malfunctions or breaks due to the biting of the wiring. Etc. can be avoided. Note that a wiring holding piece 109a protruding toward the right wall is provided at the front end of the wiring partition wall 109 so as to prevent the wiring passing through the wiring space from coming out to the front side (see FIG. 23).

  The first movable effect device 100 includes a first light emitting device 170 on the front side of the first cover member 110. The first light emitting device 170 includes a first light emitting substrate 171 provided with LEDs as light emitters, and is disposed on the rear side of the decorative covering portion 57 of the decorative frame member 54. That is, the first light emitting device 170 irradiates light from the LED under the control of the overall control device 79, thereby brightening the light transmission cover 57a and in combination with or independently of the rendering operation of the first movable body 120. An effect by light emission can also be performed. The first light emitting substrate 171 is supported by a substrate support piece 112 (see FIG. 21) provided on the front surface of the first cover member 110 in a shape that approximately matches the outer shape of the first light emitting substrate 171, and the first cover member It is installed away from the front surface of 110. The first cover member 110 has a plurality of cover mounting bosses 113 protruding from the inside of the substrate support piece 112. A tray-shaped first substrate cover (substrate cover) 114 made of a transparent synthetic resin material is attached to the front side of the first light emitting substrate 171. Here, the first substrate cover 114 is fitted to the first light emitting substrate 171 and the cover mounting boss 113 faces the front side of the first light emitting substrate 171 through a through hole formed in the first light emitting substrate 171. It is fixed to the screw hole. The substrate support piece 112 is partially cut out at the bottom, and the socket provided on the rear surface of the first light emitting substrate 171 and the wiring connecting to the lower right relay substrate 83 are arranged through the cutout portion. Is done.

  The first substrate cover 114 is formed in a shape that matches the lower right portion of the fitting piece portion 54c that surrounds the decorative covering portion 57 of the decorative frame member 54, and the back unit 39 is attached to the plate member 38, thereby One board cover 114 is configured to be fitted inside the fitting piece 54c. In other words, the first movable effect device 100 is attached to the plate member 38 under the fitting of the fitting piece portion 54c that functions as the fitting portion of the decorative frame member 54 and the first substrate cover 114 that functions as the alignment portion. It is positioned with respect to it. Further, the first cover member 110 is provided with a hole 115 as an alignment portion on the lower side of the substrate support piece 112. By attaching the back unit 39 to the plate member 38, the fitting piece of the decorative frame member 54 is provided. A projecting piece 58 as a fitting portion protruding rearward from the portion 54 c is inserted, and the first movable effect device 100 is positioned with respect to the plate member 38 under the fitting of the hole 115 and the projecting piece 58. The

  In the first movable effect device 100, in the normal state, the first movable body 120 is in the standby position, and in conjunction with or independently of the symbol display game performed on the display unit 40, the first movable body 120 is in the standby position. It is reciprocated between the operating positions. Specifically, in the first movable effect device 100, the first motor 152 is driven, and the movable main body 122 is displaced upward via the first transmission units 126, 153, 154, and 155. When the movable main body 122 rises toward the operating position, the upper design portion 123 that is in contact with the upper end of the movable member 130 while being in contact with the contact portion 107 in the standby position is separated from the movable member 130 while being movable. The member 130 remains stopped regardless of the operation of the movable main body 122 due to its own weight. Further, when the movable main body 122 rises toward the operating position and the attachment piece 131 of the movable member 130 engages with the upper end portion of the groove portion 124, the movable member 130 is suspended from the movable main body 122 and raised. At this time, the upper design portion 123 of the movable main body 122 and the movable member 130 are in a separated state.

  When the first movable body 120 arrives at the operation position, the operation direction is changed and the first movable body 120 is lowered toward the standby position. In the first movable body 120, the movable member 130 is lowered as the movable main body 122 is lowered until the lower end portion of the movable member 130 comes into contact with the contact portion 107, and the lower end portion of the movable member 130 is brought into contact with the contact portion 107. When the downward displacement is restricted, the movable member 130 stops and only the movable main body 122 is lowered. Thereby, in the 1st movable body 120, the upper design part 123 adjoins with respect to the movable member 130. FIG. Then, by stopping the first motor 152 at a predetermined timing after the first photosensor 160 shifts from the detection state of the first detection piece 156 to the non-detection state, the upper design portion 123 and the movable member 130 are brought into contact with each other. The first movable body 120 is stopped at the standby position in the contact state.

  When the driven gear 154 makes one rotation, the first movable effect device 100 rotates the notch portion of the first detection piece 156 that faces the first photosensor 160, and faces the first photosensor 160 again. It is possible to perform one cycle of operation in which the movable body 120 reciprocates from the standby position to the operating position and returns to the standby position. The first movable effect device 100 may be either a mode in which the operation of the first movable body 120 is performed for one cycle or a mode in which a plurality of cycles are continuously performed. Further, the first movable effect device 100 reciprocates the first movable body 120 between the standby position and the intermediate position before the operation position by driving the first motor 152 forward and backward, A reciprocating motion (so-called vibration) can be performed in the middle of the operating position.

  The first movable effect device 100 can operate the movable main body 122 independently with respect to the movable member 130 by the contact between the movable member 130 of the first movable body 120 and the contact portion 107. Moreover, the 1st movable body 120 can operate the movable main body 122 and the movable member 130 integrally because the movable member 130 leaves | separates from the contact part 107. FIG. In other words, the first movable effect device 100 is configured such that the first movable body 120 can be operated only by operating the movable main body 122 with a simple configuration such as contact and separation between the movable member 130 suspended from the movable main body 122 and the contact portion 107. The operation pattern as a whole can be changed. That is, the first movable effect device 100 does not require a drive source or a power transmission mechanism of the movable member 130 to operate the movable member 130, and can simplify the configuration of the first drive unit 150. Thus, the apparatus main body can be made compact. Thus, the 1st movable production | presentation apparatus 100 changes the operation pattern of the upper design part 123 and the movable member 130 which comprise the design part of the 1st movable body 120 by simple structure in the rocking | fluctuation operation | movement of the movable main body 122. Therefore, the effect of the first movable body 120 can be improved.

  Since the first movable effect device 100 is configured such that the attachment piece 131 comes into contact with the upper end portion of the groove portion 124 when the first motor 152 stops, the attachment piece 131 is pressed against the upper end portion of the groove portion 124. In addition, overload of the first motor 152 can be avoided. Moreover, since the upper design portion 123 and the movable member 130 come into contact with each other when the mounting piece 131 comes into contact with the upper end portion of the groove portion 124 in the first movable body 120, the upper design portion 123 and the movable member 130 become excessive. Pressing can be avoided, and it can be made difficult to realize that the upper design portion 123 and the movable member 130 are separated from each other at the standby position.

(Second movable production device)
As shown in FIG. 12, the second movable effect device 200 is installed at the right corner of the side portion (upper side portion) that defines the upper side of the back unit opening 39 a in the back unit 39. As shown in FIGS. 30 to 42, the second movable effect device 200 includes a second base member (base member) 202 serving as an installation base of members constituting the second movable effect device 200, and the second base member. A second movable body (movable body) 220 that is operably supported by 202 and performs a predetermined rendering operation, and a second drive unit (drive unit) 250 that operates the second movable body 220 are provided. The second movable effect device 200 includes a second cover member 210 attached to the front side of the second base member 202 with a support portion for the second base member 202 of the second movable body 220 interposed therebetween, and the second cover member 210. Thus, the front side of the second base member 202 is covered (see FIG. 36 or FIG. 37).

  In the second movable effect device 200, an apparatus main body provided with the second drive unit 250 is constituted by the second base member 202 and the second cover member 210, and the second base member is removed by removing the second cover member 210. The unit structure including the second movable body 220 and the second driving unit 250 as a unit is detachable integrally with the back unit 39. Further, in the second movable effect device 200, the second base member 202 is formed in accordance with the corner portion where the upper side portion and the right side portion of the back unit 39 intersect, and the device main body portion is disposed outside the display portion 40. In addition, the design portion of the second movable body 220 faces outward from the lower side (center side) of the apparatus main body. In the second movable effect device 200, the standby position that is located on the front side of the right side portion of the back unit 39 and is retracted to the outside of the display unit 40, and is displaced leftward from the standby position to the front side of the display unit 40. The second movable body 220 is reciprocated between the operating position that is faced (see FIG. 18 or FIG. 43).

  The second base member 202 is made of a transparent synthetic resin material, and is supported by a plate-like portion that contacts the upper side of the back unit 39 and a front side of the plate portion, and the second cover member 210 is separated from the plate portion. The rising portion to be formed is integrally formed (see FIG. 36 or FIG. 37). Further, the second base member 202 is formed in a substantially L shape in front view corresponding to the corner portion where the upper side portion and the right side portion of the back unit 39 intersect (FIG. 31, FIG. 39 or FIG. 40). reference). Here, the second base member 202 of the embodiment is provided with a rising portion at a portion corresponding to a part of the upper edge of the plate-like portion and the right side portion of the back unit 39, and the upper side portion of the back unit 39 in the plate-like portion. Are provided with support portions of the second movable body 202 and second transmission portions 252, 253, and 254 of the second drive unit 250.

  The second base member 202 fits and accommodates the case fixing boss 39b corresponding to the case fixing boss 39b protruding from the installation site of the second base member 202 in the back unit 39 (see FIG. 13). A possible boss receiving portion 202a (see FIG. 40) is provided at the rising portion. Further, the second base member 202 has a through hole 202b formed in the inside of the boss receiving portion 202a and in the plate-like portion, and the case fixing boss 39b is fitted to the boss receiving portion 202a. The case fixing boss 39b or the back unit 39 is fixed by being screwed into a screw hole provided on the upper side of the back unit 39 through the through hole 202b.

  The second cover member 210 not only covers the front side of the second base member 202, but the left side portion covering the center of the upper side portion of the back unit 39 constitutes a decorative portion (hereinafter referred to as the upper central decorative portion 211). The right side portion that covers the right side of the upper side portion of the back unit 39 is an installation portion of the upper right decoration portion 280. The second cover member 210 is fitted with a positioning receiving portion 210a (see FIG. 32) provided on the rear surface of the cover positioning boss 202c protruding from the right side of the rising portion of the second base member 202, thereby positioning the case. The case positioning boss 202c is screwed and fixed to the screw hole of the case positioning boss 202c from the front side through a through hole 210b provided inside the boss 202c.

  The upper center decorative portion 211 of the second cover member 210 is located behind the movable body design portion 324 described later of the third movable body 320 when the third movable body 320 in the third movable effect device 300 is in the standby position. The third movable body 320 (movable body design portion 324) is a portion exposed to the front side by being displaced toward the operating position. The upper center decorative portion 211 is provided with an arc-shaped design body accommodating portion 211a that is opened downward in accordance with the substantially circular movable body design portion 324, and the movable body design portion 324 in the standby position is the design body accommodating portion 211a. And integrated with decorations such as an upper right decoration portion 280 provided on the upper side of the back unit 39 (see FIG. 12). And in the game board 36, since the decoration provided to the design body accommodating part 211a appears because the movable body design part 324 displaces toward an operation | movement position, a decoration aspect can be changed.

  The second movable body 220 is supported between the second base member 202 and the second cover member 210 so as to be displaceable, and a movable base 222 that reciprocates along the game board surface by the second drive unit 250. The movable portion 240 is provided on the operating side of the base body 222 and supported so as to be displaceable with respect to the movable base body 222 (see FIG. 43 or FIG. 44). The movable part 240 is oscillated and displaced by a connecting part 258 connected to a movable part solenoid 256 as drive means (see FIG. 36 or FIG. 37). Here, the operation side of the movable base 222 is a part separated from the support part of the movable base 222 to the second base member 202 in the direction along the game board surface, and the front side of the display unit 40 by the action of the movable base 222. Refers to a displaceable part. The movable base 222 according to the embodiment has an upper end supported by the second base member 202 and an operating side on the lower end side. In the second movable body 220, the upper end portion of the movable base 222 is pivotally supported by the second base member 202 attached to the upper side of the display unit 40, so that the support portion of the movable base 222 is outside the display unit 40. Is located.

  The movable base 222 is a long and narrow columnar member, and is disposed so that the length extends from the support portion to the second base member 202 along the operation side where the movable portion 240 is provided (FIG. 31). reference). That is, in the second movable body 220, the movable portion 240 is provided at an end portion that is separated from the support portion of the movable base 222 in the longitudinal direction of the movable base 222. The movable base 222 is rotatably supported by fitting a support shaft 203 fixed to the second base member 202 into a shaft hole formed through the front and rear of the movable base 222. The support shaft 203 protrudes from the front surface of the movable base 222, and the protruding portion is accommodated in a bearing recess 212 formed in the second cover member 210 attached to the front side of the second base member 202 ( (See FIG. 33). As described above, the movable base 222 can be stably operated by supporting the movable base 222 between the second base member and the second cover member.

  The movable base 222 is configured to swing around a support site for the second base member 202, and the operation side (attachment side of the movable unit 240) is located on the front side of the display unit 40 and the operation side ( The second drive unit 250 provided in the second base member 202 is reciprocated between the standby position on the right side (outside) of the display unit 40 and the movable unit 240 mounting side. The movable base 222 of the embodiment is supported with its upper end portion being biased to the right above the display unit 40, and its longitudinal length is extended vertically along the right side of the display unit 40 at the standby position (FIG. 4). Or, refer to FIG. 43 (a)), and in the operation position, it becomes an inclined posture extending so as to incline to the left as the length goes from top to bottom (see FIG. 43 (b)). Further, not only the movable portion 240 is installed on the movable base 222 as described above, but also a movable portion solenoid 256 for operating the movable portion 240 and a connection for connecting the movable portion solenoid 256 and the movable portion 240. Part 258 is installed.

  The movable portion 240 is rotatably supported at the lower end portion of the movable base 222 at the intermediate portion, and can swing around the pivotally supported portion (see FIG. 44). A base body design portion 223 is attached to the lower end of the movable base body 222 on the front side of the movable base body 222 with the shaft support portion of the movable portion 240 interposed therebetween. (See FIG. 31 or FIG. 35). And in the 2nd movable body 220, one design part is comprised by the base | substrate design part 223 and the movable part 240 (movable design part 242 of the movable part 240 mentioned later) (refer FIG. 30). The design portion of the second movable body 220 is a human shape that matches the motif of the pachinko machine, the base design portion 223 becomes a humanoid head, and the movable portion 240 protrudes from the humanoid body portion and this body portion. A rod-shaped portion (in the embodiment, a bamboo sword held by a human figure) is formed. As described above, in the second movable body 220, the positional relationship between the support portion for the second base member 202 and the movable portion 240 is set so as to be most separated in the longitudinal direction of the movable base 222. As described above, the second movable body 220 is provided with a design portion at a portion where the movement is greatest in the swing of the movable base 222, so that the design portion attracts the player's eyes and the movable portion 240 operates. Therefore, the effect by the operation of the movable part 240 is high.

  The movable part 240 as a whole has an outer shape in which the width of the other (vertical direction at the standby position) is longer than the width of one (left and right direction at the standby position), and along the length of the movable base body 222 in the standby position. The length is configured to extend (see FIG. 30 or FIG. 31). In the movable part 240 of the embodiment, the upper part of the body part is supported by the lower end part of the movable base 222, and the rod-like part protruding upward from the body part is on the right side of the long side of the movable base 222 in the standby position. (See FIG. 44 (a)). In addition, the movable part 240 is interlocked with the connecting part 258 that is displaced by the movable part solenoid 256, and at least a part of the standby position and the standby position is displaced to the right side (the side on which the movable base 222 moves from the operating position to the standby position). It swings between the action postures (see FIG. 44B). That is, the movable part 240 becomes an operating posture by being displaced clockwise from the standby posture around the pivotal support portion to the movable base 222, and is returned to the standby posture by being displaced counterclockwise from the operating posture. It has become. And the 2nd movable body 220 operate | moves as if the human-shaped design part is swinging a bamboo sword because the movable part 240 rock | fluctuates with respect to the movable base | substrate 222. FIG. In the second movable effect device 200, the state where the movable portion 240 is in the standby posture at the standby position of the movable base 222 is set as the standby position of the second movable body 220 (see FIG. 43 (a)). The state where the movable portion 240 is in the standby posture or the motion posture at the motion position is the motion position of the second movable body 220 (see FIG. 44).

  The movable base 222 will be described more specifically. The movable base 222 includes a main body 224 formed in a box shape that opens to the rear side, a movable base light emitting substrate 228 as a light emitting device housed inside the main body 224, and a rear of the movable base light emitting substrate 228. A partition plate 230 that is positioned on the side and is accommodated in the main body 224, and a cover 232 that is attached to the rear surface of the main body 224 with a space from the partition plate 230 (see FIG. 36 or FIG. 37). ). The main body 224 is formed of a transparent synthetic resin material, and an opening 224a is formed in a required shape on the front wall portion (see FIG. 36). On the front side of the main body 224, a base decoration cover 225 provided with a light-transmitting portion formed in accordance with the shape of the opening 224a is attached with the light-transmitting portion aligned with the opening 224a. . The base decoration cover 225 covers the region above the base design portion 223 from the portion exposed from the lower side of the second cover member 210 in the main body portion 224. The base decoration cover 225 includes a plurality of cover fixing bosses 226 projecting from the rear surface. The cover fixing bosses 226 of the embodiment are provided at two positions apart from each other in the longitudinal direction of the base decoration cover 225. (See FIG. 37).

  The movable base light emitting substrate 228 is formed in an outer shape in accordance with the shape between the left and right side walls extending in the longitudinal direction of the main body portion 224, and is accommodated inside the main body portion 224 from the rear side of the main body portion 224. It fits between the left and right side walls. The movable base light-emitting substrate 228 includes a plurality of LEDs 228 a on the front surface as light emitters, and the LEDs 228 a emit light under the control of the overall control device 79. Here, a plurality of rib pieces 224 b are provided on the rear surface of the main body portion 224, and the front surface of the movable substrate light emitting substrate 228 is in contact with the rear end of the rib pieces 224 b so as to be aligned with the opening 224 a of the main body portion 224. Thus, the distance between the front wall portion of the main body 224 and the movable base light emitting substrate 228 is maintained with the LED 228a facing (see FIG. 35). The movable base light emitting substrate 228 is provided with an insertion port 228 b that allows the cover fixing boss 226 to be inserted corresponding to the cover fixing boss 226 of the base decoration cover 225. In the base decoration cover 225 of the embodiment, the light transmitting portion constitutes a character, and a light emitting effect is made to light and dark the character portion according to the blinking of the LED 228a of the movable base light emitting substrate 228.

  The partition plate 230 has an outer shape formed in accordance with the shape between the left and right side walls extending in the longitudinal direction of the main body portion 224, and is housed inside the main body portion 224 from the rear side of the main body portion 224. The movable base light-emitting substrate 228 is fitted between the left and right side walls in a state where the rear side is covered. The partition plate 230 has a plurality of contact pieces 231 (two in the embodiment) protruding from the rear surface, and the contact pieces 231 spaced apart in the longitudinal direction of the partition plate 230 are separated from the partition plate 230. It is set larger than the front-rear dimension (diameter) of the main body portion of the connecting portion 258 accommodated between the cover portion 232 (see FIG. 37). That is, a space for accommodating the main body portion of the connecting portion 258 is surely secured between the partition plate 230 and the cover portion 232 by the contact piece 231, and the sliding contact of the connecting portion 258 with respect to the partition plate 230 and the cover portion 232 is ensured. The load can be reduced. Note that the contact piece 231 is disposed so as to avoid a space for arranging the connecting portion 258 provided on the rear side of the partition plate 230. In the movable base 222, the cover fixing boss 226 of the base decorative cover 225 is inserted into the through hole 224c formed in the front wall portion of the main body 224 and the insertion opening 228b of the movable base light emitting substrate 228, so that these members are mutually connected. Positioned. The movable base 222 is screwed and fixed from the rear side of the partition plate 230 to the screw hole of the cover fixing boss 226 facing the rear side of the movable base light emitting substrate 228, so that the front wall portion of the main body 224 A movable substrate light emitting substrate 228 is sandwiched between the partition plate 230 (see FIG. 35).

  The movable base cover 232 has an outer shape that matches the shape between the left and right side walls extending in the longitudinal direction of the main body 224, and the main body 224 sandwiches the connecting portion 258 with the partition plate 230. The cover portion boss 224d projecting from the rear surface of the front wall is screwed and fixed from the rear side to the screw hole (see FIG. 36 or FIG. 37). The cover portion 232 is held in a state of being separated from the partition plate 230 by the front surface coming into contact with the rear end of the contact piece 231 protruding from the rear surface of the partition plate 230. The space for disposing the connecting portion 258 is appropriately defined between the two.

  The main body 224 is integrally formed at the lower end with a fixing plate portion 227 that is an attachment portion of the base design portion 223, extending in the lateral direction from the front wall portion, and extending to the left side of the left side wall at the fixing plate portion 227. A protective side wall 227a protrudes from the rear surface of the protruding portion (see FIG. 36 or FIG. 37). The protective side wall 227a is connected to the left side wall of the main body part 224, and the light emitting device (provided in the base design part 223) is provided at the lower end of the main body part 224 between the left side wall and the protective side wall 227a. An insertion space for wiring connected to the base design portion light emitting substrate 229 and the movable portion light emitting substrate 243 provided on the movable portion 240 is provided (see FIG. 32, FIG. 36 or FIG. 37). A base body design portion 223 formed in a box shape that opens to the rear side is attached to the fixed plate portion 227 on the front side of the lower end portion of the main body portion 224, and is positioned between the fixed plate portion 227 and the base body design portion 223. A base design portion light emitting substrate 229 is installed (see FIG. 35).

  The base design portion light emitting substrate 229 includes an LED 229a as a light emitter on the front side, and the LED 229a is fixed to the rear side of the base design portion 223 in accordance with the light transmitting portion 223a formed on the base design portion 223. . Here, in the base design portion 223 that forms a humanoid head, a light transmission portion 223a that allows light transmission is provided in a portion corresponding to the eyes of the head, and other portions do not transmit light. It has become. The base body design portion light emitting substrate 229 emits the LED 229a under the control of the overall control device 79, so that the substrate design portion 223 is rendered with light.

  The movable part 240 includes a movable part base 244 whose upper part is rotatably supported by the lower end part of the main body part 224 in the movable base 222 and a movable design part 242 attached to the front side of the movable part base 244. (See FIG. 36 or FIG. 37). The second movable body 220 is provided with a torsion spring 248 as an urging means between the main body portion 224 and the movable portion base 244 of the movable base 222. The torsion spring 248 engages the main body 224 with one end extending from the coil portion surrounding the shaft support portion of the movable portion base 244, and engages the movable portion base 244 with the other end extending from the coil portion. Attached. The movable portion 240 is biased by the torsion spring 248 from the operating posture toward the standby posture side (counterclockwise), and the movable portion 240 is in the standby posture when the movable body solenoid 256 is stopped (non-excited state). Retained.

  The movable design portion 242 is a box-shaped member that opens to the rear side, and a portion of the movable portion base 244 that protrudes below the base design portion 223 is an inner portion of the lower half that becomes a body portion in the design portion. And fixed to the movable part base 244 (see FIG. 34). Further, the movable design portion 242 is formed of a translucent material having a light-transmitting upper half that is a rod-shaped portion in the design portion, and the movable portion light emitting substrate 243 is aligned with the inner side of the upper half. It is attached. The movable portion light emitting substrate 243 includes an LED 243a as a light emitter on the front side, and emits the LED 243a under the control of the overall control device 79 so that the upper half (rod-shaped portion) of the movable design portion 242 can emit light. It has become.

  A mechanism for moving the movable base 222 of the second movable body 220 in the second movable effect device 200 will be specifically described. The second drive unit 250 connects the second motor (motor) 251 with the second motor 251 and the movable base 222 to convert the rotation of the second motor 251 into the swinging motion of the movable base 222. It is comprised from the part 252,253,254 (refer FIG. 42). In the embodiment, a stepping motor that is driven or stopped under the control of the overall control device 79 is used as the second motor 251. The second motor 251 is attached to the rear surface of the second base member 202 with the output shaft 251a facing the front side, and is inserted into the motor insertion port 39c provided on the upper side of the back unit 39 so that the back unit 39 It faces the rear side (see FIG. 5). The second transmission portion is a drive gear 252 fixed to the output shaft 251 a of the second motor 251 and a driven gear (rotary plate) 253 that is rotatably supported on the front side of the second base member 202 and meshes with the drive gear 252. And a link bar 254 connecting the driven gear 253 and the movable base 222.

  The second motor 251 is disposed on the left side (center side) of the support portion of the movable base 222 to the second base member 202, and a driven gear 253 is disposed between the support portion and the second motor 251. (See FIG. 39 or FIG. 40). The link bar 254 is installed between the front surface of the driven gear 253 and the front surface of the movable base 222, and one end of the link bar 254 is rotatably connected to a position eccentric from the rotation center of the driven gear 253 (eccentric position). The other end is rotatably connected to the main body 224 of the movable base 222 (see FIG. 42). Here, the other end of the link bar 254 is connected to the main body portion 224 in the region covered with the second cover member 210 in the main body portion 224 and on the operation side from the support portion at the upper end portion of the movable base 222. In addition, a link protrusion 254a is provided on the other end of the link bar 254 so as to protrude to the front side, and the link protrusion 254a is provided in the second cover member 210 so as to open to the rear side. (Groove portion) 213 and functions as a guide portion (see FIG. 33). The link groove portion 213 is formed in an arc shape with a convex lower side in accordance with the displacement locus of the link protrusion 254a accompanying the displacement of the link bar 254. The movable base 222 is provided with a contact protrusion 222a located below the link protrusion 254a. The abutting protrusion 222 a abuts on the rear surface of the second cover member 210, functions as an anti-shake on the front and rear of the movable base 222, and contributes to stable operation of the second movable body 220.

  As described above, the second movable effect device 200 accommodates the link protrusion 254a in the link groove 213, so that the link protrusion 254a that swings around the support portion of the movable base 222 becomes the center of the link protrusion 254a. The link groove portion 213 can suppress the shake in the direction along the game board surface intersecting the displacement direction. That is, the second movable body 220 is provided with a movable portion 240 at the lower end portion of the movable base 222 and is largely moved from the right side of the display portion 40 to the center of the display portion. It can be operated.

  In the second movable effect device 200, the movable base 222 swings as the link bar 254 is displaced in the left-right direction as the driven gear 253 is rotated by the second motor 251 (see FIG. 43). That is, the second drive unit 250 is configured such that the rotation of the second motor 251 in the same direction is converted into the swing motion of the movable base 222 in the second movable body 220 by the second transmission units 252, 253, and 254. The Here, in the second movable effect device 200, the second movable body 220 operates from the standby position to the operating position by one rotation of the driven gear 253, and returns from the operating position to the standby position.

  The mechanism for moving the movable part 240 in the second movable effect device 200 includes a movable part solenoid (driving means) 256 provided on the movable base 222 and reciprocating with the movable base 222, and the movable part solenoid 256 and the movable part 240. The connecting portion 258 is connected to transmit the driving of the movable portion solenoid 256 to the movable portion (see FIG. 44). The movable portion solenoid 256 is configured to reciprocate so that the plunger 256a protruding from the main body portion protrudes and retracts with respect to the main body portion by shifting to an excited or non-excited state under the control of the overall control device 79. The The movable part solenoid 256 is accommodated in an installation part 224e provided in the main body part 224 of the movable base 222, and is installed with the plunger 256a protruding to the support site side (upper side) of the movable base 222. The installation portion 222e is a portion formed by expanding the left and right side walls of the main body portion 224 in accordance with the main body portion of the movable portion solenoid 256, and on the right side of the support portion side (upper side) of the movable base 222 in the main body portion 224. (See FIG. 34). As described above, the movable portion solenoid 256 is positioned at a portion biased toward the support portion provided at the upper end of the length of the movable base 222 so that the length of the rectangular main body portion is aligned with the length of the movable base 222. (See FIG. 32).

  The movable part solenoid 256 has a connecting piece 257 attached to the tip of a plunger 256a, and a coil spring 259 is interposed between the connecting piece 257 and the main body portion so as to surround the plunger 256a (FIG. 32). reference). In the movable part solenoid 256, the plunger 256a is urged by the coil spring 259 in the protruding direction, and the solenoid 256 is excited, so that the plunger 256a resists the urging of the coil spring 259 and is on the main body portion side. Be drawn into. The connecting piece 257 has a right end connected to the distal end of the plunger 256 a and extends in the short direction of the movable base 222, and a left end extending over the left side surface of the movable part solenoid 256 and facing a substantially central part of the main body part 224. Yes.

  The connecting portion 258 is a metal rod-like body, and the upper end portion is bent toward the rear side with respect to the main body portion installed along the game board surface, while the lower end portion is bent toward the front side. (See FIG. 36 or FIG. 37). The connecting portion 258 is disposed in the space between the partition plate of the movable base 222 and the cover portion 232 described above so as to be able to reciprocate along the length of the movable base 222, and the upper end on the support site side is connected to the connecting piece. It is hooked in a locking hole 257a formed through the left end of 257 in the front-rear direction (see FIG. 32). The connecting portion 258 has a lower end portion on the operating side of the movable base 222 projecting to the rear side of the base design portion 223 through an insertion port 227 b provided in the fixed plate portion 227, and the lower end portion is movable of the movable portion 240. It is connected to the component base 244 (see FIG. 35). Here, the lower end portion of the connecting portion 258 is connected to a portion spaced radially outward from the shaft support portion of the movable portion base 244, and is connected to the right side of the shaft support portion in the embodiment. A pair of guide pieces 233 and 233 facing each other in the short direction of the movable base 222 are provided on the lower front surface of the cover portion 232 (see FIG. 36), and these guide pieces 233 and 233 are connected to the connecting portion 258. Facing the installation space. The connecting portion 258 is sandwiched between the pair of guide pieces 233 and 233 so that the displacement in the left-right direction intersecting the reciprocating displacement direction of the connecting portion 258 is restricted. The accompanying lateral blur is prevented.

  In the second movable body 220, the coupling portion 258 is displaced downward along the longitudinal direction of the movable base 222 as the plunger 256 a is displaced to the main body portion side (downward) by excitation of the movable portion solenoid 256, and is linked. When the movable portion base 244 is displaced clockwise by being pushed by the portion 258, the movable portion 240 is moved from the standby posture toward the operating posture (see FIG. 44B). In the second movable body 220, the plunger 256a and the connecting portion 258 are pushed upward by the coil spring 259 by the non-excitation of the movable portion solenoid 256, and the movable portion base 244 is counterclockwise by the urging by the torsion spring 248. As a result of the displacement, the movable portion 240 is moved from the operating posture toward the standby posture.

  The second movable effect device 200 includes a second photosensor 260 as second detection means for determining the position of the movable base 222 in the second movable body 220 (see FIG. 42). The second photosensor 260 is electrically connected to the overall control device 79, and a signal from the second photosensor 260 is input to the overall control device 79. The second photo sensor 260 is provided on the detection board 261 that is located on the rear side of the driven gear 253 and is installed on the second base member 202. The wiring is connected to the socket protruding to the rear side. In the second transmission unit, the second detection piece 255 provided on the rear surface of the driven gear 253 (the surface opposite to the connection surface of the link bar 254) passes between the opposing detection units in the second photosensor 260. It is arranged as follows. Here, the 2nd detection piece 255 is formed in the cyclic | annular form which notched the one part area | region. The second photosensor 260 determines the position of the second movable body 220 (movable base body 222) based on the presence or absence of the second detection piece 255. In the embodiment, the center of the notch portion of the second detection piece 255 is the second movable body 220. Is set to correspond to the standby position.

  The wiring holding structure of the second movable effect device 200 will be described. In the second movable body 220, the movable portion solenoid 256, the movable substrate light emitting substrate 228 provided on the movable substrate 222, the substrate design portion light emitting substrate 229 provided on the rear side of the substrate design portion 223, and the movable portion light emission provided on the movable portion 240. A wiring is connected to each of the substrates 243. These wirings are the wiring insertion portions (insertion portions) 204 (see FIG. 39 or FIG. 40) and 39d (see FIG. 13) provided on the upper side of the second base member 202 and the back unit 39 from the support site side of the movable base 222. The rear unit 39 is routed from the front side to the rear side via the reference unit), and is connected to the left lateral relay board 84 (see FIG. 5) provided on the left side of the back unit 39. The second movable body 220 includes a wiring holding portion (wiring holding portion) 234 provided on the rear surface of the cover portion 232, and the wiring connected to the base design portion light emitting substrate 229 and the movable portion light emitting substrate 243 is covered with the cover portion 232. It can be held by the wiring holding portion 234 on the rear side (see FIG. 32). The wiring holding part 234 is formed on the rear surface of the cover part 232 so as to extend along the longitudinal direction of the movable base 222, and a pair of guide walls 235, 235 disposed opposite to each other, and the guide walls 235, 235. The holding piece 236 is provided at the rear end and extends toward the opposing guide wall 235. That is, the wiring is accommodated between the guide walls 235 and 235 facing each other, and is sandwiched between the rear surface of the cover portion 232 and the holding piece 236 and is held on the rear side of the cover portion 232. Note that the holding pieces 236 are provided at a plurality of locations separated in the longitudinal direction of the movable base 222.

  The movable base 222 includes a concentrating portion 237 formed in a cylindrical shape penetrating in the front-rear direction at the upper end portion of the cover portion 232 (the supporting portion side of the second movable body 220), and a lower side (operation side) of the concentrating portion 237. ) And a receiving piece 238 extending rearward from the rear surface of the cover portion 232 (see FIG. 32). The concentrating portion 237 has a substantially C shape in front view with a part of the cylindrical portion cut out in the front-rear direction, and wiring can be inserted into and removed from the concentrating portion 237 from the lateral side through the notched portion. It has become. Here, the notch portion of the concentrating portion 237 opens to the side (right side) opposite to the side portion (right side portion) where the movable portion solenoid 256 is provided in the movable base 222, and is connected to the right side of the concentrating portion 237. The concentrating portion 237 holds the wiring so that the wiring does not come out to the connecting portion side between the piece 257 and the connecting portion 258. The wiring held along the game board surface by the wiring holding part 234 is configured to guide the wiring by changing the direction back and forth by the concentrating part 237. However, by bending the inner peripheral side of the bent part of the wiring with the receiving piece 238, the bending is performed. Interference between the portion and the second base member 202 extending to the rear side of the bent portion can be prevented. The wiring insertion portion 204 provided in the second base member 202 is opened in an arc shape protruding downward corresponding to the displacement locus of the concentration portion 237 accompanying the operation of the movable base 222. The swing of the wiring held by 237 is allowed (see FIG. 39 or FIG. 40). The wiring insertion part 39 d provided on the upper side part of the back unit 39 is formed larger than the wiring insertion part 204 of the second base member 202.

  The movable base 222 is provided with notches 230 a and 232 a in the partition plate 230 and the cover part 232 corresponding to the socket 228 c provided on the rear left side of the upper part of the movable base light emitting substrate 228. Wiring is connected to the socket 228c facing the rear side through the portions 230a and 232a (see FIG. 32 or FIG. 38). In the upper region of the wiring holding portion 234, these wirings are combined with the wiring of the base design portion light emitting substrate 229 and the movable portion light emitting substrate 243, and are held by the wiring holding portion 234 and taken to the support site side of the movable base 222. Turned. The wiring connected to the base movable body light emitting substrate 228 is held together with the wiring connected to the base body design portion light emitting substrate 229 and the movable portion light emitting substrate 243 by the wiring holding portion 234 on the rear surface of the cover portion 232, thereby Interference with other members can be avoided.

  The main body 224 of the movable base 222 has an upper wiring passage 227 c for wiring connected to the base design portion light emitting substrate 229 and a lower wiring passage 227 d for wiring connected to the movable portion light emitting substrate 243. The upper and lower wiring openings 227c and 227d are separated by a separating piece 227e projecting on the rear surface of the fixed plate portion 227 (see FIG. 34). The movable base 222 has a wiring fastening piece 239 protruding from the lower left edge of the cover portion 232 to the left side. The wiring of the base design portion light emitting substrate 229 is connected to the socket 229b provided on the rear surface of the base design portion light emitting substrate 229 via the upper wiring passage 227c, and is connected from the wiring holding portion 234 to the base design portion light emitting substrate 229. A portion that curves toward the wiring fastening piece 239 is fixed with a binding band. The wiring of the movable portion light emitting substrate 243 is held by a holding notch 245 formed through the movable portion base 244 in the front and rear direction via the lower wiring passage 227d, and is a portion that curves from the wiring holding portion 234 toward the front side. Is fixed to the wiring fastening piece 239 with a binding band. The holding cutout 245 is formed in a cutout so that the left side of the movable part base 244 is located and the left side is opened. Wiring of the movable portion light emitting substrate 243 is provided between a pair of guide walls 244a and 244a (see FIG. 36) formed on the upper front surface of the movable portion base 144 so as to be separated from each other on the left and right sides, and at the movable design portion 242 of the movable portion base 244. The covered portion is connected to a socket 243b provided on the lower side of the movable portion light emitting substrate 243 through the covered portion. The wiring of the movable part light-emitting substrate 243 is held by the holding notch 245 and is displaced as the movable part base 244 swings, but the lower wiring passage 227d is formed in accordance with the swing range of the movable part base 244. Therefore, wiring interference can be prevented.

  The upper right decorative portion 280 provided on the front side of the second cover member 210 includes a second light emitting device 270, and can emit light by the light emitted from the second light emitting device 270 (see FIG. 41). The upper right decorative portion 280 includes a decorative base 281 fixed to the second cover member 210, and a second rear light emitting substrate 271 of the second light emitting device 270 disposed between the decorative base 281 and the second cover member 210. And a decorative covering 282 attached to the front side of the decorative base 281 and provided with a plurality of decorations, and a second pre-light emission of the second light emitting device 270 disposed between the decorative covering 282 and the decorative base 281. And a substrate 272. The decorative base body 281 is provided with a fitting frame portion 281a that fits into the link groove portion 213 that protrudes in a convex shape on the front side of the second cover member 210. By fitting the link groove portion 213 and the fitting frame portion 281a, The decorative base 281 is positioned with respect to the second cover member 210. The second rear light-emitting substrate 271 and the second front light-emitting substrate 272 have LEDs as light emitters that emit light from the upper right decorative portion 280, and the second front light emitting substrate 272 has seven segments facing the front of the upper right decorative portion. A display is provided (see FIG. 30). The decorative base body 281 and the decorative covering body 282 are made of a translucent synthetic resin material having light permeability.

  The second cover member 210 is provided with a hole 214 as an alignment portion on the right side exposed from the upper right decorative portion 280. By attaching the back unit 39 to the plate member 38, the decorative frame member 54 is fitted. A projecting piece 58 as a fitting portion protruding rearward from the piece portion 54 c is inserted, and the second movable effect device 200 is positioned with respect to the plate member 38 under the fitting of the hole portion 214 and the projecting piece 58. Is done.

  In the second movable effect device 200, in a normal state, the second movable body 220 is in a standby position (the movable portion 240 is in a standby posture), and in conjunction with or independently of the symbol display game of the display portion 40, the overall control device Under the control of 79, the second movable body 220 is reciprocated between the standby position and the operating position. Specifically, in the second movable rendering device 200, the second motor 251 is driven to operate the movable base 222 via the second transmission units 252, 253, 254, and the design portion is on the right side of the display unit 40. It is displaced toward the left side (see FIG. 43 (b)). When the design portion of the second movable body 220 reaches the operating position of the movable base 222 arriving at the central portion of the display unit 40, the second movable effect device 200 is movable by the connecting portion 258 according to the drive of the movable portion solenoid 256. The unit 240 is displaced from the standby posture toward the operation posture, and the reciprocating operation for returning from the operation posture to the standby posture is repeated a predetermined number of times (see FIG. 44). The operation of the movable portion 240 may be performed in the middle of the displacement range of the movable base 222. Then, the second movable effect device 200 operates to return the movable base 222 from the operating position to the standby position, and the second photosensor 260 is predetermined after the detection state of the second detection piece 255 shifts to the non-detection state. By stopping the second motor 251 at this timing, the design portion of the second movable body 220 is stopped at the standby position where it is retracted to the right side of the display unit 40.

  The second movable effect device 200 rotates the driven gear 253 once, so that the cutout portion of the second detection piece 255 facing the second photosensor 260 rotates once and faces the second photosensor 260 again. It is possible to perform one cycle of operation in which the movable body 220 reciprocates from the standby position to the operating position and returns to the standby position. The second movable effect device 200 may be either a mode in which the operation of the second movable body 220 is performed for one cycle or a mode in which a plurality of cycles are continuously performed. In addition, the second movable effect device 200 reciprocates the second movable body 220 between the standby position and the intermediate position before the operation position by driving the second motor 251 forward and reverse, It can also reciprocate (so-called vibration) in the middle of the operating position.

  In the second movable effect device 200, a movable portion 240 that can operate independently of the movable base 222 is provided on a movable base 222 that is a base of the second movable body 220, and a design portion of the second movable body 220 is provided. However, two movements can be performed: a movement that swings in the left-right direction with the upper side of the display unit 40 as a fulcrum, and a movement in which the design portion swings with the movable base 222 as a fulcrum. That is, the second movable effect device 200 can effect the design portion with a plurality of operation patterns as the entire second movable body 220 by combining the operation of the movable base 222 and the operation of the movable part 240. The production effect can be improved. In addition, the second movable body 220 is configured to operate from the standby position where the design portion is located on the right outer side of the display unit 40 to the operation position that is the central part of the display unit 40, and thus is performed in the central region of the display unit 40. Since the second movable body 220 appears from the corner of the field of view of the player who is usually gazing at the symbol variation game being played, it is possible to suitably give the player an impact due to the operation of the second movable body 220. Further, the second movable body 220 has a shape in which the movable base 222 extends in the longitudinal direction in the separation direction between the support portion and the design portion, and the end that is separated from the support portion of the movable base 222 in the longitudinal direction of the movable base 222. Since the design part is provided in the part, the design part can be moved largely on the front side of the display part 40, and the design part is provided at the end of the movable base 222 that moves the most, and thus attracts the player's attention. be able to. Therefore, it is possible to further improve the effect produced by the operation of the second movable body 220.

  The second movable body 220 is configured such that the movable base 222 swings with its upper end supported, while the movable portion 240 swings and displaces as a whole with the intermediate portion supported by the movable base 222. That is, the operation of the movable base 222 and the operation of the movable part 240 do not completely match, and the upper half of the movable part 240 that is particularly eye-catching is displaced to draw an arc locus different from the arc locus of the movable base. The direction of movement of the movable base 222 and the direction of movement of the movable portion 240 can be combined to improve the effect.

  In the second movable effect device 200, the movable part solenoid 256 for moving the movable part 240 is provided on the movable base 222. However, since the movable part solenoid 256 is disposed on the support part side of the movable base 222, the support is provided. It is possible to avoid an excessively heavy end on the operating side that is separated from the part. That is, in the second movable effect device 200, a load on the second drive unit 250 that moves the movable base 222 can be suppressed, and the second motor 251 and the second transmission units 252, 253, and 254 are damaged or enlarged. Can be avoided. Since the second movable body 220 is a simple mechanism in which the connecting portion 258 that connects the movable portion solenoid 256 and the movable portion 240 is a rod-like member, the second movable body 220 can be reduced in weight, and the second drive portion The load on 250 can be further reduced. Moreover, since the connection part 258 is hold | maintained by a pair of guide piece 233,233, the movable part 240 can operate | move smoothly.

  In the second movable effect device 200, the connecting portion 258 for moving the movable portion 240 is accommodated between the partition plate 230 and the cover portion 232 in the main body portion 224 of the movable base 222, and the base design portion light emitting substrate 229, base design. Since the wiring connected to the partial light emitting substrate 229 and the movable light emitting substrate 243 is held on the rear surface of the cover portion 232 by the wiring holding portion 234, interference between the connecting portion 258 and the wiring can be avoided. In the wiring holding portion 234, the wiring is accommodated between the pair of guide walls 235 and 235, so that the holding piece 236 can prevent the wiring from coming out of the pair of guide walls 235 and 235. Further, in the second movable effect device 200, the portion of the wiring that is transferred from the movable base 222 side to the back unit 39 side is held by the concentrator 237. Interference can be avoided.

(Third movable effect device)
As shown in FIG. 12, the third movable effect device 300 is installed on a side (left side) that defines the left side of the back unit opening 39 a in the back unit 39. As shown in FIGS. 45 to 63, the third movable effect device 300 performs a predetermined effect operation with a third base member (base member) 302 serving as an installation base of members constituting the third movable effect device 300. A third movable body (movable body) 320 to be performed, a third drive unit (drive unit) 350 that reciprocates the third movable body, and a third cover member 310 that covers the front side of the third base member 302 are basically included. Configured. The third movable effect device 300 is a case-shaped device that accommodates the third transmission units 352 and 353 of the third drive unit 350 and the support mechanism of the third movable body 320 from the third base member 302 and the third cover member 310. A main body portion is configured, and a unit structure including the third movable body 320 and the third driving unit 350 is detachably integrated with the back unit 39 in units of the apparatus main body portion. In the third movable effect device 300, the third base member 302 is formed in accordance with the corner portion where the left side portion and the upper side portion of the back unit 39 intersect, and the device main body portion is disposed outside the display portion 40. In addition, the design portion of the third movable body 320 (movable body design portion 324 described later) faces the outside of the device main body from the right side of the device main body. In the third movable effect device 300, the third movable body 320 is positioned on the front side of the upper side of the back unit 39 and retracted to the outside of the display unit 40, and is displayed by being displaced downward from the standby position. It reciprocates between the operation position which faces the front side of the part 40.

  The third base member 302 is a box-like body that opens forward from the peripheral edge of the plate-like portion that contacts the installation surface of the back unit 39, and is formed of a transparent synthetic resin material. (See FIG. 45 or FIG. 46). The third base member 302 is formed in a substantially L shape when viewed from the front, and a vertical portion extending in the vertical direction is installed so as to occupy substantially the entire left side portion of the back unit 39, and is extended in the horizontal direction. The portion is installed in the left area of the upper side of the back unit 39. The third base member 302 has a movable body recess 302a formed on the right wall (see FIG. 51 or 52). Further, the third base member 302 is formed such that the wall surrounding the right region of the vertical portion where the support mechanism is disposed is higher than the wall surrounding the left region.

  The third cover member 310 is made of a transparent synthetic resin material. The third cover member 310 is a plate-like body that can cover the front opening of the third base member 302, and in the left-right direction according to the fact that the wall of the right region of the third base member 302 is higher than the left region. It is formed in a staircase shape with different steps (see FIG. 51, FIG. 52, FIG. 60 or FIG. 61). That is, the third cover member 310 includes a left surface portion (first surface portion) 311 that covers the left region separated from the display unit 40 in the third cover member 310 and the left surface portion 311, and is connected to the left surface portion 311. An extension portion 312 extending forward from the surface portion 311, and a right surface portion (second surface portion) 313 that is connected to the extension portion 312 and covers the right side region on the display portion side in the third cover member 310. I have. In the third cover member 310 of the embodiment, the extending portion 312 is formed so as to extend to the central portion in the left-right direction over the entire top and bottom of the third cover member 310.

  The third cover member 310 has a through hole 310a corresponding to a cover fixing boss 303 (see FIG. 54) erected from the plate-like portion of the third base member 302. The third cover member 310 is fixed to the third base member 302 by screwing screws into the screw holes of the cover fixing boss 303 from the front side through the through holes 310a. In the third movable effect device 300, when the third cover member 310 is attached to the third base member 302, an arm portion described later of the third movable body 320 is provided between the third cover member 310 and the third cover member 310 by the movable body concave portion 302a. A movable body insertion port 304 into which 323 is inserted is defined. Here, the movable body insertion port 304 has the front-rear dimension set to be substantially the same as the front-rear dimension of the arm portion 323, and the vertical dimension is set to a width that allows the vertical displacement of the arm portion 323. The arm portion 323 inserted through 304 can be prevented from moving in the front-rear direction while allowing the vertical displacement.

  The case fixing boss 39b is fitted to the third base member 302 corresponding to the case fixing boss 39b protruding from the installation site of the third base member 302 in the back unit 39 (see FIG. 13). A boss receiving portion 305 that can be accommodated and a flange portion 306 that contacts the front end of the case fixing boss 39b are provided (see FIG. 54). The third base member 302 has a through hole 305a that communicates with the inside of the boss receiving portion 305 (see FIG. 54). A screw is attached to the third cover member 310 in accordance with the through hole of the third base member 302. A screw passage hole 310b having a diameter larger than that of the head is formed (see FIG. 60). A through hole 306 a is also formed in the flange portion 306 of the third base member 302. And the apparatus main-body part of the 3rd movable production | presentation apparatus 300 provides a screw in the case fixing boss 39b from the front side through the screw passage hole 310b of the third cover member 310 and the through holes 305a and 306a of the third base member 302. It is fixed to the back unit 39 by being screwed into the screw hole. As described above, the device main body of the third movable effect device 300 can access the screw that fixes the third base member 302 from the screw passage hole 310b of the third cover member 310, and constitutes the third movable effect device 300. Since the member such as the third cover member 310 is attached to the third base member 302, it can be attached to and detached from the back unit 39 from the front side of the back unit 39 without removing the third cover member 310 and other members. can do.

  The third base member 302 includes a magnet 308 as a holding unit that assists in stopping the third movable body 320 at the standby position (see FIG. 54). In the embodiment, a permanent magnet is used as the magnet 108. The magnet 308 is installed on a lateral portion (a portion extending above the display unit 40) located on the upper side portion of the third base member 302, and is located above an arm portion 323 described later of the third movable body 320. (See FIG. 53). The magnet 308 is sandwiched between a lower wall that constitutes a lower surface at an upper portion of the third base member 302, and vertical ribs and horizontal ribs that are erected on the inner side of the third base member 302 toward the front side. It is attached in a state in contact with

  The third movable body 320 extends from the movable base 322 toward the lateral direction that intersects the movement allowable direction by the rolling bearing 340 on the movable base 322 and a movable base 322 that is an attachment site for the rolling bearing 340 as a support mechanism. An arm portion 323 formed so as to come out and a movable body design portion 324 provided at the tip of the arm portion 323 are provided (see FIG. 55 or FIG. 56). The third movable body 320 has a movable base 322 disposed inside an apparatus main body composed of the third base member 302 and the third cover member 310, and the arm from the apparatus main body located on the left side of the display unit 40. The part 323 extends toward the center of the display unit 40 through the movable body insertion port 304, and the movable body design part 324 is provided at the right end of the arm part 323 located at the center in the left-right direction of the display unit 40 ( (See FIG. 12). In the third movable body 320, the movable base portion 322 and the arm portion 323 have a movable body design portion 324 attached thereto, are supported by the rolling bearing 340, and can be reciprocated with respect to the third base member 302. A movable body cover 326 is provided on the front surface of the movable body base 325 and covers the front side of the movable body base 325 (see FIG. 51 or FIG. 52).

  The movable body base 325 includes a base base portion 325a extending in the vertical direction, a base arm portion 325b extending from the right side portion of the base base portion 325a and extending in the left-right direction, and a right end of the base arm portion 325b. A base mounting portion 325c that is provided in the portion and serves as an installation portion of the movable body design portion 324 is integrally formed (see FIG. 51 or FIG. 52). The movable body base 325 is formed such that the base base portion 325a and the base arm portion 325b are orthogonal or substantially orthogonal, and the base arm portion 325b is connected to an intermediate portion in the vertical direction of the base base portion 325a. It has a substantially T-shape when viewed. Note that the movable body base 325 of the embodiment is arranged such that the base arm portion 325b is biased to the upper side of the base base portion 325a. The base attachment portion 325c is formed in a substantially circular shape so as to match the substantially circular movable body design portion 324. The movable body base 325 is formed in a box shape in which a base base portion 325a and a base arm portion 325b are opened to the front side. A plurality of reinforcing ribs are provided inside the base base portion 325a and the base arm portion 325b except for a region corresponding to a wiring housing portion 328 described later provided on the base arm portion 325b (see FIG. 53). .

  In the movable body base 325, a metal piece 327 as a held means is attached to the base arm portion 325b (see FIG. 53). The metal piece 327 is installed on the base arm portion 325 b of the movable body base 325 in a vertical relationship with respect to the magnet 308 provided on the third base member 302, and the metal piece 327 is placed on the magnet 308 at the standby position of the third movable body 320. The third movable body 320 is held at the standby position while the magnet 308 and the metal piece 327 are attracted to each other. As the metal piece 327, a ferromagnetic material such as iron attached to a magnet is used. The metal piece 327 is formed by bending a metal plate material into a substantially U shape, and is attached from the front side with the upper wall constituting the upper surface of the base arm portion 325b being sandwiched between the opposing pieces (FIG. 52). reference). The metal piece 327 is a piece located on the upper side of the upper wall and the piece located on the lower side of the upper wall while the upper portion of the arm 323 is configured through a notch 326a provided on the upper surface of the movable body cover 326. However, it protrudes to the rear side through an opening formed in the rear wall constituting the rear surface of the movable body base 325, and the open end of the metal piece 327 protrudes to the rear side of the rear wall (see FIG. 57).

  In the third movable body 320, a movable body cover 326 is attached to the front side of the movable body base 325, and the front side of the base base portion 325a and the base arm portion 325b excluding the base attachment portion 325c is covered with the movable body cover 326. (See FIG. 52 or 53). The movable body cover 326 is a box-like member that opens to the rear side, and has a shape similar to the outer shape of the base base portion 325a and the base arm portion 325b, and is slightly larger than the base base portion 325a and the base arm portion 325b. Yes. That is, the movable body cover 326 is formed in a substantially T shape in a front view like the movable body base 325.

  In the third movable body 320, a movable base portion 322 is configured by fitting a portion extending up and down of the movable body cover 326 to the base base portion 325a, and a portion extending right and left of the movable body cover 326 is defined as a base arm. The arm portion 323 is formed by fitting with the portion 325b. In the third movable body 320, the movable base 325 and the movable body cover 326 are fixed to each other by fixing the movable base 322 to the rolling bearing 340 with screws. The movable body cover 326 is attached to the movable body base 325 so as to prevent the metal piece 327 attached from the front side from slipping out from the front side with the upper wall of the base arm portion 325b sandwiched between the pieces.

  The movable body design portion 324 includes a movable body light emitting device 329 that produces a light emission effect on the movable body design portion 324 (see FIG. 51, FIG. 52, FIG. 62, or FIG. 63). The movable body light emitting device 329 of the embodiment is a movable body light emitting substrate 329 having an LED 329a as a light emitter on the front surface, and is formed in a circular shape. The movable body light emitting substrate 329 is disposed on the front side of the circular base mounting portion 325c. The movable body light-emitting substrate 329 is attached such that a resistor (not shown) provided on the rear surface thereof is aligned with a resistance opening 325e formed through the base attachment portion 325c in the front-rear direction in accordance with the resistance. Heat generated by the resistor can be radiated through 325e.

  The movable body design portion 324 accommodates an external light transmitting portion 331, an internal light transmitting portion 332, and a partition portion 333 between the decorative cover body 330 that covers the front side of the movable body light emitting substrate 329 and the movable body light emitting substrate 329. (See FIG. 62 or FIG. 63). The movable body design portion 324 is arranged in the order of the decorative cover body 330, the inner light transmission portion 332, the external light transmission portion 331, the partition portion 333, the movable body light emitting substrate 329, and the base attachment portion 325c from the front side. By attaching 330 to the base attaching portion 325c, the inner light transmitting portion 332, the outer light transmitting portion 331, the partition portion 333, and the movable body light emitting substrate 329 are also positioned (see FIGS. 51 and 52). The decorative cover body 330 is basically a short cylindrical shape whose front and rear surfaces are open, and a required frame-shaped decoration 330a is provided between the front end edges on the front surface. In addition, the frame-shaped decoration 330a of an Example is formed so that the external shape of the character matched with the motif of the pachinko machine may be bordered. Here, the decorative cover body 330 is a member that does not transmit light, and in the embodiment, the outer surface facing the player side is subjected to a light reflection process. The decorative cover 330 has a plurality of positioning bosses 330b protruding rearward from the rear surface of the frame-shaped decoration 330a, and is aligned with positioning holes 329b provided in the movable body light emitting substrate 329, respectively. ing.

  The external light transmitting portion 331 is formed of a light-transmitting synthetic resin material and is subjected to a required light diffusion process. The outside light transmitting portion 331 is formed in a circular shape that matches the inside of the decorative cover body 330, and an inner opening portion 331a that opens with a size slightly smaller than the frame-shaped decoration 330a is aligned with the rear side of the frame-shaped decoration 330a. Provided (see FIG. 62 or 63). And the external light transmission part 331 closes the opening between the front end edge of the decorative cover body 330, and the frame-shaped decoration 330a by fitting inside the decorative cover body 330. As shown in FIG.

  The inner light transmitting portion 332 is formed of a light-transmitting synthetic resin material and subjected to a required light diffusion process. The inner light transmitting portion 332 of the embodiment is set to a color different from that of the outer light transmitting portion (for example, the outer light transmitting portion 331 is milky white, whereas the inner light transmitting portion 332 is red). ), A light diffusion process different from that of the external light transmitting portion 331 is performed. The inner light transmitting portion 332 is formed with a shape that is slightly larger than the inner opening of the outer light transmitting portion 331, and has a protruding portion 332a that protrudes forward corresponding to the inner shape of the frame-shaped decoration 330a. (See FIG. 62 or FIG. 63). Further, the inner light transmitting portion 332 has a positioning hole 332b that is substantially the same size as the positioning boss 330b of the decorative cover body 330 and that corresponds to the positioning boss 330b. The inner light transmitting portion 332 inserts the positioning boss 330b corresponding to the positioning hole 332b and accommodates it inside the decorative cover body 330, so that the opening inside the frame-shaped decoration 330a corresponds to the corresponding protruding portion 332a. Are aligned and closed from the rear side, and contact the opening edge of the inner opening 331a to block the front side of the inner opening 331a.

  The partition 333 is made of a synthetic resin material that does not transmit light, and is formed in a shape that is slightly larger than the inner opening 331a of the external light transmitting portion 331 (see FIG. 62 or FIG. 63). In addition, a partition piece 333a that separates each character shape bordered by the frame-shaped decoration 330a is provided on the front surface of the partition portion 333 so as to protrude forward, and is disposed on the rear side of the partition portion 333. LED opening 333b is opened at a portion corresponding to the front side of LED 329a. Furthermore, a positioning hole 333c is formed in the partition portion 333 at a position corresponding to the positioning boss 330b and having substantially the same dimensions as the positioning boss 330b of the decorative cover body 330. The partitioning portion 333 is inserted into the positioning boss 330b corresponding to the positioning hole 333c and accommodated inside the decorative cover body 330, so that the partition piece 333a abuts the rear surface of the internal light transmission portion 332 and The rear side of the inner opening 331a is closed by contacting the opening edge of the opening 331a.

  The movable body design portion 324 fits the external light transmitting portion 331 inside the decorative cover body 330 and inserts positioning holes 329b, 332b, and 333c into the positioning boss 330b of the decorative cover body 330 to transmit internal light. With the part 332, the partition part 333, and the movable body light emitting substrate 329 positioned relative to each other, the screw holes of the positioning boss 330b and the screw holes provided on the outer peripheral edge of the decorative cover body 330 are formed from the rear side of the base mounting part 325a. It is fixed with screws. Thereby, the movable body design part 324 can illuminate only the said character shape independently, without making other character shapes shine by the division piece 333a of the division part 333 by lighting LED329a corresponding to a character shape. .

  The rolling bearing 340 includes an outer receiving portion 341 fixed to the third base member 302 and an inner receiving portion supported on the inner side of the outer receiving portion 341 so as to reciprocate in the vertical direction via a rolling element 342. 343 and an inner receiving part 344 supported between the outer receiving part 341 and the intermediate receiving part 343 and supported by the rolling element 342 facing the inner side of the intermediate receiving part 343 so as to reciprocate in the vertical direction. (See FIG. 49, FIG. 50 or FIG. 54). In the rolling bearing 340, the movable base 322 of the third movable body 320 is attached to the inner receiving portion 344, and the third movable body 320 is supported so as to reciprocate in the vertical direction. In the embodiment, the outer receiving portion 341, the intermediate receiving portion 343 and the inner receiving portion 344 are made of a metal material, and a metal ball is used as the rolling element 342, and a so-called ball bearing structure is adopted as the rolling bearing. Yes.

  The rolling bearing 340 is installed in a right region on the display unit 40 side in the vertical portion of the third base member 302 (see FIG. 53), and the third base member 302 and the third cover member (partition plate) 310 are connected to each other. (See FIG. 49 or FIG. 50). That is, the front side of the rolling bearing 340 is covered with the right surface portion 313 of the third cover member 310, and the left side portion of the rolling bearing 340 is approximately aligned with the rear side of the extending portion 312. Note that the rolling bearing 340 is arranged to be biased upward in the vertical portion of the third base member 302.

  The outer receiving portion 341 functions as a rail that guides the intermediate receiving portion 343, and the outer receiving portion 341 is externally held toward the front side on both side edges of the plate-like body that is a contact portion with the third base member 302. Each of the pieces 341a is formed in a substantially U-shaped cross section (see FIG. 49 or 50). Each outer holding piece 341 a is provided over the longitudinal side of the plate-like body, and the outer receiving portion 341 is attached to the right region of the vertical portion of the third base member 302 with the longitudinal side extending vertically. (See FIG. 53). The outer receiving portion 341 of the embodiment is set to a size that occupies about 2/3 of the vertical width of the third base member 302, and the outer receiving portion positioning provided above and below the right region of the vertical portion of the third base member 302. The rib 309 is positioned with the top and bottom sandwiched. The outer receiving portion 341 is formed in a curved shape in which each outer holding piece 341 a is convex, and the surface facing the other outer holding piece 341 a has a concave shape matching the outer shape of the rolling element 342. The outer receiving portion 341 has a stop piece 341b projecting forward on the upper end edge and the lower end edge, and above the intermediate receiving portion 343 and the inner receiving portion 344 disposed between the outer holding pieces 341a and l341a. The upper movement beyond the stop piece 341b can be restricted, while the lower movement beyond the lower stop piece 341b below the middle receiving part 343 and the inner receiving part 344 can be restricted.

  The intermediate receiving portion 343 functions as a rail that guides the inner receiving portion 344, and includes a plurality of intermediate holding pieces 343a extending to the front side on opposite side edges of the plate-like body, and the plurality of intermediate holding pieces 343a are The side edges are spaced apart from each other in the extending direction (see FIG. 54). In the intermediate receiving portion 343, each intermediate holding piece 343a is provided along the longitudinal side of the plate-like body, and the longitudinal side extends vertically between the left and right outer holding pieces 341a, 341a in the outer receiving portion 341. Each middle holding piece 343a is disposed in a state of facing the corresponding outer holding piece 341a. Further, the center portion 343 has a central portion in the left-right direction raised in a convex shape on the front side (see FIG. 49 or FIG. 50), and this raised portion 343b is formed in the vertical direction.

  Each middle holding piece 343a is provided with a circular middle holding hole set to have a diameter smaller than the diameter of the rolling element 342, and the rolling piece disposed between the middle holding piece 343a and the outer holding piece 341a opposite thereto. A part of the moving body 342 is rotatably accommodated in the middle holding hole. That is, the rolling element 342 is allowed to rotate while the lateral movement is restricted by the outer holding piece 341a and the middle holding piece 343a, and the vertical movement from the middle holding piece 343a is restricted by the middle holding hole. ing. The intermediate receiving portion 343 is configured such that its vertical dimension is set shorter than the vertical dimension of the external receiving portion 341 and is supported between the left and right outer holding pieces 341a and 341a via the left and right rolling elements 342. The upper and lower stop pieces 341b, 341b at 341 can be reciprocated in the vertical direction. The intermediate receiving portion 343 has stop protrusions (not shown) protruding forward on the upper and lower edges of the raised portion 343b, and is disposed between the intermediate holding pieces 343a and 343a. The vertical movement of the receiving portion 344 beyond a predetermined width can be restricted by the stop protrusion.

  The inner receiving portion 344 is formed in a substantially U-shaped cross section by extending inner holding pieces 344a toward the rear side on both side edges of the plate-like body (see FIG. 49 or FIG. 50). . In the inner receiving portion 344, each inner holding piece 344 a is provided over the longitudinal side of the plate-like body, and the longitudinal side extends vertically between the left and right middle holding pieces 343 a and 343 a in the inner receiving portion 343. Each inner holding piece 344a is arranged in a state of facing the corresponding inner holding piece 343a. The vertical dimension of the inner receiving part 344 is set shorter than the vertical dimension of the middle receiving part 343. The inner receiving portion 344 is formed in a curved shape in which each inner holding piece 344a is convex so that the inner side facing the other inner holding piece 344a is convex, and the outer surface facing the inner holding piece 343a matches the outer shape of the rolling element 342. It is concave. In the inner receiving portion 344, the rolling element 342 facing the inside of the intermediate holding piece 343a through the intermediate holding hole is accommodated on the outer surface of the inner holding piece 344a, and the inner receiving portion 344 is located between the rolling element 342 and the raised portion 343b of the intermediate receiving portion 343. A holding piece 344a is sandwiched. That is, the inner receiving portion 344 is supported by the rolling elements 342 and the raised portions 343b of the intermediate receiving portion 343 so as to be movable in the vertical direction while being restricted from moving in the left-right direction, and is moved up and down with respect to the outer receiving portion 341. It is configured to be vertically movable with respect to the intermediate receiving portion 343 independently of the possible intermediate receiving portion 343. The inner receiving portion 344 has stop protrusions (not shown) protruding rearward from the upper end portion and the lower end portion of the plate-like body, and the stop protrusions serve as stop protrusions of the intermediate receiving portion 343. By locking, the upward or downward movement is regulated.

  In the third movable body, the movable base 322 is attached to the front surface of the inner receiving portion 344 of the rolling bearing 340 so that the movable base 322 is covered with the right surface portion of the third cover member 310 on the front side of the apparatus main body. It is stored. Further, the left side surface of the movable base 322 extends along the inside of the extension portion 312 of the third cover member 310, and the left side front side portion of the movable base 322 is configured to face the extension portion 312. Yes. In other words, the left side front portion of the movable base 322 protrudes to the front side from the left side 313 of the third cover member 310, and the left side of the movable base 322 is connected to the wiring opening 314 opened in the upper region of the extension 312. The wiring outlet 334 opened in (1) is exposed (see FIG. 49).

  The third driving unit 350 connects the third motor (motor) 351 and the third motor 351 and the movable base 322 of the third movable body 320 to rotate the third motor 351. It is comprised from the 3rd transmission parts 352 and 353 converted into operation | movement (refer FIG. 53). In the embodiment, a stepping motor that is driven or stopped under the control of the overall control device 79 is used as the third motor 351. The third motor 351 is attached to the rear surface of the third base member 302 (see FIG. 46), and is inserted into the motor insertion port 39c provided in the left side portion of the back unit 39 so as to face the rear side of the back unit 39. (See FIG. 5). The third motor 351 is disposed at the approximate center in the vertical direction in the left region of the vertical portion of the third base member 302, and on the side of the rolling bearing 340 (movable base 322) disposed in the right region in the left region. It is biased. A motor positioning piece 302b is connected to the rear surface of the third base member 302 in accordance with the outer shape of the third motor 351. The third motor 351 faces the output shaft 351a to the front side inside the motor positioning piece 302b. Not mated.

  The third transmission portion includes a drive gear (pinion) 352 fixed to the output shaft 351a of the third motor 351, and a rack portion (rack) 353 that is provided on the left edge of the movable base 322 and meshes with the drive gear 352. It has a so-called rack and pinion structure that converts forward and reverse rotation of the drive gear 352 into linear motion of the movable base 322 (see FIG. 53). That is, the front side of the drive gear 352 is covered with the left surface portion 311 of the third cover member 310. In the third drive unit 350, the third motor 351 and the third transmission units 352 and 353 are provided on the opposite side of the extending side of the arm portion 323 in the third base member 302 and the rolling bearing 340. Therefore, the third driving unit 350 does not interfere with the operation of the arm unit 323, and the third movable body 320 can be stably operated.

  The third movable effect device 300 transmits the weight of the third movable body 320 to the third transmission unit 352 by the mechanical holding torque of the third motor 351 itself when the third motor 351 is stopped (when no power is supplied). , 353, and the third movable body 320 can be stopped at the standby position. That is, in the third movable effect device 300, it is possible to hold the third movable body 320 at the standby position only with the holding torque when the third motor 351 is stopped, and by the magnetic attachment between the magnet 308 and the metal piece 327. The configuration in which the third movable body 320 is held at the standby position is an auxiliary means. As described above, since the third movable effect device 300 is provided with the holding structure by the magnet 308 even when vibration of the game board 36 or other unscheduled force is applied to the third movable body 320, It is possible to prevent the three movable bodies 320 from descending from the standby position.

  Here, the game board 36 includes a reciprocating path of the third movable body 320 that moves between the upper center of the display unit 40 and the center of the display unit 40, the right side of the display unit 40, and the center of the display unit 40. The reciprocation path of the 2nd movable body 220 which moves between parts is comprised so that it may cross | intersect (refer FIG. 18). If the third movable body 320 in the standby position is lowered due to vibration or the like during the operation of the second movable body 220, the two movable bodies 220 and 320 are damaged by hitting the second movable body 220. There is a risk that. As described above, since the third movable body 320 is supplementarily held by the magnet 308 in the standby position, it is unlikely to perform an unintended operation, and interference with the second movable body 220 can be avoided.

  The third movable effect device 300 includes a third photosensor 360 as third detection means for determining the position of the third movable body 320. The third photosensor 360 is electrically connected to the overall control device 79, and a signal from the third photosensor is input to the overall control device 79. The third photosensor 360 is provided on the detection board 361 installed on the lower side of the drive gear 352 on the front side on the left side of the third base member 302 (see FIG. 53 or FIG. 54), and is opened on the third base member 302. The wiring is connected to a socket protruding to the rear side of the back unit 39 through the opening. The third photosensor 360 has a third movable body 320 (movable base portion) depending on the presence or absence of the third detection piece 321 of the third movable body 320 disposed so as to pass between the opposing detection portions in the third photosensor 360. The position of 322) is determined. The third detection piece 321 is provided at the lower end of the movable base 322 of the third movable body 320, and is formed so as to protrude from the rear surface of the support piece 321a extending leftward from the movable base 322 toward the rear side ( (See FIG. 52). In the embodiment, the third detection piece 321 is set to be positioned between the detection units of the third photosensor 360 at the standby position of the third movable body 320, and is on standby due to the presence of the third detection piece 321 by the third photosensor 360. It is comprised so that the 3rd movable body 320 in a position can be confirmed.

  A wiring holding structure of the third movable effect device 300 will be described. In the third movable effect device 300, wiring is connected to the movable body light emitting substrate 329 provided in the movable body design portion 324 of the third movable body 320. This wiring is routed from the movable base 322 of the third movable body 320 to the rear side of the back unit 39 via the apparatus main body, and is provided on the left side relay board 84 (see FIG. 5). The third movable body 320 is formed in a box shape in which the movable body base 325 opens to the front side as described above, and the wiring housing portion 328 capable of housing wiring in the base arm portion 325b of the movable body base 325 includes the base arm. It is provided along the longitudinal direction of the portion 325b (see FIG. 53). The wiring housing portion 328 of the embodiment is defined between an upper wall of the base arm portion 325b and a rib extending in the longitudinal direction inside the base arm portion 325b so as to face the upper wall. The wiring holding piece 328a extending toward the upper wall (upward) at the front end of the wiring prevents the wiring stored in the wiring storage portion 328 from coming out. In addition, since the movable body cover 326 is attached to the front surface of the base arm portion 325b, the movable body cover 326 is covered with the wiring housing portion 328 so that the wiring housed in the wiring housing portion 328 is not exposed.

  In the movable base 322, the left wall portion of the base base portion 325a located on the extension line of the wiring housing portion 328 of the base arm portion 325b is cut out in a concave shape, while the left corresponding to the base base portion 325a of the movable body cover 326 is formed. A protrusion projecting rearward from the edge is fitted into the concave notch, and a wiring outlet 334 is defined between the notch and the recess. The wiring of the movable body light emitting substrate 329 disposed in the third movable body 320 is drawn out from the wiring outlet 334. As described above, the third movable body 320 can appropriately hold the wiring routed between the movable base portion 322 and the movable body design portion 324 via the arm portion 323 by accommodating the wiring in the wiring accommodating portion 328. .

  In the movable body base 325, the right end portion of the base arm portion 325b and the base mounting portion 325c are connected by a connecting wall portion 325d extending in the front-rear direction, and are separated from each other up and down the connecting wall portion 325d. Between these, a guide path 335 communicating with the wiring housing portion 328 is provided. The connection wall portion 325d is provided on the rear surface of the movable body light emitting substrate 329 attached to the front side of the base attachment portion 325c, and is formed so as to cover the socket 329c facing the rear side of the base attachment portion 325c. The wiring connected to the socket 329c of 329 is guided back and forth along the guide path 335 to the wiring housing portion 328. As described above, in the third movable body 320, the movable body design portion 324 is positioned on the front side compared to the arm portion 323, and the wiring is bent at the transition portion between the arm portion 323 and the movable body design portion 324. Since the wiring is guided by the guide path 335, the wiring is not exposed to the outside so that it can be seen by the player, and the load on the wiring can be reduced.

  The third base member 302 is provided with a wiring insertion port (insertion port) 307 in the left region of the vertical portion (see FIG. 46), and this wiring insertion port 307 is provided on the left side portion of the back unit 39. The wiring insertion portion 39d (see FIG. 13) is connected to the motor insertion port 39c and opens. The wiring insertion port 307 is disposed on the upper left side of the third motor 351 and is opposite to the movable base 322 of the third movable body 320 across the third motor 351 in the third base member 302, It is provided on the left side away from the display unit 40 on the right side. The wiring insertion port 307 is provided at a position biased to the upper side (the standby position side of the third movable body 320) of the third base member 302. The third cover member 310 has a wiring opening 315 on the bottom surface 311 that overlaps the wiring insertion port 307 of the third base member 302 at the bottom, and an inclination that narrows from the opening edge on the movable base 322 side toward the wiring opening 315. A wiring guide portion 316 formed in a shape is provided (see FIG. 60 or 61). That is, the wiring guide part 316 is provided on the left surface part 311 on the opposite side to the display part 40 with the third driving part 350 interposed therebetween. In addition, the wiring guide portion 316 has a front opening formed larger than the wiring opening 315, is recessed toward the rear in a concave shape that opens to the front, and a bottom portion where the wiring opening 315 is opened is a drive gear. It is located on the plate-like portion side (rear side) of the third base member 302 from the front and rear positions of the 352 and the rack portion 353 (see FIG. 47). Note that the drive gear 352 and the rack portion 353 are biased to the rear surface side of the left surface portion 311 inside the apparatus main body.

  In the third cover member 310, a wiring opening 314 is formed through the extending portion 312 in the left-right direction so as to correspond to the vertical displacement range of the wiring outlet 334 opening in the movable base 322 of the third movable body 320. (See FIG. 49 or 52). In other words, the wiring opening 314 is formed to allow the vertical displacement of the wiring accompanying the reciprocating motion of the movable base 322. The third cover member 310 is connected to the upper side position and the lower side position of the wiring passage 314 in the extension part 312 and extends so as to surround the opening part on the front side of the wiring guide part 316. 317 (see FIG. 60). That is, the upper portion of the housing wall 317 is connected to the upper side of the wiring passage 314 in the extension portion 312, and the lower portion is connected to the lower side of the wiring passage 314 in the extension portion 312. It is provided so as to pass through the left side of the front opening portion, and extends in a substantially “<” shape in front view. Accordingly, a wiring housing path surrounded by the housing wall 317 and the extension 312 is provided on the front side of the left surface portion 311, and the wiring movable port 314 of the third movable body 320 is routed through the wiring passage 314. The wiring drawn out to the front side of the left surface portion 311 is guided. Then, the third movable effect device 300 transmits the wiring connected to the movable body light emitting substrate 329 from the wiring outlet 334 located at the front side of the left surface 311 in the movable base 322 via the wiring hole 314 to the left surface 311. It is configured to be pulled out to the front side and to be taken out to the rear side of the back unit 39 through the wiring guide portion 316, the wiring opening 315, the wiring insertion port 307, and the wiring insertion portion 39d.

  The wiring guide portion 316 is formed so as to narrow toward the wiring opening 315 from the front opening edge half circumference on the movable base 322 side, and corresponds to the approximate center of the vertical reciprocation range of the wiring outlet 334 of the movable base 322. Is provided. That is, the wiring guide part 316 guides the part where the wiring pulled out from the third movable body 320 and extending along the game board surface on the front side of the left surface part 311 is bent in the front-rear direction, and the inner periphery of the bent part of the wiring is inclined. Since it is held on the surface, the bending radius of the bent portion of the wiring can be increased, and the load on the wiring can be reduced. In addition, the wiring swings up and down about the wiring opening 315 as the center is moved in accordance with the vertical movement of the third movable body 320, but the inclined surface of the wiring guide portion 316 is provided over the swing range of the wiring. Since it is guided by the inclined surface, it is possible to avoid an increase in the sliding load even if the wiring is displaced. Furthermore, since the wiring extends to the accommodation path, there is no interference with other members attached to the third cover member 310 and the like. Here, since the time that the third movable body 320 is in the standby position is longer than the time during which the rendering operation is performed, the wiring from the third movable body 320 to the wiring guide unit 316 is in the third movable body in the standby position. It is held for a long time in a state corresponding to 320. The third movable effect device 300 is provided with a wiring guide portion 316 corresponding to the wiring insertion port 307 provided at a position deviated upward from the vertical center of the third base member 302. The upper and lower sides of the third base member 302 are arranged on the standby position side from the center. That is, the case where the vertical distance between the wiring guide part 316 and the wiring outlet 334 of the third movable body 320 in the standby position is provided in a portion corresponding to the lower half of the third base member 302. In comparison, the load on the wiring in the posture corresponding to the standby position of the third movable body 320 is reduced.

  The wiring guide portion 316 is formed with a wiring coupling piece 318 protruding rearward at the bottom portion (see FIG. 61). The wiring coupling piece 318 is provided on the left side of the wiring opening 315 in the bottom portion of the wiring guide portion 316, and the wiring inserted through the wiring opening 315 is fixed to the wiring coupling piece 318 with a binding band, thereby collecting the wiring. In this way, by fixing the wiring to the wiring coupling piece 318 provided on the side away from the third movable body 320 in the wiring opening 315, the opening edge on the third movable body 320 side of the wiring guide portion 316 and the wiring coupling piece. The fixed portion of the wiring by 318 is separated in the extending direction (left and right direction) of the wiring on the front side of the left surface portion 311, and the bending radius of the wiring can be increased. In addition, the wiring drawn out to the rear surface of the back unit 39 is connected to the left lateral relay board 85 disposed below the third motor 351 via the left side of the third motor 351 installed below the wiring guide portion 316. Therefore, the wiring connection piece 318 is fixed to the left side of the wiring opening 315 so that the wiring on the rear surface of the back unit 39 can be easily handled.

  The third movable effect device 300 can prevent wiring interference with the third transmission portions 352 and 353 by passing the wiring through the front side of the left surface portion 311 of the third cover member 310 that functions as a partition plate. Here, in the wiring connected to the movable body light emitting substrate 329, for example, the portion accommodated in the wiring accommodation portion 328 provided inside the arm portion 323 is not deformed by the operation of the third movable body 320, and the wiring However, since the portion pulled out from the third movable body 320 is deformed as the third movable body 320 moves up and down, it is required to reduce the load on the wiring. Here, the third movable effect device 300 uses the space on the front side of the third transmission portions 352 and 353 with the third cover member 310 interposed therebetween as a wiring displacement allowable space accompanying the reciprocating operation of the third movable body 320. Therefore, the load applied to the wiring when the third movable body 320 reciprocates can be reduced. In addition, since the wiring guide portion 316 that guides the wiring to the rear side of the back unit 39 is formed in an inclined shape that narrows from the opening edge on the third movable body 320 side toward the wiring opening 315, the bending radius of the wiring And the load applied to the bent portion can be suppressed. And since the inclination shape of the wiring guide part 316 is formed according to the displacement direction of wiring, the load with respect to wiring can be reduced more. Here, since the wiring guide portion 316 is provided in a portion farther from the wiring outlet 334 in the third cover member 310, the extension dimension of the wiring on the front side of the left surface portion 311 can be increased. It is possible to avoid the wiring from being bent at the time of displacement.

  Since the wiring guide portion 316 is provided at a portion corresponding to substantially the center of the vertical reciprocation range of the wiring outlet 334 of the movable base 322, the displacement width of the wiring with respect to the wiring guide portion 316 can be minimized. Therefore, the load on the wiring can be reduced. Since the third cover member 310 covers not only the front side of the third transmission parts 352 and 353 but also the front side of the rolling bearing 340 and the movable base part 322, it prevents the wiring from being caught in the rolling bearing 340 and the movable base part 322. it can. Further, in the third cover member 310, the right surface portion 313 that covers the rolling bearing 340 and the front side of the movable base portion 322 can be effectively used as an arrangement space for the third light emitting substrate 371 of the third light emitting device 370 to be described later.

  The third movable effect device 300 includes a third light emitting device 370 on the front side of the third cover member 310 (see FIG. 51 or FIG. 52). The third light emitting device 370 includes a third light emitting substrate 371 having an LED 372 as a light emitter, and is disposed on the left side of the display unit 40. That is, the third light emitting device 370 emits light from the LED 372 under the control of the overall control device 79, thereby brightening the left lateral region of the display unit 40 and in combination with the effect operation of the third movable body 320. Alternatively, it is possible to perform an effect by light emission independently. The third light emitting substrate 371 is formed in a shape that roughly matches the right and left regions of the vertical portion of the third cover member 310 and is fixed to the front side of the third cover member 310 with screws.

  A tray-shaped third substrate cover (substrate cover) 319 made of a transparent synthetic resin material is attached to the front side of the third light emitting substrate 371. Here, the third substrate cover 319 is fitted to the third light emitting substrate 371 and is fixed to the third cover member 310 screw hole by screws. The third substrate cover 319 is formed in a shape that approximately matches the right side region and the horizontal portion of the vertical portion of the third cover member 310, and at least the front side of the storage path defined in the left surface portion 311 by the storage wall portion 317. It is formed so as to close (see FIG. 45, FIG. 58 or FIG. 59). That is, the third movable effect device 300 can prevent the third board cover 319 from pulling out the wiring extending to the accommodation path to the front side. Further, the third substrate cover 319 is provided with a convex lens-like lens-shaped light transmission portion (transmission portion) 319a at each of the positions corresponding to the LEDs 372 of the third light-emitting substrate 371, and this lens-shaped lens-shaped light transmission is provided. The light emitted from the LED 372 can be appropriately diffused by the unit.

  The third base member 302 is provided with a hole 302c as an alignment portion on the upper side of the lateral portion. Further, the third cover member 310 and the third substrate cover 319 are provided with positioning openings 310c (see FIG. 60) and 319b (see FIG. 58) at positions corresponding to the holes 302c and having a size matching the hole 302c. ) Has been established. Further, the third cover member 310 is provided with a hole portion 310d as an alignment portion at a lower portion of a portion corresponding to the right portion of the vertical portion of the third base member 302. In the game board 36, by attaching the back unit 39 to the plate member 38, the projecting piece 58 as a fitting portion projecting rearward from the fitting piece portion 54c of the decorative frame member 54 passes through the positioning openings 310c and 319b. And the projecting piece 58 is inserted into the hole 310d of the third cover member 310, and the third movable effect device 300 is fitted under the fitting of the holes 302c, 310d and the projecting piece 58. It is positioned with respect to the plate member 38.

  In the third movable effect device 300, the third movable body 320 is in the standby position in the normal state, and the third movable body 320 is set in the standby position in conjunction with or independently of the symbol display game performed on the display unit 40. It is reciprocated between the operating positions. Specifically, in the third movable effect device 300, the third motor 351 is driven, and the third movable body 320 is displaced downward via the third transmission units 352 and 353. As a result, the third movable body 320 is lowered while being supported by the rolling bearing 340, and the movable body design part 324 located at the upper center of the display unit 40 arrives at the operation position at the center of the display unit 40. When the third movable body 320 arrives at the operating position, the driving direction of the third motor 351 changes and rises toward the standby position. Then, after the third photosensor 360 shifts from the detection state of the third detection piece 321 to the non-detection state, the third motor 351 is stopped at a predetermined timing, so that the movable body design unit 324 is located above the display unit 40. Stops at the standby position retracted.

  The third movable effect device 300 can perform one cycle of operation in which the third movable body 320 is displaced from the standby position to the operating position by the forward / reverse driving of the third motor 351 and returns to the standby position. . The third movable effect device 300 may be either a mode in which the operation of the third movable body 320 is performed for one cycle or a mode in which a plurality of cycles are continuously performed. The third movable effect device 300 can also reciprocate (so-called vibration) the third movable body 320 halfway between the standby position and the operating position by driving the third motor 351 forward and backward.

  In the third movable effect device 300, the movable base 322 of the third movable body 320 is supported by a fixed third base member 302 via a rolling bearing 340 that has a lower sliding load than the sliding bearing structure. Therefore, the third movable body 320 can be operated smoothly, and the load on the third driving unit 350 can be reduced. In the third movable effect device 300, the movable base design portion 324 having the movable body light emitting substrate 329 and having a relatively heavy weight is provided at the tip of the arm portion 323 extending in the lateral direction from the movable base portion 322. On the other hand, the weight of the movable body design part 324 and the arm part 323 is applied obliquely downward. However, the rolling bearing 340 is supported by the inner receiving portion 344 and the intermediate receiving portion 343 sandwiched from the left and right by the rolling elements 342, and is difficult to tilt even when a load is applied in a direction crossing the displacement direction. Even if the weight of the body 320 is applied obliquely, the third movable body 320 can be smoothly moved up and down by the rolling bearing 340.

  The operation control of the third movable body 320 in the third movable effect device 300 will be described more specifically. The overall control device 79 controls the third motor 351 to start driving with the first torque that can pull the metal piece 327 away from the magnet 308 when the third movable body 320 is lowered from the standby position to the operating position. The third motor 351 is controlled so as to gradually decrease to the third torque that is set smaller than the second torque and becomes the minimum torque through at least the second torque set smaller than the first torque. The third moving body 320 is configured to increase the descending speed. After that, the overall control device 79 causes the third motor 351 to increase stepwise through at least the fourth torque set larger than the third torque to the fifth torque set larger than the fourth torque. It is configured to control and decelerate the descending speed of the third movable body 320 and stop the third movable body at the operating position. That is, the third movable effect device 300 resists the magnetic force of the magnet 308 by driving the third motor 351 in the normal direction by the predetermined number of steps with the first torque when the third movable body 320 starts to move from the standby position. Then, the metal piece 327 can be pulled away, and the third movable body 320 can be lowered. Then, the third movable effect device 300 is driven in the forward direction so that the third motor 351 gradually decreases from the first torque to the third torque through the second torque in a predetermined step. Since the braking action by the motor 351 is reduced, the falling speed is increased by the weight of the third movable body 320.

  The third movable effect device 300 is configured so that the third motor 351 is forwardly driven by the third torque for a predetermined step and then gradually increased to the fifth torque through the fourth torque of the predetermined step. By rolling, the braking action by the third motor 351 increases, so that the falling speed of the third movable body 320 decreases. Then, the third movable effect device 300 stops the third movable body 320 at the operating position by driving the third motor 351 to rotate forward at a predetermined step with the third torque and then exciting and fixing the third motor 351. Is done. Note that the excitation fixation means that the rotor connected to the output shaft 351a is electrically fixed without changing the winding through which current flows in the third motor 351.

  The third movable effect device 300 according to the embodiment passes through the second torque (for example, frequency 250 pps: number of steps 12) from the first torque (for example, frequency 166 pps: number of steps 12) to the third torque (for example, frequency). The third motor 351 is driven forward so that the torque decreases in three stages in order up to 500 pps (step number 132), and the third torque to the fourth torque (for example, frequency 250 pps: step number 12) to the fifth. The third motor 351 is driven to rotate forward so that the torque increases in three stages in order up to a torque (for example, frequency 166 pps: 12 steps). In the third motor 351, the frequency and torque are in an inversely proportional relationship. As described above, in the third movable effect device 300, the first torque and the fifth torque are set to be the same, and the second torque and the fourth torque are set to be the same. Thereby, it is possible to rationally control the operation of the third movable body 320 while reducing the control load of the overall control device 79.

  Note that a step of driving the third motor 351 with another torque may be provided between the first torque and the second torque and / or between the second torque and the third torque. The torque is set so as to decrease stepwise from the torque of 1 toward the third torque. Similarly, a step of driving the third motor 351 with another torque may be provided between the third torque and the fourth torque and / or between the fourth torque and the fifth torque. The torque is set to increase stepwise as it goes from the third torque to the fifth torque.

  The overall control device 79 controls the third motor 351 to rotate in reverse after the third motor 351 is excited and fixed and the third movable body 320 is stopped at the operating position for a predetermined time (500 steps in the embodiment). The third movable body 320 is raised. Here, when the third movable body 320 is raised, the overall control device 79 performs control so that the third motor 351 is reversely driven with the same torque (frequency 250 pps: number of steps 180) as the second torque. . That is, when the overall control device raises the third movable body 320 from the operating position to the standby position, the overall control device controls the third motor 351 with a constant torque set smaller than the first torque and larger than the third torque. It is set to drive control. This is because since the third movable body 320 is supported by the rolling bearing 340 and the sliding load is low, the torque required to raise the third movable body 320 can be reduced, so that a large force such as the first torque can be obtained. Do not need. The third movable effect device 300 is configured such that the third movable body 320 returns from the operating position to the standby position by driving the third motor 351 in the reverse direction for a predetermined time (180 steps in the embodiment).

  In the third movable effect device 300, apart from the normal operation in which the third movable body 320 reciprocally moves back and forth between the standby position and the operating position, the third movable body 320 has a partial range between the standby position and the operating position. Is configured to perform a vibration operation that reciprocates in the vertical direction. In the vibration operation of the third movable body 320, the overall control device 79 controls the third motor 351 so that the lowering torque and the rising torque are the same. In the third movable effect device 300, the third movable body 320 is reciprocated up and down within a range in which the metal piece 327 is not affected by the magnet 308, and the torque at this time is set to be the same as the second torque. . In the third movable effect device 300, in the vibration operation of the third movable body 320, the number of driving steps of the third motor 351 when lowered and the number of driving steps when raised are set to be the same. That is, in the third movable effect device 300, since the third movable body 320 is supported by the rolling bearing 340 having a low resistance, even if the lowering torque and the rising torque are set to be the same in the vibration operation, the third moving effect device 300 is visually checked. It is possible to suppress the downward displacement that can be confirmed by.

  In the third movable effect device 300, since the metal piece 327 is held by the magnet 308 at the standby position, the third movable body 320 can be prevented from malfunctioning even if the game board 36 or the like vibrates. During the operation of the third movable body 320, the overall control device 79 controls the driving so that the torque of the third motor 351 is larger than the holding force of the magnet 308 when starting to descend from the standby position. Can be pulled apart. Thereafter, by gradually reducing the torque of the third motor 351, the third movable body 320 is supported by the rolling bearing 340 having a small resistance. The falling speed of the heavy third movable body 320 can be increased under the action of gravity. As described above, the third movable effect device 300 can quickly drop the third movable body 320 while preventing the third motor 351 from slipping, and has an unexpected feeling due to the dropping operation of the third movable body 320. Can improve. The overall control device drives and controls the third motor 351 so that the torque of the third motor 351 is increased stepwise and decelerates the third movable body 320. Therefore, the overall control device is caused by a collision with another member at the lowest operating position. Impact can be suppressed. That is, since the third movable effect device 300 is braked in advance by the torque control of the third motor 351 before stopping the third movable body 320, the load on the third motor 351 during the stop is reduced. Can do. In addition, the torque control of the third motor 351 does not change in two steps of only a large torque and a small torque, but is a step change in which there is an intermediate torque at least between the maximum torque and the minimum torque. The load on the third motor 351 can be reduced by avoiding a sudden torque change of the three motor 351. Further, since the third movable effect device 300 is configured to stop the third movable body 320 at the operating position by exciting and fixing the third motor 351, it is necessary to stop the third movable body 320 by colliding with other members. Therefore, the burden on the third movable body 320 can be avoided.

(4th movable production device)
The configuration of the fourth movable effect device 400 is substantially the same as that of the first movable effect device 100 except for the design portion of the fourth movable body 420. As shown in FIG. 12, the fourth movable effect device 400 is installed at the left corner of the side (lower side) that defines the lower side of the back unit opening 39 a in the back unit 39. As shown in FIGS. 65 to 69, the fourth movable effect device 400 performs a predetermined effect operation with a fourth base member (base member) 402 serving as an installation base of members constituting the fourth movable effect device 400. Basically, a fourth movable body (movable body) 420 to be performed, a fourth drive unit (drive unit) 450 that reciprocates the fourth movable body 420, and a fourth cover member 410 that covers the front side of the fourth base member 402. Constructed. In the fourth movable effect device 400, a device main body portion in which the fourth drive unit 450 is provided is constituted by the fourth base member 402 and the fourth cover member 410, and a case-shaped device main body portion having a member accommodating space therein. The unit structure including the fourth movable body 420 and the fourth driving unit 450 is detachably integrated with the back unit 39 in a unit. Further, in the fourth movable effect device 400, the fourth base member 402 is formed in accordance with a corner portion where the lower side portion and the left side portion of the back unit 39 intersect, and the device main body portion is disposed outside the display portion 40. In addition, the design portion (design member 430) of the fourth movable body 420 faces outward from the upper right portion of the apparatus main body. And in the 4th movable production | presentation apparatus 400, it is located in the front side of the lower side part of the back unit 39, is retracted outside the display part 40, and is displaced upward from the standby position and faces the front side of the display part 40. The fourth movable body 420 reciprocates between the operating positions (see FIG. 18 or 69).

  The fourth base member 402 is formed in a box shape in which a wall rises forward from a peripheral portion of a plate-like portion that comes into contact with the front surface of the rear wall serving as an installation surface of the back unit 39 and opens forward. The fourth base member 402 has a movable body recess 402a in the right region of the upper wall (see FIG. 67 or 68). Note that the fourth base member 402 is made of a transparent synthetic resin material. The fourth base member 402 extends outward to the front end portion of the wall corresponding to the case fixing boss 39b protruding from the installation site of the fourth base member 402 in the back unit 39 (see FIG. 13). A flange portion 403 is provided. The fourth base member 402 is fixed to the back unit 39 by screwing screws into the screw holes of the case fixing boss 39b through the through holes 403a of the flange portion 403 from the front side.

  The fourth cover member 410 has as its main body a plate-like portion that can cover the front opening of the fourth base member 402 (see FIG. 67 or 68). Note that the fourth cover member 410 is made of a transparent synthetic resin material. The fourth cover member 410 has a through hole 411 corresponding to a screw hole of a cover fixing boss 404 (see FIG. 67) erected from the plate-like portion of the fourth base member 402. The fourth cover member 410 is fixed to the fourth base member 402 by screwing a screw into the screw hole from the front side through the through hole 411. The device main body of the fourth movable effect device 400 can access the screw that stops the flange 403 without removing the fourth cover member 410 or other members from the front side of the back unit 39 to the back unit 39. Detachable.

  As shown in FIG. 67 or 68, the fourth movable body 420 is pivotally supported by the fourth base member 402 and reciprocally moves between the standby position and the operating position by the fourth drive unit 450. 422 and a design member 430 provided on the movable main body member 422 are basically configured. The movable main body member 422 has a right end portion located on the outer left side of the apparatus main body portion, a left end portion pivotally supported by the fourth base member 402, and a longitudinal direction passing through the movable body concave portion 402a of the apparatus main body portion. It is arrange | positioned so that it may extend. The fourth movable body 420 is configured such that the movable main body member 422 reciprocates around a support portion pivotally supported by the fourth base member 402, and the design member 430 is displayed on the display unit 40 as the movable main body member 422 reciprocates. It is reciprocated between the standby position retracted to the lower side (outside) and the operation position displaced upward from the standby position and facing the front side of the display unit 40 (see FIG. 69). A design member 430 is attached to the front side of the right end of the movable main body member 422 (see FIG. 69). The design member 430 of the fourth movable body 420 has a human shape that matches the motif of the pachinko machine 10.

  The fourth driving unit 450 connects the fourth motor 452 and the fourth motor 452 and the movable main body member 422 to convert the rotation of the fourth motor 452 into a swinging operation of the movable main body member 422. It is comprised from 4th transmission part 453,454,455 (refer FIG. 69). In the embodiment, a stepping motor that is driven or stopped under the control of the overall control device 79 is used as the fourth motor 452. The fourth motor 452 is attached to the rear surface of the fourth base member 402 with the output shaft 452a facing the front side (see FIG. 66), and a motor insertion port 39c (see FIG. 13) opened in the lower side of the back unit 39. And the rear unit 39 is faced to the rear side (see FIG. 5).

  The fourth transmission unit includes a drive gear 453 fixed to the output shaft 452a of the fourth motor 452, a driven gear 454 that is rotatably supported on the front side of the fourth base member 402 and meshes with the drive gear 453. And a transmission shaft 455 protruding from the front side of the driven gear 454 (see FIG. 67 or 68). The transmission shaft 455 is formed in a round bar shape, and is provided at a position eccentric from the rotation center of the driven gear 454 (eccentric position). The transmission shaft 455 is inserted from the rear side into a transmission groove 426 formed in the central portion of the movable main body member 422. That is, in the fourth movable effect device 400, the transmission shaft 455 inserted into the transmission groove 426 is displaced as the driven gear 454 rotates, so that the movable main body member 422 is engaged with the transmission groove 426 and the transmission shaft 455. It swings.

  In the fourth movable effect device 400, the rotation of the fourth motor 452 in the same direction is converted into the swing motion of the movable main body member 422 of the fourth movable body 420 by the fourth transmission portions 453, 454, 455, and 456. . Here, in the fourth movable effect device 400, the fourth movable body 420 rises from the standby position to the operating position by one rotation of the driven gear 454, and descends from the operating position to the standby position.

  The fourth movable effect device 400 includes a fourth photosensor 460 as fourth detection means for determining the position of the fourth movable body 420 (see FIG. 67). The fourth photosensor 460 is electrically connected to the overall control device 79, and a signal from the fourth photosensor 460 is input to the overall control device 79. The fourth photosensor 460 is provided on the detection board 461 installed on the fourth base member 402 so as to be located behind the driven gear 454. Further, in the fourth movable effect device 400, the fourth detection piece 454a provided on the rear surface of the driven gear 454 (the surface opposite to the surface on which the transmission shaft 455 is formed) is a detection unit facing the fourth photosensor 460. It is arranged to pass between. The fourth detection piece 454a is formed in an annular shape with a partial region cut out. The fourth photosensor 460 determines the position of the fourth movable body 420 based on the presence or absence of the fourth detection piece 454a. In the embodiment, the center of the cutout portion of the fourth detection piece 454a corresponds to the standby position of the fourth movable body 420. It is set to be.

  In the fourth movable effect device 400, when the fourth movable body 420 is in operation (when the fourth motor 452 is driven), the fourth detection piece 454a detected by the fourth photosensor 460 shifts to the non-detection state. The overall control device 79 controls the fourth motor 452 to stop after a predetermined time has elapsed.

  The fourth movable effect device 400 includes a fourth light emitting device 470 on the front side of the fourth cover member 410. The fourth light emitting device 470 includes a fourth light emitting substrate 471 including an LED 472 as a light emitter, and is disposed on the rear side of the left decorative body 61 (see FIG. 9). That is, the fourth light emitting substrate 471 emits light from the LED 472 under the control of the overall control device 79, thereby brightening the left decorative body 61 and in combination with or independently of the effect operation of the fourth movable body 420. An effect by light emission can also be performed. The fourth light emitting substrate 471 is supported by a substrate support piece 412 (see FIG. 67) provided on the front surface of the fourth cover member 410 and is disposed away from the front surface of the fourth cover member 410. The fourth cover member 410 has a plurality of cover mounting bosses 413 protruding from the inside of the substrate support piece 412. A tray-shaped fourth substrate cover (substrate cover) 414 made of a transparent synthetic resin material is attached to the front side of the fourth light emitting substrate 471. Here, the fourth substrate cover 414 is fitted to the fourth light emitting substrate 471 and the cover mounting boss 413 facing the front side of the fourth light emitting substrate 471 through a through hole formed in the fourth light emitting substrate 471. It is fixed to the screw hole.

  The fourth substrate cover 414 is formed in a shape matching the lower left through hole 42 formed in the lower left portion of the plate member 38, and the fourth unit cover 414 is attached to the lower plate member 38 by attaching the back unit 39 to the lower left portion. It is configured to fit inside the through hole 42. That is, the fourth movable effect device 400 is under the fitting of the lower left through hole 42 that functions as the fitting portion of the plate member 38 and the fourth substrate cover 414 that functions as the alignment portion that matches the fitting portion. It is positioned with respect to the plate member 38.

  In the fourth movable effect device 400, the fourth movable body 420 is in the standby position in the normal state, and the fourth movable body 420 is in the standby position in conjunction with or independently of the symbol display game performed on the display unit 40. It is reciprocated between the operating positions. Specifically, in the fourth movable effect device 400, the fourth motor 452 is driven, and the movable main body member 422 is displaced upward via the fourth transmission units 453, 454, 455, and 456. When the movable main body member 422 is raised toward the operating position, the design member 430 is also raised. When the fourth movable body 420 arrives at the operation position, the operation direction is changed and the fourth movable body 420 is lowered toward the standby position. The fourth motor 452 is stopped at a predetermined timing after the fourth photo sensor 460 shifts from the detection state of the fourth detection piece 454a to the non-detection state.

  In the fourth movable effect device 400, when the driven gear 454 makes one rotation, the cutout portion of the fourth detection piece 456 facing the fourth photosensor 460 makes one rotation and faces the fourth photosensor 460 again. It is possible to perform one cycle of operation in which the movable body 420 is reciprocated from the standby position to the operating position and returns to the standby position. The fourth movable effect device 400 may be either a mode in which the operation of the fourth movable body 420 is performed for one cycle or a mode in which a plurality of cycles are continuously performed. In addition, the fourth movable effect device 400 reciprocates the fourth movable body 420 between the standby position and an intermediate position before the operation position by driving the fourth motor 452 forward and backward, A reciprocating motion (so-called vibration) can be performed in the middle of the operating position.

  As described above, the first to fourth movable effect devices 100, 200, 300, 400 have the movable bodies 120, 220, 320, 420 and the drive units 150, 250 based on at least the base members 102, 202, 302, 402. , 350, 450, and the back unit 39 are detachable. Further, each movable effect device 100, 200, 300, 400 is aligned with the fitting portions 42, 54c, 58 provided on the plate member 38 or the decorative frame member 54 positioned and fixed to the plate member 38. Parts 114, 115, 224, 302c, and 414. And each movable production | presentation apparatus 100,200,300,400 is the alignment part 114,115,224,302c, 414 corresponding to the fitting part 42,54c, 58 when the back unit 39 is attached to the board member 38. FIG. It is comprised so that it may position with respect to the plate member 38 by fitting. As described above, each of the movable effect devices 100, 200, 300, and 400 including the movable bodies 120, 220, 320, and 420 is not only positioned on the back unit 39, but also positioned with the fitting portions 42, 54c, and 58. Positioning can also be performed with respect to the plate member by fitting with the mating portions 114, 115, 224, 302 c, and 414. Thus, the relative positional accuracy between the movable bodies 120, 220, 320, 420 and the display surface of the symbol display device 13 held on the rear side of the back unit 39 can be improved, and the movable bodies 120, 220 can be improved. 320, 420 and the plate member 38 and the decorative frame member 54 attached to the plate member 38 can be improved in relative positional accuracy.

  The first movable effect device 100 and the fourth movable effect device 400 are configured such that at least a part of the front surfaces of the cover members 110 and 410 are in contact with the rear surface of the plate member 38. That is, in the first movable effect device 100 and the fourth movable effect device 400, since the cover members 110 and 410 are in contact with the rear surface of the plate member 38, the device main body portion is moved in the front-rear direction between the back unit 39 and the plate member 38. Can be positioned.

  In the game board 36, the design portion is the display unit 40 with the first movable body 120 of the first movable effect device 100 as a fulcrum on the lower right side of the display unit 40 (the side biased to the standby position of the second movable body 220). The second movable body 220 of the second movable effect device 200 displays the image by swinging between a standby position on the lower right side of the screen and an operating position that is displaced upward from the standby position and faces the front lower right region of the display unit 40. With the upper right side of the portion 40 as a fulcrum, the design portion swings between a standby position on the right side of the display unit 40 and an operating position that is displaced leftward from the standby position and faces the front center of the display unit 40. The design portion of the third movable body 320 of the third movable effect device 300 is between the standby position at the upper center of the display unit 40 and the operation position facing the front central portion of the display unit 40 by being displaced downward from the standby position. It is configured to move up and down. The game board 36 is configured such that the reciprocating path of the first movable body 120 and the third movable body 320 overlaps the reciprocating path of the second movable body 220 and the reciprocating path of the first movable body 120. The moving path and the reciprocating path of the third movable body 320 do not overlap (see FIG. 18).

  The pachinko machine 10 is an operation control means for controlling the motors 152, 251 and 351 of the drive units 150, 250 and 350 for operating the movable bodies 120, 220 and 320 of the first to third movable effect devices 100, 200 and 300. The overall control device 78 is provided. The first to third movable rendering devices 100, 200, and 300 include photo sensors 160, 260, and 360 as means for determining the positions of the movable bodies 120, 220, and 320. In the overall control device 79, the photo sensor 160 is provided. , 260 and 360 are used to determine the positions of the movable bodies 120, 220 and 320 (see FIG. 17).

  The overall control device 79 determines that the second movable body 220 is in the standby position based on the determination of the second photosensor 260 and the second motor 251 of the second drive unit 250 when the first movable rendering device 100 starts the rendering operation. The first movable body 120 is operated by driving the first motor 152 of the first driving unit 150 on the condition that it is not driven. On the other hand, the overall control device 79 stops the second motor 251 in the abnormality determination that the second movable body 220 is not in the standby position or the second motor 251 is driving when the first movable effect device 100 starts the effect operation. At the same time, control is performed so as not to start driving the first motor 152 of the first drive unit. In the embodiment, the two conditions that the second movable body 220 is in the standby position and the second motor 251 is not driven are set as the conditions for starting the rendering operation of the first movable rendering device 100. Only the second movable body 220 may be in the standby position.

  The overall control device 79 determines that the first movable body 120 is in the standby position according to the determination of the first photosensor 160 and the third movable body 320 is the third photosensor 360 when the second movable rendering device 200 starts the rendering operation. The second drive unit 250 of the second drive unit 250 is provided on the condition that the second drive unit 250 is in the standby position and the first motor 152 of the first drive unit 150 and the third motor 351 of the third drive unit 350 are not driven. The motor 251 is driven to operate the second movable body 220. On the other hand, in the overall control device 79, the first movable body 120 and the third movable body 320 are not in the standby position, or the first motor 152 of the first drive unit 150 and the third motor 351 of the third drive unit 350 are driven. In the abnormality determination, the first motor 152 of the driving first driving unit 150 or the third motor 351 of the third driving unit 350 is stopped and the driving of the second motor 251 of the second driving unit 250 is not started. To control. In the embodiment, as a condition for starting the rendering operation of the second movable rendering device 200, the first movable body 120 and the third movable body 320 are in the standby position, and the first motor 152 and the third motor 351 are driven. However, the condition may be that only the first movable body 120 and the third movable body 320 are in the standby position.

  The overall control device 79 determines that the second movable body 220 is in the standby position based on the determination of the second photosensor 260 and the second motor 251 of the second drive unit 250 is in effect when the third movable effect device 300 starts the effect operation. The third movable body 320 is operated by driving the third motor 351 of the third drive unit 350 on condition that the third movable body 350 is not driven. On the other hand, the overall control device 79 stops the second motor 251 in the abnormality determination that the second movable body 220 is not in the standby position or the second motor 251 is driving when the third movable effect device 100 starts the effect operation. At the same time, control is performed so as not to start driving the third motor 351 of the third drive unit. In the embodiment, the two conditions that the second movable body 220 is in the standby position and the second motor 251 is not driven are set as the conditions for starting the rendering operation of the third movable rendering device 300. Only the second movable body 220 may be in the standby position.

  The overall control device 79 determines whether or not the first movable body 120 and the third movable body 320 are in the standby position at the time of the abnormality by using the corresponding photosensors 160 and 360, and these movable bodies 120 and 320. When the motor is not in the standby position, the motors 152 and 351 of the corresponding drive units 150 and 350 are driven to perform a return operation to return the movable bodies 120 and 320 to the standby position. In addition, the overall control device sets the second movable body 220 that is determined not to be in the standby position by the second photosensor 260 on the condition that the first movable body 120 and the third movable body 320 are in the standby position. Control to perform the return operation to return to.

  The control of the first to third movable effect devices 100, 200, and 300 according to the embodiment will be specifically described with reference to the flowchart diagrams of FIGS. First, since the first movable effect device 100 and the third movable effect device 300 have the same determination flow for interference prevention control (see FIG. 70), the first movable effect device 100 will be described as an example. When the operation start command (signal) of the first movable effect device 100 is input (step S1), the overall control device 79 enters the reciprocating movement path of the first movable member 120 before moving the first movable member 120. The state of the second movable body 220 that performs the overlapping operation is determined. That is, the overall control device 79 determines whether or not the second motor 251 that moves the second movable body 220 is driven (step S2), and if the second motor 251 is not driven (step S2: NO). Then, it is determined whether or not the second movable body 220 is in the standby position (step S3). If the second photo sensor 260 determines the presence or absence of the second detection piece 255 and does not detect the second detection piece 255, the second movable body 220 is in the standby position (step S3: YES). To start the operation of the first movable body 120 (step S4). When the predetermined control operation of the first movable body 120 ends (step S5), the overall control device 79 controls the drive of the first motor 152 so as to return the first movable body 120 to the standby position (step S6). . By stopping the first motor 152 at a predetermined timing after the first photo sensor 160 shifts to the non-detection state of the first detection piece 156, the operation of the first movable body 120 is normally terminated.

  On the other hand, when the second movable body 220 is operating when the operation start signal of the first movable body 120 is input (the second motor 251 is being driven) (step S2: YES), The overall control device 79 determines that the second movable body 220 is abnormal (abnormal determination), and performs interference prevention control. That is, the overall control device 79 stops if the third motor 351 is driven, stops the second motor 251, and stops if the first motor 152 is driven (step S <b> 8). The operation of the third movable body 120, 220, 320 is finished (step S9). In step S3, even when the second movable body 220 is not in the standby position (step S3: NO), the overall control device 79 determines that the second movable body 220 is abnormal (abnormal determination). Perform interference prevention control. That is, the overall control device 79 stops if the third motor 351 is driven, stops if the second motor 251 is driven, and stops if the first motor 152 is driven (step S8). ), The operation of the first to third movable bodies 120, 220, 320 is terminated (step S9). As described above, when the abnormality is determined, the first to third movable bodies 120, 220, and 320 are immediately stopped regardless of the positions of the first to third movable bodies 120, 220, and 320, so that To avoid interference. The position determination step (step S3) of the second movable body 220 and the drive determination step (step S2) of the second motor 251 may be interchanged.

  Next, the determination flow of the interference prevention control of the second movable effect device 200 will be described (see FIG. 71). When the operation start command (signal) of the second movable effect device 200 is input (step S10), the overall control device 79 enters the reciprocating path of the second movable body 220 before moving the second movable body 220. A state is determined about both the 1st movable body 120 and the 3rd movable body 320 which perform the operation | movement which overlaps. The overall control device 79 determines whether or not the third motor 351 that moves the third movable body 320 is driven (step S11), and if the third motor 351 is not driven (step S11: NO), It is determined whether or not the three movable bodies 320 are in the standby position (step S12). If the third photo sensor 360 determines the presence or absence of the third detection piece 321 and does not detect the third detection piece 321, the third movable body 320 is in the standby position (step S12: YES). The process proceeds to 120 state determination. The overall control device 79 determines whether or not the first motor 152 that moves the first movable body 120 is driven (step S13), and if the first motor 152 is not driven (step S13: NO), It is determined whether or not one movable body 120 is in the standby position (step S14). If the first photo sensor 160 determines the presence or absence of the first detection piece 156 and does not detect the first detection piece 156, the first movable body 120 is in the standby position (step S14: YES). To start the operation of the second movable body 220 (step S15). Then, when the predetermined rendering operation of the second movable body 220 is completed (step S16), the overall control device 79 drives and controls the second motor 251 so as to return the second movable body 220 to the standby position (step S17). . The operation of the second movable body 220 is normally ended by stopping the second motor 251 at a predetermined timing after the second photosensor 260 shifts to the non-detection state of the second detection piece 255. In the embodiment, the example in which the determination step (steps S11 and S12) of the third movable body 320 is performed before the determination step (steps S13 and S14) of the first movable body 120 is described. This determination step may be performed first. Further, the position determination step (steps S12 and S14) of the movable bodies 120 and 320 and the drive determination step (steps S11 and S13) of the motors 152 and 351 may be interchanged.

  On the other hand, when the third movable body 320 is operating when the operation start signal of the second movable body 220 is input (the third motor 351 is being driven) (step S11: YES), The overall control device 79 determines that the third movable body 320 is abnormal (abnormal determination), and performs interference prevention control. That is, the overall control device 79 stops the third motor 351, stops if the second motor 251 is driven, stops if the first motor 152 is driven (step S19), The operation of the third movable body 120, 220, 320 is finished (step S20). In step S12, even when the third movable body 320 is not in the standby position (step S12: NO), the overall control device 79 determines that the third movable body 320 is abnormal (abnormal determination). Perform interference prevention control. That is, the overall control device 79 stops if the third motor 351 is driven, stops if the second motor 251 is driven, and stops if the first motor 152 is driven (step S19). ), The operation of the first to third movable bodies 120, 220, 320 is terminated (step S20).

  Similarly, in step S13, when the first movable body 120 is operating (the first motor 152 is being driven) (step S13: YES), the overall control device 79 indicates that the first movable body 120 is abnormal. It is determined that there is (abnormality determination), and interference prevention control is performed. That is, the overall control device 79 stops if the third motor 351 is driven, stops if the second motor 251 is driven, stops the first motor 152 (step S19), The operation of the third movable body 120, 220, 320 is terminated (step S20). In step S14, even when the first movable body 120 is not in the standby position (step S14: NO), the overall control device 79 determines that the first movable body 120 is abnormal (abnormal determination). Perform interference prevention control. That is, the overall control device 79 stops if the third motor 351 is driven, stops if the second motor 251 is driven, and stops if the first motor 152 is driven (step S19). ), The operation of the first to third movable bodies 120, 220, 320 is terminated (step S20). As described above, when the abnormality is determined, the first to third movable bodies 120, 220, and 320 are immediately stopped regardless of the positions of the first to third movable bodies 120, 220, and 320, so that To avoid interference.

  As shown in FIG. 72, when the above-described abnormality determination is performed, the movable body return operation is performed based on a predetermined timing (for example, at the time of big hit, demo screen switching or power-on) or a user's return command input. A start signal is input (step S21). Thereby, the overall control device 79 first determines whether or not the third movable body 320 is in the standby position (step S22). If the third photo sensor 360 determines the presence or absence of the third detection piece 321 and does not detect the third detection piece 321, the third movable body 320 is in the standby position (step S22: YES), so the first movable body The process proceeds to 120 state determination. The overall control device 79 determines whether or not the first movable body 120 is in the standby position (step S23). If the first photo sensor 160 determines the presence or absence of the first detection piece 156 and does not detect the first detection piece 156, the first movable body 120 is in the standby position (step S23: YES). The process proceeds to 220 state determination. The overall control device 79 determines whether or not the second movable body 220 is in the standby position (step S24). If the second photosensor 260 determines the presence or absence of the second detection piece 255 and does not detect the second detection piece 255, the second movable body 220 is in the standby position (step S24: YES), and the first to third Since all of the movable bodies 120, 220, and 320 are in the standby position, the return operation is terminated (step S25).

  On the other hand, when it is determined in step S22 that the third movable body 320 is not in the standby position (step S22: NO), the third motor 351 is driven to return the third movable body 320 to the standby position. A return operation is performed (step S26). Here, the returning operation of the third movable body 320 is performed until the third movable body 320 returns to the standby position (non-detection of the third detection piece 321 by the third photosensor 360) (step S27: NO), When it is determined that the three movable bodies 320 have returned to the standby position (step S27: YES), the process proceeds to the state determination of the first movable body 120.

  If it is determined in step S23 that the first movable body 120 is not in the standby position (step S23: NO), a return operation is performed to drive the first motor 152 and return the first movable body 120 to the standby position ( Step S28). Here, the return operation of the first movable body 120 is performed until the first movable body 120 returns to the standby position (non-detection of the first detection piece 156 by the first photosensor 160) (step S29: NO), When it is determined that the first movable body 120 has returned to the standby position (step S29: YES), the process proceeds to the state determination of the second movable body 220.

  When it is determined in step S24 that the second movable body 220 is not in the standby position (step S24: NO), a return operation is performed to drive the second motor 251 and return the second movable body 220 to the standby position ( Step S30). Here, the return operation of the second movable body 220 is performed until the second movable body 220 returns to the standby position (non-detection of the second detection piece 255 by the second photosensor 260) (step S31: NO), If it is determined that the second movable body 220 has returned to the standby position (step S31: YES), since the first to third movable bodies 120, 220, and 320 are all in the standby position, the return operation is terminated (step S31). S25). That is, in the pachinko machine 10 according to the embodiment, the return operation is performed by setting the priority in the order of the third movable body 320, the first movable body 120, and the second movable body 220. In the embodiment, the third movable body 320 is returned before the first movable body 120. However, the return operation may be performed before the first movable body 120.

  As described above, in the pachinko machine 10, even when the plurality of movable bodies 120, 220, and 320 have a configuration in which the reciprocal movement paths overlap, the movable bodies 120, 220, and 320 that may interfere with each other are in the standby position. Since the other movable bodies 120, 220, and 320 are operated as conditions, interference between the movable bodies 120, 220, and 320 can be avoided. That is, in the pachinko machine 10, since interference between the movable bodies 120, 220, and 320 can be avoided, the plurality of movable bodies 120, 220, and 320 can be disposed so as to greatly displace the front region of the display unit 40. It is possible to improve the production effect by the operation of the movable body. Further, even when the movable bodies 120, 220, and 320 are abnormally stopped, the other movable bodies 120, 220, and 320 are provided on the condition that the movable bodies 120, 220, and 320 that may interfere with each other are in the standby position. Therefore, the interference between the movable bodies 120, 220, and 320 can be avoided when returning from the abnormal stop state. Moreover, not only the standby position of the movable bodies 120, 220, and 320 to be interfered with is determined, but also abnormal depending on the presence or absence of driving of the drive units 150, 250, and 350 that operate the movable bodies 120, 220, and 320 to be interfered. By determining, interference between the movable bodies 120, 220, and 320 can be avoided more reliably.

  The game board 36 is reciprocated so as not to overlap the reciprocation path of the first to third movable bodies 120, 220, and 320 while being supported on the lower side of the display unit 40 and spaced apart from the first movable body 120. A fourth movable effect device 400 including a fourth movable body 420 is provided. However, since the fourth movable body 420 does not interfere with the first to third movable bodies 120, 220, and 320, the abnormality determination of the first to third movable effect devices 100, 200, and 300 is performed. By independently controlling the operation by the overall control device 79, the control load on the overall control device 79 can be reduced.

(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 board member constituting the game board is not limited to wood, but may be a transparent board made of a light-transmitting synthetic resin material such as acrylic or polycarbonate. When the plate member is formed of a transparent plate, the display portion of the symbol display device can be viewed from the front side through the transparent plate itself without providing a through hole.
(2) 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.
(3) The operation mode of the movable body of each movable effect device is not limited to the mode of the embodiment, and swing, rotation, linear motion, etc. can be appropriately employed.
(4) The arrangement of the movable effect device can also be changed as appropriate.
(5) As the rolling bearing, an outer receiving portion fixed to the third base member, an intermediate receiving portion disposed inside the outer receiving portion, and a rolling element inside the intermediate receiving portion. It is composed of an inner receiving part that is supported so as to be able to reciprocate in the vertical direction, and is held between the intermediate receiving part and the inner receiving part and outside the intermediate receiving part (between the intermediate receiving part and the outer receiving part). The intermediate receiving portion may be supported so as to be able to reciprocate in the vertical direction with respect to the outer receiving portion by the rolling element that faces.

36 Game board 100 First movable effect device (movable effect device)
107 Contact portion 120 First movable body (movable body)
122 movable body 124 groove portion 125 retaining piece 126 transmission groove 130 movable member 131 mounting piece 150 first drive portion (drive portion)
152 motor 154 driven gear (rotary plate)
155 Transmission shaft 156 First detection piece (detection piece)
160 First photo sensor (detection means)

Claims (4)

In a gaming machine equipped with a movable effect device that produces an effect by the operation of a movable body,
A movable main body supported by the game board and reciprocating between a standby position and an operating position by a driving unit, and provided so as to be capable of reciprocating in the reciprocating direction of the movable main body relative to the movable main body. The movable body is composed of a movable member biased to the standby position side in the displacement direction,
The movable body moves the movable member by operating the movable main body while the end of the movable member on the standby position side is in contact with the contact portion on the game board side extending to the standby position side. A gaming machine characterized in that the movable main body is displaced while stopped. The movable body is provided with a groove that extends in the reciprocating direction of the movable body,
The movable member has a mounting piece projecting on the rear surface of the movable member inserted into the groove portion from the front side, and a retaining piece is attached to the mounting piece from the rear side of the groove portion, and slides in the longitudinal direction of the groove portion. The gaming machine according to claim 1, which is held so as to be displaceable.   The gaming machine according to claim 2, wherein the movable body and the movable member are integrally displaced while the attachment piece is in contact with an end of the groove portion on the standby position side. The movable body is pivotally supported at the end opposite to the end where the movable member is provided in the movable main body, and is provided with a transmission groove on the shaft support portion side of the movable main body.
The transmission unit provided between the movable body and the drive unit is a rotation plate that is rotated by a motor as a drive unit, and a transmission that protrudes from an eccentric position of the rotation plate and is inserted into the transmission groove. And the movable body is reciprocated by a transmission shaft that engages with the transmission groove as the rotating plate is rotated by driving the motor.
The movable effect device is formed in an annular shape in which a detecting means disposed opposite to the surface of the rotating plate on the side opposite to the transmission shaft is formed by notching a partial region on the surface of the rotating plate opposite to the transmission shaft. In response to detecting the detected piece, the movable body is controlled in operation,
The movable effect device is controlled to stop the motor after a predetermined time has elapsed after the detection piece detected by the detection means shifts to the non-detection state during the operation of the movable body, and the motor is stopped. The gaming machine according to claim 2 or 3, wherein the mounting piece is configured to come into contact with the end portion of the groove portion on the operation position side.

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