JP6864232B2 - Pachinko machine production device - Google Patents

Description

The present invention relates to a production device for a gaming machine used in a pachinko gaming machine or the like.

In pachinko gaming machines, which are one of the gaming machines, a back mechanism board on which a payout device and various control boards are mounted is attached to a frame member that holds a game board provided with a game area for playing a game with a game ball. It is composed. Then, in the process of dropping the game ball launched above the game area by the launch mechanism, a game is performed in which various prize devices provided in the game area are awarded. In the game area, in addition to various winning devices, a center decoration, an image display device, and various effect devices (see, for example, Patent Document 1) are provided in order to enhance the game playability.

JP-A-2015-77278

However, in such a gaming machine, a measure for further enhancing the decorativeness of the effect device is required.

The present invention has been made in view of such a problem, and an object of the present invention is to provide a production device for a gaming machine with higher decorativeness.

In order to achieve such an object, the effect device of the gaming machine according to the present invention (for example, the movable accessory device 500 in the embodiment) includes a lamp substrate provided with a plurality of light emitting lamps and the plurality of lamp substrates of the lamp substrate. A plate-shaped translucent member provided so as to face the light emitting lamp is provided, and the translucent member includes an incident surface facing the plurality of light emitting lamps and a surface side opposite to the incident surface. The incident surface has an exit surface through which light incident on the incident surface passes from the plurality of light emitting lamps, and the incident surface has a plurality of incident surface portions formed corresponding to the plurality of light emitting lamps. The exit surface has a plurality of exit surface portions formed corresponding to the plurality of incident surface portions, and the light emitted from one of the plurality of light emitting lamps is the light emitted from the plurality of incident surface portions. It is configured to be incident on one incident surface portion and pass through one of the plurality of exit surface portions, the plurality of exit surface portions are arranged side by side in one direction, and the exit surface portion is the exit surface portion. It is formed with irregularities arranged in a direction perpendicular to the one direction in the direction, and the irregularities are arranged so as to be offset in a direction perpendicular to the one direction with respect to the irregularities of the exit surface portions arranged adjacent to each other.

According to the present invention, the decorativeness of the effect device can be further enhanced.

It is a front view of the pachinko gaming machine which concerns on this embodiment. It is a perspective view which looked at the said pachinko machine from the rear. It is a front view which shows the game board (state which is not transparent). It is a front view which shows the game board (transparent state). It is a perspective view which looked at the start port unit from the front. It is a perspective view which looked at the start port unit from the rear. It is an exploded perspective view which looked at the start port unit from the front. It is an exploded perspective view which looked at the start port unit from the rear. It is a side view of the start port unit. It is sectional drawing which shows along the arrow IX-IX of FIG. It is a perspective view which shows the state which removed the front passage forming member from a start port unit. It is a perspective view which shows the state which removed the passage cover member from a start port unit. (A) is a perspective view of the drive mechanism in the open state, and (B) is a plan view of the drive mechanism in the open state. (A) is a perspective view of the drive mechanism in the closed state, and (B) is a plan view of the drive mechanism in the closed state. It is a perspective view which shows the modification of the start port unit (the second start winning apparatus). It is a perspective view of the movable accessory device. It is a front view which shows the movable accessory device in the state which the movable effect member is located in the standby position. It is a front view which shows the movable accessory device in the state which the movable effect member is located at the effect position. It is a rear view which shows the movable accessory device in the state which the movable effect member is located at the effect position. It is an exploded perspective view of the movable accessory device. It is an exploded perspective view which looked at the base part from the front. It is an exploded perspective view which looked at the base part from the rear. It is an exploded perspective view of the left side light emitting effect part as seen from the front. (A) is a perspective view of the left lamp substrate viewed from the front, and (B) is a perspective view of the left lamp substrate viewed from the rear. It is a perspective view which looked at the left light guide member from the front. It is a perspective view which looked at the left light guide member from the rear. It is a perspective view which looked at the left lamp cover from the front. It is a perspective view which looked at the left lamp cover from the rear. It is a front view which shows the state which the left light guide member is arranged in front of the left lamp substrate. (A) is a cross-sectional view taken along the arrow AA in FIG. 29, (B) is a cross-sectional view taken along the arrow BB in FIG. 29, and (C) is an arrow C in FIG. 29. It is sectional drawing along-C. It is an exploded perspective view which looked at the right side light emission effect part from the front. (A) is a perspective view of the right lamp base member viewed from the front, and (B) is a perspective view of the right lamp base member viewed from the rear. (A) is a perspective view of the right lamp substrate viewed from the front, and (B) is a perspective view of the right lamp substrate viewed from the rear. It is a perspective view which looked at the right light guide member from the front. It is a perspective view which looked at the right light guide member from the rear. It is a perspective view which looked at the 1st and 2nd right side lamp covers from the front. It is a perspective view which looked at the 1st and 2nd right side lamp covers from the rear. It is a plan sectional view of the right light emitting effect part. It is an exploded perspective view which looked at the rear side production part from the front. It is an exploded perspective view which looked at the rear side production part from the rear.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. As typical examples of the ball game machine according to the present invention, the pachinko gaming machine PM is shown in FIGS. 1 and 2, and the gaming board 20 provided in the pachinko gaming machine PM is shown in FIGS. 3 and 4. , The overall configuration of the pachinko gaming machine PM will be described with reference to these figures. In the following description, for convenience, the directions indicated by the arrows in FIG. 2 will be referred to as front-back direction, left-right direction, and up-down direction, respectively.

[Overall configuration of gaming machines]
First, the basic structure on the front side of the pachinko gaming machine PM will be described. As shown in FIG. 1, the pachinko gaming machine PM is mounted on the front surface of the opening of the outer frame 1 which forms a vertically fixed holding frame configured in the outer square frame size, and is configured to open and close in a square frame size corresponding to the opening. The front frames 2 forming a frame are attached to each other by the upper and lower hinge mechanisms 3a and 3b arranged on the front left edge so that they can be opened and closed sideways and attached / detached, and are called double locks provided on the front right edge. It is always held in a closed state engaged and connected to the outer frame 1 by using the locking device 4.

A square glass frame 5 that matches the upper front area of the front frame 2 is attached to the front frame 2 so as to be openable and closable and detachable by using the upper and lower hinge mechanisms 3, and the locking device 4 is used. It is always held in a closed state that covers the front surface of the front frame 2. The game board 20 is detachably set and held on the front side of the front frame 2, and the game area PA in front of the game board 20 is visible through the double glazing 5a of the glass frame 5 which is always closed and held. It has become like.

At the lower part of the glass frame 5, upper and lower ball plates (upper ball plate 6 and lower ball plate 7) for storing game balls are provided. An effect lamp 11 that emits light according to the development status of the game and a speaker 8 that generates a sound effect according to the development status of the game are provided on the upper portion of the glass frame 5. On the right side of the lower ball plate 7, buttons, switches, dials, and other effect operating means 12 for performing a predetermined effect operation are attached.

A launch handle 9 for launching a game ball is provided at the lower right of the front frame 2. Although not shown, the lower part of the front frame 2 is a ball feeding mechanism that sends out the game balls stored in the upper ball plate 6 one by one, and the game balls sent out from this ball feeding mechanism are launched toward the game area PA. A launch mechanism, a ball feed mechanism, a launch control board that synchronously controls the operation of the launch mechanism, and the like are provided.

As shown in FIGS. 3 and 4, the game board 20 is constructed based on a base material formed in a rectangular flat plate shape using a transparent synthetic resin material. 3 and 4 above are front views of the game board 20 as viewed from the front side, but FIG. 3 shows a state in which the game board 20 is not transparent, and FIG. 4 is a state in which the game board 20 is transparent. Is shown. On the front surface of the game board 20, an arc-shaped outer rail 21 arranged from the lower left to the upper right, and an arc-shaped inner rail 22 arranged inside the outer rail 21 from the lower left to the upper left. The rail decoration 23 is arranged between the upper right portion of the outer rail 21 and the lower part of the board surface and is formed in a curved shape that opens to the left. The outer rail 21, the inner rail 22, and the rail decoration 23 are used. A substantially circular game area PA is formed inside the enclosure. The game area PA has a left side area (left-handed area) PA1 which is a left side area of the center accessory 26 and a right side of the center accessory 26 with reference to the center accessory 26 which is arranged substantially in the center. It has a right side region (right-handed region) PA2 which is an region. Further, the outer rail 21 and the inner rail 22 form a guide passage 24 for guiding the game ball launched by the launching mechanism (not shown) to the game area PA. At a position near the exit opening of the game ball in the guide passage 24, that is, at the tip of the inner rail 22, the game ball discharged from the exit opening into the game area PA through the guide passage 24 returns to the guide passage 24 again. A ball return prevention valve 25 is provided to prevent the ball from returning.

In the game area PA, along with a large number of game nails and wind turbines (not shown), a first start winning device 200, a second starting winning device 300, a general winning device 400, an operating gate device 61, and a first large winning device 62. , Various prize devices such as the second large prize device 63 are arranged. Although not shown, various display devices such as a first special symbol display device, a second special symbol display device, and a normal symbol display device, which are lit and controlled by the main control board 51, which will be described later, are integrated in the game area PA. Is arranged as a target. A center accessory 26 is arranged substantially in the center of the game area PA, and the screen of the effect display device 27 is visibly provided through an opening below the center accessory 26. At the upper part of the center accessory 26, a movable accessory device 500 that performs an effect operation according to the development state of the game is provided. At the lower end of the game area PA, two out ports 71 and 72 through which a game ball that has flowed down without entering the winning openings of various winning devices 200, 300, 400, 61, 62 can pass are provided. .. The game balls that have entered the winning openings of the various winning devices 200, 300, 400, 61, and 62 or the gaming balls that have flowed into the out openings 71 and 72 are through holes formed through the game board 20 in the front-rear direction (FIG. It flows down to the rear surface side of the game board 20 through (not shown), and collects the game balls including the game balls that have passed through various winning ports such as the out ports 71 and 72 and the starting port in the collection flow path (gamed ball passage) at the lower part of the front frame. Then, after passing through the out-ball sensor (launched ball number sensor) provided in the lower part of the front frame for detecting the total number of launched game balls, the ball is discharged to the outside of the game machine. The out-ball sensor (launched ball number sensor) is configured as a common sensor (single sensor) for a plurality of out ports 71 and 72, and the game ball that has passed through each of the out ports 71 and 72 is referred to as the common sensor (single sensor). By detecting with the out-ball sensor), it is possible to reduce the cost and save the space of the collection flow path (gamed ball passage).

The first start winning device 200 is provided as a starting winning device corresponding to the first special symbol game. The first start winning device 200 is provided with a first start opening 201 (see FIG. 5 and the like) into which a game ball can enter. The entry of the game ball into the first starting port 201 triggers the first special symbol lottery.

The second start winning device 300 is provided as a starting winning device (a normal electric accessory that operates when a prize is won in a normal symbol lottery described later) corresponding to the second special symbol game. The second start winning device 300 is provided with a second start opening 301 (see FIG. 10 and the like) into which a game ball can enter. The entry of the game ball into the second starting port 301 triggers the second special symbol lottery. The second start winning device 300 is in an open state in which the game ball can enter the second start port 301 or is easy to enter, and a closed state in which the game ball cannot enter the second start port 301 or is difficult to enter. Change. That is, the second start winning device 300 has a structure in which it is difficult for the game ball to enter the second start opening 301 unless it is displaced to the open state, and a predetermined opportunity described later (an opportunity to win a normal symbol lottery). When it is opened in, the ease of entering the game ball increases.

The general winning device 400 is configured to include three general winning openings 401 to 403 (see FIG. 5 and the like). The entry of a game ball into each general prize opening 401 to 403 does not trigger a special symbol lottery or a normal symbol lottery, but like other prize devices (excluding the operating gate device 61), it triggers the payout of the prize ball. Become.

The actuating gate device 61 is provided as a start winning opening corresponding to a normal symbol game. The actuating gate device 61 is provided with an actuating gate (not shown) through which a game ball can pass. The passage of the game ball through the operating gate triggers a normal symbol lottery for determining whether or not to open the second starting port 301.

The first big prize device 62 is an attacker device (special electric accessory) that opens and closes when the lottery result of the first special symbol lottery or the second special symbol lottery is a big hit (including a small hit development big hit described later). It is configured as. That is, the first big prize device 62 is an attacker device corresponding to the big hit game. The first large winning device 62 is provided with a first large winning opening (not shown) into which a game ball can be entered. The first large winning device 62 is in an open state in which the game ball can enter the first large winning opening or is easy to enter, and a closed state in which the game ball cannot enter the first large winning opening or is difficult to enter. Change. In the big hit game, a plurality of round games (unit games) accompanied by opening / closing operation of the first big winning device 61 are performed.

The second large winning device 63 is configured as an attacker device (special electric accessory) that opens and closes when the lottery result of the first special symbol lottery or the second special symbol lottery is a small hit. That is, the second big winning device 63 is an attacker device corresponding to the small hit game. The second large winning device 63 is provided with a second large winning opening (not shown) into which a game ball can be entered. The second prize-winning device 63 is a so-called slide-type attacker having an opening / closing member that slides and moves in a direction (front-back direction) orthogonal to the board surface of the game board 20, and a game ball can enter the second prize-winning opening. Alternatively, the open state in which the ball can easily enter and the closed state in which the game ball cannot enter or is difficult to enter can be changed. In the small hit game, one round game (unit game) is performed with the opening of the second large winning device 63. Here, inside the second special winning device 63, a specific area (V zone) (not shown) through which the game ball can pass is provided. The game ball that has entered the second prize-winning opening passes through a specific area or other non-specific area by distributing the flow path by the opening / closing member (valve member) provided in the second prize-winning device 63. To do. When the game ball passes through a specific area, it develops from "small hit game" to "big hit game" (that is, promoted to "small hit development big hit"), and multiple times with opening and closing operation of the first big winning device 62. Round game is performed. In the gaming machine of the present embodiment, a slide type attacker is used as an attacker corresponding to the small hit game, which prolongs the residence period of the game ball at the upper part of the opening / closing member and opens / closes in the small hit game. This is because it is easy to enter a specific region (V zone) with a high probability when the member is opened and closed.

In this embodiment, these two big winning openings are provided in the right side area PA2 in the game area PA. Therefore, in the big hit game or the small hit game, when the game ball is launched toward the game area PA, the player hits the right area PA2, that is, the so-called right-handed hit, so that the first big prize opening or the second big prize is won. It is easy to enter the ball into the mouth.

A start port unit 28, which will be described in detail later, is attached below the center accessory 26 along the inner peripheral surface of the inner rail 22, and the first start winning device 200 and the first start winning device 200 described above are attached to the start port unit 28. A two-start winning device 300, a general winning device 400, and two out ports 71 and 72 are arranged.

Next, the basic structure on the back side of the pachinko gaming machine PM will be described. As shown in FIG. 2, a back set board 30 having a front-rear communication window in the center and formed in a rectangular frame shape slightly smaller than the front frame 2 is attached to the back side of the front frame 2. There is. Each part of the back set board 30 has a storage tank 33 for storing a large number of game balls supplied from the game facility side, a gutter member 34 for flowing down the game balls from the storage tank 33, and a game guided by the gutter member 34. A prize ball payout unit 35 for paying out balls, a back passage member 36 for allowing game balls paid out from the prize ball payout unit 35 to flow down to the upper ball plate 6 or the lower ball plate 7 are provided.

On the back side of the game board 20, a main control board 51 that comprehensively controls the operation of the pachinko gaming machine PM, a production control board 52 that controls the overall production, image display according to the game development, and sound effect control. An image control board 53 or the like is attached. In the present embodiment, the effect control board 52 and the image control board 53 form the liquid crystal unit 28 in an assembled state integrated with the effect display device (liquid crystal display device) 27. On the other hand, on the back side of the back set board 30, there is a payout control board 54 that controls the payout of game balls, and a power source that receives power from the game facility side and supplies power to various control boards and electric / electronic components. A board (not shown) is attached. In order to prevent unauthorized modification, these control boards are housed in a transparent resin board case having a caulking structure and a sealing seal structure at a predetermined position on the back surface of the game board 20 or the back surface of the back set board 30. It is arranged in each. These control boards and the electrical and electronic components of each part of the pachinko gaming machine PM are connected to each other via a harness (connector cable) to enable the pachinko gaming machine PM to operate.

[Basic operation of gaming machines]
In the pachinko gaming machine PM configured as described above, the outer frame 1 is fixedly installed on the game island of the game facility, and the front frame 2, the glass frame 5, etc. are closed and locked before being used for the game. The game is started by storing the ball in the upper ball plate 6 and rotating the firing handle 9. When the launch handle 9 is rotated, the game balls stored in the upper ball plate 6 are sent out one by one to the launch mechanism by the ball feed mechanism, and are launched toward the game area PA by the launch mechanism.

When a game ball rolling down the game area PA enters any of the first starting port 201, the second starting port 301, the general winning openings 401 to 403, the first major winning opening, and the second major winning opening, The number of prize balls corresponding to the type of the winning opening is paid out to the upper ball plate 6 or the lower ball plate 7 by the prize ball payout unit 35. For example, the number of prize balls when the game ball enters the first starting port 201 is "4", the number of prize balls when entering the second starting port 301 is "3", and the first large winning opening Alternatively, the number of prize balls when entering the second major winning opening is "15", and the number of winning balls when entering the general winning openings 401 to 403 is "3".

Further, when the game ball enters the first starting port 201 or the second starting port 301, a lottery random number value of a special symbol is acquired, and the lottery random number value is temporarily stored as hold information (hold ball) up to a predetermined upper limit number. To do. Then, when a predetermined start condition (variation start condition) is satisfied, a hit / fail judgment, a symbol judgment, and a fluctuation pattern judgment of a special symbol are performed based on the lottery random number value related to the earliest reserved ball, and the display according to the judgment result is performed. In the embodiment, the first special symbol or the second special symbol is variably displayed, and the decorative symbol is variably displayed. The variable display of the special symbol and the decorative symbol is synchronously stopped and displayed (confirmed display) after the lapse of the variable time according to the selected variable pattern.

When the first special symbol or the second special symbol is confirmed and displayed in the stop display mode indicating the jackpot, the game shifts to the jackpot game state and the jackpot game (multiple round games) accompanied by the opening / closing operation of the first jackpot device 62. ) Is started. The stop display mode of the decorative symbol indicating the big hit is, for example, a combination mode in which all three decorative symbols match. In the present embodiment, one of a plurality of types of jackpot games having a different number of specified rounds is executed according to the type of jackpot (type of jackpot symbol). In the jackpot game, one or more opening and closing operations of the first big prize device 62 are regarded as one round game, and the round game is continuously performed for a specified number of rounds (for example, 16 rounds, 8 rounds, 2 rounds). It is what you do.

On the other hand, when the first special symbol or the second special symbol is confirmed and displayed in the stop display mode indicating the small hit, the small hit game state is entered and the small hit game accompanied by the opening / closing operation of the second big winning device 63 ( One round game) is started. In this small hit game, when a game ball enters a specific area (V zone) provided in the second big winning device 63, it develops from a "small hit game" to a "big hit game" and is used as the big hit game. , A plurality of round games accompanied by an opening / closing operation of the first grand prize device 62 are performed. In addition, in this embodiment, the winning / failing lottery of the second special symbol is configured to win a small hit with a higher probability than the winning / failing lottery of the first special symbol. For example, the winning probability of a small hit in the winning / failing lottery of the second special symbol is set to "about 1/10". As described above, in the winning / failing lottery of the second special symbol, the winning probability of the small hit is set to a high probability. As a result, in the electric chew support state (time saving game state), a small hit is likely to occur when the game ball enters the second starting port 301.

Here, if a "specific jackpot" is won among the jackpots including the small hit development jackpot in the special symbol lottery, after the special game (big hit game) is completed, the fluctuation time reduction function of the special symbol and the electric chew support The function may work.

That is, when the special symbol variation time shortening function is activated, the average variation time of the special symbol and the decorative symbol tends to be shorter than usual, and the number of special symbol lottery per unit time is improved (per unit time). It is possible to increase the ease of obtaining big hits).

Further, when the fluctuation time shortening function of the special symbol is activated, the electric chew support function is activated accordingly. The electric chew support function is activated by the probability fluctuation function of the normal symbol, the fluctuation time shortening function of the normal symbol, and the opening extension function of the normal electric accessory (second start winning device 300) to the second start port 301. It is a state in which the ease of entering a ball is enhanced (also referred to as a "easy entry state"). When the probability fluctuation function of the normal symbol is activated, the winning probability of the normal symbol becomes higher than that in the normal state. When the function for shortening the fluctuation time of the normal symbol is activated, the fluctuation time of the normal symbol is shortened. When the function for extending the opening time of the ordinary electric accessory is activated, the opening time of the ordinary electric accessory is extended from the normal state. In this easy-to-enter state, there is a high possibility that the number of fluctuations of the normal symbol per fixed time will increase more than usual, and the ease of entering the second starting port 301 will also increase. It also increases the possibility that the number of balls entered will increase. Therefore, due to the operation of the special symbol variation time shortening function and the electric chew support function, the chances of obtaining a prize ball by entering the second starting port 301 increase during that period, and as a result, the number of balls held is hardly reduced. It becomes possible to continue the game.

When the game state shifts to the time-saving game state after the end of the special game (big hit game) (when the fluctuation time shortening function and the electric chew support function are activated), the game ball enters the second starting port 301. It becomes easy for a small hit to occur, and the possibility of developing from the small hit to a big hit also increases. Further, when a small hit occurs in the time-saving game state, the probability that the game state shifts to the time-saving state after the end of the big hit game is higher than when the small hit occurs in the normal state. Therefore, in this model called a small hit V, the game is aimed at continuing the so-called "renso" by repeating the small hit development big hit in the short game state. That is, by continuing the time-saving game state, the game ball can be entered into the second start winning device under the electric chew support state (ball entry easy state), so that the game aiming at the small hit V can be continued. become. On the other hand, if the gaming state does not shift to the time-saving gaming state (when shifting to the normal gaming state) after the jackpot game ends, the electric chew support state (easy entry state) ends, and the second Since it is difficult (substantially impossible) for the game ball to enter the start port 301, the game can be played aiming at the first start port 201. In the small hit game, if the game ball cannot enter the specific area (V-thorn), the game does not shift to the big hit game and the game state before the small hit occurs continues.

[Composition of start port unit]
Next, the start port unit 28 according to the present embodiment will be described with reference to FIGS. 4 to 14.

The start port unit 28 is below the unit main body 100 detachably attached to the game board 20, the first start winning device 200 having the first start port 201 into which the game ball can enter, and the first start port 201. A second starting winning device 300 having a second starting opening 301 that is arranged and capable of entering a game ball, and a general winning opening 401 that is arranged to the left of the first starting opening 201 and allowing a game ball to enter. A general winning device 400 having ~ 403, a first out port 71 arranged on the left side of the second starting port 301 and allowing a game ball to flow in, and a game ball arranged below the second starting port 301. Is mainly configured with a second out port 72 capable of flowing in. The start port unit 28 is arranged below the center accessory 26 and constitutes a lower region of the game area PA.

As shown in FIGS. 7 and 8, the unit main body 100 is attached to the front side of the game board 20 and serves as a mounting base for the unit main body 100, and the front side attached to the front side of the base member 110. The passage forming member 120, the decorative members 130 and 140 attached to the rear surface side of the game board 20, the rear side passage forming member 150 attached to the rear surface side of the decorative members 130 and 140, and the rear surface side of the rear side passage forming member 150. The passage cover members 160 and 170 attached to the rear passage cover members 180 and 170 and the illuminated cover members 180 and 190 attached to the rear surface side of the rear passage forming member 150 are provided. Each of the constituent members 110 to 190 constituting the unit main body 100 is formed in the shape shown in the figure using a synthetic resin material (the decorative members 130 and 140 are opaque synthetic resin materials for blindfolding the flow path of the game ball). , Other components are formed using a colorless transparent or colored transparent synthetic resin material). It should be noted that, for example, a sticker on which characters, patterns, patterns, etc. are printed is attached to the decorative portion on the front side of the front passage forming member 120 and the base member 110 (the flow path of the game ball is blindfolded). ). Then, the unit main body 100 is integrated by attaching the plurality of constituent members 110 to 190 so as to overlap each other in the front-rear direction with the game board 20 interposed therebetween. A plurality of bosses 117 for positioning on the game board 20 are projected on the rear surface side of the base member 100.

The base member 110 is attached so that the front surface thereof is substantially flush with the board surface of the game board 20. A first starting port 201, a second starting port 301, general winning openings 401 to 403, a first out port 71, and a second out port 72 are provided on the front side of the base member 110 to provide a game area PA. The flowing game ball reaches the front side of the base member 110 and can flow into the first starting port 201, the second starting port 301, the general winning openings 401 to 403, the first out port 71, and the second out port 72. It is configured. Then, in the following, the specific configurations of the winning devices 200, 300, 400 and the out ports 71, 72 will be described in detail (the above-mentioned constituent members 110 to 190 constituting the unit main body 100 will also be described). .. In the following description, the front side of the base member 110 is used in substantially the same meaning as the front side of the game board 20, and the rear side of the base member 110 is substantially the same as the rear side of the game board 20. Used in the sense.

The first start winning device 200 straddles between the first start port 201 formed at the upper end of the front passage forming member 120 and capable of entering a game ball, the rear passage forming member 150, and the passage cover member 160. The first start port discharge passage 210 is provided between the first start port discharge passage 210 and the rear passage forming member 150 and the passage cover member 160 through which the game ball formed and entered into the first start port 201 flows down. It is configured to include a first start winning sensor 220 that detects a game ball flowing down 210.

The first starting port 201 is a normally open winning opening that is opened upward. A game ball (a game ball hit to the left) that mainly flows down the left side region PA1 can enter the first starting port 201. As described above, the entry of the game ball into the first starting port 201 triggers the first special symbol lottery. The first starting port 201 communicates with the first starting port discharge passage 210 provided on the rear surface side of the game board 20 via the first starting winning contact port 111 formed at the upper end of the base member 110 so as to extend back and forth. doing.

The first start port discharge passage 210 is an outflow side formed between an inflow side passage portion 211 formed through the rear side passage forming member 150 in the front-rear direction and between the rear side passage forming member 150 and the passage cover member 160. It is provided with a passage portion 212. The inflow side passage portion 211 has a passage width equivalent to that of about one game ball, and is formed so as to extend substantially in the front-rear direction (downwardly inclined from the front side to the rear side). The inflow side passage portion 211 is connected to the first starting port 201 via the first starting winning contact port 111 formed in the base member 110. On the other hand, the outflow side passage portion 212 has a passage width equivalent to that of about one game ball, is connected to the downstream end of the inflow side passage portion 211, extends downward, and then bends in a substantially L shape and gently. It extends diagonally downward to the right. A first start winning sensor 220 that detects a game ball flowing down the first start port discharge passage 210 is attached in the middle of the outflow side passage portion 212.

The first start winning sensor 220 is a passage type sensor (for example, an electromagnetic induction type proximity sensor) that detects the passage of a game ball, and has a sensor mounting groove 151 and a passage cover formed on the rear surface side of the rear side passage forming member 150. It is mounted so as to straddle the sensor mounting groove 161 formed on the front surface side of the member 160. When the game ball passes through the detection port 220a, the first start winning sensor 220 changes the impedance of the coil (not shown) arranged around the detection port 220a to cause the game ball (metal object). To detect. As a modification thereof, the first start winning sensor 220 may be composed of an optical sensor such as a photo sensor. The first start winning sensor 220 is electrically connected to the main control board 51, generates a detection signal when the game ball passes through the detection port 220a, and outputs this detection signal to the main control board 51.

Here, on the rear surface side of the rear side passage forming member 150, a substantially rectangular box-shaped illuminated cover member 180 whose front side is open is attached with the passage cover member 160 sandwiched between them. An LED substrate 181 for lighting the periphery of the first starting port 201 is attached to the front side of the illumination cover member 180. The LED substrate 181 includes a surface mount type LED (full color LED) 182 as a light emitting body for illumination. In the present embodiment, a plurality of LEDs 182 are dispersedly arranged on the LED substrate 181 and the light of each LED 182 is transmitted, reflected, or transmitted through the decorative members 130, 140, the rear passage forming member 150, the passage cover member 160, and the like. It diffuses and emits light around the first starting port 201.

The game ball that has reached the downstream end of the first starting port discharge passage 210 falls below the game board 20 through the ball discharge port 213 formed by penetrating vertically through the downstream end, and is below the game board 20. After flowing down the gamed ball passage (not shown) arranged in, the ball is discharged to the outside of the machine (outside of the game machine PM), and finally collected to the game island (game hall facility).

The second start winning device 300 is formed by being connected to the second start port 301, which is formed between the base member 110 and the front passage forming member 120 and into which a game ball can enter, and the upstream side of the second start port 301. A distribution passage 310 through which the game balls can flow in, a drive mechanism 320 attached to the rear surface side of the base member 110 and serving as a drive source for the winning device 300, and a flow of the game balls flowing into the distribution passage 310. A distribution member 330 that distributes the path to the second start port 301 or the second out 72, a movable member 340 that opens and closes the second start port 301 in conjunction with the distribution member 330, and a ball entering the second start port 301. It is configured to include a second start port discharge passage 350 through which the game ball flows down, and two second start winning sensors 361 and 362 that detect the game ball flowing down the second start port discharge passage 350. In the present embodiment, in the winning / failing lottery of the second special symbol based on the entry of the game ball into the second starting port 301, as described above, the winning probability of the small hit is high (for example, 1/10). ) Is set, a double sensor system using two second start winning sensors 361 and 362 is adopted as a strengthening measure against illegal ball entry. Further, as another usage method, the double sensor can be used not as a countermeasure against illegal entry but also as a countermeasure against clogging of a game ball. For example, when the game ball stays up to the sensor on the downstream side (second start winning sensor 362 on the downstream side), the information detected by the sensor on the upstream side (second start winning sensor 361 on the upstream side) is used. Based on this, by making it possible to acquire the right (holding information) related to the winning / failing lottery of the second special symbol, it is possible to prevent the player from suffering a disadvantage due to ball jamming or the like. Specifically, in a certain game state, a game in which four operation-holding balls of the second special symbol are acquired (for example, A. The easy-to-enter state ends with one variation of the second special symbol, and the first During the fluctuation, the normal electric accessory is operated to acquire four operation-holding balls of the second special symbol, and the second special symbol is changed a total of five times. When a game machine, etc., in which a normal symbol with a long-time opening of a normal electric accessory may be won in a normal symbol lottery, only one operation-holding ball of the second special symbol can be obtained. If the situation ends, it will be significantly disadvantageous to the player, so the interval at which multiple game balls (preferably 4 balls) can stay between the upstream sensor and the downstream sensor of the double sensor It may be possible to eliminate the above-mentioned disadvantages by providing a sensor on the upstream side and designing the sensor on the upstream side so as to be able to obtain a hold (starting prize) and using the sensor on the downstream side for confirmation.

The distribution passage 310 has a passage width equivalent to that of about one game ball between the front surface of the base member 110 and the rear surface of the front passage forming member 120, and is formed so as to extend substantially in the left-right direction. The upstream end of the distribution passage 310 is formed so that a game ball that opens diagonally upward to the right and flows down the game area PA (mainly the right area PA2) can flow into the distribution passage 310. There is. Further, in the middle of the distribution passage 310, a game ball existing in the distribution passage 310 is opened in the vertical direction between the left and right passage wall portions 121 and 122 formed on the front passage forming member 120. A ball outlet 311 is formed so as to flow down toward the second out port 72. The ball outlet 311 is configured to be openable and closable by a distribution member 330.

The second starting port 301 is formed so as to open in the left-right direction between the front surface of the base member 110 and the rear surface of the front passage forming member 120, connected to the downstream end of the distribution passage 310. As described above, the entry of the game ball into the second starting port 301 triggers the second special symbol lottery. The second starting port 301 is configured to be openable and closable by a movable member 340.

As shown in FIGS. 13 to 14, the drive mechanism 320 includes a box-shaped case body 321 attached to the rear surface side of the base member 110, and a solenoid (ordinary electric accessory solenoid) 322 attached to the case body 321. A slide member 323 that reciprocates in the left-right direction in response to an expansion / contraction drive of the solenoid 322, and a transmission member 324 that is engaged and connected to the slide member 323 and rotationally displaced in a horizontal plane are provided. In addition, in FIGS. 13 to 14, in order to make the structure of the drive mechanism 320 easy to understand, the cover body that closes the upper surface opening of the case body 321 is not shown, but it is actually on the upper surface side of the case body 321. The cover body is detachably attached.

The case body 321 is formed in a rectangular box shape with the front surface and the upper surface open, and the solenoid 322, the slide member 323, and the transmission member 324 are housed in the internal space thereof. A distribution member 330 and a movable member 340 are slidably attached to the inside of the case body 321 in the front-rear direction. Further, the above-mentioned case body (not shown) for closing the upper surface opening is attached to the upper surface side of the case body 321.

The solenoid 322 is an electric actuator including a solenoid main body 322a incorporating an electromagnetic coil (not shown) and a plunger 322b that is expanded and contracted in the axial direction (left-right direction) by energizing / de-energizing the electromagnetic coil. A slide member 323 is connected to the tip of the plunger 322b. A coil spring (not shown) for urging the plunger 322a in the extension direction (left direction) is interposed between the solenoid body 322a and the slide member 323 by being wound around the outer circumference of the plunger 322a.

The slide member 323 is attached to the case body 321 so as to be slidable (reciprocating) in the left-right direction. A shaft-shaped engaging projection 323a extending in the vertical direction is formed at the front end of the slide member 323. The slide member 323 is connected to the tip end portion of the plunger 322b, and can slide in the left-right direction in response to the expansion / contraction drive of the plunger 322b.

The transmission member 324 has a stepped cylindrical shaft portion 325 rotatably supported on the lower surface of the case body 321 and extends in the vertical direction, and is fixed to the upper half of the shaft portion 325 and rotates integrally with the shaft portion 325. The upper transmission portion 326 is provided, and the lower transmission portion 327 which is fixed to the lower half portion of the shaft portion 325 and rotates integrally with the shaft portion 325. The upper transmission portion 326 is formed in a substantially flat plate shape extending in a direction (horizontal direction) orthogonal to the shaft portion 325. A substantially U-shaped engaging groove 326a to which the engaging projection 323a of the slide member 323 is engaged is formed in the upper transmission portion 326, and a substantially U-shaped engaging projection 341 to which the engaging projection 341 of the movable member 340 is engaged is formed. A character-shaped engaging groove 326b is formed. Similarly, the lower transmission portion 327 is formed in a substantially flat plate shape extending in a direction (horizontal direction) orthogonal to the shaft portion 325. The lower transmission portion 327 is formed with a substantially U-shaped engaging groove 327a to which the engaging projection 331 of the distribution member 330 is engaged. The lower transmission unit 327 is arranged with respect to the upper transmission unit 326 in an angular direction offset by about 180 degrees around the central axis (around the shaft portion 325) in a plan view viewed from above. ing. The transmission member 324 is centered on the shaft portion 325 in response to the sliding movement of the slide member 323 in the left-right direction by engaging the engaging groove 326a of the upper transmission portion 326 with the engaging projection 323a of the slide member 323. It is rotatable. That is, when the slide member 323 slides to the right, the transmission member 324 rotates in the X direction (see FIG. 13), and when the slide member 323 slides to the left, the transmission member 324 slides in the Y direction. Rotate (see FIG. 14). Then, the transmission member 324 converts the linear motion of the slide member 323 in the left-right direction into the linear motion of the distribution member 330 and the movable member 340 described later in the front-rear direction.

The distribution member 330 is formed in a flat plate shape having a plate width (left-right length) corresponding to the opening width (left-right length) of the ball outlet 311 and is formed in a direction orthogonal to the board surface of the game board 20 (front-back). It is attached to the case body 321 so that it can slide along the direction). The distribution member 330 can project to the front side of the base member 110 through a slide insertion port 112 formed so as to penetrate the base member 110 in the front-rear direction. The distribution member 330 is formed with an engaging projection 331 projecting upward, and the engaging groove 327a of the lower transmission portion 327 is engaged with the engaging projection 331. As a result, the distribution member 330 protrudes forward from the slide insertion port 112 and closes the ball outflow port 311 in response to the rotation of the transmission member 324 (lower transmission portion 327), and the inside of the slide insertion port 112. It is possible to slide in the front-rear direction with the open position where the ball outlet 311 is opened by retracting backward toward. Further, the distribution member 330 is formed with a U-shaped elongated hole 332 extending in the front-rear direction (sliding direction), and a shaft portion 325 serving as a rotation center axis of the transmission member 324 is formed in the elongated hole 332. It has been inserted. Therefore, even if the distribution member 330 slides in the front-rear direction, the shaft portion 325 can always rotate while being inserted into the elongated hole 332 of the distribution member 330. The distribution member 330 slides to the open position or the closed position to distribute the game balls flowing into the distribution passage 310 to the second start port 301 or the second out port 72.

The movable member 340 is formed in a prismatic shape that bends and extends in a dogleg shape, and is attached to the case body 321 so as to be slidable along a direction (front-back direction) orthogonal to the board surface of the game board 20. Has been done. The movable member 340 can project to the front side of the base member 110 through a slide insertion port 112 formed so as to penetrate the base member 110 in the front-rear direction. The movable member 340 is formed with an engaging projection 341 protruding upward, and the engaging groove 326b of the upper transmission portion 326 is engaged with the engaging projection 341. As a result, the movable member 340 protrudes forward from the slide insertion port 112 and closes the second starting port 301 in response to the rotation of the transmission member 324 (upper transmission portion 326), and into the slide insertion port 112. It is possible to slide in the front-rear direction with the open position where the second starting port 301 is opened by retracting backward toward the rear. That is, the movable member 340 slides in the front-rear direction in conjunction with the distribution member 330. Specifically, the distribution member 330 and the movable member 340 slide and move alternately in the front-rear direction, and when the distribution member 330 is in the open position, the movable member 340 is in the closed position and the distribution member 330 is closed. When in position, the movable member 340 is in the open position.

In the drive mechanism 320 having such a configuration, when the electromagnetic coil of the solenoid 322 is energized, as shown in FIG. 13, the plunger 322b is reducedly driven with respect to the solenoid body 322a against the urging force of the coil spring (not shown). Then, the slide member 323 slides to the right. When the slide member 323 slides to the right, the transmission member 324 rotates in the X direction around the shaft portion 325, so that the distribution member 330 moves forward (the direction in which the ball outflow port 311 is closed) and at the same time. , The movable member 340 moves rearward (in the direction of opening the second starting port 301). As a result, the distribution member 330 is displaced to the closed position where the ball outlet 311 is closed, and the movable member 340 is displaced to the open position where the second starting port 301 is opened. Therefore, the game ball that has flowed into the distribution passage 310 rolls on the upper surface of the distribution member 330 that closes the ball outlet 311 and flows down toward the second starting port 301 on the left side thereof. That is, the flow path of the game ball in the distribution passage 310 is distributed to the path toward the second starting port 301. At this time, since the second starting port 301 is opened by the movable member 340, it is possible or easy for the game ball to enter the second starting port 301. In this way, when the distribution member 330 is in the closed position and the movable member 340 is in the open position, the second starting port 301 is in a "closed state" in which the game ball can or is easily entered.

On the other hand, when the electromagnetic coil of the solenoid 322 is in a non-energized state, as shown in FIG. 14, the plunger 322a is extended and driven with respect to the solenoid body 322a by the urging force of a coil spring (not shown), and the slide member 323 moves to the left. Slide to move. When the slide member 323 slides to the left, the transmission member 324 rotates around the shaft portion 325 in the Y direction, so that the distribution member 330 moves rearward (the direction in which the ball outflow port 311 is opened) and at the same time. , The movable member 340 moves forward (in the direction of closing the second starting port 301). As a result, the distribution member 330 is displaced to the open position where the ball outlet 311 is opened, and the movable member 340 is displaced to the closed position where the second starting port 301 is closed. Therefore, the game ball that has flowed into the distribution passage 310 falls to the ball outlet 311 opened by the distribution member 330, and flows down toward the second out port 72 below the ball outlet 311. That is, the flow path of the game ball in the distribution passage 310 is distributed to the path toward the second out port 72. At this time, since the second starting port 301 is closed by the movable member 340, the vigorous game ball jumps over the ball outlet 311 and heads toward the second starting port 301, or toward the second out port 72 side. Even if the dropped game ball bounces toward the second starting port 301, the game ball cannot enter the second starting port 301 and is repelled by the outer surface of the movable member 340 to exit the ball. It falls to 311. As described above, when the distribution member 330 is in the open position and the movable member 340 is in the closed position, the second starting port 301 is in a “closed state” in which the game ball cannot or is difficult to enter.

The second starting port discharge passage 350 includes a front side passage portion 351 formed on the front side of the game board 20 and a rear side passage portion 352 formed on the rear side of the game board 20. The front passage portion 351 is formed on the rear surface side of the front passage forming member 120, has a passage width equivalent to about one game ball, and is formed so as to extend substantially in the left-right direction (from the right side to the left side). Downhill). The above-mentioned second starting port 301 is connected to the upstream end of the front side passage portion 351 so that the game ball that has entered the second starting port 301 can flow into the front side passage portion 351. On the upstream side of the front side passage portion 351, a second start winning sensor (also referred to as an "upstream side second start winning sensor") that detects a game ball that has flowed into the front side passage portion 351 from the second starting port 301. ) 361 is provided. Further, at the downstream end of the front side passage portion 351, a second start winning sensor (also referred to as “downstream side second start winning sensor”) 362 that detects a game ball that has reached the downstream end of the front side passage portion 351. Is provided. The game ball that has passed through the downstream side second start winning sensor 362 flows into the rear surface side passage portion 352 provided on the rear surface side of the game board 20. The rear passage portion 352 is formed by the front passage forming wall portion 113 formed so as to penetrate the base member 110 in the front-rear direction and the rear passage forming wall portion 329 formed in the case body 321 of the drive mechanism 320 with the front and lower sides open. It is formed so as to straddle and has a passage width equivalent to that of about one game ball, and is formed so as to extend in the front-rear direction (downwardly inclined from the front side to the rear side).

The second start winning sensor 361 and 362 are pass-through sensors (for example, electromagnetic induction type proximity sensors) that detect the passage of the game ball. In this second start winning sensor, when the game ball passes through the detection ports 361a and 362a, the impedance of the coil (not shown) arranged around the detection ports 361a and 362a changes, so that the game ball (metal) Object) is detected. As a modification thereof, the second start winning sensor 361 and 362 may be composed of an optical sensor such as a photo sensor.

The upstream side second start winning sensor 361 is mounted so as to straddle between the sensor mounting hole 114 formed on the front side of the base member 110 and the sensor mounting groove 123 formed on the rear surface side of the front passage forming member 120. There is. The detection port 361a of the upstream side second start winning sensor 361 is arranged on the front side of the base member 110, and the game ball that has entered the second start port 301 and has flowed into the front side passage portion 351 is substantially in the left-right direction. It is arranged so that it can pass through.

The downstream side second start winning sensor 362 is attached to the front side of the case body 321 of the drive mechanism 320, and is inserted into the rear surface side passage portion 352 formed so as to penetrate the base member 110 in the front-rear direction. The detection port 362a of the downstream side second start winning sensor 362 is arranged on the front side of the base member 110 so that the game ball reaching the downstream end of the front side passage portion 351 can pass substantially in the front-rear direction. Has been done.

The second start winning sensor 361 and 362 are electrically connected to the main control board 51, generate a detection signal when the game ball passes through the detection ports 361a and 362a, and transmit this detection signal to the main control board 51. Output. When the main control board 51 inputs detection signals from both the upstream side second start winning sensor 361 and the downstream side second start winning sensor 362 in this order, the game ball enters the second starting port 301. It is designed to determine that it has been done. As a result, even if an illegal operation is performed on only one of the second start winning sensor 361 and 362, the second start opening 301 cannot be won.

The game ball that has reached the downstream end of the second starting port discharge passage 350 (rear surface side passage portion 352) is passed through the ball discharge port 353 (see FIG. 8) formed by penetrating vertically through the downstream end of the game board. After falling below 20 and flowing down a gamed ball passage (not shown) arranged below the game board 20, it is discharged to the outside of the machine (outside of the game machine PM), and finally to the game island (game island (outside of the game machine PM)). Collected at the game hall facility).

The general winning device 400 is formed so as to straddle between three general winning openings 401, 402, 403 formed on the base member 110 and capable of entering a game ball, and between the rear side passage member 150 and the passage cover member 170. The general winning opening discharge passage 410, through which the game balls that have entered the general winning openings 401, 402, and 403 flow down, is attached between the rear passage forming member 150 and the passage cover member 170, and is attached to the general winning opening discharge passage. It is provided with a general winning sensor 420 that detects a game ball flowing down the 410.

The general winning openings 401 to 403 are always open type winning openings that are opened upward. A game ball (a game ball hit to the left) flowing down the left side region PA1 can enter the general winning openings 401 to 403. As mentioned above, the entry of the game ball into the general prize opening 401 to 403 does not trigger the special symbol lottery or the ordinary symbol lottery, but the prize ball is paid out like other prize devices (excluding the operating gate device 61). It will be an opportunity for. Below these general winning openings 401 to 403, an auxiliary rail surface 118 extending (adhering) along the inner peripheral surface of the inner rail 22 to guide the game ball toward the first out opening 71 is a base member 110. Is formed in. If the game ball flowing down the left side region PA1 does not enter any of the general winning openings 401 to 403 or the first starting opening 201, it will flow into the first out opening 71.

The general winning port discharge passage 410 is formed by penetrating the rear passage forming member 150 in the front-rear direction and connecting to the general winning openings 401 to 403, respectively, and the rear surface and the passage cover of the rear passage forming member 150. It is composed of a merging passage portion 414 formed between the front surface of the member 170 and merging the branch passage portions 411 to 413. The branch passage portions 411 to 413 have a passage width equivalent to that of about one game ball, and are formed so as to extend substantially in the front-rear direction (downwardly inclined from the front side to the rear side), and the decorative member 130. It is connected to the general winning openings 401 to 403 via the general winning contact ports 131 to 133 formed so as to penetrate the front and rear. The merging passage portion 414 has a passage width equivalent to that of one game ball, and is bent in an L shape from the merging portion with each of the branch passage portions 411 to 413 and extends downward. In the middle of the merging passage portion 414, a general winning sensor 420 that detects a game ball flowing down the general winning opening discharge passage 410 (merging passage portion 414) is provided.

The general winning sensor 420 is mounted so as to straddle between the sensor mounting groove 152 formed in the rear passage forming member 150 and the sensor mounting groove 171 formed in the passage cover material 170. The general winning sensor 420 is a passage type sensor (for example, an electromagnetic induction type proximity sensor) that detects the passage of a game ball. When the game ball passes through the detection port 420a, the general winning sensor 420 detects the game ball (metal object) by changing the impedance of a coil (not shown) arranged around the detection port 420a. .. As a modification thereof, the general winning sensor 420 may be composed of an optical sensor such as a photo sensor. The general winning sensor 420 is electrically connected to the main control board 51, generates a detection signal when the game ball passes through the detection port 420a, and outputs this detection signal to the main control board 51. The general winning sensor 420 is configured as a common sensor (single sensor) for the three general winning openings 401 to 403 from the viewpoint of cost reduction and the like, and the game ball to any of the general winning openings 401 to 403. The entry ball can also be detected.

On the rear surface side of the rear passage forming member 150, a substantially rectangular box-shaped illuminated cover member 190 whose front side is open is attached with the passage cover member 170 sandwiched between them. On the front side of the illumination cover member 190, an LED substrate 191 for lighting the periphery of the second starting port 301 and the periphery of the general winning openings 401 to 403 is attached. The LED substrate 191 includes a surface mount type LED (full color LED) 192 as a light emitting body for illumination. In the present embodiment, a plurality of LEDs 192 are dispersedly arranged on the LED substrate 191, and the light of each LED 192 is transmitted, reflected, or transmitted through the decorative members 130, 140, the rear passage forming member 150, the passage cover member 170, and the like. Light is emitted around the second starting port 301 and around the general winning ports 401 to 403 by diffusion or the like.

The game ball that has reached the downstream end of the general winning port discharge passage 410 falls below the game board 20 through the ball discharge port 415 formed by penetrating vertically through the downstream end, and falls below the game board 20. After flowing down the arranged gamed ball passage (not shown), it is discharged to the outside of the machine (outside of the game machine PM), and finally collected on the game island (game hall facility).

The first out opening 71 is arranged diagonally downward to the left of the first starting opening 201 and to the left of the second starting opening 301, and a game ball that mainly flows down the left side region PA1 enters any winning opening. It is formed as a left-handed out port that flows in if it is not done. Here, on the rear surface side of the front passage forming member 120, a guide located between the first starting port 201 and the second starting port 301 and extending obliquely downward to the left toward the first out port 71. The rib 125 is projected. The guide rib 125 is adapted to guide the game ball that has flowed down without being able to enter the first start port 201 to the first out port 71 by turning diagonally downward to the left. At the left end of the guide rib 125, a partition wall portion 126 extending in the vertical direction along the right edge of the first out port 71 is integrally formed, and flows down the left side region PA1 to flow down the first out port 71. The game ball that has reached the first out port 71 or the game ball that has reached the first out port 71 due to the action of the inclined surface of the guide rib 125 is surely flowed into the out port 71.

The second out port 72 is arranged below the second starting port 301 (the lowermost end of the game area PA), and when a game ball that mainly flows down the right area PA2 does not enter any winning opening. It is formed as an out port for right-handed inflow. The second out port 72 is recessed in the lower end portion of the base member 110 to form the upper half portion of the second out port 72, and is recessed in the inner peripheral surface of the inner rail 22 and the upper out port forming portion 119. The lower out port forming portion 22a forming the lower half portion of the second out opening 72 is vertically combined. The second out port 72 is arranged directly below the ball outlet 311 (distribution member 330) of the second start winning device 300, and does not flow into the distribution passage 310 of the second start winning device 300. A game ball that has flowed down as it is, or a game ball that has flowed into the distribution passage 310 and has fallen to the ball discharge port 311 without reaching the second start port 301 (distributed to the lower second out port 72 by the distribution member 300). The game ball) can flow in.

The game ball that has passed through the first out port 71 or the second out port 72 and reached the rear surface side of the game board 20 falls below the game board 20 and is placed below the game board 20. After flowing down the gamed ball passage shown in the figure, it is discharged to the outside of the machine (outside of the game machine PM), and finally collected on the game island (game hall facility).

As described above, according to the start port unit 28 according to the present embodiment, the first start port 201 and the second start port 301 are arranged side by side, and the game ball that has entered the first start port 201 is the first start. A flow flow path (inflow side passage portion 211) that flows down before reaching the winning sensor 220 is provided on the rear surface side of the game board 20, while the game ball that has entered the second starting port 301 is the second starting winning sensor 361. A flow flow path (front side passage portion 351) that flows down until reaching 362 is provided on the front side of the game board 20, and these start winning devices are positioned so as to overlap each other in the front-rear direction with the game board 20 in between. By arranging it, interference between the flow path that is inclined downward toward the downstream to allow the game ball that has entered the first start port 201 to flow down and the structure (for example, the flow path) related to the second start winning device 300. Since the space for arranging the first start winning device 200 and the second start winning device 300 can be compressed in the vertical direction, a large center accessory 26 is arranged substantially in the center of the game area PA. Even so, it is possible to secure a sufficient space for arranging the first start winning device 200 and the second start winning device 300, and as a result, it is possible to effectively utilize the game area PA having a limited area. Become.

Further, in the start port unit 28 according to the present embodiment, the position where the first out port 71 is arranged on the left side of the second start port 301 and the second out port 72 is arranged below the second start port 301. In relation to this, if the game ball flowing down the left area PA1 does not enter any winning opening, it will flow into the first out port 71, and the game ball flowing down the right area PA2 will flow into any winning opening. By adopting a board surface configuration in which a flow path is formed to allow the ball to flow into the second out port 72 if the ball does not enter, the space (dead space) between the first out port 71 and the second out port 72 has been conventionally created. Since the winning discharge passage and the winning sensor of the second starting winning device (ordinary electric accessory) 300 laid out on the rear surface side of the game board 20 can be arranged, the game balls to the out ports 71 and 72 are provided. The first start winning device 200 and the second starting winning device 300 can be arranged compactly and in a space-saving manner under the enlarged center accessory 26 without obstructing the flow path of the first start winning device, and as a result, the number is limited. It is possible to effectively utilize the game area PA of a large area.

In the above embodiment, the first out port 71 is arranged on the left side of the second starting port 301, and the second out port 72 is arranged below the second starting port 301. However, the configuration is not limited to this. For example, the first out port 71 is arranged on the left side (diagonally downward to the left) of the second starting port 301, and the first out port 71 is arranged to the right (diagonally to the right) of the second starting port 301. The second out port 72 may be arranged at the lower side) in a positional relationship. In that case, it is preferable that the first out port 71 and the second out port 72 are arranged symmetrically with respect to the second starting port 301. At this time, regarding the vertical positional relationship, the first out port 71 and the second out port 72 may be arranged below the first start port 201 and above the second start port 301. It may be arranged below both start ports 201 and 301. However, the first out port 71 and the second out port 72 do not have to have the same vertical positional relationship, and even if the second out port 72 is arranged below the first out port 71. , The first out port 71 may be arranged below the second out port 72. Further, in the left-right positional relationship, even if the second out port 72 is closer to the second starting port 301 than the first out port 71, the first out port 71 is closer to the second out port 72 than the second out port 72. It may be arranged closer to the second starting port 301. In addition, in the vicinity of the second start port 301, a guide rib that inclines diagonally downward to the left toward the first out port 71 or a guide rib that inclines diagonally downward to the right toward the second out port 72 is provided. , The game ball that could not enter the second start port 301 may be guided to the first out port 71 or the second out port 72. Regardless of which of the above configurations is adopted, it is preferable that the first out port 71 and the second out port 72 are provided on the inner rail 22 or on the rail decoration 23. As described above, the first out port 71 is arranged on the left side of the second starting port 301, and the second out port 72 is arranged on the right side of the second starting port 301. As a result, the entire first starting port 201 and the second starting port 301 can be laid out below the game area PA by the amount of the empty space formed directly under the second starting port 301 (as a result, the second starting port 201). Since the starting port 301 can be arranged at substantially the lowermost end of the game area PA), the center accessory 26 and the effect display device 27 can be further enlarged, and the game area PA having a limited area can be further increased. It will be possible to make effective use of it.

Further, in the above embodiment, the second start winning device (ordinary electric accessory) 300 is configured as a tongue-type electric chew that slides back and forth, but the present invention is not limited to this configuration, and the second starting winning device (ordinary) The electric accessory) 300 may be configured as a left-right swing type blade type electric chew. Here, FIG. 15 is a perspective view showing a modified example of the second starting winning device (ordinary electric accessory) 300. In addition, this modification basically has the same configuration as the above-described present embodiment, and hereinafter, the same reference numerals are given to the portions having the same configuration, and the description thereof will be omitted. The different parts will be explained in. The second start winning device (blade type electric chew) 300 according to the modified example includes a movable member 340'that opens and closes the second start port 301. The movable member 340'has a blade shape (flap shape) that gradually becomes thinner from the lower side to the upper side, and swings left and right around a support shaft portion (not shown) formed at the lower end portion thereof. It is possible. That is, the movable member 340'has an open position in which the tip portion is directed diagonally upward to the right to open the second starting port 301 and the tip portion is directed substantially vertically upward by a drive mechanism (solenoid) (not shown). It can swing with and from the closing position that closes the second starting port 301. The game ball that has entered the second starting port 301 flows down to the rear surface side of the game board 20 through the second starting port discharge passage 350 (front side passage portion 351 and rear side passage portion 352) shown in FIG. 10 and the like. Then, after flowing down the gamed ball passage arranged below the game board 20, the ball is discharged to the outside of the machine (outside of the game machine PM), and finally collected to the game island (game hall facility). Even in the modified example of such a configuration, it is possible to obtain the same effect as that of the above embodiment.

Further, in the above embodiment, the second starting port 301 is applied as the variable winning opening arranged below the first starting port 201, but the present invention is not limited to this configuration, and the second starting port 301 is applied below the first starting port 201. A large winning opening (first large winning opening, second large winning opening) may be applied as the variable winning opening to be arranged. The second big prize device 63 is not limited to the big prize device (attacker device) for the small hit V spec in which the small hit development big hit is determined by the game ball entering the specific area (V zone). It may be a big prize device (attacker device) for the ball probability spec that it is confirmed that the game ball enters the area (V zone) and shifts to the probability change state (specific game state) after the end of the special game.

Further, in the above embodiment, the second start port discharge passage 350 is configured by providing two second start winning sensors 361 and 362, but the present invention is not limited to this configuration, and the second start port discharge passage is not limited to this. The 350 may be configured by providing only a single second start winning sensor.

Further, in the above embodiment, the first start winning device 200, the second starting winning device 300, the general winning device 400, the first out port 71 and the second out port 72 are put together on one unit (starting port unit 28). However, the configuration is not limited to this, and the first start winning device 200, the second starting winning device 300, the general winning device 400, the first out port 71 and the second out port 72 are respectively arranged. It may be configured as an individual unit. Further, the first start winning device 200 and the second starting winning device 300 may be configured as one unit, the first out port 71 and the second out port 72 may be configured as one unit, and various combinations may be used. Can be adopted.

[Structure of movable accessory device]
Next, the movable accessory device 500 will be described with reference to FIGS. 16 to 40. As shown in FIG. 3, the movable accessory device 500 is arranged on the upper front side of the center accessory 26 so as to be slidable in the vertical direction. As shown in FIGS. 16 and 20, the movable accessory device 500 includes a base portion 501, a front side effect unit 601 and a rear side effect unit 801. As shown in FIGS. 21 and 22, the base portion 501 includes a base member 511, a drive motor 521, and a drive mechanism 531.

As shown in FIGS. 21 and 22, the base member 511 is formed of a resin material in a plate shape extending in the left-right direction. The left and right ends of the base member 511 are coupled to a vertical movement mechanism (not shown) provided at the left and right rear of the center accessory 26, and the base member 511 (that is, the movable accessory device 500) is attached to the vertical movement mechanism. It is supported so that it can slide in the vertical direction. A left side support portion 512 is formed on the left side of the front surface of the base member 511. The left side support portion 512 fixedly supports the left side light emitting effect portion 611 (see FIG. 16) of the front side effect unit 601 toward the front. A right side support portion 513 is formed on the right side of the base member 511. The right side support portion 513 supports the right side light emitting effect portion 711 (see FIG. 16) of the front side effect unit 601 so as to be slidably movable in the vertical direction via the drive member 571 of the drive mechanism 531 and the slide guide pin 576.

A motor mounting portion 514 having an opening matching the outer peripheral shape of the drive motor 521 is formed on the upper side of the central portion of the base member 511. The drive motor 521 is attached to the motor attachment portion 514 so that the motor shaft 522 extends rearward of the base member 511. The first decorative member mounting portion 515 is formed on the upper side of the front center portion of the base member 511. A plate-shaped first decorative member 525 with a predetermined decoration is attached to the first decorative member mounting portion 515. A second decorative member mounting portion 516 is formed on the lower side and the right side of the front center portion of the base member 511. A plate-shaped second decorative member 526 with a predetermined decoration is attached to the second decorative member attachment portion 516. A drive mechanism mounting portion 517 is formed on the rear surface side of the central portion of the base member 511. The gear case 541 of the drive mechanism 531 is attached to the drive mechanism attachment portion 517.

The drive motor 521 rotationally drives the first movable effect member 811 and the second movable effect member 821 of the rear effect unit 801 via the drive mechanism 531 and vertically drives the right light emitting effect unit 711 of the front effect unit 601. Drive to. As shown in FIGS. 21 and 22, the drive mechanism 531 includes a gear case 541, first to sixth gears 551 to 556, a drive member 571, and a slide guide pin 576. The gear case 541 is formed in a plate shape using a resin material. The drive motor 521 is attached to the motor attachment portion 514 of the base member 511 in a state of being coupled to the upper front surface side of the gear case 541 by a coupling member (not shown) such as a screw.

A motor shaft insertion hole 542 penetrating in the front-rear direction is formed on the upper portion of the gear case 541. The motor shaft 522 of the drive motor 521 is inserted into the motor shaft insertion hole 542, and the first gear 551 is connected to the tip of the motor shaft 522. A second gear mounting portion 543 having a shaft portion extending rearward is formed on the upper rear surface side of the gear case 541. The second gear 552 is rotatably attached to the second gear attachment portion 543. A third gear mounting portion 544 having a shaft portion extending rearward is formed on the rear surface side of the upper right portion of the gear case 541. A third gear 553 is rotatably attached to the third gear attachment portion 544. A fourth gear mounting portion 545 having a long shaft portion 745a extending rearward is formed on the rear surface side of the central portion of the gear case 541. The fourth gear 554 is rotatably attached to the fourth gear attachment portion 545. The long shaft portion 745a of the fourth gear mounting portion 545 protrudes rearward from the fourth gear 554 and extends to the tip portion of the long shaft portion 745a, and the stopper member 841 of the rear side effecting portion 801 (see FIG. 39). ) Can be attached. A fifth gear mounting portion 546 having a shaft portion extending forward is formed on the right front side of the gear case 541. The fifth gear 555 is rotatably attached to the fifth gear attachment portion 546. A sixth gear mounting portion 547 having a shaft portion extending forward is formed on the lower right front side of the gear case 541. The sixth gear 556 is rotatably attached to the sixth gear attachment portion 547.

The first gear 551 is connected to the motor shaft 522 of the drive motor 521 and meshes with the second gear 552. The second gear 552 meshes with the first gear 551 and also meshes with the gear portion in the front row of the third gear 553. The third gear 553 is configured to have two front and rear rows of gear portions. The front row gear portion of the third gear 553 meshes with the second gear 552 and also meshes with the fourth gear 554 and the fifth gear 555. The gear portion in the rear row of the third gear 553 meshes with the rotary gear portion 815 (see FIG. 39) formed on the first movable effect member 811 of the rear effect unit 801.

The fourth gear 554 meshes with the gear portion in the front row of the third gear 553. A tubular rotary support portion 564 extending rearward is formed at the center of the rear side portion of the fourth gear 554. The rotation support portion 564 fits into the rotation hole portion 814 (see FIG. 39) formed in the first movable effect member 811 of the rear side effect unit 801 to rotatably support the first movable effect member 811. At the tip of the rotation support portion 564, a boss-shaped gear-side connecting portion 565 divided into three branches is formed. The gear-side connecting portion 565 is a member-side connecting portion 824 (FIG. 39) formed on the second movable effect member 821 of the rear-side effect unit 801 via the connecting member 831 (see FIG. 39) of the rear-side effect unit 801. See). As a result, the first movable effect member 811 and the second movable effect member 821 of the rear side effect unit 801 are in a direction perpendicular to the extending direction of the left side light emission effect unit 611 and the right side light emission effect unit 711 of the front side effect unit 601. It is possible to rotate coaxially around a rotation axis that extends in the front-back direction.

The fifth gear 555 meshes with the gear portion in the front row of the third gear 555 and also meshes with the sixth gear 556. The fifth gear mounting portion 546 of the gear case 541 is formed with a notch that exposes a part of the fifth gear 555 to the rear surface side of the gear case 541, and the rear surface side of the gear case 541 (third gear mounting portion 544). The front row gear portion of the third gear 555 attached to the gear case 541 and the fifth gear 555 attached to the front side (fifth gear attachment portion 546) of the gear case 541 are configured to be meshable. The sixth gear 556 meshes with the fifth gear 555. An engaging pin portion 566 extending forward is formed on the front side portion of the sixth gear 556. The engaging pin portion 566 engages with the engaging hole portion 572 of the drive member 571 so as to be slidable in the left-right direction. The sixth gear 556 is about 180 ° between the initial rotation position where the engagement pin portion 566 is located at the uppermost position and the shielding rotation position where the engagement pin portion 566 is located at the lowermost position (see FIG. 21). The drive member 571 slides in the vertical direction in response to the rotation of the sixth gear 556.

The drive member 571 is formed in a plate shape using a resin material. The drive member 571 is slidably attached to the rear side of the right side support portion 513 of the base member 511 by using the slide guide pin 576. At the upper left end of the drive member 571, an elongated hole-shaped engaging hole 572 extending in the left-right direction is formed. The engaging pin portion 566 of the sixth gear 556 engages with the engaging hole portion 572 so as to be slidable in the left-right direction.

An upper connecting hole portion 573 is formed at the upper right end portion of the drive member 571. An upper connecting rod portion 723 formed on the right lamp base member 721 of the right light emitting effect portion 711 is connected to the upper connecting hole portion 573 by using a connecting member (not shown) such as a screw. Lower connecting holes 574 are formed at the left and right lower ends of the drive member 571. A connecting member (not shown) such as a screw is used to connect the lower connecting rod portion 724 formed on the right lamp base member 721 of the right light emitting effect portion 711 to the lower connecting hole portion 574. As a result, the drive member 571 and the right side light emitting effect unit 711 (right side lamp base member 721) are connected, and the right side light emitting effect unit 711 slides and moves in the vertical direction together with the drive member 571 in accordance with the rotation of the sixth gear 556. It has become like.

An elongated hole-shaped slide hole portion 575 extending in the vertical direction is formed at the right end portion of the drive member 571. The upper and lower slide guide pins 576 coupled to the rear surface of the right side support portion 513 of the base member 511 engage with the slide hole portion 575. As a result, the drive member 571 can slide and move along the upper and lower slide guide pins 576 (in the vertical direction), and the right light emitting effect unit 711 connected to the drive member 571 moves the drive member 571 and the slide guide pin 576. Via, it is supported by the right side support portion 513 of the base member 511 so as to be slidably movable in the vertical direction between the upper initial position (see FIG. 17) and the lower shielding position (see FIG. 18). When the 6th gear 556 rotates and moves to the initial rotation position, the right light emitting effect unit 711 slides and moves to the upper initial position together with the drive member 571 connected to the 6th gear 556, and the 6th gear 556 moves to the shield rotation position. When rotated to, the right light emitting effect unit 711 slides to the lower shielding position together with the driving member 571.

As shown in FIGS. 16 and 20, the front side effect unit 601 includes a left side light emitting effect unit 611 located on the left side and visible from the front, and a right side light emitting effect unit 711 located on the right side and visible from the front. Consists of having. The left light emitting effect portion 611 is fixedly supported by the left support portion 512 of the base member 511. As shown in FIG. 23, the left light emitting effect unit 611 includes a left lamp substrate 631, a left light guide member 641, and a left lamp cover 661.

The left lamp substrate 631 is formed in a plate shape having an outer peripheral shape that matches the shape of the left lamp cover 661. As shown in FIG. 24A, a plurality of left side light emitting lamps 632A to 632W capable of emitting light toward the front are provided on the front side of the left side lamp substrate 631. Each of the left side light emitting lamps 632A to 632W is configured by using, for example, a white LED capable of discoloring and emitting light. Of the plurality of left-side light emitting lamps 632A to 632W, the first left-side light-emitting lamp 632A is arranged at the upper center of the front surface of the left-side lamp substrate 631. The second left-side light emitting lamp 632B is arranged at the lower left of the first left-side light-emitting lamp 632A at the upper center of the front surface of the left-side lamp substrate 631. The third left light emitting lamp 632C is arranged at the lower right of the second left light emitting lamp 632B at the upper center of the front surface of the left lamp substrate 631. The fourth left light emitting lamp 632D is arranged at the lower left of the third left light emitting lamp 632C at the upper center of the front surface of the left lamp substrate 631. The fifth left light emitting lamp 632E is arranged at the lower right of the fourth left light emitting lamp 632D at the upper center of the front surface of the left lamp substrate 631.

The sixth left light emitting lamp 632F is arranged at the upper left portion of the front surface of the left lamp substrate 631. The seventh left-side light emitting lamp 632G is arranged at the lower left of the sixth left-side light-emitting lamp 632F at the upper left portion of the front surface of the left lamp substrate 631. The eighth left-side light emitting lamp 632H is arranged in the lower right of the seventh left-side light-emitting lamp 632G in the upper left portion of the front surface of the left lamp substrate 631. Three ninth left-side light emitting lamps 632I are arranged side by side in the vertical direction on the front center portion of the left-side lamp substrate 631. The tenth left-side light emitting lamp 632J is arranged on the front left side of the left-side lamp substrate 631 in three rows in the vertical direction at the same height as the ninth left-side light-emitting lamp 632I.

The eleventh left-side light emitting lamp 632K is arranged at the lower left portion of the front surface of the left-side lamp substrate 631. The twelfth left-side light emitting lamp 632L is arranged to the left of the eleventh left-side light-emitting lamp 632K at the lower left front of the left-side lamp substrate 631. The thirteenth left-side light emitting lamp 632M is arranged at the lower left of the eleventh left-side light-emitting lamp 632K at the lower left of the front surface of the left-side lamp substrate 631. The 14th left light emitting lamp 632N is arranged at the lower center of the front surface of the left side lamp substrate 631 (lower right of the 13th left light emitting lamp 632M). The 15th left-side light emitting lamp 632O is arranged at the lower right of the 13th left-side light-emitting lamp 632M at the lower left front of the left-side lamp substrate 631 at the same height as the 14th left-side light-emitting lamp 632N. The 16th left-side light emitting lamp 632P is arranged at the lower left of the 14th left-side light-emitting lamp 632N at the lower center of the front surface of the left-side lamp substrate 631. The 17th left-side light emitting lamp 632Q is arranged at the lower left of the 15th left-side light-emitting lamp 632O at the lower left front of the left-side lamp substrate 631 at the same height as the 16th left-side light-emitting lamp 632P.

The 18th left light emitting lamp 632R is arranged in the lower right portion of the front surface of the left lamp substrate 631. Two 19th left light emitting lamps 632S are arranged side by side in the vertical direction at the lower right of the 18th left light emitting lamp 632R at the lower right front of the left side lamp substrate 631. The 20th left-side light emitting lamp 632T is arranged at the lower left of the 19th left-side light-emitting lamp 632S at the lower right of the front surface of the left-side lamp substrate 631. The 21st left side light emitting lamp 632U is arranged on the front right side of the left side lamp substrate 631. The 22nd left side light emitting lamp 632V is arranged on the lower right side of the 21st left side light emitting lamp 632U on the front right side of the left side lamp substrate 631. The 23rd left light emitting lamp 632W is arranged on the right side of the 21st left light emitting lamp 632U on the front right side of the left side lamp substrate 631.

Further, a plurality of left decorative lamps 634, 634, ... That can emit light toward the front are provided on the portion of the left lamp cover 661 facing the rib portion 664 on the front side of the left lamp substrate 631. Each of the left side decorative lamps 634, 634, ... Is configured by using, for example, a single color LED or the like. As shown in FIG. 24 (B), various connectors 635 are provided on the rear surface side of the left lamp substrate 631. A plurality of left auxiliary lamps 636, 636, ... That can emit light toward the outer peripheral side (upper and lower) of the left lamp substrate 631 are provided on the upper edge portion and the lower edge portion on the rear surface side of the left lamp substrate 631. Be done. Each left side auxiliary lamp 636, 636, ... Is configured by using, for example, a side view LED or the like. A standby position detection sensor 638 and an effect position detection sensor 639 capable of detecting the position detection piece 554a of the fourth gear 554 in the drive mechanism 531 are provided in the lower right portion on the rear surface side of the left lamp substrate 631.

As shown in FIGS. 25 and 26, the left light guide member 641 is formed of a transparent or translucent resin material into a plate shape having an outer peripheral shape matching the shape of the left lamp cover 661, and is a left lamp substrate. It is arranged so as to face the front side of 631 (first to 23rd left light emitting lamps 632A to 632W). On the rear surface side of the left light guide member 641, an incident surface of light composed of the first to 23rd left incident surface portions 643A to 643W arranged so as to face the first to 23rd left light emitting lamps 632A to 632W is formed. To. On the front surface side of the left light guide member 641, a light emitting slope composed of the first to 23rd left side emitting surface portions 646A to 646W formed corresponding to the first to 23rd left side incident surface portions 643A to 643W is formed. ..

The light emitted from the left light emitting lamp of one of the first to 23rd left light emitting lamps 632A to 632W is the left side incident surface part (of the same alphabetic symbol) of one of the first to 23rd left side incident surface portions 643A to 643W. It is configured to pass through one of the 1st to 23rd left side exit surface portions 646A to 646W (of the corresponding same alphabetic symbol) on the left side exit surface portion. As described above, the left light guide member 641 includes the first to 23rd left light guide portions 642A to 642W that separately transmit the light emitted from the first to 23rd left light emitting lamps 632A to 632W. ..

As shown in FIG. 26, the first left side incident surface portion 643A is formed on the upper center of the rear surface of the left side light guide member 641 so as to face the first left side light emitting lamp 632A. The second left side incident surface portion 643B is formed on the lower left side of the first left side incident surface portion 643A at the upper center of the rear surface of the left side light guide member 641 so as to face the second left side light emitting lamp 632B. The third left side incident surface portion 643C is formed on the lower right side of the second left side incident surface portion 643B at the upper center of the rear surface of the left side light guide member 641 so as to face the third left side light emitting lamp 632C. The fourth left incident surface portion 643D is formed on the lower left of the third left incident surface portion 643C at the upper center of the rear surface of the left light guide member 641 so as to face the fourth left light emitting lamp 632D. The fifth left side incident surface portion 643E is formed on the lower right side of the fourth left side incident surface portion 643D at the upper center of the rear surface of the left side light guide member 641 so as to face the fifth left side light emitting lamp 632E.

The sixth left side incident surface portion 643F is formed on the rear upper left portion of the left side light guide member 641 so as to face the sixth left side light emitting lamp 632F. The 7th left side incident surface portion 643G is formed on the lower left side of the 6th left side incident surface portion 643F at the upper left portion of the rear surface of the left side light guide member 641 so as to face the 7th left side light emitting lamp 632G. The eighth left side incident surface portion 643H is formed on the lower right side of the seventh left side incident surface portion 643G on the upper left portion of the rear surface of the left side light guide member 641 so as to face the eighth left side light emitting lamp 632H.

The ninth left side incident surface portion 643I is formed in the rear surface central portion of the left side light guide member 641 so as to face the ninth left side light emitting lamp 632I. The ninth left-side light emitting lamp 632I is arranged side by side in the vertical direction facing the ninth left-side incident surface portion 643I, but in the present embodiment, these are collectively one (one set). ) The ninth left light emitting lamp 632I may be used. The tenth left side incident surface portion 643J is formed on the left side of the rear surface of the left light guide member 641 at the same height as the ninth left side incident surface portion 643I, and faces the tenth left side light emitting lamp 632J. The tenth left-side light emitting lamp 632J is arranged side by side in the vertical direction facing the tenth left-side incident surface portion 643J, but in the present embodiment, these are collectively one (one set). ) The 10th left light emitting lamp 632J may be used.

The eleventh left side incident surface portion 643K is formed on the lower left portion of the rear surface of the left side light guide member 641 so as to face the eleventh left side light emitting lamp 632K. The twelfth left-side incident surface portion 643L is formed on the left side of the eleventh left-side incident surface portion 643K at the lower left of the rear surface of the left-side light guide member 641 so as to face the twelfth left-side light emitting lamp 632L. The 13th left side incident surface portion 643M is formed on the lower left side of the 11th left side incident surface portion 643K at the lower left rear surface of the left side light guide member 641 so as to face the 13th left side light emitting lamp 632M. The 14th left side incident surface portion 643N is formed in the lower center of the rear surface of the left side light guide member 641 (lower right of the 13th left side incident surface portion 643M) and faces the 14th left side light emitting lamp 632N. The 15th left incident surface portion 643O is formed at the lower right of the 13th left incident surface portion 643M at the lower left rear surface of the left light guide member 641 at the same height as the 14th left incident surface portion 643N, and is formed with the 15th left light emitting lamp 632O. It is designed to face each other. The 16th left side incident surface portion 643P is formed on the lower left side of the 14th left side incident surface portion 643N at the lower center of the rear surface of the left side light guide member 641 so as to face the 16th left side light emitting lamp 632P. The 17th left incident surface portion 643Q is formed at the lower left of the 15th left incident surface portion 643O at the lower left rear surface of the left light guide member 641 at the same height as the 16th left incident surface portion 643P, and is formed with the 17th left light emitting lamp 632Q. It is designed to face each other.

The 18th left side incident surface portion 643R is formed in the lower right portion of the rear surface of the left side light guide member 641 so as to face the 18th left side light emitting lamp 632R. Two 19th left side incident surface portions 643S are formed side by side in the vertical direction at the lower right of the 18th left side incident surface portion 643R at the lower right rear surface of the left side light guide member 641 so as to face the 19th left side light emitting lamp 632S. It has become. Two 19th left-side light emitting lamps 632S are arranged side by side in the vertical direction facing the 19th left-side incident surface portion 643S, but in the present embodiment, these are collectively combined into one (one set). ) The 19th left light emitting lamp 632S may be used. The 20th left side incident surface portion 643T is formed on the lower left side of the 19th left side incident surface portion 643S at the lower right rear surface of the left side light guide member 641 so as to face the 20th left side light emitting lamp 632T.

The 21st left side incident surface portion 643U is formed on the right side of the rear surface of the left side light guide member 641 so as to face the 21st left side light emitting lamp 632U. The 22nd left side incident surface portion 643V is formed on the lower right side of the 21st left side incident surface portion 643U on the right side of the rear surface of the left side light guide member 641 so as to face the 22nd left side light emitting lamp 632V. The 23rd left side incident surface portion 643W is formed on the right side of the 21st left side incident surface portion 643U on the right side of the rear surface of the left side light guide member 641 so as to face the 23rd left side light emitting lamp 632W.

As shown in FIGS. 25 and 29, the first left exit surface portion 646A is formed on the upper center of the front surface of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The first left side emitting surface portion 646A is arranged on the opposite side of the first left side incident surface portion 643A, and is a block-shaped first left light guide portion 642A extending in the left-right direction by the first left side incident surface portion 643A and the first left side emitting surface portion 646A. Is formed. The light incident on the first left side incident surface portion 643A from the first left side light emitting lamp 632A passes through the first left side light guide portion 642A and passes through the first left side emission surface portion 646A.

The second left exit surface portion 646B is formed on the lower side of the first left exit surface portion 646A at the upper center of the front center of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the second left exit surface portion 646B is arranged so as to be offset in the width direction with respect to the unevenness of the first left exit surface portion 646A adjacent upward. The second left side emitting surface portion 646B is arranged on the opposite side of the second left side incident surface portion 643B, and is connected to the lower side of the first left light guide portion 642A by the second left side incident surface portion 643B and the second left side emitting surface portion 646B. A block-shaped second left light guide portion 642B extending in the direction is formed. The light incident on the second left side incident surface portion 643B from the second left side light emitting lamp 632B passes through the second left side light guide portion 642B and passes through the second left side emission surface portion 646B.

The third left exit surface portion 646C is formed on the lower side of the second left exit surface portion 646B at the upper center of the front center of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the third left exit surface portion 646C is arranged so as to be offset in the width direction with respect to the unevenness of the second left exit surface portion 646B adjacent upward. The third left side emitting surface portion 646C is arranged on the opposite side of the third left side incident surface portion 643C, and is connected to the lower side of the second left light guide portion 642B by the third left side incident surface portion 643C and the third left side emitting surface portion 646C. A block-shaped third left light guide portion 642C extending in the direction is formed. The light incident on the third left side incident surface portion 643C from the third left light emitting lamp 632C passes through the third left light guide portion 642C and passes through the third left side exit surface portion 646C.

The fourth left exit surface portion 646D is formed on the lower side of the third left exit surface portion 646C at the upper center of the front center of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the fourth left exit surface portion 646D is arranged so as to be offset in the width direction with respect to the unevenness of the third left exit surface portion 646C adjacent upward. The fourth left side emitting surface portion 646D is arranged on the opposite side of the fourth left side incident surface portion 643D, and is connected to the lower side of the third left light guide portion 642C by the fourth left side incident surface portion 643D and the fourth left side emitting surface portion 646D. A block-shaped fourth left light guide portion 642D extending in the direction is formed. The light incident on the fourth left side incident surface portion 643D from the fourth left light emitting lamp 632D passes through the fourth left light guide portion 642D and passes through the fourth left side exit surface portion 646D.

The fifth left exit surface portion 646E is formed on the lower side of the fourth left exit surface portion 646D at the upper center of the front center of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the fifth left exit surface portion 646E is arranged so as to be offset in the width direction with respect to the unevenness of the fourth left exit surface portion 646D adjacent upward. The fifth left side emitting surface portion 646E is arranged on the opposite side of the fifth left side incident surface portion 643E, and is connected to the lower side of the fourth left light guide portion 642D by the fifth left side incident surface portion 643E and the fifth left side emitting surface portion 646E. A block-shaped fifth left light guide portion 642E extending in the direction is formed. The light incident on the fifth left side incident surface portion 643E from the fifth left side light emitting lamp 632E passes through the fifth left side light guide portion 642E and passes through the fifth left side emission surface portion 646E.

The sixth left exit surface portion 646F is formed on the front upper left portion of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. The sixth left side emitting surface portion 646F is arranged on the opposite side of the sixth left side incident surface portion 643F, and the block-shaped sixth left side light guide portion 642F extending in the left-right direction by the sixth left side incident surface portion 643F and the sixth left side emitting surface portion 646F. Is formed. The light incident on the sixth left side incident surface portion 643F from the sixth left side light emitting lamp 632F passes through the sixth left side light guide portion 642F and passes through the sixth left side emission surface portion 646F.

The seventh left exit surface portion 646G is formed on the lower side of the sixth left exit surface portion 646F at the upper left portion of the front surface of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the seventh left exit surface portion 646G is arranged so as to be offset in the width direction with respect to the unevenness of the sixth left exit surface portion 646F adjacent upward. The 7th left side emitting surface portion 646G is arranged on the opposite side of the 7th left side incident surface portion 643G, and is connected to the lower side of the 6th left side light guide portion 642F by the 7th left side incident surface portion 643G and the 7th left side emitting surface portion 646G. A block-shaped seventh left light guide portion 642G extending in the direction is formed. The light incident on the 7th left side incident surface portion 643G from the 7th left side light emitting lamp 632G passes through the 7th left side light guide portion 642G and passes through the 7th left side emission surface portion 646G.

The eighth left exit surface portion 646H is formed on the lower side of the seventh left exit surface portion 646G at the upper left portion of the front surface of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the eighth left exit surface portion 646H is arranged so as to be offset in the width direction with respect to the unevenness of the seventh left exit surface portion 646G adjacent upward. The 8th left side emitting surface portion 646H is arranged on the opposite side of the 8th left side incident surface portion 643H, and is connected to the lower side of the 7th left side light guide portion 642G by the 8th left side incident surface portion 643H and the 8th left side emitting surface portion 646H. A block-shaped eighth left light guide portion 642H extending in the direction is formed. The light incident on the 8th left side incident surface portion 643H from the 8th left side light emitting lamp 632H passes through the 8th left side light guide portion 642H and passes through the 8th left side emission surface portion 646H.

The ninth left exit surface portion 646I is formed on the front center portion (lower side of the fifth left exit surface portion 646E) of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. Will be done. The unevenness of the ninth left exit surface portion 646I is arranged so as to be offset in the width direction with respect to the unevenness of the fifth left exit surface portion 646E adjacent upward. The 9th left side emitting surface portion 646I is arranged on the opposite side of the 9th left side incident surface portion 643I, and is connected to the lower side of the 5th left side light guide portion 642E by the 9th left side incident surface portion 643I and the 9th left side emitting surface portion 646I. A block-shaped ninth left light guide portion 642I extending in the direction is formed. The light incident on the 9th left side incident surface portion 643I from the 9th left side light emitting lamp 632I passes through the 9th left side light guide portion 642I and passes through the 9th left side emission surface portion 646I.

The tenth left side emitting surface portion 646J is divided into front left side (lower side of the eighth left side emitting surface portion 646H and left side of the ninth left side emitting surface portion 646I) of the left side light guide member 641 in a front view rectangular shape arranged in the left and right width directions. It is formed with the unevenness. The unevenness of the tenth left exit surface portion 646J is arranged so as to be offset in the width direction with respect to the unevenness of the eighth left exit surface portion 646H adjacent upward. The 10th left side emitting surface portion 646J is arranged on the opposite side of the 10th left side incident surface portion 643J, and the 10th left side incident surface portion 643J and the 10th left side emitting surface portion 646J are used to lower the 8th left side light guide portion 642H and the 9th left side. A block-shaped tenth left light guide portion 642J connected to the left side of the light guide portion 642I and extending in the left-right direction is formed. The light incident on the 10th left side incident surface portion 643J from the 10th left side light emitting lamp 632J passes through the 10th left side light guide portion 642J and passes through the 10th left side emission surface portion 646J. The left end portion of the 9th left side exit surface portion 646I and the right end portion of the 10th left side exit surface portion 646J are formed by being connected in the same plane. A large notch on the rear surface side of the portion where the 9th left light guide portion 642I and the 10th left light guide portion 642J are connected (the entire rear surface of each protruding slope portion formed in a V shape in a cross-sectional view that narrows toward the front). A V-shaped groove is formed so that light can easily reach the light (see FIG. 26), and the light transmitted from the 9th left light emitting lamp 632I to the 9th left light guide portion 642I and the 10th left light emitting lamp 632J are formed. The light transmitted through the 10th left light guide portion 642J does not interfere as much as possible at the portion where the 9th left exit surface portion 646I and the 10th left exit surface portion 646J are connected.

The eleventh left exit surface portion 646K has irregularities on the lower left front surface of the left light guide member 641 (lower right side of the tenth left exit surface portion 646J) and is partitioned in a rectangular shape in the front view arranged in the left and right width directions. It is formed. The unevenness of the eleventh left exit surface portion 646K is arranged so as to be offset in the width direction with respect to the unevenness of the tenth left exit surface portion 646J adjacent upward. The 11th left side emitting surface portion 646K is arranged on the opposite side of the 11th left side incident surface portion 643K, and is connected to the lower right side of the 10th left side light guide portion 642J by the 11th left side incident surface portion 643K and the 11th left side emitting surface portion 646K. A block-shaped eleventh left light guide portion 642K extending in the left-right direction is formed. The light incident on the 11th left side incident surface portion 643K from the 11th left side light emitting lamp 632K passes through the 11th left side light guide portion 642K and passes through the 11th left side emission surface portion 646K.

The twelfth left exit surface portion 646L has a front view rectangular shape arranged in the left and right width directions on the left side of the eleventh left exit surface portion 646K (lower left side of the tenth left exit surface portion 646J) at the lower left front surface of the left light guide member 641. It is formed with partitioned irregularities. The unevenness of the twelfth left side emitting surface portion 646L is arranged so as to be offset in the width direction with respect to the unevenness of the tenth left side emitting surface portion 646J adjacent upward. The twelfth left side emitting surface portion 646L is arranged on the opposite side of the twelfth left side incident surface portion 643L, and is connected to the lower left side of the tenth left side light guide portion 642J by the twelfth left side incident surface portion 643L and the twelfth left side emitting surface portion 646L. A block-shaped 12th left light guide portion 642L extending in the direction is formed. The light incident on the twelfth left side incident surface portion 643L from the twelfth left side light emitting lamp 632L passes through the twelfth left side light guide portion 642L and passes through the twelfth left side exit surface portion 646L. The left end portion of the 11th left side exit surface portion 646K and the right end portion of the 12th left side exit surface portion 646L are formed by being connected in the same plane. A large notch (V-shaped groove similar to the above) is formed on the rear surface side of the portion where the 11th left light guide portion 642K and the 12th left left light guide portion 642L are connected (see FIG. 26), and the 11th left side. The light transmitted from the light emitting lamp 632K to the 11th left light guide portion 642K and the light transmitted from the 12th left light emitting lamp 632L to the 12th left light guide portion 642L are the 11th left exit surface portion 646K and the 12th left exit surface portion. It is designed so that it does not interfere as much as possible in the portion connected to the 646L.

The thirteenth left exit surface portion 646M is formed on the lower side of the eleventh left exit surface portion 646K at the lower left front surface of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the 13th left exit surface portion 646M is arranged so as to be offset in the width direction with respect to the unevenness of the 11th left exit surface portion 646K adjacent upward. The 13th left side emitting surface portion 646M is arranged on the opposite side of the 13th left side incident surface portion 643M, and is connected to the lower side of the 11th left side light guide portion 642K by the 13th left side incident surface portion 643M and the 13th left side emitting surface portion 646M. A block-shaped thirteenth left light guide portion 642M extending in the direction is formed. The light incident on the 13th left-side incident surface portion 643M from the 13th left-side light emitting lamp 632M passes through the 13th left-side light guide portion 642M and passes through the 13th left-side emission surface portion 646M.

The 14th left exit surface portion 646N has irregularities on the lower center of the front surface of the left light guide member 641 (lower right side of the 13th left exit surface portion 646M), which are arranged in the left and right width directions and are partitioned in a rectangular shape in the front view. It is formed. The 14th left side emitting surface portion 646N is arranged on the opposite side of the 14th left side incident surface portion 643N, and is connected to the lower right side of the 13th left side light guide portion 642M by the 14th left side incident surface portion 643N and the 14th left side emitting surface portion 646N. A block-shaped 14th left light guide portion 642N extending in the left-right direction is formed. The light incident on the 14th left side incident surface portion 643N from the 14th left side light emitting lamp 632N passes through the 14th left side light guide portion 642N and passes through the 14th left side emission surface portion 646N.

The 15th left exit surface portion 646O has a front view rectangular shape arranged in the left and right width directions on the lower side (left side of the 14th left exit surface portion 646N) of the 13th left exit surface portion 646M at the lower left front surface of the left light guide member 641. It is formed with partitioned irregularities. The unevenness of the 15th left exit surface portion 646O is arranged so as to be offset in the width direction with respect to the unevenness of the 13th left exit surface portion 646M adjacent upward. The 15th left side emitting surface portion 646O is arranged on the opposite side of the 15th left side incident surface portion 643O, and is connected to the lower side of the 13th left side light guide portion 642M by the 15th left side incident surface portion 643O and the 15th left side emitting surface portion 646O. A block-shaped fifteenth left light guide portion 642O extending in the direction is formed. The light incident on the 15th left side incident surface portion 643O from the 15th left side light emitting lamp 632O passes through the 15th left side light guide portion 642O and passes through the 15th left side emission surface portion 646O. The left end portion of the 14th left exit surface portion 646N and the right end portion of the 15th left exit surface portion 646O are formed by being connected in the same plane. A large notch (V-shaped groove similar to the above) is formed on the rear surface side of the portion where the 14th left light guide portion 642N and the 15th left light guide portion 642O are connected (see FIG. 26), and the 14th left side. The light transmitted from the light emitting lamp 632N through the 14th left light guide portion 642N and the light transmitted from the 15th left light emitting lamp 632O through the 15th left light guide portion 642O are the 14th left exit surface portion 646N and the 15th left exit surface portion. It is designed so that it does not interfere as much as possible in the part where it is connected to 646O.

The 16th left exit surface portion 646P is formed on the lower side of the 14th left exit surface portion 646N at the lower center of the front center of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the 16th left exit surface portion 646P is arranged so as to be offset in the width direction with respect to the unevenness of the 14th left exit surface portion 646N adjacent upward. The 16th left side emitting surface portion 646P is arranged on the opposite side of the 16th left side incident surface portion 643P, and is connected to the lower side of the 14th left side light guide portion 642N by the 16th left side incident surface portion 643P and the 16th left side emitting surface portion 646P. A block-shaped 16th left light guide portion 642P extending in the direction is formed. The light incident on the 16th left side incident surface portion 643P from the 16th left side light emitting lamp 632P passes through the 16th left side light guide portion 642P and passes through the 16th left side emission surface portion 646P.

The 17th left exit surface portion 646Q has a front view rectangular shape arranged in the left and right width directions on the lower side of the 15th left exit surface portion 646O (left side of the 16th left exit surface portion 646P) at the lower left front surface of the left light guide member 641. It is formed with partitioned irregularities. The unevenness of the 17th left exit surface portion 646Q is arranged so as to be offset in the width direction with respect to the unevenness of the 15th left exit surface portion 646O adjacent upward. The 17th left side emitting surface portion 646Q is arranged on the opposite side of the 17th left side incident surface portion 643Q, and is connected to the lower side of the 15th left side light guide portion 642O by the 17th left side incident surface portion 643Q and the 17th left side emitting surface portion 646Q. A block-shaped 17th left light guide portion 642Q extending in the direction is formed. The light incident on the 17th left side incident surface portion 643Q from the 17th left side light emitting lamp 632Q passes through the 17th left side light guide portion 642Q and passes through the 17th left side emission surface portion 646Q. The left end portion of the 16th left exit surface portion 646P and the right end portion of the 17th left exit surface portion 646Q are formed by being connected in the same plane. A large notch (V-shaped groove similar to the above) is formed on the rear surface side of the portion where the 16th left light guide portion 642P and the 17th left light guide portion 642Q are connected (see FIG. 26), and the 16th left side. The light transmitted from the light emitting lamp 632P through the 16th left light guide portion 642P and the light transmitted from the 17th left light emitting lamp 632Q to the 17th left light guide portion 642Q are the 16th left exit surface portion 646P and the 17th left exit surface portion. It is designed so that it does not interfere as much as possible in the part connected to 646Q.

The 18th left exit surface portion 646R is formed on the lower right front surface of the left light guide member 641 with irregularities defined in a rectangular shape in the front view arranged in the left and right width directions. The 18th left side emitting surface portion 646R is arranged on the opposite side of the 18th left side incident surface portion 643R, and is a block-shaped 18th left side light guide portion 642R extending in the left-right direction by the 18th left side incident surface portion 643R and the 18th left side emitting surface portion 646R. Is formed. The light incident on the 18th left side incident surface portion 643R from the 18th left side light emitting lamp 632R passes through the 18th left side light guide portion 642R and passes through the 18th left side emission surface portion 646R.

The 19th left exit surface portion 646S is formed on the lower side of the 18th left exit surface portion 646R at the lower right front of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the 19th left exit surface portion 646S is arranged so as to be offset in the width direction from the unevenness of the 18th left exit surface portion 646R adjacent upward. The 19th left side emitting surface portion 646S is arranged on the opposite side of the 19th left side incident surface portion 643S, and is connected to the lower side of the 18th left side light guide portion 642R by the 19th left side incident surface portion 643S and the 19th left side emitting surface portion 646S. A block-shaped 19th left light guide portion 642S extending in the direction is formed. The light incident on the 19th left side incident surface portion 643S from the 19th left side light emitting lamp 632S passes through the 19th left side light guide portion 642S and passes through the 19th left side emission surface portion 646S.

The 20th left exit surface portion 646T is formed on the lower side of the 19th left exit surface portion 646S at the lower right front of the left light guide member 641 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. To. The unevenness of the 20th left side emitting surface portion 646T is arranged so as to be offset in the width direction with respect to the unevenness of the 19th left side emitting surface portion 646S adjacent upward. The 20th left side emitting surface portion 646T is arranged on the opposite side of the 20th left side incident surface portion 643T, and is connected to the lower side of the 18th left side light guide portion 642R by the 20th left side incident surface portion 643T and the 20th left side emitting surface portion 646T. A block-shaped 20th left light guide portion 642T extending in the direction is formed. The light incident on the 20th left side incident surface portion 643T from the 20th left side light emitting lamp 632T passes through the 20th left side light guide portion 642T and passes through the 20th left side emission surface portion 646T.

The 21st left side exit surface portion 646U is formed on the front right side of the left side light guide member 641 with irregularities defined in a front view rectangular shape arranged in a width direction inclined to the left and right. The 21st left side emitting surface portion 646U is arranged on the opposite side of the 21st left side incident surface portion 643U, and is a block-shaped 21st left side guide extending in a direction inclined to the left and right by the 21st left side incident surface portion 643U and the 21st left side emitting surface portion 646U. The optical portion 642U is formed. The light incident on the 21st left side incident surface portion 643U from the 21st left side light emitting lamp 632U passes through the 21st left side light guide portion 642U and passes through the 21st left side emission surface portion 646U.

The 22nd left side exit surface portion 646V has irregularities on the lower right side of the 21st left side exit surface portion 646U on the front right side of the left light guide member 641 and are partitioned in a front view rectangular shape arranged in the width direction inclined to the left and right. It is formed. The unevenness of the 22nd left exit surface portion 646V is arranged so as to be offset in the width direction with respect to the unevenness of the 21st left exit surface portion 646U adjacent to the upper left. The 22nd left side emitting surface portion 646V is arranged on the opposite side of the 22nd left side incident surface portion 643V, and is connected to the lower side of the 21st left side light guide portion 642U by the 22nd left side incident surface portion 643V and the 22nd left side emitting surface portion 646V. A block-shaped 22nd left light guide portion 642V extending in an inclined direction is formed. The light incident on the 22nd left side incident surface portion 643V from the 22nd left side light emitting lamp 632V passes through the 22nd left side light guide portion 642V and passes through the 22nd left side emission surface portion 646V.

The 23rd left exit surface portion 646W has irregularities defined in a rectangular shape in the front view arranged in the vertical width direction on the right side of the 21st left exit surface portion 646U and the 22nd left exit surface portion 646V on the front right side of the left light guide member 641. Formed with. The 23rd left side emitting surface portion 646W is arranged on the opposite side of the 23rd left side incident surface portion 643W, and the 23rd left side incident surface portion 643W and the 23rd left side emitting surface portion 646W form a 21st left side light guide portion 642U and a 22nd left side light guide portion. A block-shaped 23rd left light guide portion 642W connected to the right side of 642V and extending in the vertical direction is formed. The light incident on the 23rd left side incident surface portion 643W from the 23rd left side light emitting lamp 632W passes through the 23rd left side light guide portion 642W and passes through the 23rd left side emission surface portion 646W.

The first to 23rd left light guide portions 642A to 642W have the same cross-sectional shape. For example, as shown in FIG. 30A, one of the light incident on the third left side incident surface portion 643C from the third left light emitting lamp 632C on the portion of the third left side emitting surface portion 646C facing the third left side incident surface portion 643C. A third left grooved surface portion 644C that reflects the portion toward the left and right rear is formed. The light reflected by the third left groove-shaped surface portion 644C is diffusely reflected forward on the side along the left and right width directions of the third left incident surface portion 643C on the rear surface side of the third left light guide portion 642C, and is diffusely reflected on the third left side. A third left lorlet surface portion 645C is formed so as to spread over the entire exit surface portion 646C. The sixth left, which reflects a part of the light incident on the sixth left-side incident surface portion 643F from the sixth left-side light emitting lamp 632F toward the left-right rearward portion of the sixth left-side emitting surface portion 646F facing the sixth left-side incident surface portion 643F. A side grooved surface portion 644F is formed. The light reflected by the 6th left side grooved surface portion 644F is diffusely reflected forward on the side along the left and right width directions of the 6th left side incident surface portion 643F on the rear surface side of the 6th left side light guide portion 642F, and is diffusely reflected on the 6th left side. A sixth left lorlet surface portion 645F is formed so as to spread over the entire exit surface portion 646F.

Further, for example, as shown in FIG. 30B, the light incident on the fourth left side incident surface portion 643D from the fourth left light emitting lamp 632D on the portion of the fourth left side emitting surface portion 646D facing the fourth left side incident surface portion 643D. A fourth left grooved surface portion 644D that reflects a part toward the left and right rear is formed. The light reflected by the fourth left groove-shaped surface portion 644D is diffusely reflected forward on the side along the left and right width directions of the fourth left incident surface portion 643D on the rear surface side of the fourth left light guide portion 642D, and the fourth left side is diffused and reflected. A fourth left lauret surface portion 645D is formed that spreads over the entire exit surface portion 646D. The 7th left that reflects a part of the light incident on the 7th left side incident surface portion 643G from the 7th left side light emitting lamp 632G to the portion of the 7th left side emitting surface portion 646G facing the 7th left side incident surface portion 643G. A side grooved surface portion 644G is formed. The light reflected by the 7th left side grooved surface portion 644G is diffusely reflected forward on the side along the left and right width directions of the 7th left side incident surface portion 643G on the rear surface side of the 7th left side light guide portion 642G, and is diffusely reflected on the 7th left side. A seventh left lorlet surface portion 645G is formed so as to spread over the entire exit surface portion 646G.

Further, for example, as shown in FIG. 30C, the light incident on the fifth left side incident surface portion 643E from the fifth left light emitting lamp 632E at the portion of the fifth left side emitting surface portion 646E facing the fifth left side incident surface portion 643E. A fifth left grooved surface portion 644E that reflects a part toward the left and right rear is formed. The light reflected by the fifth left side grooved surface portion 644E is diffusely reflected forward on the side along the left and right width directions of the fifth left side incident surface portion 643E on the rear surface side of the fifth left side light guide portion 642E, and the fifth left side is diffused. A fifth left lauret surface portion 645E is formed that spreads over the entire exit surface portion 646E. The eighth left side of the eighth left side emitting surface portion 646H that reflects a part of the light incident on the eighth left side incident surface portion 643H from the eighth left side light emitting lamp 632H toward the left and right rear portions on the portion facing the eighth left side incident surface portion 643H. A side grooved surface portion 644H is formed. The light reflected by the 8th left side grooved surface portion 644H is diffusely reflected forward on the side (left side) along the left and right width directions of the 8th left side incident surface portion 643H on the rear surface side of the 8th left side light guide portion 642H. The eighth left side lorlet surface portion 645H is formed so as to spread over the entire eighth left side exit surface portion 646H. As described above, the first to 23rd left light guide portions 642A to 642W are formed in a block shape having a left groove-shaped surface portion and a left knurled surface portion.

As shown in FIGS. 27 and 28, the left lamp cover 661 is formed in a lid shape using a translucent resin material. The left lamp cover 661 has a ceiling portion 662 that covers the front of the left lamp substrate 631 and the left light guide member 641 with a predetermined decoration on the front surface, and a side wall that covers the sides of the left lamp substrate 631 and the left light guide member 641. It has a unit 663 and a unit. The left lamp substrate 631 and the left light guide member 641 are coupled to the inside (rear surface side) of the left lamp cover 661 using a coupling member (not shown) such as a screw. The left lamp cover 661 is attached and fixed to the left support portion 512 of the base member 511 by using a fixing member (not shown) such as a screw together with the left lamp substrate 631 and the left light guide member 641.

Light emitted from the 1st to 23rd left light emitting lamps 632A to 632W of the left lamp substrate 631 and passed through the exit slope (first to 23rd left exit surface portions 646A to 646W) of the left light guide member 641 is the left lamp cover. By passing through the ceiling portion 662 of the 661, the front surface of the ceiling portion 662 with a predetermined decoration is configured to emit light. Similarly (see FIG. 38) is formed on the front surface of the first ceiling portion 762 of the first right side lamp cover 761, and although detailed illustration is omitted, the front surface of the ceiling portion 662 has a decorative shape (for example,). , A curved surface portion (not shown) curved forward (in a convex lens shape) is formed in a cross-sectional view arc extending along the shape of the character. This makes it possible to emphasize a part of the front surface of the ceiling portion 662 (the portion where the curved surface portion is formed) to emit light. The rear surface of the ceiling portion 662 is formed with fine irregularities for diffusing light that has passed through the exit slopes (first to 23rd left exit surface portions 646A to 646W) of the left light guide member 641.

As shown in FIG. 28, a rib portion 664 extending rearward from the rear surface side of the ceiling portion 662 is formed in a portion inside the side wall portion 663 on the rear surface side of the left lamp cover 661. The rib portion 664 passes through the outer peripheral portion of the left light guide member 641 and faces the front side of the left lamp substrate 631. A plurality of rib-side incident surfaces 665, 665 ... Are formed on the trailing edge of the rib portion 664 so as to face the plurality of left-side decorative lamps 634, 634, ... Of the left-side lamp substrate 631. The rib-side incident surfaces 665, 665 ... Are formed in a mountain-shaped tapered shape toward the left side decorative lamps 634, 634, .... The light emitted from the left decorative lamp 634 is refracted and incident on the rib-side incident surface 665, passes through the rib portion 664, and passes through the front outer peripheral side of the ceiling portion 662. As a result, a part of the front outer peripheral side of the ceiling portion 662 can be made to emit light in a blurred point shape due to refraction of light on the rib side incident surface 665, so that the light emission effect of the left light emitting effect unit 611 is enhanced. Will be possible.

The right-side light emitting effect unit 711 is supported by the right-side support portion 513 of the base member 511 so as to be slidable in the vertical direction. As shown in FIG. 31, the right light emitting effect unit 711 includes a right lamp base member 721, a right lamp substrate 731, a right light guide member 741, a first right lamp cover 761, and a second right lamp cover 771. Consists of having.

The right lamp base member 721 is formed of a resin material into a plate shape having an outer peripheral shape matching the shapes of the first and second right lamp covers 761, 771, and is formed in front of the right support portion 513 of the base member 511. Be placed. As shown in FIG. 32 (A), a substrate receiving portion 722 for receiving the right lamp substrate 731 is formed on the front surface side of the right lamp base member 721. As shown in FIG. 32 (B), a rod-shaped upper connecting rod portion 723 projecting rearward is formed on the rear surface side of the upper right end portion of the right lamp base member 721. The upper connecting rod portion 723 extends from the front of the right side supporting portion 513 (passing above) to the rear of the right side supporting portion 513, and extends into the upper connecting hole portion 573 of the drive member 571 arranged behind the right side supporting portion 513. Be connected. A rod-shaped lower connecting rod portion 724 projecting rearward is formed at two positions on the left and right sides of the lower end portion of the right lamp base member 721 on the rear surface side. The lower connecting rod portion 724 extends from the front of the right side supporting portion 513 (passing below) to the rear of the right side supporting portion 513 and is connected to the lower connecting hole portion 574 of the drive member 571.

The right lamp substrate 731 is formed in a plate shape having an outer peripheral shape that matches the shape of the first and second right lamp covers 761, 771. As shown in FIG. 33 (A), a plurality of upper right side light emitting lamps 732A to 732N capable of emitting light toward the front are provided in the middle portion and the upper portion on the front side of the right side lamp substrate 731. Each of the upper right light emitting lamps 732A to 732N is configured by using, for example, a white LED capable of discoloring and emitting light. Of the plurality of upper right light emitting lamps 732A to 732N, the first upper right light emitting lamp 732A is arranged in a vertical direction on the upper right portion of the front surface of the right lamp substrate 731. The second upper right side light emitting lamp 732B is arranged on the front right side of the right side lamp substrate 731 (lower right of the first upper right side light emitting lamp 732A). The third upper right light emitting lamp 732C is arranged below the second upper right light emitting lamp 732B on the front right side of the right lamp substrate 731. The fourth upper right light emitting lamp 732D is arranged below the third upper right light emitting lamp 732C on the front right side of the right lamp substrate 731.

The fifth upper right side light emitting lamp 732E is arranged in the front center portion of the right side lamp substrate 731 (lower left of the first upper right side light emitting lamp 732A) at the same height as the second upper right side light emitting lamp 732B. The sixth upper right side light emitting lamp 732F is arranged below the fifth upper right side light emitting lamp 732E in the front center portion of the right side lamp substrate 731 at the same height as the third upper right side light emitting lamp 732C. The seventh upper right side light emitting lamp 732G is arranged on the lower right side of the sixth upper right side light emitting lamp 732F in the front center portion of the right side lamp substrate 731. The eighth upper right light emitting lamp 732H is arranged at the lower right front surface of the right lamp substrate 731 (lower left of the fourth upper right light emitting lamp 732D).

Two ninth upper right light emitting lamps 732I are arranged side by side in the vertical direction on the upper left portion of the front surface of the right lamp substrate 731. The tenth upper right side light emitting lamp 732J is arranged on the front left side of the right side lamp substrate 731 (below the ninth upper right side light emitting lamp 732I). The eleventh upper right side light emitting lamp 732K is arranged on the lower right side of the tenth upper right side light emitting lamp 732J on the front left side of the right side lamp substrate 731. The twelfth upper right side light emitting lamp 732L is arranged on the lower right side of the eleventh upper right side light emitting lamp 732K on the front left side of the right side lamp substrate 731. The 13th upper right side light emitting lamp 732M is arranged on the lower left side of the 11th upper right side light emitting lamp 732K on the front left side of the right side lamp substrate 731. The 14th upper right side light emitting lamp 732N is arranged on the lower left side of the 13th upper right side light emitting lamp 732M on the front left side of the right side lamp substrate 731.

In the vicinity of the lower edge portion on the front surface side of the right lamp substrate 731, the first to tenth lower right light emitting lamps 733A to 733J capable of emitting light toward the front are provided. The first to tenth lower right light emitting lamps 733A to 733J are configured by using, for example, a single color LED or the like. The first to tenth lower right light emitting lamps 733A to 733J are arranged side by side in order from the right side along the lower edge portion of the right lamp substrate 731. It should be noted that (the second lower right light guide portion 752B, the fifth lower right light guide portion 752E, and the eighth lower right light guide portion 752H formed in a block shape extending in the vertical direction in the right light guide member 741 described later). The second lower right light emitting lamp 733B, the fifth lower right light emitting lamp 733E, the eighth lower right light emitting lamp 733H, and the tenth lower right light emitting lamp. The 733J is arranged so as to be slightly upwardly offset from the other lower right light emitting lamp.

Further, a plurality of right-side decorative lamps 734,734, ... That can emit light toward the front are provided on a portion of the first right-side lamp cover 761 facing the rib portion 764 on the front side of the right-side lamp substrate 731. Each of the right side decorative lamps 734,734, ... Is configured by using, for example, a single color LED or the like. As shown in FIG. 33 (B), various connectors 735 are provided on the rear surface side of the right lamp substrate 731. A plurality of right auxiliary lamps 736, 736, ... That can emit light toward the outer peripheral side (lower side) of the right lamp substrate 731 are provided on the lower edge portion on the rear surface side of the right lamp substrate 731. Each right side auxiliary lamp 736, 736, ... Is configured by using, for example, a side view LED or the like.

As shown in FIGS. 34 and 35, the right light guide member 741 uses a transparent or translucent resin material and has a plate shape having an outer peripheral shape matching the shape of the first and second right lamp covers 761, 771. It is formed on the right side lamp substrate 731 and is arranged so as to face the front side (first to 14th upper right side light emitting lamps 732A to 732N and first to tenth lower right side light emitting lamps 733A to 733J). On the rear surface side of the right light guide member 741, the first to 14th light emitting lamps 732A to 732N and the first to tenth lower right light emitting lamps 733A to 733J are arranged so as to face each other. An incident surface of light including right upper incident surface portions 743A to 743N and first to tenth lower right incident surface portions 753A to 753J is formed. On the front surface side of the right light guide member 741, the first to fourth upper right side incident surface portions 743A to 743N and the first to tenth lower right side incident surface portions 753A to 753J are formed. A light emitting slope composed of the side emitting surface portions 746A to 746N and the first to tenth lower right side emitting surface portions 756A to 756J is formed.

The light emitted from the upper right light emitting lamp of one of the first to 14th upper right light emitting lamps 732A to 732N is one of the first to 14th upper right side incident surface portions 743A to 743N (of the corresponding same alphabet symbol). It is configured to enter the right upper incident surface portion and pass through one of the first to 14th upper right side emitting surface portions 746A to 746N (corresponding same alphabetic symbol) on the upper right side emitting surface portion. Further, the light emitted from the lower right light emitting lamp of one of the first to tenth lower right light emitting lamps 733A to 733J is one of the first to tenth lower right side incident surface portions 753A to 753J (corresponding). It is configured to be incident on the lower right side incident surface portion (of the same alphabet symbol) and pass through one of the first to tenth lower right side exit surface portions 756A to 756J (of the corresponding same alphabet symbol) on the lower right side exit surface portion. Will be done. As described above, the right light guide member 741 includes the first to 14th upper right light guide portions 742A to 742N and the first to 14th upper right light guide portions 742A to 742N which separately transmit the light emitted from the first to 14th upper right side light emitting lamps 732A to 732N. It is configured to have the first to tenth lower right side light guide portions 752A to 752J which separately transmit the light emitted from the tenth lower right side light emitting lamps 733A to 733J.

As shown in FIG. 35, the first upper right side incident surface portion 743A is formed on the rear upper right portion of the right light guide member 741 so as to face the first upper right side light emitting lamp 732A. The first upper right light emitting lamp 732A is arranged side by side in the vertical direction facing the first upper right side incident surface portion 743A, but in the present embodiment, these are collectively one (1). The first upper right side light emitting lamp 732A (of the set) may be used. The second upper right side incident surface portion 743B is formed on the rear right side of the right light guide member 741 (lower right of the first upper right side incident surface portion 743A) and faces the second upper right side light emitting lamp 732B. The third upper right side incident surface portion 743C is formed below the second upper right side incident surface portion 743B on the right side of the rear surface of the right light guide member 741 and faces the third upper right side light emitting lamp 732C. The fourth upper right side incident surface portion 743D is formed below the third upper right side incident surface portion 743C on the right side of the rear surface of the right light guide member 741 and faces the fourth upper right side light emitting lamp 732D.

The fifth upper right side incident surface portion 743E is formed at the rear center portion of the right light guide member 741 (lower left of the first upper right side incident surface portion 743A) at the same height as the second upper right side incident surface portion 743B, and is formed at the same height as the second upper right side incident surface portion 743B. It faces the side light emitting lamp 732E. The sixth upper right side incident surface portion 743F is formed below the fifth upper right side incident surface portion 743E in the rear central portion of the right light guide member 741 at the same height as the third upper right side incident surface portion 743C, and emits light from the sixth upper right side. It faces the lamp 732F. The seventh upper right side incident surface portion 743G is formed on the lower right side of the sixth upper right side incident surface portion 743F in the central portion of the rear surface of the right light guide member 741 so as to face the seventh upper right side light emitting lamp 732G. The eighth upper right side incident surface portion 743H is formed on the lower right rear surface of the right light guide member 741 (lower left of the fourth upper right side incident surface portion 743D) and faces the eighth upper right side light emitting lamp 732H.

The ninth upper right side incident surface portion 743I is formed on the rear upper left portion of the right light guide member 741 so as to face the ninth upper right side light emitting lamp 732I. The ninth upper right light emitting lamp 732I is arranged side by side in the vertical direction facing the ninth upper right side incident surface portion 743I, but in the present embodiment, these are collectively one (1). It may be the 9th upper right side light emitting lamp 732I (of the set).

The tenth upper right side incident surface portion 743J is formed on the rear left side of the right light guide member 741 (below the ninth upper right side incident surface portion 743I) and faces the tenth upper right side light emitting lamp 732J. The eleventh upper right side incident surface portion 743K is formed on the lower right side of the tenth upper right side incident surface portion 743J on the left side of the rear surface of the right light guide member 741 so as to face the eleventh upper right side light emitting lamp 732K. The twelfth upper right side incident surface portion 743L is formed on the lower right side of the eleventh upper right side incident surface portion 743K on the left side of the rear surface of the right light guide member 741 so as to face the twelfth upper right side light emitting lamp 732L. The 13th upper right side incident surface portion 743M is formed on the lower left side of the 11th upper right side incident surface portion 743K on the left side of the rear surface of the right light guide member 741 so as to face the 13th upper right side light emitting lamp 732M. The 14th upper right side incident surface portion 743N is formed on the lower left side of the 13th upper right side incident surface portion 743M on the left side of the rear surface of the right light guide member 741 so as to face the 14th upper right side light emitting lamp 732N.

The first to tenth lower right side incident surface portions 753A to 753J are formed in the vicinity of the lower edge portion on the rear surface side of the right light guide member 741 in order from the right side along the lower edge portion of the right light guide member 741. .. The first to tenth lower right side incident surface portions 753A to 753J are opposed to the first to tenth lower right side light emitting lamps 733A to 733J.

As shown in FIG. 34, the first upper right exit surface portion 746A is formed on the front upper right portion of the right light guide member 741 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. The first upper right side emitting surface portion 746A is arranged on the opposite side of the first upper right side incident surface portion 743A, and is a block-shaped first upper right extending in the left-right direction by the first upper right side incident surface portion 743A and the first upper right side emitting surface portion 746A. The side light guide portion 742A is formed. The light incident on the first upper right side incident surface portion 743A from the first upper right side light emitting lamp 732A passes through the first upper right side light guide portion 742A and passes through the first upper right side exit surface portion 746A.

The second upper right side emitting surface portion 746B has irregularities on the front right side of the right light guide member 741 (lower right side of the first upper right side emitting surface portion 746A), which are arranged in the left and right width directions and are partitioned in a rectangular shape in the front view. Is formed. The unevenness of the second upper right side emitting surface portion 746B is arranged so as to be offset in the width direction with respect to the unevenness of the first upper right side emitting surface portion 746A adjacent upward. The second upper right side emitting surface portion 746B is arranged on the opposite side of the second upper right side incident surface portion 743B, and is a block-shaped second upper right extending in the left-right direction by the second upper right side incident surface portion 743B and the second upper right side emitting surface portion 746B. The side light guide portion 742B is formed. The light incident on the second upper right side incident surface portion 743B from the second upper right side light emitting lamp 732B passes through the second upper right side light guide portion 742B and passes through the second upper right side exit surface portion 746B.

The third upper right side emitting surface portion 746C has irregularities on the lower right side of the second upper right side emitting surface portion 746B on the front right side of the right light guide member 741 and are partitioned in a rectangular shape in the front view arranged in the left and right width directions. It is formed. The third upper right side emitting surface portion 746C is arranged on the opposite side of the third upper right side incident surface portion 743C, and the block-shaped third upper right extending in the left-right direction by the third upper right side incident surface portion 743C and the third upper right side emitting surface portion 746C The side light guide portion 742C is formed. The light incident on the third upper right side incident surface portion 743C from the third upper right side light emitting lamp 732C passes through the third upper right side light guide portion 742C and passes through the third upper right side exit surface portion 746C. The lower end of the second upper right exit surface portion 746B and the upper end portion of the third upper right exit surface portion 746C are formed by being connected in the same plane. A large notch (V-shaped groove similar to the above) is formed on the rear surface side of the portion where the second upper right side light guide portion 742B and the third upper right side light guide portion 742C are connected (see FIG. 35). 2 The light transmitted from the upper right light emitting lamp 732B to the second upper right light guide portion 742B and the light transmitted from the third upper right light emitting lamp 732C to the third upper right light guide portion 742C are the second upper right side emitting surface portion. The portion where the 746B and the third upper right exit surface portion 746C are connected is designed so as not to interfere with each other as much as possible.

The fourth upper right side emitting surface portion 746D has irregularities on the lower right side of the third upper right side emitting surface portion 746C on the front right side of the right light guide member 741 and are partitioned in a rectangular shape in the front view arranged in the left and right width directions. It is formed. The fourth upper right side emitting surface portion 746D is arranged on the opposite side of the fourth upper right side incident surface portion 743D, and is a block-shaped fourth upper right extending in the left-right direction by the fourth upper right side incident surface portion 743D and the fourth upper right side emitting surface portion 746D. The side light guide portion 742D is formed. The light incident on the fourth upper right side incident surface portion 743D from the fourth upper right side light emitting lamp 732D passes through the fourth upper right side light guide portion 742D and passes through the fourth upper right side exit surface portion 746D. The lower end of the third upper right exit surface portion 746C and the upper end portion of the fourth upper right exit surface portion 746D are formed by being connected in the same plane. A large notch (V-shaped groove similar to the above) is formed on the rear surface side of the portion where the third upper right side light guide portion 742C and the fourth upper right side light guide portion 742D are connected (see FIG. 35). 3 The light transmitted from the upper right light emitting lamp 732C to the third upper right light guide unit 742C and the light transmitted from the fourth upper right light emitting lamp 732D to the fourth upper right light guide unit 742D are emitted from the third upper right light emitting surface portion. The portion where the 746C and the fourth upper right exit surface portion 746D are connected is designed so as not to interfere with each other as much as possible.

The fifth upper right side emitting surface portion 746E is a front view arranged in the left and right width directions on the front center portion of the right light guide member 741 (the lower left side of the first upper right side emitting surface portion 746A and the left side of the second upper right side emitting surface portion 746B). It is formed with irregularities defined in a rectangular shape. The unevenness of the fifth upper right side emitting surface portion 746E is arranged so as to be offset in the width direction with respect to the unevenness of the first upper right side emitting surface portion 746A adjacent upward. The fifth upper right side emitting surface portion 746E is arranged on the opposite side of the fifth upper right side incident surface portion 743E, and is a block-shaped fifth upper right extending in the left-right direction by the fifth upper right side incident surface portion 743E and the fifth upper right side emitting surface portion 746E. The side light guide portion 742E is formed. The light incident on the fifth upper right side incident surface portion 743E from the fifth upper right side light emitting lamp 732E passes through the fifth upper right side light guide portion 742E and passes through the fifth upper right side exit surface portion 746E. The left end portion of the second upper right side exit surface portion 746B and the right end portion of the fifth upper right side exit surface portion 746E are formed by being connected in the same plane. A large notch (V-shaped groove similar to the above) is formed on the rear surface side of the portion where the second upper right side light guide portion 742B and the fifth upper right side light guide portion 742E are connected (see FIG. 35). 2 The light transmitted from the upper right light emitting lamp 732B to the second upper right light guide unit 742B and the light transmitted from the fifth upper right light emitting lamp 732E to the fifth upper right light guide unit 742E are emitted from the second upper right side emitting surface portion. The portion where the 746B and the fifth upper right exit surface portion 746E are connected is designed so as not to interfere with each other as much as possible.

The sixth upper right side emitting surface portion 746F is arranged in the left and right width directions on the lower side (left side of the third upper right side emitting surface portion 746C) of the fifth upper right side emitting surface portion 746E in the front central portion of the right light guide member 741. It is formed with irregularities defined in a rectangular shape. The sixth upper right side emitting surface portion 746F is arranged on the opposite side of the sixth upper right side incident surface portion 743F, and is a block-shaped sixth upper right extending in the left-right direction by the sixth upper right side incident surface portion 743F and the sixth upper right side emitting surface portion 746F. The side light guide portion 742F is formed. The light incident on the sixth upper right side incident surface portion 743F from the sixth upper right side light emitting lamp 732F passes through the sixth upper right side light guide portion 742F and passes through the sixth upper right side exit surface portion 746F.

The left end portion of the third upper right side exit surface portion 746C and the right end portion of the sixth upper right side exit surface portion 746F are formed by being connected in the same plane. A large notch (V-shaped groove similar to the above) is formed on the rear surface side of the portion where the third upper right side light guide portion 742C and the sixth upper right side light guide portion 742F are connected (see FIG. 35). 3 The light transmitted from the upper right light emitting lamp 732C to the third upper right light guide portion 742C and the light transmitted from the sixth upper right light emitting lamp 732F to the sixth upper right light guide portion 742F are the third upper right side emission surface portion. The portion where the 746C and the sixth upper right exit surface portion 746F are connected is designed so as not to interfere with each other as much as possible. Further, the lower end portion of the fifth upper right side exit surface portion 746E and the upper end portion of the sixth upper right side exit surface portion 746F are formed by being connected in the same plane. A large notch (V-shaped groove similar to the above) is formed on the rear surface side of the portion where the fifth upper right side light guide portion 742E and the sixth upper right side light guide portion 742F are connected (see FIG. 35). The light transmitted from the 5 upper right side light emitting lamp 732E to the 5th upper right side light guide portion 742E and the light transmitted from the 6th upper right side light emitting lamp 732F to the 6th upper right side light guide portion 742F are the 5th upper right side emission surface portion. The portion where the 746E and the sixth upper right exit surface portion 746F are connected is designed so as not to interfere with each other as much as possible.

The seventh upper right side exit surface portion 746G has irregularities defined in a front view rectangular shape arranged in the left and right width directions on the lower side of the sixth upper right side exit surface portion 746F in the front center portion of the right light guide member 741. It is formed. The unevenness of the seventh upper right side emitting surface portion 746G is arranged so as to be offset in the width direction with respect to the unevenness of the sixth upper right side emitting surface portion 746F adjacent upward. The 7th upper right side emitting surface portion 746G is arranged on the opposite side of the 7th upper right side incident surface portion 743G, and is a block-shaped 7th upper right extending in the left-right direction by the 7th upper right side incident surface portion 743G and the 7th upper right side emitting surface portion 746G. The side light guide portion 742G is formed. The light incident on the 7th upper right side incident surface portion 743G from the 7th upper right side light emitting lamp 732G passes through the 7th upper right side light guide portion 742G and passes through the 7th upper right side exit surface portion 746G.

The eighth upper right side emitting surface portion 746H has irregularities on the lower right front surface (lower side of the fourth upper right side emitting surface portion 746D) of the right light guide member 741 which are arranged in the vertical width direction and are partitioned in a rectangular shape in the front view. Is formed. The eighth upper right side emitting surface portion 746H is arranged on the opposite side of the eighth upper right side incident surface portion 743H, and is a block-shaped eighth upper right extending in the left-right direction by the eighth upper right side incident surface portion 743H and the eighth upper right side emitting surface portion 746H. The side light guide portion 742H is formed. The light incident on the eighth upper right side incident surface portion 743H from the eighth upper right side light emitting lamp 732H passes through the eighth upper right side light guide portion 742H and passes through the eighth upper right side exit surface portion 746H.

The ninth upper right side exit surface portion 746I is formed on the front upper left portion of the right light guide member 741 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. The ninth upper right side emitting surface portion 746I is arranged on the opposite side of the ninth upper right side incident surface portion 743I, and is a block-shaped ninth upper right extending in the left-right direction by the ninth upper right side incident surface portion 743I and the ninth upper right side emitting surface portion 746I. The side light guide portion 742I is formed. The light incident on the ninth upper right side incident surface portion 743I from the ninth upper right side light emitting lamp 732I passes through the ninth upper right side light guide portion 742I and passes through the ninth upper right side exit surface portion 746I.

The tenth upper right side emitting surface portion 746J has irregularities on the front left side (lower side of the ninth upper right side emitting surface portion 746I) of the right light guide member 741 which are divided in a rectangular shape in the front view arranged in the left and right width directions. It is formed. The unevenness of the tenth upper right side emitting surface portion 746J is arranged so as to be offset in the width direction with respect to the unevenness of the ninth upper right side emitting surface portion 746I adjacent to the upper side. The tenth upper right side emitting surface portion 746J is arranged on the opposite side of the tenth upper right side incident surface portion 743J, and is a block-shaped tenth upper right extending in the left-right direction by the tenth upper right side incident surface portion 743J and the tenth upper right side emitting surface portion 746J. The side light guide portion 742J is formed. The light incident on the 10th upper right side incident surface portion 743J from the 10th upper right side light emitting lamp 732J passes through the 10th upper right side light guide portion 742J and passes through the 10th upper right side exit surface portion 746J.

The eleventh upper right side exit surface portion 746K is formed on the lower side of the tenth upper right side exit surface portion 746J on the front left side of the right light guide member 741 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. Will be done. The unevenness of the eleventh upper right side emitting surface portion 746K is arranged so as to be offset in the width direction with respect to the unevenness of the tenth upper right side emitting surface portion 746J adjacent upward. The eleventh upper right side emitting surface portion 746K is arranged on the opposite side of the eleventh upper right side incident surface portion 743K, and the block-shaped eleventh upper right extending in the left-right direction by the eleventh upper right side incident surface portion 743K and the eleventh upper right side emitting surface portion 746K. The side light guide portion 742K is formed. The light incident on the 11th upper right side incident surface portion 743K from the 11th upper right side light emitting lamp 732K passes through the 11th upper right side light guide portion 742K and passes through the 11th upper right side exit surface portion 746K.

The twelfth upper right side exit surface portion 746L has irregularities defined in a front view rectangular shape arranged in the left and right width directions on the lower right side of the eleventh upper right side emission surface portion 746K on the front left side of the right light guide member 741. It is formed. The unevenness of the twelfth upper right side emitting surface portion 746L is arranged so as to be offset in the width direction with respect to the unevenness of the eleventh upper right side emitting surface portion 746K adjacent upward. The twelfth upper right side emitting surface portion 746L is arranged on the opposite side of the twelfth upper right side incident surface portion 743L, and is a block-shaped twelfth upper right extending in the left-right direction by the twelfth upper right side incident surface portion 743L and the twelfth upper right side emitting surface portion 746L. The side light guide portion 742L is formed. The light incident on the twelfth upper right side light emitting lamp 732L to the twelfth upper right side incident surface portion 743L passes through the twelfth upper right side light guide portion 742L and passes through the twelfth upper right side exit surface portion 746L.

The thirteenth upper right side exit surface portion 746M is formed on the lower left side of the eleventh upper right side exit surface portion 746K on the front left side of the right light guide member 741 with irregularities defined in a front view rectangular shape arranged in the left and right width directions. Will be done. The unevenness of the 13th upper right side emitting surface portion 746M is arranged so as to be offset in the width direction with respect to the unevenness of the 11th upper right side emitting surface portion 746K adjacent to the upper side. The 13th upper right side emitting surface portion 746M is arranged on the opposite side of the 13th upper right side incident surface portion 743M, and is a block-shaped 13th upper right extending in the left-right direction by the 13th upper right side incident surface portion 743M and the 13th upper right side emitting surface portion 746M. A side light guide portion 742M is formed. The light incident on the 13th upper right side incident surface portion 743M from the 13th upper right side light emitting lamp 732M passes through the 13th upper right side light guide portion 742M and passes through the 13th upper right side exit surface portion 746M.

The 14th upper right side exit surface portion 746N is partitioned on the lower left side of the 13th upper right side exit surface portion 746M on the front left side of the right light guide member 741 in a front view rectangular shape arranged in the width direction inclined to the left and right. It is formed with irregularities. The 14th upper right side emitting surface portion 746N is arranged on the opposite side of the 14th upper right side incident surface portion 743N, and has a block shape extending in a direction inclined to the left and right by the 14th upper right side incident surface portion 743N and the 14th upper right side emitting surface portion 746N. The 14th upper right side light guide portion 742N is formed. The light incident on the 14th upper right side incident surface portion 743N from the 14th upper right side light emitting lamp 732N passes through the 14th upper right side light guide portion 742N and passes through the 14th upper right side exit surface portion 746N.

The light guide portions 742A to 742N on the upper right side of the 1st to 14th have the same cross-sectional shape. For example, as shown in FIG. 38, the light incident on the second upper right side incident surface portion 743B from the second upper right side light emitting lamp 732B at the portion of the second upper right side exit surface portion 746B facing the second upper right side incident surface portion 743B. A second upper right groove-shaped surface portion 744B that reflects a part toward the left and right rear is formed. The light reflected by the second upper right side grooved surface portion 744B is diffusely reflected forward on the side along the left and right width directions of the second upper right side incident surface portion 743B on the rear surface side of the second upper right side light guide portion 742B. 2 The second upper right side lorlet surface portion 745B is formed so as to spread over the entire upper right side exit surface portion 746B. A part of the light incident on the fifth upper right side incident surface portion 743E from the fifth upper right side light emitting lamp 732E is reflected toward the left and right rear at the portion of the fifth upper right side emission surface portion 746E facing the fifth upper right side incident surface portion 743E. A fifth upper right side grooved surface portion 744E to be formed is formed. The light reflected by the fifth upper right side grooved surface portion 744E is diffusely reflected forward on the side along the left and right width directions of the fifth upper right side incident surface portion 743E on the rear surface side of the fifth upper right side light guide portion 742E. A fifth upper right lorlet surface portion 745E is formed so as to spread over the entire 5 upper right side exit surface portion 746E.

A part of the light incident on the 10th upper right side emitting surface portion 746J facing the 10th upper right side incident surface portion 743J from the 10th upper right side emitting lamp 732J to the 10th upper right side incident surface portion 743J is reflected to the left and right rear. The tenth upper right side grooved surface portion 744J is formed. The light reflected by the 10th upper right side grooved surface portion 744J is diffusely reflected forward to the side along the left and right width directions of the 10th upper right side incident surface portion 743J on the rear surface side of the 10th upper right side light guide portion 742J. The tenth upper right side lorlet surface portion 745J is formed so as to spread over the entire 10 upper right side exit surface portion 746J. As described above, the first to 14th upper right light guide portions 742A to 742N are formed in a block shape having the upper right side groove-shaped surface portion and the upper right side knurled surface portion.

As shown in FIG. 34, the first to tenth lower right exit surface portions 756A to 756J are located near the lower edge portion on the front surface side of the right light guide member 741 and on the right side along the lower edge portion of the right light guide member 741. It is formed in order from. 1st lower right exit surface portion 756A, 3rd lower right side emission surface portion 756C, 4th lower right side emission surface portion 756D, 6th lower right side emission surface portion 756F, 7th lower right side emission surface portion 756G, and 9th lower right The side emitting surface portion 756I is formed to have irregularities defined in a front view rectangular shape arranged in the left and right width directions. 1st lower right exit surface portion 756A, 3rd lower right side emission surface portion 756C, 4th lower right side emission surface portion 756D, 6th lower right side emission surface portion 756F, 7th lower right side emission surface portion 756G, and 9th lower right The side emitting surface portion 756I includes a first lower right incident surface portion 753A, a third lower right incident surface portion 753C, a fourth lower right incident surface portion 753D, a sixth lower right incident surface portion 753F, and a seventh lower right incident surface portion 753G. , And the ninth lower right side incident surface portion 753I is arranged on the opposite side. As a result, the block-shaped first lower right light guide section 752A, third lower right light guide section 752C, fourth lower right light guide section 752D, and sixth lower right light guide section 752F, which extend in the left-right direction, The seventh lower right light guide portion 752G and the ninth lower right light guide portion 752I are formed.

The second lower right exit surface portion 756B, the fifth lower right exit surface portion 756E, the eighth lower right exit surface portion 756H, and the tenth lower right exit surface portion 756J are divided into rectangular shapes in the front view arranged in the vertical width direction. It is formed with the unevenness. The second lower right side emitting surface portion 756B, the fifth lower right side emitting surface portion 756E, the eighth lower right side emitting surface portion 756H, and the tenth lower right side emitting surface portion 756J are the second lower right side incident surface portion 753B and the fifth right. It is arranged on the opposite side of the lower right incident surface portion 753E, the eighth lower right incident surface portion 753H, and the tenth lower right incident surface portion 753J. As a result, the block-shaped second lower right light guide section 752B, the fifth lower right light guide section 752E, the eighth lower right light guide section 752H, and the tenth lower right light guide section 752J extend in the vertical direction. Is formed.

In this way, the block-shaped lower right light guide portion extending in the left-right direction and the block-shaped lower right light guide portion extending in the vertical direction are alternately arranged as much as possible, so that the first to tenth light guide portions are arranged. Light that is incident on the first to tenth lower right incident surface portions 753A to 753J from the lower right light emitting lamps 733A to 733J and passes through the first to tenth lower right light guide portions 752A to 752J is the first to first. 10 The lower right exit surface portions 756A to 756J are designed so as not to interfere with each other as much as possible. In the first to tenth lower right light guide portions 752A to 752J, the second lower right exit surface portion 756B, the fifth lower right exit surface portion 756E, the eighth lower right exit surface portion 756H, and the tenth lower right exit surface portion 756H. In the surface portion 756J, the light transmitted through the lower right light guide portion adjacent to the left and right (extending in the left-right direction) may be mixed and passed. Since the first to tenth lower right light guide portions 752A to 752J are formed to extend in the left-right direction as a whole (when viewed as a mass of lower right light guide portions), the second lower right side extending in the vertical direction. The light transmitted through the light guide unit 752B, the fifth lower right light guide unit 752E, the eighth lower right light guide unit 752H, and the tenth lower right light guide unit 752J is the right lower right light guide adjacent to the left and right. It is possible to perform a light emission effect that gives a partial accent without interfering with the light that passes through the part. The 1st to 10th lower right light guide portions 752A to 752J are the lower right groove-shaped surface portion (not shown) and the lower right knurl, similarly to the 1st to 14th upper right light guide portions 742A to 742N. It is formed in a block shape having a surface portion (not shown).

As shown in FIGS. 36 and 37, the first right lamp cover 761 is formed in a lid shape using a translucent resin material. The second right side lamp cover 771 is formed in a lid shape using a translucent resin material, and is joined to the lower side of the first right side lamp cover 761. The first right lamp cover 761 and the second right lamp cover 771 are right lamps that receive the right lamp substrate 731 at the substrate receiving portion 722 using a fixing member (not shown) such as a screw together with the right light guide member 741. It is attached and fixed to the front side of the base member 721.

The first right lamp cover 761 has a first ceiling portion 762 that covers the front of the upper portion and the intermediate portion of the right lamp substrate 731 and the right light guide member 741 with a predetermined decoration on the front surface, and the right lamp substrate 731 and the right side. It has a first side wall portion 763 that covers the upper side and the left and right sides of the light guide member 741. Light emitted from the 1st to 14th upper right side light emitting lamps 732A to 732N of the right side lamp substrate 731 and passed through the upper slope (first to 14th upper right side emission surface portions 746A to 746N) of the right light guide member 741. By passing through the first ceiling portion 762 of the first right side lamp cover 761, the front surface of the first ceiling portion 762 with a predetermined decoration is configured to emit light. Although detailed illustration is omitted, on the front surface of the first ceiling portion 762, a curved surface portion 762a (FIG. 762a) curved forward in a cross-sectional view arc shape (convex lens shape) extending along the shape of the decoration (for example, the shape of a character). 38) is formed. This makes it possible to emphasize a part of the front surface of the first ceiling portion 762 (the portion where the curved surface portion 762a is formed) to emit light. On the rear surface of the first ceiling portion 762, fine irregularities for diffusing light that has passed through the upper slopes (first to 14th upper right exit surface portions 746A to 746N) of the right light guide member 741 are formed. There is.

As shown in FIG. 37, a rib portion 764 extending rearward from the rear surface side of the first ceiling portion 762 is formed in a portion inside the first side wall portion 763 on the rear surface side of the first right side lamp cover 761. The rib portion 764 passes through the outer peripheral portion of the right light guide member 741 and faces the front side of the right lamp substrate 731. At the trailing edge of the rib portion 764, a plurality of rib-side incident surfaces 765, 765 ... Are formed so as to face the plurality of right decorative lamps 734, 734, ... Of the right lamp substrate 731. The rib-side incident surfaces 765,765 ... Are formed in a mountain-shaped tapered shape toward the right-side decorative lamps 734,734, .... The light emitted from the right decorative lamp 734 is refracted and incident on the rib-side incident surface 765, passes through the rib portion 764, and passes through the front outer peripheral side of the first ceiling portion 762. As a result, a part of the front outer peripheral side of the first ceiling portion 762 can be made to emit light in a blurred point shape due to refraction of light on the rib side incident surface 765 or the like. Can be increased.

The second right lamp cover 771 has a second ceiling portion 772 that covers the front of the lower portion of the right lamp substrate 731 and the right light guide member 741 with a predetermined decoration on the front surface, and the right lamp substrate 731 and the right light guide. It has a second side wall portion 773 that covers the lower side of the member 741. Light is emitted from the 1st to 10th lower right light emitting lamps 733A to 733J of the right lamp substrate 731, and passes through the lower exit slope (1st to 10th lower right exit surface portions 756A to 756J) of the right light guide member 741. The light is transmitted through the second ceiling portion 772 of the second right lamp cover 771 so that the front surface of the second ceiling portion 772 with a predetermined decoration emits light. On the rear surface of the second ceiling portion 772, fine irregularities for diffusing the light that has passed through the lower exit slopes (first to tenth lower right exit surface portions 756A to 756J) of the right light guide member 741 are formed. Has been done. A knurled surface is formed on the inner surface (the surface facing upward) of the second side wall portion 773.

As shown in FIGS. 39 and 40, the rear side effect unit 801 includes a first movable effect member 811, a second movable effect member 821 arranged behind the first movable effect member 811, and a connecting member 831. It is configured to have a stopper member 841. The first movable effect member 811 is formed in the shape of an elongated plate with a predetermined decoration using a resin material. The first movable effect member 811 is hidden behind the front side effect unit 601 by the drive motor 521 and the drive mechanism 531 of the base unit 501 from the first standby position (see FIGS. 16 and 17) and the first standby position. It is configured to rotate counterclockwise (when viewed from the front) by about 225 ° and to be rotatable from the first effect position (see FIGS. 18 and 19) visible from the front of the front effect unit 601.

The first movable effect member 811 is hidden behind the left side light emitting effect unit 611 of the front effect unit 601 when the first movable effect member 811 is rotationally moved to the first standby position on both sides of the rotation center of the first movable effect member 811. An effect body forming unit 812 and a second effect body forming unit 813 hidden behind the right light emitting effect unit 711 are formed. A rotary hole portion 814 penetrating back and forth is formed in the central portion of the first movable effect member 811. The rotary hole portion 814 is slidably fitted with the rotary support portion 564 of the fourth gear 554 in the drive mechanism 531, and the first movable effect member 811 is rotatably supported by the rotary support portion 564 of the fourth gear 554. It has become so. A rotary gear portion 815 that meshes with a gear portion in the rear row of the third gear 553 in the drive mechanism 531 is formed in a peripheral portion of the rotary hole portion 814 on the front surface side of the first movable effect member 811.

The second movable effect member 821 is formed in the shape of an elongated plate with a predetermined decoration using a resin material. The second movable effect member 821 is a second standby position (FIGS. 16 and 17) hidden behind the front side effect unit 601 (and the first movable effect member 811) by the drive motor 521 and the drive mechanism 531 of the base unit 501. (See) and the second effect position (see FIGS. 18 and 19) that is visible from the front of the front effect unit 601 by rotating about 270 ° counterclockwise (when viewed from the front) from the second standby position. It is configured to be rotatable between.

On both sides of the rotation center of the second movable effect member 821, when the second movable effect member 821 rotates and moves to the second standby position, the third movable effect member 821 is hidden behind the left side light emitting effect unit 611 of the front side effect unit 601. An effect body forming unit 822 and a fourth effect body forming unit 823 hidden behind the right light emitting effect unit 711 are formed. When the first movable effect member 811 is rotationally moved to the first effect position and the second movable effect member 821 is rotationally moved to the second effect position, the first effect body forming unit 812 and the first movable effect member 811 of the first movable effect member 811 are formed. The effect body forming unit 813 of 2 and the third effect body forming unit 822 and the fourth effect body forming unit 823 of the second movable effect member 821 are combined so as to be lined up along the rotation direction to form a substantially disk shape. (See FIGS. 18 and 19).

As shown in FIG. 17, when the first movable effect member 811 is rotationally moved to the first standby position by the drive motor 521 and the drive mechanism 531, the second movable effect member 821 is rotationally moved to the second standby position and emits light on the right side. The effect unit 711 is configured to slide and move to the upper initial position. At this time, the second effect body forming unit 813 of the first movable effect member 811 and the fourth effect body forming unit 823 of the second movable effect member 821 are hidden behind the right light emitting effect unit 711. ing. On the other hand, as shown in FIG. 18, when the first movable effect member 811 is rotationally moved to the first effect position by the drive motor 521 and the drive mechanism 531, the second movable effect member 821 is rotationally moved to the second effect position. The right light emitting effect unit 711 is configured to slide and move to the lower shielding position. At this time, as described above, the first movable effect member 811 and the second movable effect member 821 form one effect body having a substantially disk shape, but the first effect body forming portion of the first movable effect member 811. The gap formed between the 812 and the fourth effect body forming unit 823 of the second movable effect member 821 is hidden behind the right light emitting effect unit 711.

On the front surface side of the second movable effect member 821, a member-side connecting portion 824 recessed according to the outer peripheral shape of the connecting member 831 is formed. The member-side connecting portion 824 receives the gear-side connecting portion 565 of the fourth gear 554 in the drive mechanism 531 together with the connecting member 831. A plurality of screw hole portions 825 that are aligned with the gear side connecting portion 565 of the fourth gear 554 are formed through the bottom portion of the member side connecting portion 824. A connecting fixing screw (not shown) for connecting the member-side connecting portion 824 of the second movable effect member 821 and the gear-side connecting portion 565 of the fourth gear 554 is inserted into the screw hole portion 825. A shaft insertion hole 826 penetrating the front and rear is formed in the central portion of the second movable effect member 821. The long shaft portion 745a of the fourth gear mounting portion 545 in the gear case 541 of the drive mechanism 531 is inserted into the shaft insertion hole portion 826. On the rear surface side of the second movable effect member 821, a stopper member receiving portion 827 recessed according to the outer peripheral shape of the stopper member 841 is formed. A protruding stopper contact portion 828 is formed on the stopper member receiving portion 827.

The connecting member 831 is formed in a disk shape using a resin material. A plurality of boss insertion hole portions 832 aligned with the gear side connecting portion 565 of the fourth gear 554 (and the screw hole portion 825 of the second movable effect member 821) are formed through the outer peripheral side of the connecting member 831. .. The gear-side connecting portion 565 of the fourth gear 554 is inserted into the boss insertion hole portion 832. A support shaft insertion hole portion 833 is formed in the central portion of the connecting member 831. The long shaft portion 745a of the fourth gear mounting portion 545 is inserted into the support shaft insertion hole portion 833. The connecting member 831 is received by the member-side connecting portion 824 of the second movable effect member 821 so that the boss insertion hole portion 832 of the connecting member 831 and the screw hole portion 825 of the second movable effect member 821 are aligned with each other. , The gear side connecting portion 565 of the fourth gear 554 is inserted into the boss insertion hole portion 832 of the connecting member 831. In this state, a connecting fixing screw (not shown) is inserted from the rear into the screw hole portion 825 of the second movable effect member 821 and screwed to the tip of the gear side connecting portion 565 of the fourth gear 554. As a result, the member-side connecting portion 824 of the second movable effect member 821 and the gear-side connecting portion 565 of the fourth gear 554 are connected via the connecting member 831. The outer peripheral side of the front surface of the connecting member 831 is configured to be slidable with the center side of the rear surface of the first movable effect member 811.

The stopper member 841 is formed in a disk shape using a resin material. A tubular shaft engaging portion 842 extending forward is formed on the central front surface side of the stopper member 841. The shaft engaging portion 842 engages with the tip end portion of the long shaft portion 745a of the fourth gear mounting portion 545. A screw insertion hole 843 that connects to the internal space of the shaft engaging portion 842 is formed on the rear surface side of the central portion of the stopper member 841. A stopper fixing screw (not shown) for fixing the stopper member 841 is inserted into the screw insertion hole 843. With the shaft engaging portion 842 of the stopper member 841 and the tip of the long shaft portion 745a of the fourth gear mounting portion 545 engaged, a stopper fixing screw (not shown) is inserted into the screw insertion hole portion 843 from the rear. It is inserted and screwed to the tip of the long shaft portion 745a of the fourth gear mounting portion 545. As a result, the stopper member 841 is attached and fixed to the tip of the long shaft portion 745a of the fourth gear attachment portion 545, and is received by the stopper member receiving portion 827 of the second movable effect member 821. A protruding stopper portion 844 extending in a fan shape is formed on the upper front surface of the stopper member 841. When the second movable effect member 821 tries to rotate beyond the second standby position (clockwise when viewed from the front), the stopper contact portion 828 of the second movable effect member 821 becomes one end of the stopper portion 844 (the stopper portion 844). When the second movable effect member 821 tries to rotate beyond the second effect position (counterclockwise when viewed from the front) by contacting the left end portion), the stopper contact portion 828 of the second movable effect member 821 becomes a stopper. It comes into contact with the other end (right end) of the portion 844.

In the movable accessory device 500 configured as described above, the case where the left side light emitting effect unit 611 and the right side light emitting effect unit 711 of the front side effect unit 601 perform the light emitting effect will be described. When the left side light emitting effect unit 611 performs the light emitting effect, the first to 23rd left side light emitting lamps 632A to 632W of the left side lamp substrate 631, a plurality of left side decorative lamps 634, 634, and a plurality of left side auxiliary lamps 636,636 ... Lights up. The light emitted from the first to 23rd left light emitting lamps 632A to 632W is incident on the incident surface of the left light guide member 641, passes through the left light guide member 641, and passes through the exit surface of the left light guide member 641.

At this time, the light emitted from the left light emitting lamp of one of the first to 23rd left light emitting lamps 632A to 632W is one of the first to 23rd left side incident surface portions 643A to 643W of the left light guide member 641 (corresponding). It is incident on the left side incident surface portion (of the same alphabet symbol) and passes through one of the first to 23rd left exit surface portions 646A to 646W (of the corresponding same alphabet symbol) on the left side exit surface portion. Then, the light that has passed through the exit slopes (first to 23rd left exit surface portions 646A to 646W) of the left light guide member 641 is transmitted through the ceiling portion 662 of the left lamp cover 661, and the left lamp with a predetermined decoration is provided. The front surface of the ceiling portion 662 of the cover 661 emits light.

In the present embodiment, the left light guide member 641 includes first to 23rd left light guide portions 642A to 642W that separately transmit the light emitted from the first to 23rd left light emitting lamps 632A to 632W. , 1st to 23rd left light guide portions 642A to 642W are formed side by side in a block shape. Therefore, by changing the light (at least one of hue, brightness, and saturation) emitted from the first to 23rd left light emitting lamps 632A to 632W so as to be different from each other, the protruding slope (for example, the left side light guide member 641) , 1st to 5th left side exit surface portions 646A to 646E, 6th to 8th left side exit surface portions 646F to 646H, 9th to 17th left side exit surface portions 646I to 646Q, 18th to 20th left side exit surface portions 646R. ~ 646T, etc.) can be changed in a gradation shape in the vertical direction. As a result, the front surface of the ceiling portion 662 of the left lamp cover 661 can be changed in a gradation shape (striped shape extending in the left-right direction) to emit light.

A plurality of left incident surface portions (for example, first to fifth left incident surface portions 643A to 643E, sixth to eighth left incident surface portions 643F to 643H, 18th to 20th left incident surfaces) constituting the incident surface of the left light guide member 641. The surface portions 643R to 643T, etc.) include a plurality of corresponding left exit surface portions (for example, first to fifth left exit surface portions 646A to 646E, sixth to eighth left exit surface portions 646F to 646H, and 18th to 20th left exit surface portions). 646R to 646T, etc.), in the direction of the incident surface (extending direction of the incident surface), the left side protruding slopes are aligned in the horizontal direction perpendicular to the direction (vertical direction), and are arranged in the vertical direction. Be placed. As a result, it is possible to prevent a plurality of left-side incident surface portions from being arranged close to each other, thereby preventing light incident on one left-side incident surface portion from interfering with other left-side incident surface portions. be able to. Therefore, for example, the decorativeness of the left light emitting effect unit 611 can be enhanced in the light emitting effect of emitting light in a gradation shape, and the decorativeness of the movable accessory device 500 can be further enhanced.

Left side exit surface portions (for example, first to fifth left side exit surface portions 646A to 646E, sixth to eighth left side exit surface portions 646F to 646H, 18th to 20th left side exit surface portions 646R) constituting the exit surface of the left light guide member 641. ~ 646T, etc.) is formed with unevenness arranged in the left-right width direction perpendicular to the direction (vertical direction) in which a plurality of left-side protruding slope portions are arranged in the exit surface direction (extending direction of the exit surface). Are arranged so as to be offset in the left-right width direction with respect to the unevenness of the left side emitting surface portion arranged adjacently. As a result, it is possible to reduce the portion where the plurality of left side slopes are connected to each other in the same plane, so that the light incident on one left side incident surface portion and passing through one left side exit surface portion can interfere with the other left side exit surface portion. It is possible to prevent interference through the face. Therefore, for example, the decorativeness of the left light emitting effect unit 611 can be enhanced in the light emitting effect of emitting light in a gradation shape, and the decorativeness of the movable accessory device 500 can be further enhanced.

Further, the light emitted from the left decorative lamp 634 is refracted and incident on the rib side incident surface 665 of the left lamp cover 661 and is transmitted through the outer peripheral side of the rib portion 664 and the ceiling portion 662, and the ceiling portion 662 of the left lamp cover 661. The outer peripheral side of the front surface partially emits light. As a result, a part of the front outer peripheral side of the ceiling portion 662 can be made to emit light in a blurred point shape due to refraction of light on the rib side incident surface 665, so that the light emission effect of the left light emitting effect unit 611 is enhanced. Will be possible. The light emitted from the left auxiliary lamp 636 passes through the upper and lower side wall portions 663 of the left lamp cover 661, and the upper and lower side surfaces of the left lamp cover 661 partially emit light, or the upper right portion of the left lamp cover 661 is cut off. It reaches the rear side of the first decorative member 525 through the notch portion, and the upper part of the first decorative member 525 emits light.

When performing the light emission effect by the right light emission effect unit 711, the first to 14th upper right side light emitting lamps 732A to 732N and the first to tenth lower right side light emitting lamps 733A to 733J of the right lamp substrate 731, and a plurality of right side decorations. The lamps 734, 734 ... And the plurality of right auxiliary lamps 736, 736 ... Light up. The light emitted from the first to 14th upper right light emitting lamps 732A to 732N enters the incident surface on the upper side of the right light guide member 741 and passes through the right light guide member 741, and emits light on the upper side of the right light guide member 741. Go through the surface.

At this time, the light emitted from the upper right light emitting lamp of one of the first to 14th upper right light emitting lamps 732A to 732N is one of the first to 14th upper right side incident surface portions 743A to 743N of the right light guide member 741. It is incident on the upper right side incident surface portion (of the corresponding same alphabet symbol) and passes through the upper right side exit surface portion (of the corresponding same alphabet symbol) of one of the first to 14th upper right side exit surface portions 746A to 746N. Then, the light passing through the upper slopes (first to 14th upper right side incident surface portions 743A to 743N) of the right light guide member 741 passes through the first ceiling portion 762 of the first right side lamp cover 761 and is predetermined. The front surface of the first ceiling portion 762 of the decorated first right lamp cover 761 emits light.

In the present embodiment, the right light guide member 741 has first to 14th upper right side light guide portions 742A to 742N that separately transmit the light emitted from the first to 14th upper right side light emitting lamps 732A to 732N. The light guide portions 742A to 742N on the upper right side of the 1st to 14th are arranged in a block shape. Therefore, by changing the light (at least one of hue, lightness, and saturation) emitted from the first to 14th upper right light emitting lamps 732A to 732N so as to be different from each other, the protruding slope of the right light guide member 741 ( For example, the light passing through the first to seventh upper right side exit surface portions 746A to 746G, the ninth to 14th upper right side exit surface portions 746I to 746N, etc., which are arranged in the vertical direction can be changed in a gradation shape in the vertical direction. As a result, the front surface of the first ceiling portion 762 of the first right side lamp cover 761 can be changed in a gradation shape (striped shape extending in the left-right direction) to emit light.

The light emitted from the first to tenth lower right light emitting lamps 733A to 733J enters the incident surface on the lower side of the right light guide member 741 and passes through the right light guide member 741 to pass under the right light guide member 741. It passes through the exit surface on the side. At this time, the light emitted from the lower right light emitting lamp of one of the first to tenth lower right light emitting lamps 733A to 733J is the first to tenth lower right side incident surface portions 753A to 753J of the right light guide member 741. One of the lower right side (of the same alphabetic symbol) incident on the lower right side of one of the first to tenth lower right side exit surface parts 756A to 756J (of the same corresponding alphabetic symbol). It passes through the exit surface. Then, the light passing through the lower slopes (first to tenth lower right exit surface portions 756A to 756J) of the right light guide member 741 passes through the second ceiling portion 772 of the second right lamp cover 771. The front surface of the second ceiling portion 772 of the second right lamp cover 771 with a predetermined decoration emits light.

The plurality of upper right side incident surface portions (for example, the tenth to twelfth upper right side incident surface portions 743J to 743L, etc.) constituting the upper incident surface of the right light guide member 741 are the corresponding plurality of upper right side exit surface portions (for example, the first 10th to 12th upper right side exit surface portions 746J to 746L, etc.) In the direction of the incident surface (extending direction of the incident surface), the left and right width directions perpendicular to the direction in which the plurality of upper right side exit surface portions are lined up (vertical direction). As well as shifting, they are arranged side by side in the vertical direction. As a result, it is possible to prevent a plurality of upper right side incident surface portions from being arranged close to each other, so that light incident on one upper right side incident surface portion also enters the other upper right side incident surface portion and interferes with them. Can be prevented. Therefore, for example, the decorativeness of the right light emitting effect unit 711 can be enhanced in the light emitting effect of emitting light in a gradation shape, and the decorativeness of the movable accessory device 500 can be further enhanced.

The upper right exit surface portion (for example, the tenth to twelfth upper right side exit surface portions 746J to 746L, etc.) constituting the upper emission surface of the right light guide member 741 has a plurality of emission surface directions (extending direction of the emission surface). It is formed with irregularities arranged in the left and right width directions perpendicular to the direction in which the upper right exit slopes are lined up (vertical direction), and the irregularities are in the left and right width directions with respect to the irregularities of the adjacent upper right exit surface portions. It is placed out of alignment. As a result, it is possible to reduce the portion where the plurality of upper right side exit slope portions are connected in the same plane, so that the light incident on one upper right side incident surface portion and passing through one upper right side exit surface portion is emitted from the other upper right side exit surface portion. It is possible to prevent interference through the side emitting surface portion as well. Therefore, for example, the decorativeness of the right light emitting effect unit 711 can be enhanced in the light emitting effect of emitting light in a gradation shape, and the decorativeness of the movable accessory device 500 can be further enhanced.

Further, the light emitted from the right side decorative lamp 734 is refracted and incident on the rib side incident surface 765 of the first right side lamp cover 761 and is transmitted through the outer peripheral side of the rib portion 764 and the first ceiling portion 762, and the first right side lamp. The outer peripheral side of the front surface of the first ceiling portion 762 of the cover 761 partially emits light. As a result, a part of the front outer peripheral side of the first ceiling portion 762 can be made to emit light in a blurred point shape due to refraction of light on the rib side incident surface 765 or the like. Can be increased. The light emitted from the right auxiliary lamp 736 passes through the second side wall portion 773 on the lower side of the second right side lamp cover 771, and the lower side surface of the second right side lamp cover 771 partially emits light.

Next, in the movable accessory device 500, a case where a movable effect is performed by the rear effect unit 801 will be described. In a normal state, the movable accessory device 500 is arranged on the upper front side of the center accessory 26, and as shown in FIGS. 16 and 17, the first movable effect member 811 of the rear effect unit 801 is in the first standby position. The second movable effect member 821 of the rear effect unit 801 is located at the second standby position, and the right light emission effect unit 711 is located at the initial position. At this time, the first movable effect member 811 and the second movable effect member 821 are in a state of being tilted substantially horizontally to the left and right, and are hidden behind the left light emitting effect unit 611 and the right light emitting effect unit 711. More specifically, the first effect body forming unit 812 of the first movable effect member 811 and the third effect body forming unit 822 of the second movable effect member 821 are hidden behind the left light emitting effect unit 611. .. Further, the second effect body forming unit 813 of the first movable effect member 811 and the fourth effect body forming unit 823 of the second movable effect member 821 are hidden behind the right light emitting effect unit 711.

When performing a movable effect by the rear side effect unit 801, the movable accessory device 500 is lowered from the position on the upper front side of the center accessory 26 by a vertical movement mechanism (not shown) provided at the left and right rear of the center accessory 26. Slides to the position of (the position on the front side of the screen of the effect display device 27). In this state, the drive motor 521 rotationally drives the first movable effect member 811 and the second movable effect member 821 counterclockwise (when viewed from the front) via the drive mechanism 531 and also drives the right light emitting effect unit 711. Drive downwards.

At this time, the driving force of the drive motor 521 is transmitted to the first movable effect member 811 via the first gear 551, the second gear 552, and the third gear 553 of the drive mechanism 531, and the first movable effect member 811 Rotates about 225 ° counterclockwise from the first standby position and rotates to the first effect position. At this time, the driving force of the drive motor 521 is produced by the second movable effect via the first gear 551, the second gear 552, the third gear 535, the fourth gear 554, and the connecting member 831 of the drive mechanism 531. It is transmitted to the member 821, and the second movable effect member 821 rotates counterclockwise by about 270 ° from the second standby position and rotationally moves to the second effect position. At this time, the drive motor 521 is driven via the first gear 551, the second gear 552, the third gear 555, the fifth gear 555, the sixth gear 556, and the drive member 571 of the drive mechanism 531. The force is transmitted to the right light emitting effect unit 711, and the right light emitting effect unit 711 slides and moves from the initial position to the lower shielding position.

In this way, as shown in FIGS. 18 and 19, when the first movable effect member 811 is rotationally moved to the first effect position by the drive motor 521 and the drive mechanism 531, the second movable effect member 821 is moved to the second effect position. The right light emitting effect unit 711 slides to the lower shielding position. When the first movable effect member 811 is rotationally moved to the first effect position and the second movable effect member 821 is rotationally moved to the second effect position, the first effect body forming unit 812 and the first movable effect member 811 of the first movable effect member 811 are formed. The effect body forming unit 813 of 2 and the third effect body forming unit 822 and the fourth effect body forming unit 823 of the second movable effect member 821 are combined so as to be arranged along the rotation direction, and the front side effect unit One effect body having a substantially disk shape that can be seen from the front of 601 is formed.

The first movable effect member 811 and the second movable effect member 821 are formed in an elongated plate shape so as to be hidden behind the left side light emitting effect unit 611 and the right side light emitting effect unit 711 at the first standby position and the second standby position. Will be done. Therefore, the second effect body forming unit 813 of the first movable effect member 811 appearing below the left light emitting effect unit 611, and the third effect of the second movable effect member 821 appearing above the left light emitting effect unit 611. A substantially fan-shaped gap is formed between the body forming portion 822 and the gap, and the gap is hidden behind the left light emitting effect portion 611. Similarly, the first effect body forming unit 812 of the first movable effect member 811 appearing above the right light emitting effect unit 711 and the fourth movable effect member 821 of the second movable effect member 821 appearing below the right light emitting effect unit 711. A substantially fan-shaped gap is formed between the effect body forming portion 823 and the gap portion, and the gap portion is hidden behind the right light emitting effect unit 711 that has been slid to the shielding position.

As described above, in the present embodiment, the right light emitting effect unit 711 of the front effect unit 601 has an initial position for hiding the first and second movable effect members 811 and 821 that have moved to the first and second standby positions, and a first position. It is configured to be movable to a shielding position that covers the gap between the first and second movable effect members 811 and 821 that have moved to the second effect position. As a result, the decorativeness of the effect body formed by combining the first and second movable effect members 811 and 821 can be enhanced, and the decorativeness of the movable accessory device 500 can be further enhanced.

In the movable accessory device 500 of the present embodiment, the rib side incident surfaces 665 and 765 of the left side lamp cover 661 and the first right side lamp cover 761 are formed in a mountain-shaped tapered shape, and the left side lamp cover 661 and the first right side lamp. The outer peripheral side of the front surface of the ceiling portion 662, 762 of the cover 761 is configured to partially emit light, but the present invention is not limited to this. For example, the rib side incident surface of the left side lamp cover 661 and the first right side lamp cover 761 is formed in a lauret surface shape, and the light incident on the rib side incident surface is the rib portion of the left side lamp cover 661 and the first right side lamp cover 761. By making it spread over the entire 664, 764, the front outer peripheral side of the ceiling portion 662, 762 of the left lamp cover 661 and the first right lamp cover 761 is configured to emit light with an overall border. May be good.

In the movable accessory device 500 of the present embodiment, the left light guide member 641 is configured to have a plurality of left light guide portions 642A to 642W extending in the left-right direction and arranging in the vertical direction, and the ceiling of the left lamp cover 661. The front surface of the portion 662 can be changed in a gradation shape (in a striped shape extending in the left-right direction) to emit light, but the present invention is not limited to this. For example, the left light guide member is configured to have a plurality of left light guide portions extending in the vertical direction and arranged in the horizontal direction, and the front surface of the ceiling portion 662 of the left lamp cover 661 is formed in a gradation pattern (strips extending in the vertical direction). It may be configured so that it can be changed to emit light. That is, the plurality of left incident surface portions constituting the incident surface of the left light guide member and the plurality of left exit surface portions forming the exit surface of the left light guide member may be arranged side by side in the left-right direction.

In the movable accessory device 500 of the present embodiment, the right light guide member 741 is configured to have a plurality of upper right light guide portions 742A to 742N extending in the left-right direction and arranging in the vertical direction, and is composed of a first right lamp cover. The front surface of the first ceiling portion 762 of the 761 can be changed in a gradation shape (in a striped shape extending in the left-right direction) to emit light, but the present invention is not limited to this. For example, the right light guide member is configured to have a plurality of upper right light guide portions extending in the vertical direction and arranged in the horizontal direction, and the front surface of the first ceiling portion 762 of the first right lamp cover 761 has a gradation shape ( It may be configured so that it can be changed to emit light (in a striped shape extending in the vertical direction). That is, even if the plurality of upper right side incident surface portions constituting the incident surface of the right light guide member and the plurality of upper right side exit surface portions forming the exit surface of the right light guide member are arranged side by side in the left-right direction. Good.

The movable accessory device 500 of the present embodiment is provided in the pachinko gaming machine PM, but is not limited to this, for example, an arrange ball, a sparrow ball gaming machine, a rotating drum type gaming machine (slot machine), and the like. It may be provided in.

Although one embodiment of the present invention has been described above, the present invention is not limited to the above-mentioned embodiments (including modifications), and can be appropriately improved as long as it does not deviate from the gist of the present invention. ..

PM Pachinko game machine PA Game area PA1 Left area PA2 Right area 1 Outer frame 2 Front frame 5 Glass frame 20 Game board 26 Center accessory 27 Direction display device 28 Start port unit 61 Actuating gate device 62 1st grand prize device 63 2nd Grand prize device 71 1st out port 72 2nd out port 100 Unit body 200 1st start winning device 201 1st winning port 210 1st starting port Discharge passage 211 Inflow side passage 212 Outflow side passage 220 1st start winning sensor 300 Second start winning device 301 Second starting port 310 Distribution passage 320 Drive mechanism 330 Distribution member 340 Movable member 350 Second starting port Discharge passage 351 Front side passage 352 Rear side passage 361 Second start winning detection sensor 362 2nd start prize detection sensor 400 General prize device 500 Movable accessory device (directing device)
601 Front side effect unit 611 Left side light emitting effect unit 631 Left side lamp substrate 632A to 632W 1st to 23rd left side light emitting lamp 634 Left side decorative lamp 641 Left side light guide member 642A to 642W 1st to 23rd left side light guide unit 643A to 643W 1st ~ 23rd left side incident surface part 646A ~ 646W 23rd left side emitting surface part 661 left side lamp cover 664 rib part 665 rib side incident surface part 711 right side light emitting effect part (shielding part)
731 Right side lamp substrate 732A to 732N 1st to 14th upper right side light emitting lamp 734 Right side decorative lamp 741 Right side light guide member 742A to 742N 1st to 14th upper right side light guide part 743A to 743N 1st to 14th upper right side incident surface part 746A to 746N 1st to 14th upper right side exit surface part 761 1st right side lamp cover 764 Rib part 765 Rib side incident surface 771 2nd right side lamp cover 801 Rear side effect part 811 1st movable effect member 821 2nd movable effect member

Claims (2)

A lamp board provided with multiple light emitting lamps and
A plate-shaped translucent member having translucency provided so as to face the plurality of light emitting lamps of the lamp substrate is provided.
The translucent member is
An incident surface facing the plurality of light emitting lamps and
It is formed on the surface side opposite to the incident surface, and has an exit surface through which light incident on the incident surface passes from the plurality of light emitting lamps.
The incident surface has a plurality of incident surface portions formed corresponding to the plurality of light emitting lamps.
The exit surface has a plurality of exit surface portions formed corresponding to the plurality of incident surface portions.
The light emitted from one of the plurality of light emitting lamps is configured to enter the incident surface portion of one of the plurality of incident surface portions and pass through one of the plurality of emission surface portions. ,
The plurality of exit surface portions are arranged side by side in one direction.
The exit surface portion is formed to have irregularities arranged in a direction perpendicular to the one direction in the exit surface direction, and the irregularities are perpendicular to the unevenness of the adjacent exit surface portions in one direction. A production device for a gaming machine, which is characterized in that it is arranged so as to be displaced in the direction. A translucent lamp cover provided so as to cover the surface side of the translucent member on which the exit surface is formed is provided.
The lamp cover has a rib portion extending toward the lamp substrate.
A rib-side incident surface facing the decorative lamp provided on the lamp substrate is formed on the edge of the rib portion.
The light incident on the rib-side incident surface from the decorative lamp is configured to pass through the rib portion.
The effect device for a gaming machine according to claim 1, wherein the rib-side incident surface is formed in a tapered shape that is sharp toward the decorative lamp.

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