JP2015139676A - Game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game machine capable of wiring a first signal line of a first flexible cable for transmitting a fist signal for driving a movable generator, and a second signal line of a second flexible cable for transmitting a second signal for displaying a performance image on an image display, at a mutually spaced position in the width direction in a cable layered part in which the first and second flexible cable are superposed at both width-directional ends of the cables butted on each other.SOLUTION: First and second flexible cables 131 and 132 have the same width and include a cable layered part 135 formed by superposing width-directional both ends of the cables 131 and 132. The second flexible cable 132 includes a prescribed-length margin area 142B in which no conductor wire is wired at width-directional piece of the wiring area 142A of a plurality of conductor wires 142.

Description

  The present invention relates to a gaming machine, and more particularly to a structure of the first and second flexible cables, which has a cable multi-layer portion in which first and second flexible cables are stacked.

  In a pachinko machine with a game area in which a game ball can flow down and a start opening and an open / close-type big prize opening, when the game ball wins the start opening, determination information is acquired when the start condition is met, The jackpot determination is performed based on the determination information, and the special symbol is variably displayed. Then, the determination symbol indicating the result of the jackpot determination is stopped and displayed. When it is determined to be a “big hit”, the big hit symbol is stopped and displayed, and a special game is performed to open the normally closed big prize opening, where a large number of game balls are awarded to the big prize opening, A considerable number of game balls can be acquired.

  In the game effect, when the special symbol is variably displayed, a symbol variation effect that suggests the result of the big hit determination, and a special game effect that excites the special game when the special game is performed, respectively. It is performed using a production device including an image display, and the game performance and the game entertainment are enhanced by such game production.

  Generally, in a pachinko gaming machine, a center role is attached to a game board forming a game area, and the center role is equipped with a relatively large image display (main image display). A model equipped with a sub image display in addition to the main image display is known. The applicant of the present application provides the first movable accessory so as to be movable in a direction parallel to the board surface of the game board, and the second movable accessory is provided rotatably on the first movable accessory. A movable accessory device equipped with a sub image display is put into practical use (for example, see Patent Document 1).

  Here, the pachinko gaming machine is provided with a large number of wires for various types of driving and control. For example, in order to drive and control the movable accessory device disclosed in Patent Document 2, the movable accessory from the drive control unit side. A plurality of flexible cables extending to the side are arranged. In order to arrange the plurality of flexible cables in an orderly manner, the plurality of flexible cables are formed to have the same width, and have a cable multilayer portion in which both ends in the width direction of the cables are overlapped with each other.

  Among the plurality of flexible cables, the first flexible cable is wired with a plurality of conductive wires including a first signal line for transmitting a first signal for driving the movable accessory (electric motor) from the drive control unit, The flexible cable is wired with a plurality of conductive wires including a second signal line for transmitting a second signal for displaying the effect image on the sub-image display from the drive control unit. The signal lines are wired so as not to correspond to each other, that is, at positions separated from each other.

JP 2013-215428 A JP 2013-212297 A

  As described above, in the case where the plurality of flexible cables extending from the drive control unit side to the movable accessory side have the cable multilayer portion in which the both ends in the width direction of the cables are overlapped, A first signal line of a first flexible cable for transmitting a first signal for driving an object, and a second signal line of a second flexible cable for transmitting a second signal for displaying an effect image on an image display; Is approaching, the second signal is affected by the first signal to generate noise, which may deteriorate the quality of the effect image.

  Therefore, in the structure of the first and second flexible cables of Patent Document 2, the first and second signal lines are wired so as not to correspond to each other in the cable multilayer portion, that is, to be separated from each other. However, the first flexible cable is wired with a plurality of conductors including the first signal line over substantially the entire width thereof, and the second flexible cable is provided with the second signal over the substantially entire width thereof. Since a plurality of conducting wires including wires are wired, there is a limit in separating the first and second signals from each other.

  An object of the present invention is to provide a gaming machine that can improve the above problems.

  The first invention (the gaming machine (1)) includes a movable combination (74, 75, 76, 77) operable in a game effect, an image display (100) capable of displaying an effect image, and the movable combination. Drive control means (205) for driving and controlling the object (74, 75, 76, 77) and the image display (100), and the movable accessory (74, 75, 76, 77) from the drive control means (205). ) And a first flexible cable (131) provided with a plurality of conductors (141) including a first signal line (141α) for transmitting a first signal for driving the first signal, and the image from the drive control means (205). A plurality of conductors (142) including a second signal line (142α) for transmitting a second signal for displaying an effect image on the display (100) are wired and have the same width as the first flexible cable (131). The second flexible cable (132), and the first and second flexible cables (131,132) are cable weights obtained by overlapping both ends of the cables (131,132) in the width direction. A layer portion (135), and at least one of the first and second flexible cables (131, 132) is a predetermined wire that is not wired on one or both sides in the width direction of the wiring region (142A) of the plurality of conductors (142). A margin region (142B) having a width is provided.

  According to a second invention, in the first invention, in the cable multi-layer part (135), the first wiring region (141A) of the plurality of conductors (141) in the first flexible cable (131) and the second flexible cable The second wiring region (142A) of the plurality of conductors (142) in the cable (132) is divided into the width direction center (Wo1) of the first wiring region (141A) and the width direction of the second wiring region (142A). The center (Wo2) is provided so as to be shifted in the width direction of the cable (131, 132), and the first and second signal lines (141α, 142α) are wired so as not to correspond to each other.

  According to a third invention, in the first or second invention, the first wiring region (141A) is provided such that the center (Wo1) in the width direction coincides with the center (Co1) in the width direction of the cable (131), The second wiring region (142A) is provided such that the center (Wo2) in the width direction is shifted from the center (Co2) in the width direction of the cable (132).

  According to a fourth invention, in any one of the first to third inventions, the plurality of conductors (141) in the first wiring region (141A) are wired at predetermined intervals, and the second wiring region (142A The plurality of conductors (142) in (1) are wired at the same predetermined intervals.

  According to a fifth aspect of the present invention, in a gaming machine (1) having a wiring structure for electrically connecting gaming machines, a flexible cable (132) in which a plurality of conductive wires (142) that are part of the wiring structure are wired. ), And the flexible cable (132) is provided with a margin region (142B) having a predetermined width that does not route the conductor on one side or both sides of the wiring region (142A) of the plurality of conductors (142). And

  According to the present invention, each of the first and second flexible cables has a cable multi-layer portion in which both ends of the cables in the width direction are overlapped, and the first for driving the movable accessory in the cable multi-layer portion. The first signal line of the first flexible cable that transmits the signal and the second signal line of the second flexible cable that transmits the second signal for displaying the effect image on the image display are separated from each other in the width direction. Can be wired to a location.

It is a perspective view from the front upper side of the pachinko gaming machine according to the embodiment of the present invention. It is a front view of the game board of the gaming machine (first and second movable accessory devices are in the initial state). It is a front view of the game board (the first movable accessory device is in an operating state). It is a front view of the game board (the second movable accessory device is in an operating state). It is a front view of the distribution apparatus provided in the starting port apparatus. It is a left view of a distribution apparatus. It is a top view of a distribution apparatus. It is a disassembled perspective view of a distribution apparatus. It is a front view of the base member of a distribution apparatus. It is a rear view of the case member of a distribution apparatus. It is the XI-XI sectional view taken on the line of FIG. It is a front view of the 1st movable accessory apparatus (an accessory main body is an initial position, and a 2nd movable accessory is a 1st position). It is a front view of the 1st movable accessory device (a role main part is the 1st advance position, and the 2nd movable accessory is the 2nd position). It is a front view of the 1st movable combination device (the state where the 1st movable combination is the 2nd advance position, and the 2nd movable combination expanded the interval). It is a front view of the 1st movable combination device (the state where the 1st movable combination was the 3rd advance position, and the 2nd movable combination was tilted). It is a perspective view from the front upper side of the 1st movable accessory apparatus of FIG. It is a perspective view from the front lower side of the 1st movable accessory apparatus of FIG. It is a front view of the 1st base member. It is a perspective view from the front upper side of the 1st and 2nd movable combination. It is a front view of the 1st and 2nd movable accessory. It is a rear view of the 1st and 2nd movable combination. It is a perspective view from the front upper side of a 1st movable accessory. It is a front view of a 1st movable accessory. It is a perspective view from the back upper side of the 1st movable combination. It is a perspective view from the front upper side of a 2nd movable accessory. It is a rear view of a 2nd movable accessory. It is a perspective view from the back upper side of the 2nd movable accessory. It is a front view of the 2nd movable accessory apparatus (a rotation combination is a 1st rotation position, a reversing combination is a 1st reversing position, and a movable combination is a storage position). FIG. 6 is a front view of a second movable accessory device (a rotational combination is a second rotation position, a reversing combination is a first reversing position, and a movable combination is a storage position). FIG. 10 is a front view of a second movable accessory device (a rotational combination is a second rotation position, a reverse combination is a second reverse position, and a movable combination is a storage position). FIG. 10 is a front view of a second movable accessory device (a rotational combination is a second rotation position, a reverse combination is a second reverse position, and a movable combination is a deployment position). It is a perspective view from the back upper side of the 2nd movable accessory apparatus of FIG. It is the perspective view from the front upper side which notched so that the rotation drive means of the 2nd movable accessory apparatus was visible. It is a perspective view from the front upper side of the principal part which notched the reversal drive means of the 2nd movable accessory apparatus so that visual recognition was possible. It is a perspective view from the back upper side of a reversal accessory main body, a movable accessory, and an accessory operating means. It is a perspective view from the back upper side of a movable accessory and an accessory operating means. It is a rear view of a movable accessory and an accessory operating means. It is a perspective view from the back upper side which abbreviate | omitted one part of the movable accessory and the accessory operating means. It is a perspective view from the back upper side of a main moveable combination and a 1st followable combination. It is a perspective view from the front upper side of a reversal accessory main body. It is a disassembled perspective view from the front upper side of a sub image display apparatus. It is a disassembled perspective view from the back upper side of a sub image display apparatus. It is a disassembled perspective view of a microlens two-dimensional array. It is sectional drawing of a microlens two-dimensional array. It is a figure which shows an optical system equivalent to 1 set of microlenses of a microlens two-dimensional array. It is a front view of a reversal accessory main body. It is a rear view of a sub image display device. It is a disassembled perspective view from the front upper side of a reversal accessory main body and a sub image display apparatus. It is sectional drawing of a 1st engagement means, (1) shows an engagement release state, (2) shows an engagement state. It is sectional drawing of a 2nd engagement means, (1) shows an engagement release state, (2) shows an engagement state. It is a figure which shows the various board | substrates of the 2nd movable accessory apparatus, and its connection. It is a disassembled perspective view of a 1st, 2nd, 3rd flexible cable. It is a figure which shows the structure of a 1st, 2nd, 3rd flexible cable. It is a circuit diagram containing the arrangement | sequence of a 1st, 2nd, 3rd flexible cable. It is a figure which shows the structure of the 2nd flexible cable which concerns on the example of a change. It is a figure which shows the structure of the 1st, 2nd flexible cable which concerns on the example of a change. It is a perspective view from the front upper side of a reverse drive means and a coil spring. It is a perspective view from the back upper side of a reverse drive means and a coil spring. It is a perspective view from the back upper side of a reverse drive means and a coil spring. It is a front view of a shaft member, its support structure, and a coil spring. It is a perspective view from the front upper side of a shaft member and a coil spring. It is a block diagram of the control system of a pachinko gaming machine. It is a block diagram of the principal part of the control system of a pachinko gaming machine. It is a functional block diagram of a pachinko gaming machine. It is a chart regarding the big hit determination table. It is a chart which shows a symbol determination table. It is a chart which shows the opening / closing pattern of the special winning opening in the special game according to design and the game state after the special game ends. It is a chart regarding the 2nd starting mouth operation mode. It is a chart which shows a plurality of game states and those set contents. (1) is a chart showing a plurality of symbol variation effects, (2) is a plurality of special game effects, and (3) is a chart showing a plurality of endings. It is a graph which shows the design fluctuation effect which displays an effect image on a sub image display apparatus.

  Hereinafter, modes for carrying out the invention will be described based on examples.

  As shown in FIGS. 1 to 4, in the pachinko gaming machine 1, an open / close frame 2 (inner frame 2) is attached to an outer frame (not shown) attached to the island structure of the game hall so that the open / close frame 2 can be opened and closed. The opening / closing door 3 is mounted to be freely opened and closed. A window 3a is formed in the opening / closing door 3, and a transparent plate 3b is attached to the window 3a. The left end portion of the opening / closing door 3 is supported by the left end portion of the opening / closing frame 2 so as to be rotatable about the vertical axis, and the key cylinder 3c for locking the opening / closing door 3 to the opening / closing frame 2 is attached to the right end portion of the opening / closing door 3. Has been. A game board 4 is mounted on the opening / closing frame 2, and a game area 4 a in which a game ball can flow down is formed between the game board 4 and the transparent plate 3 b on the front side thereof, and the game area 4 a is opened and closed by the opening / closing door 3. .

  The open / close door 3 is provided with a storage tray 5 for storing game balls below the window 3a, and the storage tray 5 is equipped with an effect button SW6 ("SW" means a switch) that can be operated by the player. The firing handle 7 is mounted on the lower right side of the storage tray 5. When the launch handle 7 is turned, the game balls introduced to the launch position are fired from the storage tray 5, and when a plurality of game balls are stored in the storage tray 5, the plurality of game balls are about 0.6 seconds. Fired continuously at intervals. The launched game ball is guided by the guide rail 8 and introduced into the upper part of the game area 4a.

  As shown in FIG. 2 to FIG. 4 and FIG. 62, the game area 4a includes a start port device 10 having a first start port 10a and a second start port 10b in addition to a number of obstacle nails (not shown), A second starting port device 11 having an openable second starting port 11a, a gate 12, a large winning port device 13 having an openable large winning port 13a, and a plurality of general winning ports 14, The arrangement shown in the figure is provided so that a winning (passing / entering ball) is possible. The gate 12 and the plurality of general winning openings 14 are respectively provided with a gate SW 12a for detecting a winning game ball and a plurality of general winning openings SW 14a.

  The starter device 10 detects the game balls that have won the first starter port 10a (first starter region 10a), the second starter port 10b (second starter region 10b), and the first starter port 10a. A mouth SW10c, a second starter SW10d for detecting a game ball won in the second starter port 10b, and a distribution device 20 capable of distributing the game ball to the first and second starter ports 10a, 10b are provided. .

  The second starter device 11 includes a second starter 11a, an opening / closing member 11b that opens and closes the second starter 11a, a second starter SW11c that detects a game ball won in the second starter 11a, and an opening / closing member. And a second start port SOL11d that opens and closes 11b. The second start port 11a is normally in a closed state where it is difficult for a game ball to win a prize (impossible to win a prize) due to the opening / closing member 11b and the second start port SOL11d, and this closed state and an open state where the game ball is easy to win. Can work.

  The big prize opening device 13 opens and closes the big prize opening 13a, the opening / closing member 13b for opening / closing the big prize opening 13a, the big winning opening SW13c for detecting a game ball won in the big prize opening 13a, and the opening / closing member 13b. And a grand prize opening SOL13d. The big prize opening 13a is normally closed by the opening / closing member 13b and the big prize opening SOL13d so that the game ball is difficult to win (impossible to win), and the closed state and the open state where the game ball is easy to win are operated. obtain.

  When a game ball launched into the game area 4a wins any of the winning openings 10a, 10b, 11a, 13a, 14, the setting is made for each winning opening 10a, 10b, 11a, 13a, 14 for each winning game ball. A large number (several to several dozen) of game balls are paid out to the storage tray 5 as prize balls. If the game ball launched into the game area 4a does not win any of the winning openings 10a, 10b, 11a, 13a, 14, it is finally discharged from the lower discharge opening 9 to the outside of the gaming area 4a.

  When a game ball wins any of the start openings 10a, 10b, and 11a, a big hit lottery is performed, and when winning by the big hit lottery, a big hit game in which the big win opening 13a is opened is generated. When the game ball passes through the gate 12, a winning lottery is performed, and when winning by the winning lottery, an auxiliary game is generated in which the second start port 11a is opened.

  A center accessory 15 is attached to the game board 4, and an image display device 16 for game effect and first and second movable accessory devices 17 and 18 are mounted on the center accessory 15. The center accessory 15 is fitted and attached to a center opening (not shown) formed in the center frame 15a of the game board 4, and a stage 15b on which a game ball rolls is placed below the center frame 15a. Is formed. The image display device 16 is arranged so that the screen can be seen from the front side of the pachinko gaming machine 1 through the inside of the center frame 15a, and an effect image is displayed on the image display device 16.

  A game display board 19 is provided in the lower right part of the game board 4, and this game display board 19 has a first special figure display 19a, a second special figure display 19b, a general figure display 19c, and a first special figure holding lamp. 19d, a second special figure holding lamp 19e, and a general figure holding lamp 19f.

  The first special figure display 19a displays the first special symbol in a variable manner, the first special figure holding lamp 19d displays the first special figure holding number, and the first special figure holding number is less than four. 1 is added each time a game ball wins in one start port 10a. The second special symbol display 19b displays the second special symbol in a variable manner, the second special diagram hold lamp 19e displays the second special figure hold number, and the second special figure hold number is less than four. 2 Each time a game ball wins one of the start ports 10b and 11a, 1 is added.

  When the first and second special symbols are in the variable stop state, and the first special figure holding number is 1 or more, the first special figure holding number is decremented by 1, the first special symbol starts to fluctuate, and then the stopped symbol The result of the big win lottery is displayed, or when the number of second special figure hold is 1 or more, the second special figure hold number is decremented by 1, the second special symbol starts to fluctuate, and then the big win with the stop symbol after that The lottery result is displayed.

  When the normal symbol is displayed on the universal symbol display 19c so that the normal symbol can be changed, the universal symbol holding number 19f is displayed on the universal symbol holding lamp 19f. Is added. When the normal symbol is in the variable stop state and the number of reserved general symbols is 1 or more, the number of reserved general symbols is decremented by 1, the normal symbol starts to fluctuate, and the result of winning lottery is displayed in the subsequent stopped symbols.

○ [Structure of 8-hold type sorting device]
Next, the start port device 10 and the sorting device 20 will be described with reference to FIGS. Note that the front-rear and left-right directions when the pachinko gaming machine 1 is viewed from the front will be described as front-rear and left-right directions. As shown in FIGS. 5 to 11, the casing of the sorting apparatus 20 is formed of a transparent synthetic resin material, and has a plate-like base member 21 and a case member fixed to the front surface of the base member 21 with a plurality of screws. 22, and four pin portions 21 a for positioning are integrally formed on the rear surface of the base member 21, and the base member 21 and the case member are fitted in the pin holes of the game board 4. 22 is fixed to the front surface of the game board 4. The sorting device 20 includes an introduction passage 23 including an introduction port 23a for introducing game balls, first and second guide passages 24 and 25, first and second discharge ports 24c, 24d, 25c and 25d, Minute means 30.

  The introduction port 23a is formed at a central portion of the upper end portion of the sorting device 20 in a rectangular hole through which only one game ball opened upward by the base member 21 and the case member 22 can pass. The introduction passage 23 is a short vertical passage that extends downward from the introduction port 23 a, and the distribution means 30 is disposed so as to face the lower end of the introduction passage 23. The first and second guide passages 24 and 25 branch from the lower end of the introduction passage 23 to the left and right to guide the game balls to the first and second start ports 10a and 10b, respectively. It is formed with. The first and second guide passages 24 and 25 are formed symmetrically with respect to the center line C in FIG. First and second start ports 10a and 10b are respectively provided at rear portions of lower end portions of the first and second guide passages 24 and 25, and the first and second start ports 10a and 10b are respectively provided with first and second start ports. Ports SW10c and 10d are provided respectively.

  As shown in FIGS. 5, 6, 10, and 11, the first guide passage 24 includes a first inclined passage portion 24 a that extends obliquely downward from the introduction passage 23 to the left side, and a lower end of the first inclined passage portion 24 a. An L-shaped first bent passage portion 24b extending linearly downward from the rear side and extending horizontally to the rear side of the base member 21 and a vertically elongated first passage hole 24e formed in the base member 21. I have. A lower end portion of the first bent passage portion 24b is formed in a semicircular passage 24f having a semicircular cross section extending in the front-rear direction. The semicircular passage 24f includes an extension passage portion integrally formed with the base member 21 so as to extend to the rear side of the base member 21, and the first start port SW10c is disposed in the extension passage portion. .

  A lower portion of the first guide passage 24 (that is, the first bent passage portion 24b) is formed with a first curved guide portion 26 that smoothly changes the direction of the dropped game ball to the rear. The first curved guide portion 26 is formed of a pair of parallel left and right first vertical ribs 26a and 26b protruding from the inner wall of the first bent passage portion 24b. The pair of first vertical ribs 26a and 26b are arranged with a small gap. The first vertical ribs 26a and 26b are formed in an approximately L shape with a vertical portion and a horizontal portion. A hyperbolic curved guide surface is formed at the inner ends of the first vertical ribs 26a and 26b.

  The vertical portion of the left first vertical rib 26a extends upward from the vertical portion of the right first vertical rib 26b. The protruding width at which the vertical portion of the first vertical rib 26 a protrudes rearward from the front plate 22 a of the case member 22 is slightly larger than the protruding width at which the vertical portion of the first vertical rib 26 b protrudes rearward from the case member 22. The inner end of the upper half of the vertical portion of the first vertical rib 26 a is inclined such that the center line C side edge line coincides with the rear surface of the front plate 22 a of the case member 22. Therefore, it becomes difficult to discharge the game ball from the first discharge port 24c. The rear ends of the horizontal portions of the pair of first vertical ribs 26a and 26b are located at positions corresponding to the base member 21, and one vertical rib 26c is provided behind the pair of first vertical ribs 26a and 26b. It has been.

  On the left and right side walls below the first guide passage 24, that is, on the left and right side walls of the vertical portion of the first bent passage 24b, a pair of firsts that can discharge the game balls to the outside of the first guide passage 24. Discharge ports 24c and 24d are formed. The first discharge ports 24c, 24d are laterally arched openings with the top of the arch directed forward.

  The upper ends of the first outlets 24c and 24d are located in the vicinity of the lower end of the first inclined passage portion 24a, and the lower ends of the first outlets 24c and 24d are higher than the lower end wall surface of the first guide passage 24 by about the diameter of the game ball. It is in. The front ends of the first discharge ports 24 c and 24 d are positioned slightly rearward from the rear surface of the front plate 22 a of the case member 22, and the rear ends are partitioned by the base member 21. In addition, an inclined rod 24g is formed integrally with the case member 22 so as to be opposed to the upper half of the left first discharge port 24c with a game ball passage gap 24h from the outside. The front surface of the game ball passage gap 24h is closed with a front plate 22a (see FIG. 10).

  As shown in FIGS. 5, 6, 10, and 11, the second guide passage 25 includes a second inclined passage portion 25a that extends obliquely downward from the introduction passage 23 to the right side, and a lower end of the second inclined passage portion 25a. An L-shaped second bent passage portion 25b that linearly extends downward from the rear and extends horizontally to the rear side of the base member 21 and a vertically elongated second passage hole 25e formed in the base member 21. I have. A lower end portion of the second bent passage portion 25b is formed in a semicircular passage 25f having a semicircular cross section extending in the front-rear direction. The semicircular passage 25f includes an extension passage portion integrally formed with the base member 21 so as to extend to the rear side of the base member 21, and the second start port SW10d is disposed in the extension passage portion. .

  A second curved guide portion 27 that smoothly changes the direction of the dropped game ball to the rear is formed in the lower portion of the second guide passage 25 (that is, the second bent passage portion 25b). The second curved guide portion 27 is formed of a pair of parallel left and right second vertical ribs 27a and 27b protruding from the inner wall of the second bent passage portion 25b. The pair of second vertical ribs 27a and 27b are arranged with a small gap. The second vertical ribs 27a and 27b are formed in an approximately L shape with a vertical portion and a horizontal portion. A hyperbolic curved guide surface is formed at the inner ends of the second vertical ribs 27a and 27b.

  The vertical part of the second vertical rib 27a on the right side extends upward from the vertical part of the second vertical rib 27b on the left side. The protruding width at which the vertical portion of the second vertical rib 27a protrudes rearward from the front plate 22a of the case member 22 is slightly larger than the protruding width at which the vertical portion of the second vertical rib 27b protrudes rearward from the case member 22. The inner end of the upper half of the vertical portion of the second vertical rib 27 a is inclined so that the center line C side edge line coincides with the rear surface of the front plate 22 a of the case member 22. Therefore, it becomes difficult to discharge the game ball from the second discharge port 25c. The rear ends of the horizontal portions of the pair of second vertical ribs 27a and 27b are located at positions corresponding to the base member 21, and a single vertical rib 27c is provided behind the pair of second vertical ribs 27a and 27b. Is provided.

  On the left and right side walls at the bottom of the second guide passage 25, that is, on the left and right side walls of the vertical portion of the second bent passage 25b, a pair of second balls that can discharge the game balls to the outside of the second guide passage 25. Discharge ports 25c and 25d are formed. The second outlets 25c and 25d are laterally arched openings with the top of the arch directed forward.

  The upper ends of the second discharge ports 25c and 25d are positioned near the lower end of the second inclined passage portion 25a, and the lower ends of the second discharge ports 25c and 25d are positioned higher than the lower end wall surface of the second guide passage 25 by about the diameter of the game ball. It is in. The front ends of the second discharge ports 25 c and 25 d are positioned slightly rearward from the rear surface of the front plate 22 a of the case member 22, and the rear ends are partitioned by the base member 21. In addition, an inclined rod 25g that is opposed to the right half of the second discharge port 25c on the right side with a game ball passage gap 25h from the outside is formed integrally with the case member 22. The front surface of the game ball passage gap 25h is closed with a front plate 22a (see FIG. 10).

  As shown in FIG. 10, between the first and second bent passage portions 24b and 25b, a discharge passage for dropping game balls discharged from the inner first and second discharge ports 24d and 25d downward. 28 is formed. The front surface of the discharge passage 28 is closed by the front plate 22a of the case member 22, and the discharge passage 28 has a trapezoidal shape whose lateral width increases toward the bottom. The pair of first discharge ports 24c, 24d and the pair of second discharge ports 25c, 25d are formed in a state of being aligned on a horizontal straight line in the left-right direction.

  The distribution means 30 distributes a plurality of game balls introduced into the introduction passage 23 alternately into the first guide path 24 and the second guide path 25. The distribution means 30 will be described later.

  In this sorting apparatus 20, in order to minimize the number of game balls discharged from the first and second discharge ports 24c, 24d, 25c, and 25d, the first and second guide passages 24 and 25 are arranged as follows. Various configurations are also provided.

  As shown in FIG. 11, the front end of the first curved guide portion 26 is positioned in front of the front ends of the first discharge ports 24c and 24d, and the front end of the second curved guide portion 27 is the front end of the second discharge ports 25c and 25d. Is located in front of. Therefore, it is difficult for the game balls to be discharged from the first and second guide passages 24 and 25 to the first and second discharge ports 24c, 24d, 25c, and 25d, respectively. Note that a protrusion 24i (see FIG. 6) is provided in a rear protruding shape at a portion of the front plate 22a near the first and second discharge ports 24c and 25c. Due to the protrusion 24i, the game balls discharged from the discharge ports 24c and 25c hit the obstacle nail in the game area 4a and bounce back toward the sorting device 20, and the first and second guide passages 24, 25 is prevented from returning.

  As shown in FIG. 11, the lower end of the first curved guide portion 26 (the upper end of the horizontal portion of the first vertical ribs 26a and 26b, which is a hyperbola and is gently inclined backward and downwardly inclined) is the first discharge port. The lower end of the second curved guide portion 27 (the upper end of the horizontal portion of the second longitudinal ribs 27a and 27b, which is a hyperbola and is gently inclined downward and downwardly inclined). Is located several mm below the lower ends of the second discharge ports 25c, 25d. Therefore, it is difficult for the game balls to be discharged from the lower ends of the first and second guide passages 24 and 25 to the first and second discharge ports 24c, 24d, 25c, and 25d, respectively.

  As shown in FIG. 10 and FIG. 11, a game ball is formed by applying resistance to the game ball to the base member 21 and the case member 22 which are passage forming members forming the introduction passage 23 and the first and second guide passages 24 and 25. A deceleration means 29 for decelerating is provided.

  As a part of the speed reduction means 29, the first guide inner wall (rear inner wall) of the introduction passage 23 is inclined to guide the game ball to collide with the second passage inner wall (front inner wall) of the introduction passage 23. The guide portion 23b is provided with an inclined guide portion 23b that is inclined so as to move forward as it goes downward. The inclined guide portion 23b is a fold-like inclined surface in which the inclination with respect to the vertical surface is increased in the horizontal fold line portion 23c below the inclined guide portion 23b. When the game ball collides with the inclined guide portion 23b, the direction of the game ball is changed in a direction to collide with the inner wall of the second passage, so that the game ball is decelerated and discharged from the first and second discharge ports 24c, 24d, 25c, and 25d. It becomes difficult.

  As shown in FIG. 10, a plurality of convex portions 29a and 29b are provided on the inclined upper wall portions 22c and 22d of the first and second inclined passage portions 24a and 25a as a part of the speed reducing means 29, respectively. However, one convex portion 29a may be provided. The plurality of convex portions 29a, 29b are a plurality of ribs protruding vertically from the inclined upper wall portions 22c, 22d, and having a plurality of ribs in the front-rear direction having different protruding widths. The tip surfaces of the plurality of ribs form discontinuous bent surfaces.

  Therefore, when the game ball collides with the tips of the plurality of convex portions 29a and 29b, the direction of the game ball is irregularly changed in the direction corresponding to the collision location, so that the game ball is decelerated and the first and second discharge ports 24c. , 24d, 25c, and 25d. The convex portions 29a and 29b are not limited to ribs, and may be formed by a plurality of boss portions or protrusions having different protrusion heights.

○ [Magnet mounting structure]
Next, the distribution means 30 will be described.
As shown in FIGS. 5 to 11, the sorting means 30 includes a sorting rotary member 31 disposed immediately below the introduction passage 23 and a second magnet 32 b attached to the rear end of the pivot member 31. (Movable magnet 32b) and a first magnet 32a (fixed magnet 32a) that is attached to the base member 21 behind the second magnet 32b and generates a magnetic force repelling the second magnet 32b.

  The rotating member 31 is pivotally supported by the base member 21 and the case member 22 via a horizontal axial member 34 made of a metal non-magnetic material (for example, brass). The front end portion of the shaft member 34 is supported by a boss portion 22 b that protrudes from the rear surface of the front plate 22 a of the case member 22. The rear end portion of the shaft member 34 is supported by a cylindrical portion 35 (boss portion 35) protruding from the rear surface of the base member 21.

  The rotating member 31 is an integrated product made of synthetic resin. The rotating member 31 includes a cylindrical portion 31a through which the shaft member 34 penetrates, a thin semicircular plate 31b approaching the front surface of the base member 21, and a cylindrical portion 31a. And three blades 31c to 31e extending in the radial direction. The three blades 31c to 31e include a middle blade 31c perpendicular to the central axis of the cylindrical portion 31a, a left blade 31d opened 90 degrees to the left from the middle blade 31c, and a right from the middle blade 31c. It consists of a right blade 31e opened 90 degrees. A first receiving portion 31f for receiving a game ball is formed between the middle blade 31c and the left blade 31d, and a second receiving portion 31g for receiving a game ball is formed between the middle blade 31c and the right blade 31e. Yes.

  A short columnar boss 31h projects from the rear surface of the semicircular disk 31b behind the tip of the middle blade 31c of the rotating member 31, and is short in the recess 32c (second magnet housing recess 32c) of the boss 31h. A cylindrical second magnet 32b is mounted and fixed with the direction of the magnetic field in the front-rear direction. In order to switch the game ball that has entered the introduction passage 23 between a state in which the game ball is received in the first receiving portion 31f and a state in which the game ball is received in the second receiving portion 31g, the rotating member 31 rotates the shaft member 34 and the cylindrical portion 31a. As a center of movement, it is formed so as to be able to rotate (swingable) to the left and right at a set angle (eg, about 60 to 70 degrees).

  The base member 21 is formed with an arc groove 33 having a size to receive the boss portion 31h to which the second magnet 32b is fixed and to allow the set angle to swing. The arc-shaped convex portion 33a (receiving portion 33a) is formed on the base member 21 so as to protrude rearward.

  Stoppers 36 a and 36 b that determine the left and right rotation limit positions of the rotation member 31 are formed at both ends of the upper end wall 28 a of the discharge passage 28. When the right blade 31e is locked at the right end 36b of the upper end wall 28a (right rotation limit position), the game ball dropped from the introduction passage 23 enters the first receiving portion 31f of the rotation member 31. When the left blade 31d is locked at the left end 36a of the upper end wall 28a (left rotation limit position), the game ball dropped from the introduction passage 23 enters the second receiving portion 31g of the rotation member 31.

  As shown in FIG. 6 and FIG. 11, a circular convex portion 37 that protrudes several mm rearward is formed at the center of the rear surface of the arc-shaped convex portion 33 a, and a circular shape formed at the rear end portion of the circular convex portion 37. A short cylindrical first magnet 32a having the same or substantially the same length as the second magnet 32b is mounted in the magnet housing recess 37a (magnet housing portion 37a) with the direction of the magnetic field in the front-rear direction. The magnet housing recess 37a is disposed behind the second magnet housing recess 32c, and at the neutral position where the left blade 31d and the right blade 31e of the rotating member 31 are horizontal, the center of the first magnet 32a and the second magnet 32b The center is shifted in the vertical direction (specifically, the center of the first magnet 32a is positioned below the center of the second magnet 32b). The polarities of the first and second magnets 32a and 32b are set so that, for example, N poles (or S poles) face each other. Therefore, the distance between the first magnet 32a and the second magnet 32b is set by the length of the circular convex portion 37 and the depth of the magnet housing concave portion 37a, and a high repulsive magnetic force is obtained.

  An oval cap member 38 that closes the circular concave portion 37 a is provided, and the rear end of the circular convex portion 37 is closed by the cap portion 38 a of the cap member 38. A circular fitting portion 38b formed at the lower end portion of the cap member 38 is externally fitted to the cylindrical portion 35. A screw 39 is passed through the circular fitting portion 38b, and the screw 39 is screwed into the cylindrical portion 35. Thus, the cap member 38 is fixed to the base member 21.

  For example, since the first and second magnets 32a and 32b generate repulsive magnetic forces, the rotation member 31 has a left rotation limit position where the left blade 31d or the right blade 31e is locked by the stoppers 36a and 36b. Alternatively, it stops at the right rotation limit position, and the second receiving portion 31g or the first receiving portion 31f faces the introduction passage 23.

  For example, when the turning member 31 is positioned at the right turning limit position and a game ball enters the first receiving portion 31f, the turning member 31 rotates to the left to pass the game ball downward, and the first guide passage 24 is rotated. To the first starting port 10a. At this time, the rotation member 31 abuts against the stopper 36a and is prevented from rotating to the left, and is stopped and held at the left rotation limit position by the repulsion of the magnetic force of the first and second magnets 32a and 32b. Next, the game ball that has entered the introduction passage 23 enters the second receiving portion 31g, and the rotating member 31 rotates to the right to pass the game ball downward to the second start port 10b via the second guide passage 25. Induce. At this time, the rotation member 31 abuts against the stopper 36b and is prevented from rotating to the right, and is stopped and held at the right rotation limit position by the repulsion of the magnetic force of the first and second magnets 32a and 32b. . Thereafter, in order to repeat in the same manner as described above, the game balls that have entered the introduction passage 23 are alternately guided to the first and second guide passages 24 and 25 and alternately enter the first and second start ports 10a and 10b. It will be.

  As shown in FIG. 9, an arch-shaped thickened portion 21b is formed in a portion corresponding to the first and second inclined passage portions 22c and 22d in the front surface of the base member 21, and the thickened portion 21b A rotating space for rotating the semicircular plate 31 of the rotating member 31 is formed on the lower side, and rear end portions of the inclined upper wall portions 22c and 22d of the case member 22 are engaged from above on the outer peripheral side of the thickened portion 21b. Engaging engaging portions 21c and 21d are formed. The engaging portions 21c and 21d make it easy to position the case member 22 with respect to the base member 21.

Next, the operation and effect of the sorting device 20 will be described.
Here, in the conventional starter device, in order to decelerate the game ball and reduce the number of game balls discharged from the discharge port as much as possible, the vertical length of the first and second guide passages of the sorting device is set to It needs to be long to some extent. However, when the vertical length of the sorting device is long, the sorting device becomes large and is limited in its arrangement. For example, in a gaming machine having a small gaming area below the center bonus, the lower gaming area It becomes difficult to arrange the sorting device in

  According to the allocating device 20 of the present invention, the game balls that have fallen in the first and second guide passages 24 and 25 are changed in the rear direction to the lower portions of the first and second guide passages 24 and 25 to be changed to the first. Since the first and second curved guide portions 26 and 27 for guiding the second start ports 10a and 10b, respectively, are provided, the first and second guide passages 24 and 25 are connected to the first and second start ports 10a and 10b. Since the flow of the game balls becomes smooth, the length of the first and second guide passages 24 and 25 is reduced while minimizing the number of game balls discharged from the first and second discharge ports 24c, 24d, 25c and 25d. The vertical length of the sorting apparatus 20 can be shortened by shortening the length.

  Since the first and second curved guide portions 26 and 27 are each formed of a pair of vertical ribs 26a, 26b, 27a, and 27b, the contact surfaces of the vertical ribs that contact the game ball are also very small and resistance is reduced. Since the inner ends of the vertical ribs 26a, 26b, 27a, 27b (surfaces that come into contact with the game balls) are formed in a hyperbola, the flow of the game balls becomes very smooth. In addition, since dust or the like hardly adheres to the vertical ribs, the flow of game balls is smooth over a long period of time.

  The front ends of the first and second curved guide portions 26 and 27 are positioned forward of the front ends of the first and second discharge ports 24c, 24d, 25c and 25d, respectively. Since the lower ends are located below the lower ends of the first and second discharge ports 24c, 24d, 25c, and 25d, the game balls are drawn from the first and second guide passages 24 and 25 to the first and second discharge ports 24c, It becomes difficult to be discharged to 24d, 25c, and 25d.

  In order to provide a speed reduction means 29 for applying resistance to the game ball and decelerating the game ball on the passage forming members (base member 21 and case member 22) forming the introduction passage 23 and the first and second guide passages 24, 25. The game ball is decelerated on the upstream side of the first and second discharge ports 24c, 24d, 25c, and 25d, and is less likely to be discharged from the first and second discharge ports 24c, 24d, 25c, and 25d.

  As a part of the speed reducing means 29, an inclined guide portion 23b for guiding the game ball to collide with the second passage inner wall of the introduction passage 23 is provided on the first passage inner wall of the introduction passage 23. Since it is guided by the inclined guide portion 23b and easily collides with the inner wall of the second passage, the game ball can be decelerated, and the game ball is discharged from the first and second discharge ports 24c, 24d, 25c, 25d. It becomes difficult.

  The first and second guide passages 24, 25 have inclined passage portions 24 a, 25 a extending obliquely downward from the introduction passage 23, respectively, and the inclined upper wall portions of the inclined passage portions 24 a, 25 a as a part of the speed reducing means 29. Since 22c and 22d are provided with one or a plurality of convex portions 29a and 29b, the game ball is collided with one or the plurality of convex portions 29a and 29b, thereby promoting irregular direction change of the game ball, This makes it difficult for the game balls to be discharged from the first and second discharge ports 24c, 24d, 25c, and 25d.

  As described above, since the game balls are configured to be difficult to be discharged from the first and second discharge ports 24c, 24d, 25c, and 25d, the length of the first and second guide passages 24 and 25 is the minimum necessary. While ensuring the length, the distribution device 20 can be reduced in size, and the distribution device 20 can be arranged in the lower game area of the center accessory 15. As a result, in the front view or the rear view, the shaft member 34 that pivotally supports the rotating member 31 with respect to the center of the lower end wall surface of the first and second guide passages 24, 25 is an equilateral triangle (however, an approximate regular (Including triangles). If the shaft member 34 is disposed at a position higher than the above position, the vertical lengths of the first and second guide passages 24 and 25 are increased, and the distribution device 20 is increased in size.

  Since the discharge passage 28 has a trapezoidal shape in which the left and right width increases downward, the width of the upper end of the discharge passage 28 is made as small as possible to reduce the distance between the upper ends of the first and second guide passages 24 and 25. The left and right width of the upper half of the distribution device 20 can be reduced, and the distribution device 20 can be downsized.

  In addition, in the conventional sorting device, when adjusting the magnetic force of the fixed magnet that repels against the movable magnet, the magnet is selected from various magnets having different magnetic properties depending on the material. The installation and removal of the magnet is troublesome. Furthermore, when changing the distance between the fixed magnet and the movable magnet, it is necessary to change the design of the fixed magnet mounting structure.

  According to the distribution device 20 of the present invention, the arcuate convex portion 33a that forms the arcuate groove 33 that receives the boss portion 31h of the rotating member 31 is formed in the base member 21 so as to protrude rearward, and the rear of the arcuate convex portion 33a. Since the magnet accommodating recess 37a capable of accommodating the fixed magnet 32a is formed at the rear end portion of the rear protruding circular convex portion 37 formed at the end portion, the fixed magnet 32a can be attached and detached easily and easily. .

  Further, when changing the distance between the fixed magnet 32a and the movable magnet 32b or the length of the fixed magnet, the depth of the magnet housing recess 37a and the length of the circular protrusion 37 are changed to change the fixed magnet 32a and the movable magnet 32b. Since the repulsive magnetic force can be adjusted appropriately, the degree of freedom in changing the design of the magnet mounting structure is great.

  A cap member 38 having a cap portion 38a that is fixed to the base member 21 and closes the magnet housing recess 37a is provided, and the cap member 38 rotatably supports the rear end portion of the shaft member 34 formed on the base member 21. Therefore, the fixed magnet 32 can be reliably fixed to the base member 21 by effectively using the cylindrical portion 35.

  By the repulsive magnetic force of the stoppers 36a and 36b, the fixed magnet 32a, and the movable magnet 32b that determine the left and right rotation limit positions of the rotation member 31, the rotation member 31 can be reliably stopped and held at the left and right rotation limit positions. .

  Since the shaft member 34 that pivotally supports the rotating member 31 is made of a metal non-magnetic material, the shaft member 34 does not affect the magnetic field of the fixed magnet 32a and the movable magnet 32b. ) Is stabilized.

An example in which the sorting device 20 is partially changed will be described.
(1) The first and second discharge ports 24c, 24d, 25c, and 25d may be formed in rectangular openings instead of laterally arched openings.
(2) The first and second passage holes 24e and 25e are not necessarily formed in a vertically long oval shape, and may be formed in inverted arched holes.

(3) The first and second curved guide portions 26, 27 are each formed by a pair of vertical ribs 26a, 26b, 27a, 27b, but may be configured by one vertical rib. Alternatively, the first and second curved guide portions may be formed by the lower wall surfaces of the first and second bent passage portions 24b and 25b.

(4) The rotating member 31 of the distributing means 30 is not limited to that of the above embodiment, and for example, the semicircular plate 31b of the rotating member 31 can be omitted. However, in that case, the second magnet 32b is fixed to the rear end of the tip of the middle blade 31c.
(5) The lengths of the first and second magnets 32a and 32b may be varied, and the present invention is not limited to the magnets of the shape of the embodiment, and rod-shaped magnets or the like may be used.

○ [Nail accessory device: palm, front finger, finger rear side]
Next, the first movable accessory device 17 will be described.
As shown in FIG. 2 to FIG. 4 and FIG. 12 to FIG. 27, the first movable accessory device 17 is disposed on the center accessory 15 and is movably provided. An accessory 50, a main movable accessory 50), an accessory driving means 51 for driving and moving the first movable accessory 50, and movable (movable relative to the first movable accessory 50) and relatively moved relative to each other. Among the two movable movable parts 52, 53, and 54 (second movable objects 52, 53, and 54) that are provided in the left and right, and the accessory driving means 51 move the first movable accessory 50. In combination with this, there is provided an accessory operating means 55 for operating the second movable accessory 52, 53, 54.

  The first and second movable accessories 50, 52, 53, 54 are provided so as to be operable on the screen front side of the image display device 16. The first movable accessory device 17 has a first base member 56 fixedly provided on the upper portion of the center accessory 15, and the main part of the first movable accessory device 17 is provided on the base member 56. Is installed.

The first movable accessory 50 will be described.
As shown in FIGS. 12 to 24, the first movable accessory 50 includes an accessory body 60 and two left and right side accessories 61 provided so as to be movable relative to the accessory body 60. , 62 and three electric decoration members 63, 64, 65 on the left and right are provided so as to be movable relative to the accessory body 60 and the side accessories 61, 62.

  The accessory body 60 is disposed in the upper left part of the center accessory 15 and is formed in a lump shape as illustrated. An ellipse-shaped electric decoration 60 a is provided on the front surface of the accessory body 60. The accessory body 60 is movable in a direction (hereinafter referred to as the X direction) that is parallel to the board surface indicated by the arrow X and is inclined by 30 to 40 degrees so as to move to the right in the downward direction with respect to the vertical direction. Guided by a guide mechanism 66.

  The guide mechanism 66 has three front, rear, and middle guide members 66a, 66b, and 66c that are long and narrow in the X direction. The front guide member 66a is fixed to the rear surface portion of the accessory body 60, and the rear guide member 66b is The middle guide member 66c is engaged with the front and rear guide members 66a and 66b so as to be slidable in the X direction.

  The left side accessory 61 is formed in a blade-like shape as shown in the figure, and an electric decoration portion 61 a having substantially the same shape is provided on the front surface of the left side accessory 61. The lower end portion of the left side accessory 61 is connected to the accessory body 60 so as to be rotatable about the longitudinal axis, and the upper end portion of the left side accessory 61 is connected to the base member 56 on the left side of the accessory body 60. It engages with the formed guide groove 56a via a roller (not shown), and is supported by the base member 56 so as to be slidable and rotatable about a longitudinal axis. In addition, this electrical decoration part 61a and the electrical decoration part demonstrated later each have several LED mounted in LED board, and the synthetic resin lens cover arrange | positioned ahead of these LED. is there.

  The right side accessory 62 is formed in a blade-like shape as shown in the figure, and an electric decoration portion 62 a having substantially the same shape is provided on the front surface of the right side accessory 62. The left end portion of the right side accessory 61 is engaged with a slot 60b formed in the accessory main body 60 via a roller (not shown) so that it can slide on the accessory main body 60 and rotate in the longitudinal direction. The right end portion of the right side accessory 61 is supported by the right portion of the base member 56 so as to be rotatable about an axial center in the front-rear direction.

  The electrical decoration members 63, 64, and 65 are provided so as to be able to appear and disappear from the accessory body 60, and are formed in a long and narrow shape as shown in the X direction. The electrical decoration members 63, 64, 65 are arranged in parallel in a direction parallel to the board surface indicated by the arrow Y and perpendicular to the X direction (hereinafter referred to as the Y direction). Three electric decoration parts 63a, 64a and 65a having substantially the same shape as those are provided on the front surfaces of 64 and 65, respectively.

  The accessory body 60 is formed with three storage portions 60c, 60d, and 60e corresponding to the electrical decoration members 63, 64, and 65, respectively, and the electrical decoration members 63, 64, and 65 are relative to the accessory body 60. As a result of the movement in the X direction, it appears and disappears so that it can be in a state where it is stored in the storage portions 60c, 60d, 60e and a state where it is extended upward from the storage portions 60c, 60d, 60e.

The accessory driving means 51 will be described.
As shown in FIGS. 12 to 17, the accessory driving means 51 includes an electric motor 51 a attached to the right part of the base member 56, a gear mechanism for transmitting the driving force of the electric motor 51 a to the right side accessory 62, A power transmission mechanism 51b having a cam mechanism, and by rotating a right side accessory 62, an accessory body 60 movably connected to the right side accessory 62 is guided by a guide mechanism 66. Move in the direction.

  By this accessory driving means 51, the accessory body 60 moves in the X1 direction on the lower side of the X direction from the initial position A0 (FIG. 12) → first advance position A1 (FIG. 13) → second advance position A2 (FIG. 14) → moves sequentially to the third advancing position A3 (FIG. 15), and sequentially moves in the X2 direction from the third advancing position A3 → the second advancing position A2 → the first advancing position A1 → the initial position A0. In addition, it is possible to move between the initial position A0 and the third advance position A3 in the X direction by an arbitrary operation. The accessory body 60 projects farther toward the screen front side of the image display device 16 as it approaches the third advance position A3 from the initial position A0, and is located near the center of the screen of the image display apparatus 16 at the third advance position A3. An origin SW 51c (see FIG. 63) for detecting the origin position (for example, initial position A0) of the accessory body 60 is also provided.

  When the accessory body 60 moves in the X direction, the side accessories 61 and 62 movably connected to the accessory body 60 are rotated with respect to the accessory body 60 to change the posture. When the accessory body 60 is at the initial position A0, the left side accessory 61 is in a substantially vertical posture, and the right side accessory 62 is in a substantially horizontal posture. When the accessory body 60 moves in the X1 direction from the initial position A0, the left side accessory 61 rotates counterclockwise, the right side accessory 62 rotates clockwise, and the accessory body 60 moves to the first position. When positioned in the 3 advance position A3, the side actors 61 and 62 are inclined by about 45 degrees with respect to the X direction, respectively, and have a posture in which the blades are spread out in a bow shape as a whole.

The second movable accessory 52, 53, 54 will be described.
As shown in FIGS. 12 to 17, 19 to 21, and 25 to 27, at least a part of the second movable accessory 52, 53, 54 is an electrical decoration portion 60 a of the first movable accessory 50. 63a, 64a, 65a are provided so as to be positioned in front of each other, and are formed in the illustrated shape of a long claw shape along the X direction. The second movable accessories 52, 53, and 54 are juxtaposed in the Y direction with a space between each other, and three electric decorations having substantially the same shape as the two movable accessories 52, 53, and 54 are provided on the front surface of the second movable accessories 52, 53, and 54. Portions 52a, 53a, and 54a are provided, respectively.

The accessory operating means 55 will be described.
As described above, the accessory operating means 55 operates the second movable accessory 52, 53, 54 in conjunction with the accessory driving means 51 moving the first movable accessory 50. First operating means 55A (see FIGS. 18, 21, 26, etc.) that functions when 60 moves between the initial position A0 and the first advance position A1, and the accessory body 60 is the first advance position. The second operating means 55B (see FIGS. 22 to 24, 26, 27, etc.) that functions when moving between A1 and the second advance position A2, and the accessory main body 60 are in the second advance position A2. And third operating means 55C (see FIGS. 22 to 24, 26, 27, etc.) that function when moving over the third advancing position A3.

  When the accessory body 60 moves from the initial position A0 → first advance position A1 → second advance position A2 → third advance position A3, the first, second, and third operating means 55A, 55B, and 55C are as follows. To work.

  First, when the first operating means 55A moves the accessory body 60 from the initial position A0 to the first advance position A1, the second movable accessory 52, 53, 54 is moved in the X1 direction to the first position B1 (FIG. 12). To the second position B2 (FIG. 13) while maintaining the posture of the second movable combination 52, 53, 54 and the interval between the second movable combination 52, 53, 54, and the combination main body 60 and the electric decoration members 63, 64, 65 are moved together.

  Here, the lower half of the second movable accessory 52, 53, 54 is positioned in front of the accessory main body 60, and the accessory main body 60 is partially covered by the second movable accessory 52, 53, 54. In this state, the decoration members 63, 64, 65 are completely stored in the storage portions 60 c, 60 d, 60 e of the accessory body 60.

  Next, after the second operating means 55B moves the second movable accessory 52, 53, 54 to the second position B2 by the first operating means 55A, the accessory main body 60 moves from the first advance position A1 to the second position. When moving to the advance position A2, the second movable accessory 52 is stopped in a state where the integral movement with the accessory main body 60 is stopped and the movement of the second movable accessories 52, 53, 54 in the X1 direction is stopped. , 53, 54, the distance between the second movable combination 52, 53, 54 (interval between the middle, left second movable combination 52, 53 and the middle, right second The second movable combination 52, 53, 54 is relatively moved so that the distance between the two movable combinations 52, 54 is expanded in the Y direction.

  Here, when the accessory body 60 moves from the first advance position A1 to the second advance position A2, the second movable accessory 52, 53, 54 stops moving in the X1 direction at the second position B2, When the movement of the electric decoration members 63, 64, 65 in the X1 direction is also stopped, the electric decoration members 63, 64, 65 are arranged behind the second movable members 52, 53, 54. In a situation where most of the player cannot see directly, the accessory main body 60 extends upward from the storage portions 60c, 60d, 60e.

  Finally, after the third operating means 55C increases the distance between the second movable accessories 52, 53, and 54 by the second operating means 55B, the accessory body 60 moves from the second advance position A2 to the third advance. Similarly, when moving to the position A3, the second movable accessory in the state where the integral movement with the accessory main body 60 is stopped and the movement of the second movable accessory 52, 53, 54 in the X1 direction is stopped. The second movable accessory 52, 53, 54 is moved forward in a direction different from the direction (X1 direction) in which 52, 53, 54 is directed from the first position B1 to the second position B2.

  In this case, the third operating means 55C is configured such that the lower ends (tips) of the second movable accessories 52, 53, 54 move forward, and the interval between the lower ends (the middle and left second movable accessories 52, 53). The second movable combination 52, 53, 54 is moved forward by 20 degrees so that the distance between the lower ends of the two and the lower end of the middle and right second movable combination 52, 54 is expanded in the Y direction. Tilt ~ 30 degrees.

  Here, the second movable accessory 52, 53, 54 is retracted from the front of most of the electrical decoration members 63, 64, 65 by tilting so as to increase the interval between the lower ends, and as a result, A player can visually recognize most of the illumination members 63, 64, 65 directly.

  On the other hand, when the accessory body 60 moves from the third advance position A3 → the second advance position A2 → the first advance position A1 → the initial position A0, the first, second, and third operating means 55A, 55B, and 55C are The second movable accessory 52, 53, 54 (electric decoration members 63, 64, 65) functions so as to be operated in reverse to the above operation.

  The first and second movable accessories 50, 52, 53, and 54 correspond to directing actors. The accessory body 60, the side accessories 61 and 62, the electric decoration members 63, 64, and 65, and the second movable combination. The objects 52, 53, and 54 correspond to a plurality of movable members, and the electric decoration parts 60a, 61a, 62a, 63a, 64a, and 65a correspond to electric decoration means. The accessory driving means 51 and the accessory operating means 55 correspond to movable accessory actuating means for actuating a plurality of movable members, and the rendering effect is expanded in a plurality of different directions from a predetermined contracted state (FIG. 12). A plurality of movable members are actuated so as to be changeable (FIG. 14 or FIG. 15).

  The second movable combination 52, 53, 54 corresponds to a specific movable member, and the movable combination actuating means is an expression composed of a production combination (first and second movable combination 50, 52, 53, 54). Object (Note that an expression is an object expressed by the first and second movable actors 50, 52, 53, 54. In this embodiment, for example, an expression expressing a hand, The expression state of the display object (which may be a display of various objects such as a face) is changed between the contracted state and the expanded state, but the director (first and second movable actors 50, 52, 53) is changed. , 54) expresses the same expression in the contracted state and the expanded state, and the movable accessory actuating means changes or tilts the interval of the specific movable member (second movable accessory 52, 53, 54). However, the specific movable member is moved so as to maintain the expression mode of the specific movable member, and the electric power is supplied from the accessory body 60. The members 63, 64, and 65 are expanded and contracted to move the first movable accessory 50 so as to change the expression mode of the first movable accessory 50 (the accessory body 60, the electrical decoration members 63, 64, and 65). .

  Further, the movable accessory actuating means can illuminate (from the rear) the second movable accessory 52, 53, 54 by light from the decorating means, and the visible light emitting region of the decorating means visible to the player The first movable accessory 50 and the second movable accessory 52, 53, 54 are moved relative to each other so that the lighting members 63, 64, 65 can be moved in the first movable accessory 50. The accessory body 60 and the electrical decoration members 63, 64, and 65 are further moved relative to each other so that the visible light emitting region can be expanded by extending from the accessory body 60.

  Next, based on FIGS. 18 to 27, the first, second, and third operating means 55A, 55B, and 55C, and the first movable accessory 50, the second movable accessory 52, 53, and 54, etc. A specific description will be given as appropriate.

  First, the second movable combination 52, 53, 54 is provided with three second movable combination bases 52b, 53b, 54b on the rear side of the second movable combination, respectively. The bases 52b, 53b, and 54b can contact (engage) the accessory body 60 in the X1 direction.

  While the second movable accessory bases 52b, 53b, and 54b are slidably engaged with the base member 56 via the rollers 52c, 53c, and 54c, the left and right guide grooves 52d, 53d, and 54d are provided. The formed guide grooves 52d, 53d, and 54d have straight groove portions 52d1, 53d1, and 54d1 extending in the X direction, respectively.

  Here, when the accessory body 60 moves between the initial position A0 and the first advancement position A1, the first operating means 55A has the rollers 52c, 53c, 52c of the second movable accessory bases 52b, 53b, 54b. 54c is engaged with the straight grooves 52d1, 53d1, 54d1 of the base member 56, and the second movable accessory bases 52b, 53b, 54b are attached to the accessory main body 60 by the weight of the second movable accessory bases 52b, 53b, 54b. It is made to contact | abut and it is set as the state which accommodated the electrical decoration members 63, 64, and 65 in the accommodating parts 60c, 60d, and 60e of the accessory main body 60. FIG.

  That is, when the accessory body 60 moves from the initial position A0 to the first advance position A1, the second movable accessory 52, 53, 54 is moved in parallel from the first position B1 to the second position B2 by its own weight. When the accessory body 60 is moved and moved from the first advance position A1 to the initial position A0, the second movable accessory 52, 53, 54 is first moved from the second position B2 so as to be lifted by the accessory body 60. Move in parallel to position B1.

  Next, in the first movable accessory 50, the middle electrical decoration member 63 extends in the X direction, and the left electrical decoration member 64 is spaced from the middle electrical decoration member 63 to the left in the Y direction toward the upper side in the X direction with respect to the X direction. The right illumination member 65 extends in a slightly inclined direction with respect to the X direction so that the right illumination member 65 is separated from the middle illumination member 63 to the right in the Y direction toward the upper side in the X direction. Are supported so as to be movable with respect to the accessory body 60 in the length direction.

  The left guide groove 53d has a left bent groove portion 53d2 that bends to the left in the Y direction from the lower end in the X direction of the left straight groove portion 53d1, and the right guide groove 54d bends to the right in the Y direction from the lower end in the X direction of the right straight groove portion 54d1. It has a right bent groove 54d2.

  The second movable accessory 52, 53, 54 is provided with three attachment portions 52e, 53e, 54e on the left and right sides that bulge rearward, and the middle attachment portion 52e is the middle second movable accessory base. The left support shaft 53f that is rotatably connected to the 52b through the Y-direction middle support shaft 52f, and is inclined so that the left mounting portion 53e is positioned rearward on the left second movable accessory base 53b toward the left in the Y direction. The right attachment portion 54e is connected to the right second movable accessory base 54b via a right support shaft 54f that is inclined so as to be located rearward toward the right side in the Y direction.

  The second movable combination 52, 53, and 54 are externally mounted on the support shafts 52f, 53f, and 54f, and the second movable combination 52, 53g, and 54g are respectively provided by the left and right torsion springs 52g, 53g, and 54g. The lower end of 53, 54 is urged in the direction of moving rearward, and the second movable accessory 52, 53, 54 is normally held in an initial posture parallel to the board surface by these springs 52g, 53g, 54g. .

  The attachment portions 52e, 53e, and 54e are fixedly provided with middle, left, and right operation protrusions 52h, 53h, and 54h, respectively, and these operation protrusions 52h, 53h, and 54h are respectively second movable. It protrudes backward from the accessory bases 52b, 53b, 54b.

  The electrical decoration members 63, 64, and 65 are respectively fixedly attached with three interior, left, and right electrical connection members 63b, 64b, and 65b on the rear side thereof, and these electrical connection members 63b, 64b, Three elongated holes 63c, 64c, 65c on the left, middle, and right are formed in 65b, and operation protrusions 52h, 53h, 54h are inserted through these elongated holes 63c, 64c, 65c, respectively. At the upper ends of the long holes 63c, 64c, 65c of the electrical connection members 63b, 64b, 65b, there are three left, middle, and right that can be engaged with the operation protrusions 52h, 53h, 54h in the X1 direction, respectively. Engaging portions 63d, 64d, and 65d are provided.

  Here, when the accessory body 60 moves between the first advance position A1 and the second advance position A2, the second operating means 55B operates the operation protrusion 52h of the second movable accessory 52, 53, 54. , 53h, 54h are engaged with the engaging portions 63d, 64d, 65d of the electric decoration members 63, 64, 65, respectively, and together with the second movable accessory 52, 53, 54, the electric decoration members 63, 64, 65 The movement in the X direction is stopped, and the electric decoration members 63, 64, 65 are expanded and contracted with respect to the accessory body 60.

  That is, by extending or contracting the illumination members 64 and 65 inclined with respect to the accessory body 60, the interval in the Y direction between the X direction upper ends of the illumination members 63 and 64, and the X direction of the illumination members 63 and 65 The interval in the Y direction between the upper ends is changed, and as a result, the interval in the Y direction between the second movable actors 52, 53, and 54 is changed. Here, the rollers 53 c and 54 c of the second movable accessory bases 52 b and 54 b are engaged with the bent groove portions 53 d 2 and 54 d 2 of the base member 56.

  Further, the third operating means 55C, when the accessory body 60 moves between the second advance position A2 and the third advance position A3, the operation protrusions 52h, 53h, 54h are engaged with the engaging portions 63d, 64d, 65d of the electric decoration members 63, 64, 65, and the electric decoration members 63, 64, 65 that are extended to the maximum extent with respect to the accessory body 60 are used. The main body 60 is moved together.

  That is, by operating the operation protrusions 52h, 53h, 54h of the second movable combination 52, 53, 54 by the engaging portions 63d, 64d, 65d of the electrical decoration members 63, 64, 65, the second movable combination 52, 53, and 54 are rotated around the support shafts 52f, 53f, and 54f and tilted.

  In addition, when the accessory main body 60 moves from the initial position A0 to the first advance position A1, when the second movable accessory 52, 53, 54 does not move to the second position B2 due to its own weight, Until the accessory body 60 moves to the second advancing position A2, the engaging portions 63d, 64d, 65d of the electrical decoration members 63, 64, 65 extended to the maximum with respect to the accessory body 60 are The second movable combination 52, 53, 54 can be forcibly moved to the second advance position A2 by being engaged with the operation protrusions 52h, 53h, 54h of the two movable combination 52, 53, 54.

The operation and effect of the first movable accessory device 17 will be described.
Here, in the conventional movable accessory device, even if the first and second movable actors operate, the directing actor including the first and second movable actors does not expand. When the second movable combination is operated, the production combination including the first and second movable combinations expands. However, when the expansion direction is only one direction, a novel operation of the production combination is realized. For example, it is difficult to three-dimensionally express the action of the director.

  Further, in the conventional movable accessory device, even if the first and second movable actors operate, the positional relationship between these movable actors does not change, or the positional relationship between the first and second movable actors. Even if it is possible to change the position relationship of these movable accessories without considering the lighting, it is possible to change the position of the movable It is not possible to realize a novel electric decoration that changes the visible light emission region of the decoration device.

  According to the first movable accessory device 17 of the present invention, the accessory driving means 51 and the accessory operating means 55 (movable accessory operating means) are the first and second movable accessories 50, 52, 53, 54. The effect body can be changed from the contracted state shown in FIG. 12 to the expanded state shown in FIG. 14 or FIG. 64, 65 and the second movable combination 52, 53, 54 (a plurality of movable members) are actuated, so that the first and second movable combination 50, 52, 53, 54 are moved forward and become larger. In addition, the operations of the first and second movable accessories 50, 52, 53, and 54 can be expressed in three dimensions.

  Moreover, in the accessory operating means 55, the first operating means 55A moves the second movable accessories 52, 53, 54 in parallel from the first position B1 to the second position B2, and then the second operating means 55B. However, the second movable combination 52, 53, 54 is relatively moved so that the distance between the second movable combination 52, 53, 54 is increased. The second movable combination 52, 53, 54 is moved forward. In this case, the second movable combination 52, 53, 54 is moved so that the lower end of the second movable combination 52, 53, 54 moves forward and the interval between the lower ends is increased. Since the movable combination 52, 53, 54 is tilted, the first and second movable combination 50, 52, 53, 54 can be expanded by emphasizing the operation of the second movable combination 52, 53, 54. it can.

  Further, the accessory driving means 51 and the accessory operating means 55 (movable accessory operating means) expand the first and second movable accessories 50, 52, 53, 54, and also the electric power of the first movable accessory 50. Illuminated portions 60a, 61a, 62a, 62a, 63a that can be illuminated by the light from the decorated portions 60a, 61a, 62a, 63a, 64a, 65a and that the player can visually recognize. , 64a, 65a are configured to relatively move the first and second movable accessories 50, 52, 53, 54 so that the visible light emitting region can be enlarged, so that the illumination effect can be enhanced.

  Moreover, the accessory driving means 51 and the accessory operating means 55 (movable accessory operating means) further move the accessory body 60 and the electrical decoration members 63, 64, 65 relative to each other, and The decorative members 63, 64, and 65 can be extended to appear so that the visible light emission regions of the electric decoration portions 60a, 61a, 62a, 63a, 64a, and 65a can be reliably expanded.

  As described above, the first and second movable accessories 50, 52, 53, and 54 are expanded. At this time, the second movable accessory is obtained by the light from the electric decoration portions 60a, 61a, 62a, 63a, 64a, and 65a. 52, 53, 54 can be illuminated, and the visible light emitting areas of the illuminated portions 60a, 61a, 62a, 63a, 64a, 65a that can be visually recognized by the player can be enlarged, so the first and second movable It is possible to realize novel operations and electrical decorations of the objects 50, 52, 53, 54, and to enhance the effect of production.

  The accessory operating means 55 operates the second movable accessory 52, 53, 54 in conjunction with the accessory driving means 51 moving the accessory main body 60 (mainly movable accessory). Since the objects 61 and 62 and the electric decoration members 63, 64, and 65 are operated, that is, the side object 61 and 62, the electric decoration members 63, 64, and 65, and the second movable objects 52 and 53 are added to the accessory body 60. , 54 is driven, the first and second movable combinations 50, 52, 53, 54 are expanded, the distance between the second movable combinations 52, 53, 54 is increased, and the second movable combinations 52, 53 are expanded. , 54 and the visible light emitting areas of the electric decorations 60a, 61a, 62a, 63a, 64a, 65a can be smoothly and reliably expanded.

  Further, the accessory operating means 55 operates the second movable accessory 52, 53, 54 in conjunction with the accessory driving means 51 moving the accessory main body 60 (mainly movable accessory). There is no need to separately provide an electric motor and an origin SW for operating the movable members 52, 53, 54, and the structure including the electric motor and the wiring of the origin SW can be simplified, which is advantageous in terms of manufacturing cost.

○ [Mask character device: Wing division character]
Next, the second movable accessory device 18 will be described.
As shown in FIGS. 28 to 40, the second movable accessory device 18 is disposed on the right part of the center accessory 15, and is provided with a rotatable accessory 70 and a rotatable accessory 70. Rotating drive means 71 for driving and rotating, a reversing character 72 (movable character 72, directing character 72) provided in a reversible (rotatable) manner on the rotating character 70, and a reversing character Reversing driving means 73 (rotating driving means 73) for driving and reversing (turning) 72, seven movable hands 74, 75, 76, 77 movably provided on the reversing hand 72, and a movable hand And an accessory operating means 78 for operating 74, 75, 76, 77.

  In addition, about the movable accessory 74,75,76,77 and the accessory operating means 78, the thing of a symmetrical structure is attached | subjected and demonstrated. The rotating combination 70, the reversing combination 72, and the movable combination 74, 75, 76, 77 are provided to be operable on the front side of the screen of the image display device 16. The second movable accessory device 18 has a second base member 79 fixedly provided at the lower right portion of the center accessory 15, and the base member 79 has a main part of the second movable accessory device 18. Is mounted.

The rotation accessory 70 and the rotation drive means 71 are demonstrated.
As shown in FIGS. 28 to 33, the rotating accessory 70 has a rotating agent main body 70 a (base side member 70 a), and this rotating agent main body 70 a rotates around the base member 79 in the front-rear direction. A portion that is supported so as to be rotatable about the movement axis a and that is separated from the rotation axis a of the rotation accessory main body 70a is an arc formed around the rotation axis a formed on the base member 79. The groove 79a is rotatably supported through a roller (not shown).

  The rotation drive means 71 has an electric motor 71a attached to the base member 79, and a power transmission mechanism 71b including a gear mechanism and a link mechanism for transmitting the driving force of the electric motor 71a to the rotation accessory body 70a. First turning position C1 (FIG. 28) which makes the turning combination 70 a substantially vertical posture together with the reversing role 72 and the movable combination 74, 75, 76, 77, and a second turning which makes the substantially horizontal posture. It is rotated over the position C2 (FIGS. 29, 30 and 31). An origin SW 71c (see FIG. 63) for detecting the origin position (for example, the first rotation position C1) of the rotation accessory 70 is also provided.

The inversion combination 72 and the inversion driving means 73 will be described.
As shown in FIGS. 28 to 34, the reversing accessory 72 has a reversing accessory main body 72a (attachment base 72a), and this reversing accessory main body 72a is reversed to the rotating accessory main body 70a parallel to the board surface. The sub image display device 99 is mounted on one side of the reversing accessory body 72a, and is supported so as to be rotatable about the axis b. The other side of the reversing accessory body 72a (the side opposite to the sub image display device 99). The movable combination 74, 75, 76, 77 is mounted on the. An effect image is displayed on the sub image display device 99.

  Here, in a state where the rotating combination 70 is in the first rotation position C1, the reversal axis b of the reversing combination 72 is substantially vertical, and the rotation combination 70 is in the second rotation position C2. Thus, the reversal axis b of the reversing accessory 72 becomes substantially horizontal.

  The inversion driving means 73 includes an electric motor 73a (driving unit 73a) attached to the rotating combination body 70a, and a power transmission mechanism 73b including a gear mechanism for transmitting the driving force of the electric motor 73a to the inversion combination body 72a. And the sub-image display device 99 appears forward (that is, the movable combination 74, 75, 76, 77 is hidden backward and hidden behind the inverted combination body 72a). The forward position D1) (FIGS. 28 and 29) and the movable accessory 74, 75, 76, 77 appear forward (that is, the sub-image display device 99 faces rearward and the rear of the inverted accessory main body 72a). The reversing combination 72 is rotated together with the movable combination 74, 75, 76, 77 over the second reversal position D2 (backward position D2) (FIGS. 30 and 31) hidden by the side. An origin SW 73c (see FIG. 63) for detecting the origin position (for example, the first inversion position D1) of the reversing accessory 72 is also provided.

  In a state where the reversing role 72 is at the first reversing position D1 or the second reversing position D2, the length in the reversing axis b direction is parallel to the board surface indicated by the arrow M and is orthogonal to the reversing axis b. In the state in which the rotating combination 70 is in the second rotation position C2, the lower portion of the image display device 16 is positioned on the front side of the screen. It is positioned to cover most of the screen.

  Here, in a state where the reversing combination 72 is in the first reversing position D1, the rotation driving means 71 rotates the rotation combination 70 over the first rotation position C1 and the second rotation position C2. The reversing driving means 73 can reverse the reversing role 72 over the first reversing position D1 and the second reversing position D2 in a state where the rotating hand 70 is in the second revolving position C2. ing.

The movable accessory 74, 75, 76, 77 and the accessory actuating means 78 will be described.
As shown in FIGS. 30 to 40, the movable combination 74, 75, 76, 77 is formed in the illustrated shape obtained by dividing the developed shape shown in FIG. 31 etc. into seven, and these movable combination 74, 75, 76, 77. Seven electric decoration parts 74a, 75a, 76a, 77a having the same shape as those are respectively provided on the front surface portion of the.

  The movable combinations 74, 75, 76, 77 have one main movable movable component 74 and six driven movable combinations 75, 76, 77 (two first driven movable combinations 75) that follow the main movable movable component 74. Two second driven movable members 76 and two third driven movable members 77). In these movable members 74, 75, 76, 77, the main movable member 74 is located at the center. Two first driven movable members 75, two second driven movable members 76, and two third driven movable members 77 are symmetrical with respect to an axis in the M direction passing through the approximate center of the main movable member 74. It is configured.

  The accessory actuating means 78 includes a storage position E1 (FIG. 30) in which the movable actors 74, 75, 76, and 77 are partially overlapped, and a movable accessory 74, 75, 76, and 77 (mainly electric appliances). The movable combination 74, 75, 76, 77 is extended over the expanded position E2 (FIG. 31) expanded in the extended state (the expanded shape described above) where the decorative portions 74a, 75a, 76a, 77a) are continuously connected. Operate. In addition, when the movable accessory 74, 75, 76, 77 is in the unfolded position E2, an electric decoration part 77c (see FIG. 4) including a part of a later-described board lamp 108b fixedly provided on the game board 4 is provided. Further, the movable combination 77 is continuously connected to form the expanded shape further expanded including the electric decoration portion 77c.

  Here, when making the illumination parts 74a, 75a, 76a, and 77a emit light, various light emission modes can be set in synchronization with the operation of the movable accessory 74, 75, 76, and 77. When the movable combination 74, 75, 76, 77 is switched from the storage position E1 to the deployment position E2, a mode in which light is emitted from the beginning, a mode in which light is emitted gradually, or a movable combination 74, 75, It is possible to adopt a mode in which light is not emitted until the switches 76 and 77 are switched to the development position E2, and light is emitted after switching to the development position E2.

  Here, in the state in which the rotating combination 70 is in the second rotation position C2 and the reversing combination 72 is in the second reversing position D2, the combination operating means 78 moves the movable combination 74, 75, 76, 77. It can be operated over the storage position E1 and the deployment position E2. An origin SW 78a (see FIG. 63) for detecting the origin position (for example, the storage position E1) of the movable combination 74, 75, 76, 77 is also provided.

  The accessory actuating means 78 includes an accessory driving means 80 for driving and moving the main movable movable agent 74 in the M direction, and driven movable actors 75 and 76 by the power that the accessory driving means 80 moves the main movable movable agent 74. , 77 to operate two accessory interlocking means 81.

  The two accessory interlocking means 81 are configured symmetrically and operate symmetrically with respect to the axis in the M direction passing through the approximate center of the main movable movable accessory 74, and one of the accessory interlocking means 81 is the same as that. One of the first, second, and third driven movable members 75, 76, and 77 (three movable members 75, 76, and 77) are operated, and the other accessory interlocking means 81 is on the same side as that. The other first, second, and third driven movable members 75, 76, and 77 (three movable members 75, 76, and 77) are operated.

  Next, the movable accessory 74, 75, 76, 77 and the accessory actuating means 78 will be specifically described. Note that one of the symmetrical movable followers 75, 76, 77 and the accessory interlocking means 81 will be described, and the description of the other will be omitted. It should be noted that the front and rear and the upper and lower sides of the state in which the rotation combination 70 is at the second rotation position C2, the reversal combination 72 is at the second reversal position D2, and the movable combinations 74, 75, 76, and 77 are at the deployment position E2 are appropriate. This will be described as front / rear / up / down.

  First, the first driven movable combination 75 is positioned slightly forward of the main driven movable combination 74, the second driven movable combination 76 is positioned slightly rearward of the first driven movable combination 75, and the second driven movable combination is located. A third driven movable accessory 77 is located slightly behind the accessory 76.

  The main moving movable accessory 74 is formed in an inverted triangle shape, and has an accessory connecting plate 74b fixedly provided on the rear surface side. The accessory connecting plate 74b is disposed inside the reversing accessory body 72a, and is supported and supported by the reversing accessory body 72a so as to be movable in the M direction (vertical direction). The formed two long holes 74c in the M direction are slidably engaged with two guide shafts 74d provided in the reversing accessory body 72a.

  The accessory driving means 80 includes an electric motor 80a attached to the reversing accessory main body 72a, an output gear 80b fixed to the output shaft of the electric motor 80a, and a gear mounted on the reversing accessory main body 72a to mesh with the output gear 80b. The electric motor 80a and the gears 80b and 80c are disposed inside the reversing accessory body 72a. Further, the accessory driving means 80 has an engaging pin 80d fixedly provided on the driven gear 80c, and an engaging recess 80e formed on the accessory connecting plate 74b and engaged with the engaging pin 80d. The rotation of the driven gear 80c is converted into the movement of the main movable article 74 in the M direction by the engagement pin 80d and the engagement recess 80e.

  The first driven movable accessory 75 is formed in an arc shape, and a shaft 75b is fixedly provided in a rearward projecting manner at a base end side portion (lower end side portion), and the main movable movable accessory 74 is provided via the shaft 75b. Is pivotally connected to the motor.

  The accessory interlocking means 81 has a rotating member 85 having one end fixed to the rear end of the shaft 75b, and a rear protruding pin 85a is provided at the other end of the rotating member 85. 85a is slidably engaged with a long hole 85b which is formed in the reversing accessory body 72a and which is long in the left-right direction.

  In other words, when the main movable article 74 moves in the M direction, the accessory interlocking means 81 moves the first driven movable instrument 75 (axis 75b) along with the main movable article 74 to the axis 75b while moving in the M direction. The first driven movable accessory 75 is rotated about the shaft 75b together with the rotation member 85 and the shaft 75b by the fixed rotation member 85 and the long hole 85b with which the pin 85a is engaged.

  Further, the accessory interlocking means 81 has an auxiliary arm 90 for operating the second and third driven movable accessories 76 and 77, and the auxiliary arm 90 is formed in an L-shaped case shape, It is located slightly behind the driven movable accessory 76 and is rotatably supported by the reversing accessory main body 72a via a longitudinal shaft 90a fixedly provided at the base end (lower end) thereof. Yes.

  The second and third driven movable members 76 and 77 are formed in a curved shape that is slightly warped downward, and the second driven movable member 76 is a shaft 76b in the front-rear direction fixedly provided at the center portion thereof. The third driven movable accessory 77 is rotatably connected to one end side portion of the auxiliary arm 90 via the front and rear shafts 77b fixedly provided at one end thereof. The unit is pivotally connected to the part.

  The accessory interlocking means 81 is provided inside the reversal accessory main body 72 a, and includes a turning mechanism 91 and first and second gear members 92 and 93 for turning the auxiliary arm 90, and the inside of the auxiliary arm 90. And the third and fourth gear members 94 and 95 and the arm member 96 for rotating the second and third driven movable members 76 and 77 when the auxiliary arm 90 rotates.

  First, the center portion of the first gear member 92 is rotatably supported by the reversing accessory main body 72a through a shaft 92a in the front-rear direction. The rotation mechanism 91 is provided in the first gear member 92 so as to be able to engage with the elongated hole 91a which is formed in the accessory connecting plate 74b integral with the main movable member 74 and which is elongated in the left-right direction. The movement of the main movable movable article 74 in the M direction is converted into the rotation of the first gear member 92.

  The second gear member 93 is fixedly provided on the shaft 90a of the auxiliary arm 90, and the gears of the first and second gear members 92 and 93 are engaged with each other. That is, when the first gear member 92 is rotated, the auxiliary arm 90 is rotated together with the second gear member 93. The third gear member 94 is fixedly provided on the shaft 76b of the second driven movable accessory 76, and the fourth gear member 95 is fixedly provided on the shaft 77b of the third driven movable accessory 77. The gears of the fourth gear members 94 and 95 are engaged with each other.

  One end portion (upper end portion) of the arm member 96 is connected to the third gear member 94 so as to be rotatable around the axial center in the front-rear direction, and a rearward projecting pin 96a is formed at the other end portion (lower end portion). The pin 96a is slidably engaged with a curved groove 96b formed in the reversing accessory body 72a. When the auxiliary arm 90 rotates, the pin 96a of the arm member 96 slides in the curved groove 96b, so that the arm member 96 moves relative to the auxiliary arm 90 in the length direction, and the third gear member 94 and the third gear member 94 move together. The second driven movable combination 76 is rotated, and the third driven movable combination 77 is rotated together with the fourth gear member 95.

  In this way, the accessory interlocking means 81 causes the first, second, and third driven movable accessories 75, 76, and 77 to move on different axes by the power that the accessory driving means 80 moves the main movable movable agent 74. The movable combination 74, 75, 76, 77 can be operated by rotating around the center between the storage position E1 shown in FIG. 30 and the deployed position E2 (FIG. 31) shown in FIG. .

  When the rotating combination 70 is in the first rotation position C1, the reversing combination 72 is in the first reversing position D1, and the movable combination 74, 75, 76, 77 is in the storage position E1 (contracted state). When the reversal role 72 (movable roles 74, 75, 76, 77) and the rotation role 70 are in the second rotation position C2, the reversal role 72 is Represented by the reversal combination 72 (movable combination 74, 75, 76, 77) when the movable combination 74, 75, 76, 77 is in the developed position E2 (expanded state) at the second reversal position D2. The expression is different. In the first movable accessory device 17 as well, an expression expressed when the first and second movable combinations 50, 52, 53, and 54 are in a contracted state (for example, an expression such as a fist) Alternatively, an expression (for example, an expression such as a palm) expressed when in the expanded state may be different.

Next, the sub image display device 99 for the reversing combination 72 will be described in detail.
In the description of the sub image display device 99, as shown in FIG. 28, the rotating combination 70 is in the first rotation position C1, and the reversing combination 72 is in the first inversion position D1 (sub In the following description, the front and rear, left and right, and top and bottom are assumed to be front and rear, left and right, and top and bottom in a posture in which the screen of the image display device 99 is oriented vertically.

○ [Mask accessory: Floating vision]
As shown in FIGS. 41 to 44, the sub-image display device 99 is a sub-image display 100 which is a sub-image display 100 fixed to the reversal accessory body 72a and can display an effect image. A frame-shaped substrate 101 mounted on the front surface of the sub-image display 100, a transparent plate 102 covering the front side of the screen of the sub-image display 100, and a micro-layer having a two-layer structure disposed on the front surface of the transparent plate 102 A two-dimensional lens array 103 and a decorative cover 104 that covers the front side of the microlens two-dimensional array 103 and the outer peripheral sides of the various members are provided.

  The sub-image display 100 is fixed to a display case 100a fixed to the reversal accessory body 72a, a color liquid crystal display 100b attached to the display case 100a, and a rear surface of the display case 100a. A substrate base 100c and a display substrate 100d attached to the rear surface of the substrate base 100c are provided.

  A first claw portion 100e that can be engaged with a first engagement portion 111a (see FIG. 48, etc.) formed on the reversing accessory body 72a is formed on the lower end portion of the substrate base 100c so as to protrude downward. On the rear side near the upper end of the container case 100a, an elastically deformable second claw portion 100f that can be engaged with the second engagement portion 112a (see FIG. 48, etc.) of the reversing accessory body 72a protrudes backward. Is formed. By engaging the first claw portion 100e with the first engagement portion 111a and then engaging the second claw portion 100f with the second engagement portion 112a, the sub-image display device 99 can be connected via the display case 100a. The reversing accessory body 72a is detachably attached. Note that the screen of the liquid crystal display 100b is at a position retracted from the front end of the display case 100a by a predetermined distance (for example, about 5 mm).

  The frame-shaped substrate 101 is formed in a frame shape that surrounds the outer peripheral side of the screen of the sub-image display 100, and a plurality of LEDs (not shown) are mounted on the front surface, and generated by an electrical decoration section including these LEDs. The color light can be irradiated to the microlens two-dimensional array 103 and its outer peripheral side. The transparent plate 102 is a transparent flat plate portion 102a that substantially corresponds to the front surface of the vertically long rectangular screen of the sub-image display 100, and is a transparent flat plate located at a predetermined distance (for example, about 6 mm) away from the frame substrate 101. Part 102a and a plurality of fixed boss parts 102c formed on extension parts 102b on both upper and lower ends thereof. The transparent plate 102 and the frame-shaped substrate 101 are integrally fixed with a plurality of screws.

  A two-dimensional microlens two-dimensional array 103 having a two-layer structure that is longer in the vertical direction than the screen is disposed on the front surface of the transparent plate 102. The decorative cover 104 includes a screen cover 105 and a cover main body 106. The screen cover 105 has a substantially transparent cylindrical transparent cover portion 105a that is oval in a front view and curved convexly forward, and the transparent cover. A frame-shaped lens holding portion 105c integrally formed on the outer peripheral side of the portion 105a. The screen cover 105 is made of a transparent synthetic resin material colored light purple.

  The microlens two-dimensional array 103 is fitted into the lens holding part 105c from the rear to hold the outer peripheral part of the microlens two-dimensional array 103, the plurality of fixed boss parts 100f of the display case 100a, and the plurality of transparent plates 102 By fixing the fixed boss portion 102c, the plurality of fixed boss portions 105b of the screen cover 105, and the plurality of fixed boss portions 106a of the cover main body 106 with screws, the microlens two-dimensional array 103 and the lens holding portion 105c are transparent. The decorative cover 106, the screen cover 105, and the display case 100a are integrally fixed with a plurality of screws while being sandwiched between the flat plate portions 102a. A thin buffer material 102d made of a soft synthetic resin that comes into contact with the upper end and the lower end of the microlens two-dimensional array 103 is attached to the vicinity of the upper end and the lower end of the front surface of the transparent plate 102.

  The cover main body 106 of the decorative member 104 is composed of a black cover member that can be regarded as hair and wrinkles when the transparent cover portion 105a is regarded as a human face, and has three acute-angled protruding portions 106b at the upper end portion. Are formed on both sides of the human face.

  The sub-image display device 99 converts the image displayed on the sub-image display 100 into a floating image that floats in a space ahead of the microlens two-dimensional array 103 by the microlens two-dimensional array 103 and displays it. It is configured as follows.

  As shown in FIG. 43, the two-layer microlens two-dimensional array 103 is formed by superposing two microlens two-dimensional arrays 103a in which spherical microlenses are formed in a two-dimensional array in the vertical and horizontal directions. They are joined together. FIG. 44 is a cross-sectional view of the two-dimensional microlens two-dimensional array 103 having a two-layer structure. FIG. 45 shows an optical system equivalent to one set of microlenses 103b and 103c of the two-dimensional microlens two-dimensional array 103.

  As described above, the screen of the sub-image display 100 is separated from the rear surface of the microlens two-dimensional array 103 by a predetermined distance (for example, a distance of 10 mm or more). In the optical system shown in FIG. The image 107a displayed at 100 is displayed between the pair of microlenses 103b and 103c as an inverted image 107b by one microlens 103b, and this inverted image 107b is a space in front of the microlens 103c by the microlens 103c. Is converted to a floating image 107c in a state of floating above.

  Therefore, the image displayed on the sub-image display 100 is converted into a floating image 107c floating in the space in front of the microlens two-dimensional array 103 by the two-layer microlens two-dimensional array 103 and displayed. The

  Here, when the player views the floating image 107c, the floating image 107c that is particularly clear can be seen when the eye is focused on the floating image 107c. However, when the player looks at the screen of the image display, there is a tendency that the eyes are focused on the screen, so that the player may not notice the floating image 107c or may take time to notice the floating image 107c.

  Accordingly, as shown in FIG. 28, a visual reference member that makes it easy to focus the eye on the floating image 107c when viewing the floating image 107c in a state where the microlens two-dimensional array 103 is positioned in the front side or in the vicinity of the front side. A decorative member 108 having 108a is provided. The decorative member 108 is, for example, a member simulating a collar portion of a coat, and a visual reference member 108 a is formed by an acute corner portion at the tip of the decorative member 108. The decorative member 108 is formed in a curved shape along a space near the outside of the rotating peripheral surface of the reversing accessory 72, arranged in a space near the outside of the rotating peripheral surface, and fixed to the rotating tool 70.

  When the decoration member 108 has the screen of the sub-image display device 99 faced to the front, the visual reference member 108a is located on the front side or in the vicinity of the front side of the microlens two-dimensional array 103 of the sub-image display device 99. Are arranged so as to be positioned. Further, a relative moving means for relatively moving (relatively rotating) the sub image display device 99 and the decorative member 108 is provided, and this relative moving means is constituted by the reversing drive means 73.

  When a specific effect image is displayed on the screen of the sub image display device 99, the image is reversed through relative movement (relative rotation) between the sub image display device 99 and the decorative member 108 by the relative movement means (reverse driving means 73). The accessory main body 72a is rotated so that the screen of the sub-image display device 99 faces the front, and the visual reference member 108a is positioned in front of or near the front side of the microlens two-dimensional array 103 of the sub-image display device 99. The means (reverse driving means 73) is controlled.

○ [Mask accessory device: Sub liquid crystal mounting structure]
Next, the attachment structure 110 for detachably attaching the sub image display device 99 to the reversing accessory body 72a will be described in detail. Similarly to the above, as shown in FIG. 28, the rotating combination 70 is in the first rotation position C1, and the inversion combination 72 is in the first inversion position D1 (the screen of the sub image display device 99 is Front and rear, left and right, and top and bottom in a posture facing forward are described as front and back, left and right, and top and bottom.

  As shown in FIGS. 46 to 50, the mounting structure 110 includes a first claw portion 100e provided in the sub image display device 99 and a first engagement portion 111a provided in the reversing accessory body 72a. A first engaging means 111 capable of moving the first claw portion 100e from the upper (predetermined first direction) downward to the first engaging portion 111a, and the sub image display device 99. The second claw portion 100f and the second engagement portion 112a provided on the reversing accessory main body 72a are engaged, and the first engagement portion 111 engages the first claw portion 100e with the first engagement portion 111a. In this state, the second claw portion 100f can be moved and engaged with the second engagement portion 112a from the front (a predetermined second direction different from the first direction) to the rear. And the second engaging means 112 to connect the second claw portion 100f to the second engaging portion. One screw 113 (fastening means 113) for fixing the sub-image display device 99 and the reversing accessory main body 72a in the vicinity of the second claw portion 100f and the second engaging portion 112a in the state of being engaged with 12a. I have.

  The first engaging means 111 will be specifically described. As shown in FIG. 49, the first claw portion 100e is formed to protrude downward at the lower end portion of the synthetic resin substrate base 100c of the sub image display device 99. The first claw portion 100e is formed in a rectangular shape in rear view, has a vertically smooth claw rear surface portion 114a on the rear surface side, and has a claw front surface portion 114b inclined downward on the front surface side. However, it is tapered in cross section.

  The first engagement portion 111a is formed in the vicinity of the upper end of the reversal accessory body 72a made of synthetic resin so as to bulge forward and the first claw portion 100e can be inserted from above. The first engaging portion 111a includes an engaging rear wall portion 111b, an engaging front wall portion 111c, left and right engaging side wall portions 111d, and an engaging bottom wall portion 111e. It is formed so as to incline forward.

  As shown in FIG. 49 (2), the first claw portion 100e engages with the first engagement portion 111a, the lower end portion of the first claw portion 100e contacts the engagement bottom wall portion 111e, and the claw rear surface portion. In a state in which 114a is in contact with the rear wall portion 111b, a gap is generated between the front surface portion 114b of the claw and the front wall portion 111c of the engagement. Therefore, the first claw portion 100e is engaged with the first engagement portion 111a. In the combined state, the sub-image display device 99 can be tilted in the front-rear direction with the first claw portion 100e as a substantial center.

  Therefore, in a state where the second claw portion 100f is not engaged with the second engagement portion 112a, the first claw portion 100e is engaged with the first engagement portion 111a, and the first claw portion 100e is engaged with the first claw portion 100e. It is possible to disengage from the first engaging portion 111a, and in a state where the first claw portion 100e is engaged with the first engaging portion 111a, the second claw portion 100f is moved to the second engaging portion 112a. It is possible to engage and disengage from the second engaging portion 112a.

  The second engagement means 112 will be specifically described. As shown in FIG. 50, the second claw portion 100f is formed in a rearward protruding shape on the rear surface portion near the upper end of the synthetic resin display case 100a of the sub image display device 99. The second claw portion 100f is formed in a rectangular shape in a bottom view and is configured to be elastically deformable in the vertical direction. The second engagement portion 112a is formed at the rear end portion (tip portion) of the second claw portion 100f. A locking claw 115 is provided so as to be locked so as to be unlockable. The locking claw 115 has a tapered portion 115a inclined downward on the upper surface side thereof, and has a locking portion 115b formed in a stepped shape from the front end of the tapered portion 115a.

  The second engaging portion 112a is formed by a main body upper member 116 that is fixedly provided on the upper front side of the reversing accessory main body 72a. The main body upper member 116 has a front wall portion 116a and an upper wall portion 116b. An insertion hole 116c into which the first claw portion 100e can be inserted is formed in the front wall portion 116a, and an upper vicinity portion of the insertion hole 116c. A second engaging portion 112a is formed on the rear side of the front wall portion 116a, and an accommodation space 116d for the first claw portion 100e is provided below the upper wall portion 116b.

  In a state where the first claw portion 100e is engaged with the first engagement portion 111a, the sub image display device 99 is tilted backward about the first claw portion 100e positioned by the first engagement portion 111a. When the second claw portion 100f is engaged with the second engagement portion 112a, when the locking claw 115 of the second claw portion 100f moving backward passes through the insertion hole 116c, the taper of the locking claw 115 is increased. When the portion 115a comes into contact with the upper edge of the insertion hole 116c and is pushed downward, the second claw portion 100f is elastically deformed downward, and when the locking claw 115 finishes passing through the insertion hole 116c, the second claw portion When 100f returns, the locking portion 115b of the locking claw 115 can be locked to the second engagement portion 112a, and the second claw portion 100f engages with the second engagement portion 112a.

  As described above, the second engagement portion 112a is provided on the inner side of the outer periphery facing the outside of the reversing accessory body 72a. Therefore, the locking claw 115 of the second claw portion 100f is provided on the second engagement portion 112a. It is difficult to release the lock. Therefore, in the reversing accessory main body 72a, the locking claw 115 is pushed down on the upper wall portion 116b of the main body upper member 116, and the second claw portion 100f is elastically deformed downward, so that the locking claw 115 is A tool insertion hole 116e is formed through which a tool (not shown) such as a screwdriver that is operated so as to be unlocked from the engaging portion 112a is inserted from above.

  The first engagement means 111 has a first claw portion provided on the reversing accessory body 72a and a first engagement portion provided on the sub-image display device 99. One engaging portion may be engaged in a predetermined first direction. The second engagement means 112 has a second claw portion provided on the reversing accessory body 72 a and a second engagement portion provided on the sub image display device 99. With the first claw portion engaged with the first engagement portion, the second claw portion can be engaged with the second engagement portion from a predetermined second direction different from the first direction. Good. Further, the screw 113 may be omitted.

● [Flexible cable wiring structure]
Next, the wiring for driving and controlling the second movable accessory device 18 (game machine equipment) will be described in detail.
As part of the wiring structure for electrically connecting the second movable accessory device 18, first, second, and third flexible cables 131, 132, and 133 are provided. As shown in FIG. 51, the relay substrate 120 is attached to the base member 79, the first substrate 121 is attached to the reversing accessory body 72 a of the reversing accessory 72, and the sub image display device 99 mounted on the reversing accessory 72. The second substrate 122 (display substrate 100 d) is attached to the rotating member 70, and the third substrate 123 is attached to the rotating member body 70 a of the rotating member 70.

  As shown in FIGS. 51 to 53, the relay board 120 is connected with a number of conducting wires 130 extending from the lamp control board 205 (drive control means 205) side. The relay substrate 120 and the first substrate 121 are connected by a first flexible cable 131, and movable members 74, 75, 76, 77 (electric motor 80a) mounted on the reversal member 72 are connected to the first flexible cable 131. , And a plurality (20) of conducting wires 141 for driving and controlling the lighting parts 74a, 75a, 76a, 77a.

  The relay substrate 120 and the second substrate 122 are connected by a second flexible cable 132, and the second flexible cable 132 is connected to the sub image display device 100 of the sub image display device 99 and the illumination unit ( A plurality (14) of conducting wires 142 for driving and controlling (not shown) are wired. The relay substrate 120 and the third substrate 123 are connected by a third flexible cable 133, and a plurality (ten) of conductive wires 143 for driving and controlling the reversal accessory 70 (electric motor 73 a) to the third flexible cable 133. Is wired.

  The flexible cable is also called a flexible flat cable or a harness, and is a flexible wiring member that includes a plurality of conductive wires (signal lines) arranged in parallel. In FIG. 51, a large number of conducting wires 130 and the first, second, and third flexible cables 131, 132, and 133 are indicated by one dotted line, and the connection between the substrates 120 and 121 and the connection between the substrates 120 and 122 are shown. The connection between the substrates 120 and 123 is shown.

  The plurality of conducting wires 141 of the first flexible cable 131 include a first signal line 141α that transmits a first signal (driving current) for driving the movable combination 74, 75, 76, 77 from the lamp control board 205, The plurality of conductive wires 142 of the second flexible cable 132 include a second signal line 142α that transmits a second signal (video signal) for displaying an effect image on the sub-image display 100 from the lamp control board 205. The plurality of conductive wires 143 of the flexible cable 133 include a third signal line 143α that transmits a third signal (drive current) for driving the reversing member 70 from the lamp control board 205.

  The first, second, and third flexible cables 131, 132, and 133 are all formed to have the same width, and the first and second flexible cables 131 and 132 are overlapped with each other in the width direction of the cables 131 and 132. A first cable multi-layer part 135 is provided. Further, the first, second, and third flexible cables 131, 132, and 133 are configured by positioning the third flexible cable 133 between the first and second flexible cables 131 and 132, and the cables 131, 132, and 133. A second cable multilayer portion 136 including a part of the first cable multilayer portion 135 that overlaps both ends in the width direction and overlaps is provided.

  The first flexible cable 131 is provided with a first wiring region 141A in which a plurality of conductors 141 are arranged over the entire width thereof, and the second flexible cable 132 is provided with a plurality of conductors 142 in a part in the width direction. A second wiring region 142A is provided, and a second wire region 142A having a predetermined width (a width larger than the pitch (0.5 mm) of a plurality of signal lines 142 described later) at which one side of the second wiring region 142A in the width direction is not wired. Two margin regions 142B are provided, and the third flexible cable 133 is provided with a third wiring region 143A in which a plurality of conductive wires 143 are disposed over the entire width. The first and third flexible cables 131 and 133 are not provided with a blank area such as the second blank area 142B.

  That is, the first wiring region 141A is provided such that its width direction center Wo1 coincides with the width direction center Co1 of the cable 131, and the second wiring region 142A has its width direction center Wo2 shifted from the width direction center Co2 of the cable 132. In the first cable multi-layer part 135 (second cable multi-layer part 136), the first wiring area 141A and the second wiring area 142A are connected to the width direction center Wo1 of the first wiring area 141A and the second wiring. The center 142 of the region 142A in the width direction is provided so as to be shifted in the width direction of the cables 131 and 132, and the first and second signal lines 141α and 142α are separated from each other in the width direction so as not to correspond to each other. Wired.

  Further, the third wiring region 143A is provided so that the width direction center Wo3 thereof coincides with the width direction center Co3 of the cable 133, and in the second cable multilayer portion 136, the first wiring region 141A, the third wiring region 143A, Are provided such that the width direction center Wo1 of the first wiring region 141A and the width direction center Wo3 of the third wiring region 143A are shifted in the width direction of the cables 131 and 133, and the first and third signal lines 141α and 143α are provided. Wiring is performed at positions separated from each other in the width direction so as not to correspond to the corresponding positions.

  The structure of the first, second, and third flexible cables 131, 132, and 133 will be specifically described. The width of each of the first, second, and third flexible cables 131, 132, and 133 is 11 mm, and the 20 signal lines 141 in the first wiring region 141A are connected to the first flexible cable 131 by 0.5 mm at predetermined intervals. The 14 signal lines 142 in the second wiring area 142A are wired to the second flexible cable 132 at a pitch of 0.5 mm at the predetermined intervals.

  Further, ten signal lines 143 in the third wiring region 143A are wired to the third flexible cable 133 at intervals of 1 mm at intervals of about twice the predetermined interval. Here, the second wiring region 142A is provided in about 7/11 portion of the width of the second flexible cable 132, the second margin region 142B is provided in the remaining 4/11 portion, and the second margin region 142B is provided in the first margin region 142B. In the first cable multilayer portion 135 other than the second cable multilayer portion 136, the first flexible cable 131 faces several (for example, five to six) conductors 141, and in the second cable multilayer portion 136, The three flexible cables 133 are opposed to several (3 to 4) conducting wires 143.

  54 is a circuit diagram showing an arrangement of 20 conductors 141 of the first flexible cable 131, a circuit diagram showing an arrangement of 14 conductors 142 of the second flexible cable 132, and 10 conductors of the third flexible cable 133. FIG. It is a circuit diagram which shows the arrangement | sequence of 143. FIG.

  In FIG. 54, the 20 conducting wires 141 of the first flexible cable 131 are indicated by conducting wires 1-a, 1-b, 1-c,..., 1-t, and one end of the first flexible cable 131 in this order. Arranged from the side. Further, the 14 conductors 142 of the second flexible cable 132 are indicated by conductors 2-a, 2-b, 2-c,..., 2-n, and in this order from one end side of the second flexible cable 132. It is arranged. Further, ten conductors 143 of the third flexible cable 133 are indicated by conductors 3-a, 3-b, 3-c,..., 3-n, and in this order from one end side of the third flexible cable 133. It is arranged.

  In the first cable multi-layer part 135, the one end of the first flexible cable 131 and the one end of the second flexible cable 132 are overlapped, and in the second cable multi-layer part 136, further, the third flexible cable 133 The one end is overlapped.

  In the first flexible cable 131, the two conductors 1-a and 1-b are the first signal lines 141α, which are set as power supply lines for supplying power to the electric motor 80a, and the eight conductors 1- m to 1-t are set as control signal lines for transmitting a motor control signal for controlling the electric motor 80a, and the two conductors 1-i and 1-j send signals from the origin SW 78a to the lamp control board 205. It is set to the SW signal line to be transmitted. In addition, one conductor 1-c is set as a power supply line that supplies power to the lighting parts 74a, 75a, 76a, 77a (a plurality of LEDs), and the two conductors 1-e, 1-g are The control signal lines for transmitting electrical control signals for controlling the electrical decorating parts 74a, 75a, 76a, 77a are set. Five conducting wires 1-d, 1-f, 1-h, 1-k, 1-l are set as ground (ground) wires.

  In the second flexible cable 132, the two conductors 2-a and 2-b are set as power supply lines that supply power to the backlight of the sub-image display 100, and the two conductors 2-k and 2-b are connected. l is the second signal line 142α, which is set as a control signal line for supplying a video signal to the sub-image display 100. In addition, one conductor 2-c is set as a power supply line that supplies power to an illumination part (not shown, a plurality of LEDs) of the image display device 99, and the two conductors 2-f, 2-h However, it is set to the control signal line which transmits the electrical decoration control signal which controls the electrical decoration part of the image display apparatus 99. FIG. Seven conducting wires 2-d, 2-e, 2-g, 2-i, 2-j, 2-m, 2-n are set as ground lines.

  In the third flexible cable 133, one conductor 3-a is set as a third signal line 143α, which is a power supply line that supplies power to the electric motor 73a, and four conductors 3-g to 3- j is set as a control signal line for transmitting a motor control signal for controlling the electric motor 73a, and the two conductors 3-c and 3-d are SW signals for transmitting a signal from the origin SW 73c to the lamp control board 205. Set to line. Three conducting wires 3-b, 3-e, and 3-f are set as ground lines.

  Note that the second flexible cable 132 may be changed as follows. As shown in FIG. 55, the second flexible cable 132A is provided with a second wiring region 142A-1 in which a plurality of conducting wires 142 are arranged in a part in the width direction, and the width of the second wiring region 142A-1 A second margin area 142B-1 having a predetermined width is provided on both sides in the direction in which no conducting wire is provided. In this case, the second wiring region 142A-1 may be provided such that its width direction center Wo2 coincides with the width direction center Co2 of the cable 132A.

  Moreover, you may change the 1st, 2nd flexible cables 131 and 132 as follows. As shown in FIG. 56, the first flexible cable 131B is provided with a first wiring region 141A-2 in which a plurality of conducting wires 141 are disposed in a part in the width direction, and the width of the first wiring region 141A-2. A first blank area 141B-2 having a predetermined width in which no conducting wire is provided on one side of the direction is provided. That is, the first wiring region 141A-2 is provided such that its width direction center Wo1 is shifted from the width direction center Co1 of the cable 131B.

  On the other hand, the second flexible cable 132B is provided with a second wiring region 142A-2 in which a plurality of conductive wires 142 are arranged in a part in the width direction, and the conductive wires are connected to one side in the width direction of the second wiring region 142A-2. A second blank area 142B-2 having a predetermined width that is not wired is provided. That is, the second wiring region 142A-2 is provided such that its width direction center Wo2 is shifted from the width direction center Co2 of the cable 132B. In the first cable multi-layer part 135 (second cable multi-layer part 136), the first and second flexible cables 131B and 132B have the first and second margin regions 141B-2 and 142B-2 opposite in the width direction. It is piled up so that it may be located on the side.

Next, the inversion driving means 73 that inverts the inversion combination 72 will be described in detail.
As shown in FIGS. 57 to 61, the electric motor 73a of the reversing drive means 73 is attached to the rotating accessory body 70a in a posture parallel to the reversing axis b and facing the reversing accessory 72 side. The rotating combination body 70a includes first, second, and third attachment members 150a, 150b, and 150c that are spaced from each other in the direction of the reversal axis b, and is the most distant from the reversal combination 72. The electric motor 73a is attached to the first attachment member 150a. 57 and 58, the second mounting member 150b is omitted, and in FIG. 59, the first mounting member 150a is omitted.

  The power transmission mechanism 73b of the reversal drive means 73 is rotated about the reversal axis b by the electric motor 73a, and transmits the driving force to the reversal member 72, and the electric motor 73a to the shaft member 151. The gear mechanism 152 includes a drive gear 152a attached to the output shaft of the electric motor 73a, and a driven gear 152b attached to the shaft member 151 and meshed with the drive gear 152a. Have

  The shaft member 151 is disposed so as to penetrate the first, second, and third mounting members 150a, 150b, and 150c, and the proximal end portion of the shaft member 151 is the first bearing portion 153a (first pivot portion 153a). The shaft member 151 is rotatably supported by the first mounting member 150a via the first mounting member 150a, and the portion near the center in the length direction of the shaft member 151 is rotated to the third mounting member 150c via the second bearing portion 153b (second pivot 153b). The reversing member main body 72a of the reversing member 72 is fixedly connected to the tip side portion of the shaft member 151.

  In the shaft member 151, the reversal shaft is in a state in which a part of the outer periphery is notched in the base end side shaft portion 151 a from the base end side to the base end side of the second bearing portion 153 b and from the vicinity of the second bearing portion 153 b. A strip-shaped smooth surface 151b parallel to the center b is formed. The driven gear 152b has a smooth surface with a screw (not shown) in the vicinity of the second bearing portion 153b, with the proximal end shaft portion 151a inserted through the central hole portion having the same shape as the cross-sectional shape and being prevented from rotating. It is fixed to 151b.

○ [Backlash prevention coil spring]
Now, the reversing role 72 is rotated in one direction around the reversing axis b indicated by the arrow α. Specifically, the reversing role 72 is rotated from the first reversing position D1 to the second reversing position D2. By energizing in the rotational direction to be moved (hereinafter referred to as α direction), a preload is applied to the reverse drive means 73 to remove (absorb) backlash (operation clearance) of the reverse drive means 73 (gear mechanism 152). A coil spring 155 (urging means 155) which is an elastic member (torsion spring) is provided.

  As described above, the first and second bearing portions 153a and 153b that rotatably support the shaft member 151 on the rotating accessory body 70a are provided with an interval in the direction of the reversal axis b. The coil spring 155 is externally mounted on a shaft portion between the first and second bearing portions 153a and 153b of the shaft member 151 (base end side shaft portion 151a), and one end portion of the coil spring 155 is locked to the shaft member 151. The other end is locked to the rotating accessory body 70a.

  Specifically, a ring-shaped fixed portion is formed at one end of the coil spring 155, and is fastened to the smooth surface 151b of the base end side shaft portion 151a through the screw 156, and the smooth surface 151b and the head of the screw 156 or It is fixed in a sandwiched manner with a separately attached washer. In this way, the coil spring 155 having one end fixed to the shaft member 151 is disposed in such a manner that the other end is always in contact with the second mounting member 150b in a properly compressed state, and the second mounting member 150b. It is latched by the latching | locking part 150d formed in from the direction opposite to (alpha) direction.

  The coil spring 155 has a number of turns of about 20 (however, it is not limited to about 20 and may be any of about 10 to 30, for example), and the torsion spring constant is equal to the number of ordinary torsion springs. The torsion spring constant of 1 to 1/10 is used.

  Note that when the reversing role 72 is rotated from the second reversing position D2 to the first reversing position D1, the coil spring 155 is twisted to the enlarged diameter side to store energy. When rotating from the first inversion position D1 to the second inversion position D2, the coil spring 155 may be twisted toward the diameter expansion side to store energy. Alternatively, when the reversing role 72 rotates from one of the first and second reversing positions D1 and D2 to the other, the coil spring 155 may be twisted to the reduced diameter side to store energy.

The operation and effect of the second movable accessory device 18 will be described.
Here, in the conventional movable accessory device, only two movable actors (first and second movable actors) are provided, and the first and second movable actors move relatively. If the operation is very simple, a novel operation of the movable accessory cannot be realized.

  According to the movable accessory device 18 of the present invention, the accessory actuating means 78 includes the storage position E1 in which the seven movable actors 74, 75, 76, 77 are partially overlapped and the seven movable actors. Since the seven movable combinations 74, 75, 76, 77 are actuated over the expanded position E <b> 2 expanded in an extended state where the objects 74, 75, 76, 77 are continuously connected, the seven movable combinations 74 are operated. , 75, 76, and 77 can be realized, and the production effect can be enhanced.

  Further, in a state where the reversing combination 72 is in the first reversing position D1, the seven movable combinations 74, 75, 76, 77 are compact so as to be hidden behind the reversing combination main body 72a at the storage position E1. Therefore, the reversing role 72 is switched from the first reversal position D1 to the second reversal position D2, and seven movable features 74, 75, 76, 77 appear suddenly. In addition, since the seven movable accessories 74, 75, 76, 77 can be greatly expanded at the expansion position E2 after that, in some cases, the sub image display device 99 can be used to produce an effect. In this way, it is possible to realize an effect production with impact.

  In the accessory operating means 78, the accessory driving means 80 moves the main movable movable article 74, and the accessory interlocking means 81 is driven by the power that the accessory driving means 80 moves the main movable movable article 74. Since 75, 76, 77 are operated, the movable combination 74, 75, 76, 77 is interlocked to operate smoothly as a whole, and the second movable combination 52, 53, 54 is operated. There is no need to separately provide a motor and origin SW, and the structure including the wiring of the electric motor and origin SW can be simplified, which is advantageous in terms of manufacturing cost.

  Here, the 3D image displayed on the conventional liquid crystal display is a three-dimensional image, but is only an image on the screen of the liquid crystal display, so that the three-dimensional image is displayed in a floating state in space. I can't. Therefore, even if a sub-image display capable of displaying a 3D image is provided on a gaming machine, a stereoscopic image or the like cannot be displayed in a floating state like a volume display, so there is a novel force. There is a limit to displaying a stereoscopic image.

  According to the sub-image display device 99 of the present invention, a specific effect displayed on the screen of the sub-image display 100 by the two-layer microlens two-dimensional array 103 arranged on the front side of the screen of the sub-image display 100. Since the image can be converted into a floating image 107c in a state of floating in the space ahead of the microlens two-dimensional array 103 and displayed, a novel effect image that is much more powerful than a 3D image or the like is displayed. be able to.

  Since the visual reference member 108a is formed on a part of the decorative member 108, the visual reference member 108a that does not feel uncomfortable and matches the specific effect image displayed on the screen of the sub-image display device 99 can be obtained. A plurality of visual reference members 108a may be provided.

An example in which the sub image display device 99 is partially changed will be described.
1) Instead of the two-dimensional microlens two-dimensional array 103, a one-layer microlens two-dimensional array that exhibits the same function may be adopted.

2) The position where the visual reference member 108a is arranged is not limited to the front of the screen, but a position near the front of the screen, that is, the visual reference member 108a does not need to overlap the screen when viewed from the front. Any position that overlaps the vicinity may be used.

3) In the above embodiment, an example in which the two-layer microlens two-dimensional array 103 is incorporated in the sub-image display device 99 is shown. However, the two-layer microlens 2 is added to the image display device 16 for a game effect. The three-dimensional array 103 may be incorporated so that an image displayed on the image display device 16 is displayed as a floating image. In that case, a novel floating image for game effect can be displayed large in the center of the game board 4. In this case, if the image display device 16 is composed of a 3D liquid crystal display, a floating image of a 3D image can be displayed.

  Here, in the conventional movable accessory device, in the attachment structure in which the sub image display is detachably attached to the attachment base of the movable accessory by a plurality of (for example, 4 to 5) screws, the sub image display is attached. When positioning the sub-image display on the mounting base, fasten multiple screws. For replacement, inspection, repair, etc. of the sub-image display, release and tighten the multiple screws. The sub-image display can be removed from.

  However, in the mounting structure in which the sub-image display is detachably mounted on the mounting base with a plurality of screws, the mounting and removal of the sub-image display requires a plurality of screws to be fastened and unfastened, which is very troublesome. It is. In particular, when installing a sub-image display, it is necessary to position the sub-image display on the mounting base and fasten a plurality of screws. The positioning depends on the configuration of the mounting base, sub-image display, etc. It can be difficult.

  According to the mounting structure 110 of the present invention, the first claw portion 100e has the first claw portion 100e provided in the sub-image display device 99 and the first engagement portion 111a provided in the reversing accessory body 72a. The first engaging means 111 that can be engaged with the first engaging portion 111a from above, the second claw portion 100f provided in the sub image display device 99, and the reversing accessory main body 72a. With the second engaging portion 112a, the first claw portion 100e is engaged with the first engaging portion 111a by the first engaging means 111, and the second claw portion 100f is replaced with the second engaging portion 112a. Since the second engagement means 112 that can be engaged from the front is provided, the above problem can be improved.

  That is, when the sub image display device 99 is attached to the reversing accessory body 72a, first, the sub image display device 99 is slightly tilted forward, and the first claw portion 100e of the sub image display device 99 is moved to the reversing accessory body. The second claw portion 100f of the image display device 99 is engaged with the first engagement portion 111a of 72a from the upper side, and then the sub image display device 99 is tilted rearward about the first claw portion 100e. Is engaged from the front side with the second engaging portion 112a of the reversing accessory main body 72a, and the second engaging portion is held in a state where the first engaging portion 111a is engaged with the first engaging portion 111a. The part 100f can be easily engaged with the second engaging part 112a. In this way, the sub image display device 99 can be easily positioned and attached to the reversing accessory body 72a.

  Unless the second claw portion 100f is disengaged from the second engagement portion 112a, the first claw portion 100e is not disengaged from the first engagement portion 111a, and the tip of the second claw portion 100f Since the engaging claw 115 is provided in the portion so as to be releasably engaged with the second engaging portion 112a, the engaging claw 115 can be connected to the second engaging portion 112a without using a screw or the like. The sub-image display device 99 can be fixed to the reversing accessory body 72a so that the second claw portion 100f is not disengaged from the second engagement portion 112a.

  However, one screw 113 is provided to fix the sub image display device 99 and the reversing accessory main body 72a in the vicinity of the second claw portion 100f and the second engagement portion 112a. Therefore, it is possible to securely prevent the second claw portion 100f from being disengaged from the second engagement portion 112a by fastening the one screw 113, and only one screw 113 is used. Therefore, the fastening work is not troublesome. In this way, the sub image display device 99 can be easily and reliably fixed to the reversing accessory body 72a.

  On the other hand, when removing the sub image display device 99 from the reversing accessory body 72a for replacement, inspection, repair or the like of the sub image display device 99, first, one screw 113 is first released, and then The locking claw 115 is unlocked from the second engaging portion 112a. Here, the second claw portion 100f is configured to be elastically deformable. Therefore, when the sub-image display device 99 is attached to the reversing accessory main body 72a, the second claw portion 100f is elastically deformed, and the locking claw 115 is formed. Can be locked to the second engaging portion 112a, but the second claw portion 100f is elastically deformed by the reversing accessory body 72a to release the locking claw 115 from the second engaging portion 112a. A tool insertion hole 116e for inserting a tool to be operated is formed.

  That is, while the locking claw 115 is unlocked from the second engagement portion 112a using a tool, the sub-image display device 99 is tilted forward about the first claw portion 100e, so that the second claw portion 100f is disengaged from the second engaging portion 112a to the front side, the sub image display device 99 is slightly tilted forward, and then the first claw portion 100e is disengaged from the first engaging portion 111a to the upper side. Let In this way, the sub image display device 99 can be easily detached from the reversing accessory body 72a.

  Here, in the conventional gaming machine, in the case where a plurality of flexible cables extending from the drive control unit side to the movable accessory side have a cable multilayer portion in which both ends in the width direction of the cables are overlapped, the cable multilayer portion The first signal line of the first flexible cable for transmitting the first signal for driving the movable accessory, and the second signal line of the second flexible cable for transmitting the second signal for displaying the effect image on the image display device, Is approaching, the second signal is affected by the first signal to generate noise, which may deteriorate the quality of the effect image.

  Therefore, it is considered that the first and second signal lines are wired so that the first and second signal lines do not correspond to each other in the cable multi-layer part, that is, the positions are separated from each other. When a plurality of conducting wires including the first signal line are wired over substantially the entire width, and a plurality of conducting wires including the second signal line are wired over the substantially entire width of the second flexible cable, There is a limit in separating the first and second signals from each other.

  According to the pachinko gaming machine 1 of the present invention, the first flexible cable 131 in which the plurality of conductive wires 141 including the first signal line 141α for transmitting the first signal for driving the electric motor 80a are wired, and the sub image display A plurality of conducting wires 142 including a second signal line 142α for transmitting a second signal for displaying a rendering image on the device 100 are wired, and the first flexible cable 131 and the second flexible cable 132 having the same width are provided. It has the 1st cable multilayer part 135 which piled up both ends of the width direction of cables 131 and 132 together, and does not wire a 2nd flexible cable 132 in the width direction one side of wiring field 142A of a plurality of conducting wires 142 A margin area 142B having a predetermined width is provided. In this case, the margin area 142B can be provided in the second flexible cable 132 by providing the second wiring area 142A so that its width direction center Wo2 is shifted from the width direction center Co2 of the cable 132.

  The first wiring region 141A is provided such that the width direction center Wo1 thereof coincides with the width direction center Co1 of the cable 131, and the first wiring region of the plurality of conducting wires 141 in the first flexible cable 131 is formed in the first cable multilayer portion 135. 141A and the second wiring region 142A of the plurality of conductors 142 in the second flexible cable 132, the width direction center Wo1 of the first wiring region 141A and the width direction center Wo2 of the second wiring region 142A are the widths of the cables 131 and 132. The first and second signal lines 141α and 142α are wired so as not to be in corresponding positions.

  Here, since the first and second flexible cables 131 and 132 have the same width, the first and second flexible cables 131 and 132 are aligned with each other in the width direction in the first cable multilayer portion 135. , And can be easily arranged so as to have the desired positional relationship. Therefore, as described above, by providing the blank region 142B in the second flexible cable 132, the first and second signal lines 141α and 142α can be wired at positions separated from each other in the width direction as compared with the conventional case. In other words, it is possible to strengthen measures to prevent the quality of the effect image displayed on the sub-image display 100 from being deteriorated by noise.

  In addition, since the plurality of conductive wires 141 in the first wiring region 141A are wired at a 0.5 mm pitch at predetermined intervals, and the plurality of conductive wires 142 in the second wiring region 142A are wired at 0.5 mm pitch at the predetermined intervals, In one cable multi-layer part 135 (excluding the second cable multi-layer part 136), a covering portion of the plurality of conducting wires 141 of the first flexible cable 131 and a covering portion of the same number of the plurality of conducting wires 142 of the second flexible cable 132 are provided. And the first and second flexible cables 131 and 132 are stacked so as not to be displaced in the width direction.

  Further, since the plurality of conductive wires 143 in the third wiring region 143A are wired at a pitch of 1 mm (twice the 0.5 mm pitch (an integer multiple)) at intervals of about twice the predetermined interval, the second cable multilayer portion At 136, the covering portions of the plurality of conducting wires 141 of the first flexible cable 131 and the covering portions of the same number of conducting wires 143 of the third flexible cable 133 are brought into contact with each other, and the same number of the plurality of second flexible cables 132 are arranged. Of the first and second flexible cables 131, 132, and the first flexible cable 131, 132, and the third flexible cable 133 are in contact with each other. 133 are stacked so as not to be displaced in the width direction.

  Here, in the conventional movable accessory device, in order to remove the backlash of the rotational drive means for rotating the movable accessory, a torsion spring that constantly urges the movable accessory in one rotational direction is provided. It is conceivable to provide it. A general torsion spring is advantageous in installation because it has a small number of turns and is therefore small, and even if the torsion spring constant is relatively large, the rotation angle of the movable accessory (that is, the torsion spring) This is effective for a movable accessory device having a small maximum twist angle of the spring.

  However, for a movable accessory device that has a relatively large rotation angle (for example, a rotation angle of the reversal combination 70 according to the present embodiment; approximately 180 degrees), the rotation of the movable combination is performed. The change in the biasing force of the torsion spring due to the rotation of the torsion spring becomes too large, so that the load of the rotation driving means for rotating the movable accessory against the biasing force increases, and the electric motor of the rotation driving means steps out. In addition, there is a problem that the torsion spring is easy to sag and it is difficult to maintain the initial performance after long-term use.

  According to the movable accessory device 18 of the present invention, the reversing accessory 72 is provided with the coil spring 155 that constantly urges the reversing accessory 72 in one direction of rotation, and the reversing drive means 73 is rotated by the electric motor 73a. 72 has a shaft member 151 for transmitting a driving force, and the coil spring 155 is externally mounted on the shaft member 151, one end portion is locked to the shaft member 151, and the other end portion is locked to the rotating accessory body 70 a. Therefore, the above problems can be improved.

  That is, the length of the coil spring 155 can be lengthened and the number of turns can be increased to reduce the torsion spring constant. Therefore, the turning angle of the reversing accessory 70; about 180 degrees is relatively large. The change of the urging force of the coil spring 155 due to the rotation of 74 can be suppressed, and the reversing role 74 can be urged by the coil spring 155 with an appropriate urging force. The load is increased and the electric motor 73a is prevented from stepping out, and the coil spring 155 is difficult to sag, so that the initial performance is easily maintained even for long-term use.

  Moreover, the coil spring 155 can be arranged on the shaft member 151 in an orderly manner, and since one end of the coil spring 155 is directly fixed to the shaft member 151, the structure related to the coil spring 155 is simplified. By realizing such an effect, it is possible to remove (absorb) backlash (operational clearance) of the reverse drive means 73 (gear mechanism 152) by applying a preload to the reverse drive means 73 by the coil spring 155.

  First and second bearing portions 153 a and 153 b that rotatably support the shaft member 151 on the rotating accessory body 70 a are provided at intervals, and the coil spring 155 is the first and second bearing portions of the shaft member 151. It is sheathed on the shaft portion between 153a and 153b. That is, it is possible to ensure the support function of rotatably supporting the shaft member 151 and to use the shaft portion of the shaft member 151 and to externally attach the coil spring 155 to the shaft portion.

  Since the reverse driving means 73 includes the gear mechanism 152 that transmits the driving force from the electric motor 73 a to the shaft member 151, backlash of the gear mechanism 152 can be removed, and the reverse member 72 is added to the shaft member 151. Are fixedly connected to each other, so that the inversion driving means 73 and the connection between the inversion combination 72 and the inversion driving means 73 can be simply configured.

Next, a control system of the pachinko gaming machine 1 will be described.
As shown in FIGS. 62 and 63, the control device 200 includes a game control board 201, a payout control board 202, an effect control board 203, an image control board 204, and a lamp control board 205, and these control boards 201 to 205 are respectively provided. The presentation control board 203 is further provided with an RTC (“RTC” means a real-time clock).

  The computer of the game control board 201 receives the signals from the first start opening SW10c, the second start openings SW10d and 11c, the gate SW12a, the big prize opening SW13c, the plurality of general winning openings SW14a, and the control information from the payout control board 202. Then, the second start opening SOL11d, the special winning opening SOL13d, the symbol displays 19a to 19c, and the symbol holding lamps 19d to 19f are controlled, and control information is output to the payout control board 202 and the effect control board 203.

  The computer of the payout control board 202 receives the control information from the game control board 201 and the signals from the payout ball detection SW 206b, the ball presence detection SW 206c, and the full tank detection SW 206d, and controls the payout motor 206a to the game control board 201. Output control information.

  The computer of the effect control board 203 receives control information from the game control board 201, the image control board 204, and the lamp control board 205 and a signal from the effect button SW6, and sends control information to the image control board 204 and the lamp control board 205. Output. The computer of the image control board 204 receives control information from the effect control board 203, controls the game display image display device 16 and the speaker 207, and outputs the control information to the effect control board 203.

  The computer of the lamp control board 205 receives the control information from the effect control board 203 and the signals from the first and second movable accessory devices 17 and 18 (origin SW 51c, 71c, 73c, 78a). Frame lamp 208a, panel lamp 208b, first and second movable accessory devices 17 and 18 (electric motors 51a, 71a, 73a and 80a, sub-image display device 99, and decorating devices 141 and 142), Control information is output to the effect control board 203. Note that the sub image display device 99 may be controlled by a computer of the image control board 204. The electrical decoration device 141 of the first movable accessory device 17 is composed of electrical decoration parts 52a, 53a, 54a, 60a, 61a, 63a, 64a, 65a, and the like. The decoration device 142 includes an electric decoration unit 74a, 75a, 76a, 77a, an electric decoration unit (not shown) provided in the sub image display device 99, and the like.

  As shown in FIG. 64, the respective means 210 to 217, 220 to 227, and 230 shown in FIG. The special figure counter unit 210 sequentially updates the big hit determination value, the special figure determination value, the reach determination value, and the variation pattern determination value every minute time within the set range.

  The special figure acquisition unit 211 is updated by the special figure counter unit 210 when the special figure starting condition is established when the number of the first special figure reservation is less than 4 when the game ball wins the first starting port 10a. When the big hit determination value, special figure determination value, reach determination value, and variation pattern determination value are acquired as a set of first special figure determination information, and the game ball wins one of the second start ports 10b and 11a When the second special figure holding number is less than 4, the special figure starting condition is established, and the big hit determination value, the special figure determination value, the reach determination value, and the variation pattern determination value updated by the special figure counter means 210 are set to 1 Acquired as the second special figure determination information of the set.

  The special figure storage unit 212 has up to four pieces of first and second special figure determination information acquired by the special figure acquisition unit 211 and not used for determination by the special figure determination unit 214 (big hit determination unit 214a), that is, A total of 8 pieces of special figure determination information can be stored (suspended).

  The special figure hold digest means 213 uses the special figure determination information stored in the special figure hold storage means 212 for the determination by the special figure determination means 214 one by one every time the change of the special symbol starts. Erasing from 212 (hold digestion). At this time, when a plurality of special figure determination information is stored in the special figure hold storage unit 212, the order in which the plurality of special figure determination information is stored in the special figure hold storage unit 212 (that is, the special figure acquisition unit 211). Digest in the order obtained).

  In the special figure determination means 214, based on the special figure determination information acquired by the special figure acquisition means 211, specifically, when the special symbol is variably displayed, the special figure determination information related to the variation display of the special symbol, In other words, based on the special figure determination information digested by the special figure holding and digesting means 213, the jackpot determining means 214a determines whether or not to play a special game advantageous to the player, and determines that the special game is to be performed. The judging means 214b judges the opening / closing pattern of the special winning opening 13a during the special game and the gaming state after the special game is finished.

  Specifically, first, based on the jackpot determination value of the special figure determination information, the jackpot determining means 214a determines whether or not to perform a jackpot game that is a special game, and is a special game that is different in category from the jackpot game. It is determined whether or not to play a winning game. In this case, as shown in FIG. 65, determination is made using either the low probability table or the high accuracy table as the big hit determination table.

  When using a low-accuracy table, if the big hit judgment value matches one of the big hit specific values (3,247 ...) at a rate of about 1/320, it is judged that a big hit game will be played, and if a high-precision table is used, a big hit judgment If the value matches one of the big hit specific values (3,7 ...) at a rate of about 10/320, it is judged that the big hit game will be performed, and the big hit judgment is made regardless of whether the low accuracy table or the high accuracy table is used. If the value matches one of the small hit specific values (4, 44...) At a ratio of about 3/320, it is determined that the small hit game is performed.

  When it is determined that a big hit game is to be performed, the symbol determining means 214b selects any one of a plurality of big hit symbols (the jackpot symbols A to H shown in FIG. 66) based on the special symbol determination value of the special symbol determination information. To do. Here, when the special figure determination value is the first special figure determination information, the symbol selection is performed at the selection rate defined by the first symbol selection table shown in FIG. 66, and the special figure determination value is the second special figure determination information. Performs symbol selection at a selection rate defined by the second symbol selection table shown in FIG.

  Based on the determination result by the special figure determination means 214, the special figure display control means 215 causes the first special figure display 19a to be triggered by the fact that the first special figure determination information has been digested by the special figure reservation digest means 213. After the first special symbol is variably displayed, the determination symbol indicating the determination result is stopped and displayed, and when the second special symbol determination information is digested by the special symbol reservation digesting means 213, the second special symbol indicator is displayed. After the second special symbol is variably displayed on 19b, the determination symbol indicating the determination result is stopped and displayed.

  If it is determined that a big hit game is to be played by the big hit determination means 214a, any one of the big hit symbols A to H selected by the symbol determination means 214b is stopped and displayed. The winning symbol is stopped and displayed, and if it is determined that the special game (big hit game, small hit game) is not performed, the lost symbol is stopped and displayed.

  When the special game execution means 216 determines that the special game (big hit game, small hit game) is to be performed by the big hit determination means 214a, the special figure display control means 215 determines the determination pattern indicating the determination result, that is, the symbol determination means. After the judgment symbol (big hit symbol, small hit symbol) selected by 214b is stopped and displayed, a special game (big hit game, small bonus) advantageous to the player who opens and closes the big winning opening 13a with an opening / closing pattern corresponding to the judgment symbol. Per game).

  As shown in FIG. 67, the opening / closing pattern of the big winning opening 13a during the big hit game is set as shown according to the type of the big hit symbol, and the opening / closing pattern of the big winning opening 13a during the big hit game is the big hit symbol It is set in the same manner as the open / close patterns corresponding to D, E, G, and H.

  Specifically, in the 16R (round) long-term opening, the grand prize opening 13a is opened and closed over 16R, and each round starts after opening the big prize opening 13a. When the R winning condition is reached, for example, when 30 seconds elapses, the special winning opening 13a is closed and the process ends. In the 8R long-term opening, the special prize opening 13a is opened and closed over 8R, and after each round is started, it ends when the R end condition similar to the 16R long-term opening is satisfied. In the 8R short-term opening, the grand prize opening 13a is opened and closed over 8R, and after each round starts, for example, 10 game balls are won in the big prize opening 13a, or an R end condition of 0.1 seconds elapses is satisfied. finish.

  The probability setting means 217 uses the low probability table shown in FIG. 65 as the first probability (about 1/320) or the high probability shown in FIG. 65 to determine the big hit probability determined to be a big hit game by the big hit determination means 114a. A second probability (about 10/320) higher than the first probability is set using a table.

  On the other hand, the common figure counter means 220 sequentially updates the hit determination value and the common figure determination value every minute time. When the game ball passes through the gate 12 and the number of pending drawings is less than 4, the usual figure acquisition means 221 establishes the usual figure start condition, and the hit determination value updated by the universal figure counter means 220, The figure determination value is acquired as a set of common map determination information. The common figure hold storage unit 222 can store (hold) up to four pieces of common figure determination information acquired by the general figure acquisition unit 221 and not subjected to the determination by the general figure determination unit 224.

  The universal figure reservation means 223 uses the universal figure determination information stored in the universal figure reservation storage means 222 for determination by the universal figure determination means 224 one by one every time the normal symbol change in the universal figure display 19c starts. Then, it is erased (holding digestion) from the usual figure storage means 222. At this time, when a plurality of common map determination information is stored in the general map hold storage unit 222, the order in which the plurality of general map determination information is stored in the general map hold storage unit 222 (that is, the general map acquisition unit 221). Digest in the order obtained).

  Based on the universal figure determination information acquired by the universal figure acquisition means 221 when the universal figure start condition is established, the common figure determination means 224 displays the fluctuation of the normal symbol in detail. It is determined whether or not an auxiliary game is to be performed based on the general map determination information, that is, the general map determination information digested by the general map hold digest means 223.

  Based on the determination result by the general map determination unit 224, the general map display control unit 225 changes the normal symbol on the general map display 19c when the general map determination information is digested by the general map hold digest unit 223. After the display, the determination symbol indicating the determination result is stopped and displayed. When it is determined that the auxiliary game is to be performed by the general symbol determination means 224, the winning symbol is stopped and displayed, and when it is determined that the auxiliary game is not to be performed, the lost symbol is stopped and displayed.

  When it is determined that the base game determination unit 224 performs the auxiliary game, the auxiliary game execution unit 226 stops the display of the determination symbol indicating the determination result, that is, the winning symbol, by the general diagram display control unit 225. 2 An auxiliary game for opening and closing the start port 11a is performed.

  As shown in FIG. 68, the operation mode setting means 227 sets, as the second start port operation mode, a low operation mode in which it is difficult to operate the second start port 11a in the open state or a high operation mode in which it is easy to operate in the open state. .

  Specifically, in the low operation mode, the hit probability determined to perform the auxiliary game by the normal figure determination means 224 is 1/10, the normal figure fluctuation time of the normal symbol on the normal figure display 19c is 12 seconds, and the auxiliary game The start opening / closing pattern of the second start opening 11a is set to 0.1 second x 1 time. In the high operation mode, the hit probability is 10/10, the normal fluctuation time is 0.5 second, and the start opening / closing pattern is 2.0 seconds x Set to 3 times.

  The gaming state control means 230 alternatively sets any one of a plurality of gaming states (the normal gaming state, the short-time gaming state, the latent probability gaming state, the probability variation gaming state shown in FIG. 69), and the gaming state is changed to the gaming state. To control. It should be noted that when the power is turned on, the gaming state set at the time of the previous power-off is continuously set, and when the so-called RAM clear is executed when the power is turned on, the normal gaming state is set.

  As shown in FIG. 69, when the normal gaming state and the short-time gaming state are set, the first probability (about 1/320) is set by the probability setting means 217, and the latent probability gaming state and the probability variation gaming state are set. In this case, the probability setting means 217 sets the second probability (about 10/320). Further, when the normal game state and the latent probability game state are set, the low operation mode is set by the operation mode setting means 227, and when the short-time game state and the probability variation game state are set, the operation mode setting means 227 sets the high operation mode. The mode is set.

  When the big hit game is played by the special game execution means 216, the game state control means 230 changes the setting of the game state after the big hit game as shown in FIG. If any one of the jackpot symbols A to C is stopped and the so-called “probable big hit” is reached, the probable gaming state is set after the big hit game is finished. When the number of special symbol fluctuations on the indicators 19a and 19b reaches 10,000, the game shifts to the normal gaming state. After the big hit symbol C stops, the number of special symbol fluctuations reaches 50 When the game state is changed to the certain game state, and the special figure variation count reaches 10,000 times, the game state is changed to the normal game state.

  When the big hit symbol D is stopped and the so-called “surprise big hit” is reached, the probable gaming state is set after the big hit game is finished, and then, when the special figure fluctuation count reaches 10,000 times, the game is shifted to the normal gaming state. The When the big hit symbol E is stopped and the so-called “latent big hit” is reached, the latent high game state (or the probable variable game state) is set after the big hit game is over, and then the number of special figure fluctuations reaches 10,000. Then, the normal gaming state is entered.

  When the big hit symbol F is stopped and displayed as a so-called “normal big hit”, or when the big hit symbol G is stopped and displayed as a so-called “collision big hit”, the short-time game state is changed after the big hit game ends. After that, when the special figure change count reaches 50 times, the game state is changed to the normal game state. When the big hit symbol H is stopped and displayed, and a so-called “rush big hit” is made, the normal gaming state is set after the big hit game is finished. When the small hit symbol is stopped and displayed so-called “small hit”, the game state before the start of the small hit game is set after the small hit game ends (that is, the game state is not changed).

  As shown in FIG. 64, a game effect is produced by the effect control board 203, the image control board 204, the lamp control board 205, etc. by the effect means 250 (the image display device 16, the first and second movable accessory devices 17, 18, the speaker 207, the lamps 208a, 208b) are provided with effect control means 240, and the effect control means 240 includes a symbol variation effect control means 241, a special game effect control means 242, and an accessory control means 243. Yes.

  Based on the determination result by the special symbol determination unit 214, the symbol variation effect control unit 241 displays a plurality of symbol variation effects shown in FIG. 70 (1) when the special symbol display control unit 215 displays the special symbol in a variable manner. A symbol variation effect selected from (symbol variation effects 1, 2, 3... N) is performed. Each symbol variation effect is performed so as to suggest a determination result (expected degree determined to perform a special game) by the special symbol determination unit 214.

  When a special game (big hit game, small hit game) is being performed by the special game execution means 216, the special game effect control means 242 has a plurality of special game effects (special game effects 1, 1) shown in FIG. 2, 3... N), a special game motion effect selected from the above is performed. At the end of the special game, a plurality of ending effects (ending effects 1, 2, 3...) Shown in FIG. n) The ending effect selected from the above is performed.

  The accessory control means 243 suggests the determination result (expected degree determined to perform the special game) by the special figure determination means 214 in the specific symbol fluctuation effect performed by the symbol fluctuation effect control means 241. Alternatively, in a specific special game effect or a specific ending effect performed by the special game effect control means 242, control is performed so that at least one of the first and second movable accessory devices 17 and 18 is operated.

  The symbol variation effect control means 241 basically displays an effect image (selected game effect) on the image display device 16 in the symbol variation effect and the special game effect control means 242 in the special game effect and the ending effect. Although it is always displayed, the effect image (the selected game effect) is also displayed on the sub-image display device 99 of the second movable accessory device 18, and further, the accessory control means 243 then displays the second movable accessory. There is a case where the object device 18 is operated (the rotating character 70 and the reversing character 72 are operated together with the sub image display device 99).

  For example, as shown in FIG. 71, as the symbol variation effect for displaying the effect image on the sub-image display device 99, any of the illustrated specific symbol variation effects 1 to 5 is performed. Basically, the special game expectation level (expectation level determined to perform the special game) increases in the order of specific symbol variation effects 1 → 2 → 3 → 4 → 5.

  In the specific symbol variation effect 1, the rotating combination 70 is stopped at the first rotation position C1, and the reversing combination 72 is stopped at the first reversing position D1. In the specific symbol variation effect 2, the rotating combination 70 is stopped at the first rotation position C1, and at least when the effect image is displayed on the sub-image display device 99, the reversing combination is preferably performed as early as possible. 72 is swung (reciprocally rotated) several times (for example, 1 to 3 times) in the vicinity of the first inversion position D1.

  In the specific symbol variation effect 3, the rotating combination 70 is rotated from the first rotation position C1 to the second rotation position C2, and the reversing combination 72 is stopped at the first inversion position D1, and then rotated. The accessory 70 is rotated from the second rotation position C2 to the first rotation position C1. In the specific symbol variation effect 4, as in the symbol variation effect 3, the rotating accessory 70 is rotated from the first rotation position C1 to the second rotation position C2, and then at least the effect image is displayed on the sub image display device 99. Is displayed, preferably at the earliest possible stage, the reversing role 72 is swung several times near the first reversing position D1, and then the turning role 70 is moved from the second turning position C2 to the first time. It is rotated to the moving position C1.

○ [Blackout display control when reversing from display position to non-display position]
In the specific symbol variation effect 5, as in the specific symbol variation effect 4, the rotation accessory 70 is rotated from the first rotation position C 1 to the second rotation position C 2, and thereafter, at least on the sub image display device 99. When the effect image is displayed, the reversing role 72 is swung several times near the first reversal position D1, preferably at the earliest possible stage, and then the reversing role 72 is second reversal from the first reversal position D1. The screen is rotated to the position D2, and the screen of the sub-image display device 99 is darkly displayed (that is, blacked out) when the reversing role 72 is rotated from the first reversing position D1 to the second reversing position D2.

  Thereafter, as described above, the movable combination 74, 75, 76, 77 is operated from the storage position E1 to the deployed position E2, and then the movable combination 74, 75, 76, 77 is stored from the deployment position E2. After being actuated to the position E1, the reversing combination 72 is rotated from the second reversing position D2 to the first reversing position D1, and then the revolving combination 70 is moved from the second revolving position C2 to the first revolving position C1. Is rotated. The effect image may be displayed again on the sub-image display device 99 after the reversal combination 72 is rotated from the second reversal position D2 to the first reversal position D1.

  Here, in the specific symbol variation effects 2, 4, and 5, the sub-image display device 99 and the decorative member 108 are relatively moved by swinging the reversing accessory 72 near the first reversing position D1, and this Thus, the player is attracted to the visual reference portion 108a of the decorative member 108, that is, when the floating image 107c is viewed on the front side or in the vicinity of the front side of the microlens two-dimensional array 103, the focus of the eyes is set on the floating image 107c. It becomes easy to match.

  In the embodiment, the reversal accessory 72 is moved and the sub image display device 99 and the decorative member 108 are relatively moved. However, the decorative member 108 is moved so that the sub image display device 99 and the decorative member 108 are moved. And may be moved relative to each other. In the embodiment, normally (when the reversing accessory 72 is at the first reversing position D1), the visual reference portion 108a of the decorative member 108 is located on the front side or in the vicinity of the front side of the microlens two-dimensional array 103. However, when the decorative member 108 is moved, the front side of the microlens two-dimensional array 103 is usually positioned away from the front side or the vicinity of the front side of the microlens two-dimensional array 103 and the floating image 107c is displayed. Or you may move to the front side vicinity.

  Here, in the movable accessory device having the sub image display provided so as to be rotatable in front of the main image display, the sub image display is moved forward while the effect image is displayed on the sub image display. If it is rotated from the position to the backward position, the display of the effect image is performed in a place where the player cannot see, and it is useless, and it is reflected on the screen of the main image display (the main image display If it is reflected on the screen), it interferes with the effect image displayed on the main image display and makes the effect image difficult to see.

  According to the effect control means 240 of the present invention, the image display device 99 (the reversal accessory 72) is placed in the first inversion position D1 from the state where the effect images are displayed on the image display device 16 and the sub image display device 99, respectively. The effect can be improved because it is possible to execute the effect control that causes the screen of the sub-image display device 99 to be darkly displayed at the time of the rotation as well as the rotation to the second reversal position D2.

  By the way, there is a possibility that the first and second stage effect devices 17 and 18 may interfere with each other when both operate. Therefore, when there is a possibility that both the first and second stage effect devices 17 and 18 operate and interfere with each other, the effect control means 240 is at least one of the first and second stage effect devices 17 and 18. One operation may be restricted.

  Specifically, when the effect control means 240 is operated in the order of the first effect agent device 17 → the second effect agent device 18 in one symbol variation effect, in the first effect agent device 17. After the accessory body 60 is moved from the initial position A0 to the first, second, or third advance position A1, A2, or A3, the second effect accessory device 18 rotates until it returns to the initial position A0. The moving object 70 is limited so as not to rotate from the first rotation position C1 to the second rotation position C2.

  Alternatively, when the effect control means 240 is operated in the order of the second effect actor device 18 → the first effect agent device 17 in one symbol variation effect, After the moving object 70 is rotated from the first rotation position C1 to the second rotation position C2, until it returns to the first rotation position C1, in the first stage effect device 17, the accessory body 60 Is not moved from the initial position A0 to the first, second, or third advance position A1, A2, or A3.

  However, the production control means 240 performs the second production when the first production effect device 17 is normally operated within a range in which the first and second production effect devices 17 and 18 do not interfere with each other. The operation may be restricted so that the accessory device 18 is operated, or the operation is restricted so that the first effect agent device 17 is operated when the second effect agent device 18 is normally operated. May be.

The overall operation and effects of the pachinko gaming machine 1 described above are as follows.
When the normal game state or the latent game state is set, the player operates the launch handle 7 to fire the game ball so that the game ball falls on the left side of the center accessory 15 by so-called left-handed strike. When playing a game and when the short-time gaming state or the probability variation gaming state is set, or when the big hit game is being performed, the launching handle 7 is operated so that the gaming ball falls on the right side of the center accessory 15, A game is played by so-called right-handed hitting a game ball.

  By left-handed, the sorting device 20, that is, the first and second start ports 10a and 10b can be aimed, and when the number of the first special figure reservation is less than 4, when the game ball wins the first start port 10a, When the first special figure determination information is acquired and stored in the special figure hold storage means 212 and the second special figure hold number is less than 4, when the game ball wins the second start port 10b, the second special figure determination information is obtained. Is acquired and stored in the special figure hold storage means 212.

  When the second starting figure 11a and the gate 12 can be aimed by making a right stroke and the number of the second special figure reservation is less than 4, when the game ball wins the second starting opening 11a, the second special figure determination information is acquired. When the game ball passes through the gate 12 when the number of pending drawings is less than 4 and is stored in the special figure holding storage unit 212, the drawing determination information is acquired and stored in the drawing holding storage unit 222.

  The general map determination information stored in the general map hold storage means 222 is sequentially digested (erased) every time the variation of the normal symbol is started, and a winning lottery is performed. After the symbol has stopped fluctuating, an auxiliary game is generated in which the second start port 11a is opened.

  When the normal gaming state or the latent gaming state is set, the player can hardly expect a winning game ball from the sorting device 20 to the first and second starting ports 10a and 10b even if the player makes a right turn. Since the low operation mode is set as the start port operation mode and game balls can hardly be expected to win the second start port 11a, the game is played by reducing the number of owned game balls by left-handed, and the short-time game state or the probability change When the gaming state is set, the high operation mode is set as the second start port operation mode, and it is possible to expect a relatively large number of game balls to be won to the second start port 11a. Thus, it is possible to play a game while maintaining the number of owned game balls substantially.

  The special figure determination information stored in the special figure storage unit 212 is sequentially digested (erased) every time the change of the special symbol starts. At that time, a plurality of special figure determination information is stored in the special figure storage unit 212. In the case where there is, the plurality of special figure determination information is digested in the order of acquisition, and a big hit lottery is performed, and when the big hit lottery is won, a big hit symbol is displayed on one of the special figure indicators 19a and 19bc. After the stoppage of fluctuation, a big hit game in which the big winning opening 13a is opened occurs.

  In the big hit game, depending on the type of the big hit symbol that has fluctuated, either 16R long-term release, 8R long-term release, or 8R short-term release is selected and executed. In the case of 8R long-term release, for example, about 1000 game balls can be obtained, and in the case of 8R short-term release, game balls cannot be substantially acquired. In addition, depending on the type of the big hit symbol that has been fluctuated and stopped, any one of a normal gaming state, a short-time gaming state, a latent probability gaming state, and a probability changing gaming state is selected and set as the gaming state after the big winning game ends.

  When the big hit game and the gaming state after the big hit game are finished, the first special figure determination information when winning in the big hit lottery based on the second special figure determination information (the winning of the game ball to the second start opening 10b, 11a) The percentage that is more advantageous to the player becomes higher than the case of winning in the big hit lottery based on (the winning of the game ball to the first starting port 10a). By left-handed, a plurality of game balls are alternately awarded to the first and second starting ports 10a and 10b by the sorting device 20, and based on the big hit lottery based on the first special figure determination information and the second special figure determination information While the big hit lottery is alternately performed, a plurality of game balls continuously win the second starting port 11a by the right hit in the short-time gaming state or the probability variation gaming state, and the big hit lottery based on the second special figure determination information Is performed continuously.

  On the other hand, when the special symbol is variably displayed, the symbol variation effect is performed, and when the special game is performed, the special game effect and the ending effect are mainly displayed on the image display device 16, respectively. In addition, in the specific symbol variation production, in order to suggest the result of the jackpot lottery (expected degree of jackpot), or in the specific special game production or the specific ending production, the first and first At least one of the two movable accessory devices 17 and 18 is activated, and the effect of production is enhanced.

  For each of the first and second movable accessory devices 17, 18, for example, in the symbol variation effect, the big hit expectation degree determined to be “big hit” is higher than the case where it does not operate when operated. In addition, the effect of the big hit can be made different depending on the operation mode to further enhance the effect.

  In addition, various modifications can be added and implemented without departing from the spirit of the present invention, and the present invention can be applied to various gaming machines such as pachinko gaming machines.

1 Pachinko machine 4 Game board 4a Game area 10a First start port (first start area)
10b Second start port (second start area)
20 Distributing device 21 Base member 22 Case member 23 Introducing passage 23a Introducing port 24 First guiding passage 25 Second guiding passage 30 Distributing means 31 Rotating members 31c to 31e Blade 32a First magnet (fixed magnet)
32b Second magnet (movable magnet)
33a Receiving part 34 Shaft member 35 Boss part 37a Magnet accommodating part 38 Cap member 38a Cap part 72 Reversing character (movable character, directing character)
72a Inverted body (mounting base)
73 Reverse drive means (relative movement means, rotation drive means)
73a Electric motor (drive unit)
74, 75, 76, 77 Movable accessory 99 Sub image display device (display device, image display device)
100 Sub-image display (image display)
100e First claw portion 100f Second claw portion 103 Micro lens two-dimensional array 108 Decoration member 108a Visual reference member 110 Mounting structure 111 First engagement means 111a First engagement portion 112 Second engagement means 112a Second engagement Part 113 screw (fastening means)
116e Tool insertion hole 131 First flexible cable 132 Second flexible cable 135 First cable multilayer portions 141, 142 Conductor 141α First signal line 142α Second signal line 142A Second wiring region 142B Second margin region 151 Shaft member 152 Gear Mechanism 153a 1st bearing part (1st pivot part)
153b Second bearing (second pivot)
155 Coil spring (biasing means, elastic member)
205 Lamp control board (drive control means)
240 Production control means

The present invention (game machine (1)) includes a movable accessory (74, 75, 76, 77) operable in a game effect, an image display (100) capable of displaying an effect image, and the movable accessory ( 74, 75, 76, 77) and drive control means (205) for driving and controlling the image display (100), and the movable accessory (74, 75, 76, 77) from the drive control means (205). A first flexible cable (131) provided with a plurality of conductive wires (141) including a first signal line (141α) for transmitting a first signal for driving; and the image display from the drive control means (205). (100) to a second signal line for transmitting a second signal for displaying an effect image a plurality of conductors (142) of wiring including the (142Arufa), and the first flexible cable (131) and the width second and a flexible cable (132), said first, second flexible cable (131, 132) is at least a portion of the length direction, the combined widthwise ends among them cable (131, 132) a heavy A multi-layered cable part (135), and at least one of the first and second flexible cables (131, 132) is wired with a conductor on one side or both sides of the wiring region (142A) of the plurality of conductors (142) A blank area (142B) having a predetermined width is provided , and the first signal line (141α) of the first flexible cable (131) and the second of the second flexible cable (132) are provided in the cable multilayer portion (135). The first signal line is overlapped with the blank area (142B) so as not to overlap the signal line (142α) .

According to the present invention, to transmit a first signal line of the first flexible cable for transmitting a first signal for driving the variable dynamic role object, a second signal for displaying an effect image to the image display device The second signal line of the second flexible cable can be wired at a position separated from each other in the width direction.

Claims (5)

A movable accessory that can be operated in the game production,
An image display capable of displaying effect images;
Drive control means for driving and controlling the movable accessory and the image display;
A first flexible cable provided with a plurality of conductive wires including a first signal line for transmitting a first signal for driving the movable accessory from the drive control means;
A plurality of conductive wires including a second signal line for transmitting a second signal for displaying an effect image on the image display from the drive control means, and a second flexible cable having the same width as the first flexible cable. And
The first and second flexible cables have cable multi-layered portions that are overlapped with each other in the width direction of the cables,
A gaming machine, wherein at least one of the first and second flexible cables is provided with a blank area having a predetermined width on which one or both sides of the wiring area of the plurality of conductors in the width direction is not wired.   In the cable multi-layer portion, a first wiring region of the plurality of conducting wires in the first flexible cable and a second wiring region of the plurality of conducting wires in the second flexible cable are defined as a center in the width direction of the first wiring region. 2. The wiring board according to claim 1, wherein the second wiring region is provided so as to be shifted from a width direction center of the second wiring region in the width direction of the cable, and the first and second signal lines are wired so as not to correspond to each other. The gaming machine described.   The first wiring region is provided so that the center in the width direction coincides with the center in the width direction of the cable, and the second wiring region is provided so that the center in the width direction is shifted from the center in the width direction of the cable. The gaming machine according to claim 1 or 2. Wiring the plurality of conductors in the first wiring region at predetermined intervals;
The gaming machine according to any one of claims 1 to 3, wherein the plurality of conductive wires in the second wiring region are wired at the predetermined intervals. In a gaming machine equipped with a wiring structure for electrically connecting gaming machines,
A flexible cable provided with a plurality of conductive wires that are a part of the wiring structure,
A gaming machine, wherein the flexible cable is provided with a blank area having a predetermined width on which one or both sides of the wiring area of the plurality of conductors in the width direction are not wired.