JP2015196070A - Game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game machine capable of enhancing decoration properties.SOLUTION: In a third center reflection member 821c, a lamp hiding part 826c, which prevents a second center LED lamp 802b from being visually recognized through a space between the second center reflection member 821b and the third center reflection member 821c, is formed. In a fourth center reflection member 821d, a lamp hiding part 826d, which prevents a third center LED lamp 802c from being visually recognized through a space between the third center reflection member 821c and the fourth center reflection member 821d, is formed.

Description

  The present invention relates to a gaming machine such as a slot machine.

  A slot machine, which is a type of gaming machine, has a reel unit that rotates a reel, a main control device that controls the operation of the reel unit, a payout device that pays out medals according to the result of the game, and a box shape that accommodates these The base part (main body member) and a front door (opening / closing member) capable of opening and closing the front opening of the base part are configured (see, for example, Patent Document 1). The slot machine has a small reel unit housed in the upper part of the base part, a small reel window provided in the upper part of the front door, and a large image display device provided in the center part of the front door. Is also known.

JP 2012-254339 A

  However, in such a gaming machine, there is a demand for a measure for enhancing the decorativeness.

  This invention is made | formed in view of such a subject, and it aims at providing the game machine which can improve a decorating property more.

  In order to achieve such an object, a gaming machine according to the present invention includes a main body member having an opening in the front, an opening / closing member attached to the main body member so that the opening can be opened and closed, and the opening / closing member. Provided with a lighting device, wherein the lighting device includes a lamp substrate in which a plurality of lamps capable of emitting light are arranged side by side on the one surface, and the plurality of lamps on the one surface side of the lamp substrate. A plurality of reflecting members arranged in the same direction and capable of reflecting light; a lamp house attached to the opening / closing member and holding the lamp substrate so that the one surface of the lamp substrate faces forward; A lamp cover having translucency, which covers the one surface side of the lamp substrate including the plurality of reflecting members and is attached to the lamp house, and is adjacent to each other among the plurality of reflecting members. Anti At least one of the lamps is disposed between the members, and the reflecting member is formed on the opposite side of the rear reflecting surface and the rear reflecting surface capable of reflecting light facing the at least one lamp. And one end side of one of the reflecting members adjacent to each other overlaps the front side of the other reflecting member across the at least one lamp. The light emitted from the lamp is reflected by the rear reflection surface of the one reflection member and the front reflection surface of the other reflection member, and passes through the lamp cover. The concealing part which prevents the said lamp | ramp from being visually recognized through the gap | interval of the said adjacent reflecting member is formed in the said reflecting member.

  According to the present invention, the decorativeness of the gaming machine can be further improved.

It is a perspective view of a slot machine. It is a sectional side view of a slot machine. It is a front view which shows the internal structure of a slot machine. It is the rear view which looked at the front door of the slot machine from back. It is a disassembled perspective view of a main reel unit. (A) is the perspective view which looked at the main back lamp holder from the front, (b) is the perspective view which looked at the main back lamp holder from the back. (A) is the perspective view which looked at the main reel bracket from upper right, and (b) is the perspective view which looked at the main reel bracket from lower left. It is the perspective view which looked at the main reel case from back. It is a disassembled perspective view of a sub reel unit. (A) is a front view of the main controller, and (b) is a rear view of the main controller. (A) is a sectional side view of a main controller, (b) is a sectional side view showing a state where an optical communication cable is connected to the main controller. It is a disassembled perspective view of a main controller. (A) is a front view of a sub-control device, (b) is a perspective view of the sub-control device. It is a disassembled perspective view of a sub-control device. (A) is the perspective view which looked at the production control unit from the upper part, (b) is the perspective view which looked at the production control unit from the lower part. It is a disassembled perspective view of an effect control unit. It is a perspective view which shows the state which removed the effect control unit from the base | substrate part of the slot machine. It is a perspective view which shows the state which temporarily fixed the production control unit to the base | substrate part of the slot machine. (A) is a top view of a fixing member, (b) is a perspective view of a fixing member. It is a front view of the image display device, It is a sectional side view of an image display apparatus. It is a disassembled perspective view of an image display apparatus. It is an exploded view of an upper side illumination part. It is an exploded view of a lower side illumination part. It is a perspective view of a lower escutcheon. It is a front view of a side lamp. It is sectional drawing seen from the direction of arrow XXVII-XXVII in FIG. It is a disassembled perspective view of a side lamp. (A) is a perspective view of a 2nd side reflection member, (b) is a rear view of a 2nd side reflection member. (A) is a perspective view of a 5th side reflection member, (b) is a front view of a 5th side reflection member. It is a front enlarged view which shows the upper part of a slot machine. It is an expanded sectional view showing the upper part of the slot machine. It is a disassembled perspective view of a main reel display unit. It is the perspective view which looked at the main reel display unit from back. It is a disassembled perspective view of a left upside lamp and a center lamp unit. (A) is a front view of a left upside reflecting member, and (b) is a bottom view of the left upside reflecting member. It is a front view of a center lamp unit. It is the perspective view which looked at the center lamp unit from back. It is a sectional side view of the center lamp part in a center lamp unit. It is the perspective view which looked at the center lamp part from the front lower part. (A) is a front view of a center reflection member, (b) is a sectional side view of a center reflection member. It is a disassembled perspective view of a center reflection member. It is a front view of a center lamp board | substrate. It is sectional drawing seen from the direction of arrow XXXXIV-XXXXIV in FIG. (A) is a side view of a left light guide member, (b) is a perspective view of a left light guide member. It is an enlarged front view which shows the vicinity of the left light guide member. It is an enlarged front view which shows the vicinity of a right light guide member.

  Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. First, an outline of a slot machine SM as an embodiment of a gaming machine will be described with reference to FIGS. In the present embodiment, the directions indicated by the arrows in FIG. 1 will be described as the up-down direction, the front-rear direction, and the left-right direction, respectively. The slot machine SM is mainly composed of a box-shaped base 10 and a front door 20. As shown in FIG. 2, the base body portion 10 is formed in a box shape having an opening 10 a on the front side, and a front door 20 is attached to the front portion of the base body portion 10. The bottom portion of the base portion 10 is longer in the front-rear direction than the ceiling portion of the base portion 10 and protrudes forward, so that the opening portion 10a of the base portion 10 is inclined and formed so as to face upward. Yes. The front door 20 is pivotally supported on the left front portion of the base portion 10 using the hinge mechanisms 5a and 5b, and is configured to be able to swing open and close the opening portion 10a of the base portion 10. The front side of the front door 20 is generally formed so as to extend in a substantially vertical direction (in an operation panel 23 and the like to be described later), and the rear side of the front door 20 is inclined so as to face downward and rearward. It is formed so as to be aligned with the portion 10a.

  A main reel unit 100 mounted and fixed on the rear surface side of the front door 20 is accommodated in the upper side of the base body portion 10, and the three main reels 102 a, 102 b, and 102 c are passed through a reel display window 631 provided in the front door 20. The drawn pattern can be visually recognized. A sub reel unit 200 mounted and fixed inside the base unit 10 is accommodated in the center of the base unit 10 and drawn on the three sub reels 202a, 202b, and 202c through liquid crystal shutter windows 414a to 414c provided on the front door 20. It is possible to visually recognize the symbol. A medal payout device 14 having a power supply unit 13 for supplying power to various devices mounted on the slot machine SM and a hopper 14a for storing medals is provided on the lower side inside the base body portion 10. On the upper inner surface of the back plate portion of the base body portion 10 is attached a main control device 250 for overall control of games played in the slot machine SM. On the upper inner surface of the left side plate portion of the base portion 10 on which the hinge mechanisms 5a and 5b are provided, a sub-control device 300 that performs effect determination processing as effect control of the slot machine SM is attached. An effect control unit 350 that performs effect control processing of various effect devices as effect control of the slot machine SM is attached to the inner surface of the intermediate portion of the left side plate portion of the base unit 10.

  A front frame 21 is formed on the front door 20, and an image display device 400 that has a liquid crystal shutter window and displays a predetermined effect image is provided at a substantially central portion of the front frame 21. On the front side of the front door 20, left and right side lamps 500 and 550 that are positioned on the left and right of the image display device 400 and extend vertically are provided. At the center of the front side of the front door 20, an operation panel 23 is provided below the image display device 400. On the front side of the operation panel 23, a start switch 24 and three stop switches 25a, 25b, and 25c are provided. On the upper surface side of the operation panel 23, various bet switches 26, various effect operation switches 27, and a medal slot 28 are provided. A main reel display unit 600 having a reel display window, left and right upside lamps 700 and 750, and a center lamp unit 800 are provided on the upper front side of the front door 20. A decorative panel 33 and a tray 34 for storing medals paid out from the medal payout device 14 are provided at the lower part on the front side of the front door 20.

  In a state where the front door 20 closes the opening 10 a of the base body 10, the rear surface side of the front door 20 is located on the inner side of the base body 10. On the rear side of the front door 20, the main reel unit 100, the left and right upper speaker units 36 and 37, and the left and right lower speaker units 38 and 39 are attached.

[Configuration of main reel unit]
Next, the main reel unit 100 according to the present embodiment will be described with reference to FIGS. As shown in FIG. 5, the main reel unit 100 includes first to third main reel modules 101 a to 101 c, a main reel case 141, a board accommodating portion 161, and a main reel relay board 181. The

  The first main reel module 101a includes a first main reel 102a, a main reel motor 111, a reference position detection sensor 116, a main back lamp 121, and a main reel bracket 131. The first main reel 102a has a reel tape on which a predetermined symbol is drawn and a wheel member around which the reel tape is wound, and is formed in a cylindrical shape in which a plurality of symbols are arranged along the outer peripheral surface. It is coupled to the motor shaft of the reel motor 111. The main reel motor 111 is attached to the main reel bracket 131 together with the first main reel 102a, and rotates the first main reel 102a. The reference position detection sensor 116 is attached to the main reel bracket 131 at a position where a detected member (not shown) formed inside the first main reel 102a can be detected, and determines the rotation reference position of the first main reel 102a. It comes to detect.

  The main back lamp 121 is mounted on the main reel bracket 131 so as to be located on the inner side of the first main reel 102a and facing forward, and the outer periphery of the first main reel 102a on which a pattern is drawn can be illuminated from the inner side. Is done. The main back lamp 121 includes a main back lamp board 122 on which an LED lamp (not shown) is disposed, and a main back lamp holder 123 that holds the main back lamp board 122 and is attached to the main reel bracket 131. The area corresponding to one symbol on the first main reel 102a can be illuminated.

  As shown in FIG. 6, the main back lamp holder 123 is formed in a block shape having an opening 123a at the center using a resin material. Two lower locking projections 124 that are locked to the lower end of the main back lamp substrate 122 are formed on the lower rear side of the main back lamp holder 123, and the main back lamp substrate is positioned on the rear upper side of the main back lamp holder 123. An upper locking claw portion 125 is formed on the upper end portion of 122 so as to be elastically deformable. The main back lamp substrate 122 is held on the rear surface side of the main back lamp holder 123 with the lower locking projection 124 locked to the lower end and the upper locking claw 125 locked to the upper end. The LED lamp (not shown) of the main back lamp substrate 122 is exposed to the front through the opening 123 a of the main back lamp holder 123. On the right side of the main back lamp holder 123, a pair of lamp fixing claws 126 that are engaged with the back lamp mounting hole 134 of the main reel bracket 131 so as to be elastically deformable are projected. In addition, a pair of lamp engagement holes 127 that can engage the positioning protrusions 135 of the main reel bracket 131 are formed on the right side of the main back lamp holder 123.

  As shown in FIG. 7, the main reel bracket 131 is formed in a plate shape using a resin material, and a main reel motor 111, a reference position detection sensor 116, and a main back lamp 121 are provided on the left side of the main reel bracket 131. Each can be attached. A motor attachment portion 132 to which the main reel motor 111 is attached is formed at the center of the left side portion of the main reel bracket 131. A sensor attachment portion 133 to which the reference position detection sensor 116 is attached is formed on the upper left side of the main reel bracket 131.

  On the front side of the left side of the main reel bracket 131, a positioning projection 135 that can be engaged with the lamp engagement hole 127 of the main back lamp holder 123, and the positioning projection 135 engaged with the lamp engagement hole 127 Thus, a back lamp mounting hole 134 is formed in which the lamp fixing claw 126 of the main back lamp holder 123 can be locked. By engaging the positioning projection 135 with the lamp engagement hole 127 of the main back lamp holder 123 and engaging the lamp fixing claw 126 of the main back lamp holder 123 with the back lamp mounting hole 134, The lamp 121 is mounted and fixed in the back lamp mounting hole 134 of the main reel bracket 131. Thereby, the main back lamp 121 can be easily attached to the left side portion of the main reel bracket 131.

  In the center of the front part of the main reel bracket 131, a collar part 136 for covering the gap between the reels is formed in an arc shape. A rear coupling hole 137 with which the rear coupling member 191 can be engaged is formed on the rear upper side and the rear lower side of the main reel bracket 131. A front coupling hole 138 with which the upper front coupling member 192 can be engaged is formed on the front upper side of the main reel bracket 131.

  As shown in FIG. 5, the second main reel module 101b includes a second main reel 102b, a main reel motor, a reference position detection sensor, a main back lamp, and a main reel, like the first main reel module 101a. And a bracket. The second main reel 102b is formed in the same manner as the first main reel 102a except that the symbols are different. The main reel motor, the reference position detection sensor, the main back lamp, and the main reel bracket have the same configuration as that of the first reel module 101a, and detailed illustration and description thereof will be omitted.

  Similar to the first main reel module 101a, the third main reel module 101c includes a third main reel 102c, a main reel motor, a reference position detection sensor, a main back lamp, and a main reel bracket. Is done. The third main reel 102c is formed in the same manner as the first main reel 102a except that the symbols are different. The main reel motor, the reference position detection sensor, the main back lamp, and the main reel bracket have the same configuration as that of the first reel module 101a, and detailed illustration and description thereof will be omitted.

  The main reel case 141 includes a rear case part 142 and a front case part 152. As shown in FIGS. 5 and 8, the rear case portion 142 is formed in a box shape having a housing opening 142a on the front side using a resin material, and the first to third main reel modules 101a to 101c are moved to the left and right. It is configured to be housed side by side. The first main reel module 101a is accommodated on the left side of the rear case 142 through the accommodation opening 142a, the second main reel module 101b is accommodated in the center of the rear case 142, and the third main reel module 101c is rearward. It is accommodated on the right side of the case portion 142.

  As shown in FIG. 5, a flange portion 143 is formed on the front left side and the front right side of the rear case portion 142. A support portion 144 having an inclined surface portion 145 inclined from the center portion to the upper portion of the front surface of the flange portion 143 with respect to the front surface of the flange portion 143 (rearward in accordance with the inclination of the rear surface side of the front door 20) is formed. . As shown in FIG. 32, the support portion 144 is arranged on the rear surface side of the front door 20 with the inclined surface portion 145 in contact with the inclined surface contact portion 642 provided on the support frame member 640 of the main reel display unit 600. The attached main reel unit 100 is supported substantially horizontally. A claw portion 146 that can be locked to the claw locking portion 641 of the support frame member 640 is formed on the upper front side of the flange portion 143, and the main reel unit 100 is hooked and fixed to the rear surface side of the support frame member 640. Be able to. Further, the inclined surface portion 145 is formed with a protrusion 147 that can be engaged with the protrusion engaging portion 643 of the support frame member 640. As shown in FIG. 5, three front coupling holes 148 with which the lower front coupling member 193 can be engaged are formed on the lower side of the front portion of the rear case section 142.

  As shown in FIG. 8, the rear case portion 142 is formed in a circular arc shape in a cross section in accordance with the outer peripheral shape of the first to third main reels 102 a to 102 c, as shown in FIG. A rear reel accommodating portion 149 for accommodating the rear side of 102c is formed. The rear reel accommodating portion 149 is formed with three rear window portions 149a arranged side by side on the left and right sides so that the rear sides of the first to third main reels 102a to 102c can be seen. Leg-shaped temporary support portions 150 are formed at the four corners of the rear end portion of the rear case portion 142 so as to extend rearward. The reel opening portion 152a of the front case portion 152 (or the accommodation opening portion 142a of the rear case portion 142). The main reel case 141 (or the rear case part 142) can be supported and placed so that) faces upward.

  Six rear coupling holes 151 into which the rear coupling member 191 can be engaged are formed on the rear upper side and the rear lower side of the rear case part 142. The rear coupling hole 151 is disposed so as to be aligned with the rear coupling hole 137 formed in the main reel bracket 131 of the first to third main reel modules 101a to 101c, and the rear coupling member 191 is arranged from the rear to the rear case section 142. The main reel bracket 131 of each of the first to third main reel modules 101a to 101c is coupled to the rear case portion 142 by engaging with the rear coupling hole 151 and the rear coupling hole 137 of the main reel bracket 131, respectively. . The rear coupling member 191 is configured using a ny latch or the like.

  As shown in FIG. 5, the front case portion 152 is formed in a frame plate shape having a reel opening 152 a at the center using a resin material, and closes the accommodation opening 142 a of the rear case portion 142 to close the rear case portion 142. It is attached to the front part. That is, the first to third main reel modules 101a to 101c are accommodated side by side in the main reel case 141 in which the front case portion 152 is attached to the front portion of the rear case portion 142. Each symbol of the first to third main reels 102a to 102c is configured to be visible from the front through the reel opening 152a.

  Three upper coupling holes 153 into which the upper front coupling member 192 can be engaged are formed in the upper portion of the front case portion 152. The upper coupling hole 153 is disposed so as to be aligned with the front coupling hole 138 formed in the main reel bracket 131 of the first to third main reel modules 101a to 101c, and the upper front coupling member 192 is moved forward from the front. By engaging the upper coupling hole 153 of the case portion 152 with the front coupling hole 138 of the main reel bracket 131, the upper portion of the front case portion 152 is the main reel bracket of the first to third main reel modules 101a to 101c. 131. Accordingly, the upper portion of the front case portion 152 is coupled to the rear case portion 142 via the main reel bracket 131 of the first to third main reel modules 101a to 101c. The upper front coupling member 192 is configured using a ny latch or the like.

  Three lower coupling holes 154 with which the lower front coupling member 193 can be engaged are formed in the lower portion of the front case portion 152. The lower coupling hole 154 is disposed so as to be aligned with a front coupling hole 148 formed in the rear case portion 142, and the lower front coupling member 193 is connected to the lower coupling hole 154 of the front case portion 152 from the front. By engaging with the front coupling holes 148 of the rear case part 142, the lower part of the front case part 152 is coupled to the rear case part 142. The lower front coupling member 193 is configured using a ny latch or the like.

  In addition, a board accommodating portion 161 for accommodating the main reel relay board 181 is provided on the lower surface side of the main reel case 141. The board accommodating portion 161 includes a support rib 162 formed on the lower surface side peripheral portion of the rear case portion 142, and a first cover member 171 and a second cover member 176 for covering the main reel relay substrate 181. The main reel relay board 181 attached to the lower surface side of the case part 142 is covered and can be accommodated inside.

  The main reel relay substrate 181 is attached and fixed to the lower surface side of the rear case portion 142 by a fixing member (not shown) such as a screw. The main reel relay board 181 is electrically connected to the main control device 250 (main control board 251), and according to the reel control signal transmitted from the main control device 250, the first to third main reel modules 101a to 101c. The operation control is performed. On the front side of the mounting surface of the main reel relay board 181, a reel for electrical connection with the main reel motor 111, the reference position detection sensor 116, and the main back lamp 121 of the first to third main reel modules 101 a to 101 c. Three sets of control connectors 182 are arranged side by side. On the left side of the mounting surface of the main reel relay board 181, a main control connector 183 for electrical connection with the main controller 250 is disposed. The main back lamp 121 may be controlled by the effect control unit 350 (sub-sub board 351). In this case, the main reel relay board 181 is also electrically connected to the effect control unit 350.

  The support rib 162 is formed so as to protrude downward along the lower surface side peripheral portion of the rear case portion 142 and surrounds the periphery of the main reel relay board 181 attached to the lower surface side of the rear case portion 142. Yes. The support rib 162 has the reel opening 152a of the front case 152 (or the storage opening 142a of the rear case 142) in the substantially horizontal direction in a state where the main reel relay board 181 is stored in the board storage 161. The main reel case 141 (or the rear case part 142) can be supported and placed so as to face. The front side of the support rib 162 is electrically connected to the main reel relay board 181 and the main reel motor 111, the reference position detection sensor 116, and the main back lamp 121 of the first to third main reel modules 101a to 101c. A front notch 163 into which a wire harness (not shown) is inserted is formed. On the left side of the support rib 162 is a side cutout 164 through which a wire harness (not shown) electrically connected to the main reel relay board 181 and the main controller 250 (main control board 251) is inserted. Is formed. In addition, a rear window 162a is formed on the rear side of the support rib 162 so that the main reel relay substrate 181 accommodated in the substrate accommodating portion 161 can be viewed from the rear.

  The first cover member 171 is formed in a lid shape using a transparent resin material, covers the mounting surface of the main reel relay substrate 181, and is attached to the lower surface side of the rear case portion 142. The first cover member 171 is attached to the lower surface side of the rear case portion 142 and is surrounded by the support rib 162. On the front side of the first cover member 171, three sets of front connector exposure holes 172 for exposing the reel control connector 182 of the main reel relay board 181 are formed side by side. A side sensor exposure hole 173 for exposing the main control connector 183 of the main reel relay board 181 is formed on the left side of the first cover member 171. Two protrusion-shaped cover coupling pieces 174 having holes are formed at the front end portion of the first cover member 171, and the lower surface side of the cover coupling piece 174 and the rear case portion 142 using the cover coupling member 194. The first cover member 171 is attached to the lower surface side of the rear case portion 142.

  The second cover member 176 is formed in a lid shape using a transparent resin material, and is attached to the lower side of the first cover member 171 in an overlapping manner. The second cover member 176 is surrounded by the support rib 162 in a state where the second cover member 176 is attached to the lower side of the first cover member 171. In this state, the wire harness that extends from the reel control connector 182 of the main reel relay board 181 and is connected to the main reel motor 111, the reference position detection sensor 116, and the main back lamp 121 of the first to third main reel modules 101a to 101c. (Not shown) is covered with a front harness insertion portion 177 formed at the front portion of the second cover member 176 and is inserted forward. In this state, a wire harness (not shown) extending from the main control connector 183 of the main reel relay board 181 and connected to the main control device 250 (main control board 251) is formed on the left side of the second cover member 176. It is covered with the side harness insertion part 178 so as to be inserted leftward.

  Two cover coupling recesses 179 having holes are formed in the front portion of the second cover member 176, and the cover coupling recess 179 and the cover coupling of the first cover member 171 using the cover coupling member 194. The piece 174 and the cover mounting boss 166 of the rear case part 142 are coupled to each other, and the second cover member 176 is attached to be attached to the lower surface side of the rear case part 142 below the first cover member 171. ing. The cover coupling member 194 is configured using a ny latch or the like.

  In the main reel unit 100 configured as described above, in order to house and assemble the first to third main reel modules 101a to 101c in the main reel case 141, first, the first main reel module through the housing opening 142a. 101 a is housed on the left side of the rear case part 142, the second main reel module 101 b is housed in the center of the rear case part 142, and the third main reel module 101 c is housed on the right side of the rear case part 142. Next, the rear coupling member 191 is engaged with the rear coupling hole 151 of the rear case section 142 and the rear coupling hole 137 of the main reel bracket 131 from the rear, and the rear portions of the first to third main reel modules 101a to 101c are engaged. The rear case part 142 is coupled to the rear part.

  Next, the front case part 152 is attached to the front part of the rear case part 142. Next, the upper front coupling member 192 is engaged with the upper coupling hole 153 of the front case portion 152 and the front coupling hole 138 of the main reel bracket 131 from the front, respectively, and the upper portion of the front case portion 152 is first to first. Three main reel modules 101a to 101c are coupled to the front upper part. Accordingly, the upper portion of the front case portion 152 is coupled to the rear case portion 142 via the main reel bracket 131 of the first to third main reel modules 101a to 101c. Next, the lower front coupling member 193 is engaged with the lower coupling hole 154 of the front case portion 152 and the front coupling hole 148 of the rear case portion 142 from the front, respectively, and the lower portion of the front case portion 152 is connected to the rear case. It is combined with the front lower part of the part 142. At this time, if necessary, if the rear case part 142 is placed using the temporary support part 150 so that the accommodation opening 142a of the rear case part 142 faces upward, the front case part 152 is attached to the rear case part 142. Can be easily attached to the front.

  Next, the main reel relay board 181 is attached and fixed to the lower surface side of the rear case part 142 by a fixing member (not shown) such as a screw. Next, using the cover coupling member 194, the first cover member 171 is attached to the lower surface side of the rear case portion 142 so as to cover the mounting surface of the main reel relay board 181, and the second cover member 176 is attached to the rear case portion 142. And attached to the lower side of the first cover member 171 on the lower surface side. At this time, if the main reel case 141 in which the first to third main reel modules 101a to 101c are accommodated is placed using the temporary support portion 150 so that the reel opening portion 152a faces upward as necessary, The main reel relay substrate 181, the first cover member 171, and the second cover member 176 can be easily attached to the lower surface side of the rear case portion 142.

  At this time, a wire harness (not shown) extending from the main reel motor 111, the reference position detection sensor 116, and the main back lamp 121 of the first to third main reel modules 101a to 101c is notched forward of the support rib 162. The part 163 and the front harness insertion part 177 of the second cover member 176 are inserted into the reel control connector 182 of the main reel relay board 181. Thus, the first to third main reel modules 101a to 101c can be accommodated in the main reel case 141 and assembled. Even when the main reel relay substrate 181 is accommodated in the substrate accommodating portion 161 provided on the lower surface side of the main reel case 141, the main reel case has the reel opening 152a facing the substantially horizontal direction by the support rib 162. 141 can be placed.

[Configuration of sub reel unit]
Next, the sub reel unit 200 according to the present embodiment will be described with reference to FIG. As shown in FIG. 9, the sub reel unit 200 includes first to third sub reel modules 201 a to 201 c, a reel module housing portion 241, a sub reel relay board 246, a board cover 247, and a harness cover 248. Composed.

  The third sub reel module 201c includes a third sub reel 202c, a sub reel motor 211, a reference position detection sensor 216, a sub back lamp 221, and a sub reel bracket 231. The third sub reel 202c has a reel tape on which a predetermined design is drawn and a wheel member around which the reel tape is wound, and is formed in a cylindrical shape in which a plurality of designs are arranged along the outer peripheral surface. The motor shaft 211 is coupled. In the third sub-reel 202c, light from the shutter illumination unit 430 provided in the image display device 400 is reflected toward the liquid crystal shutter unit 420 (details will be described later) on portions other than the design of the reel tape and the wheel member. The white color that is easy to make is colored.

  The sub reel motor 211 is attached to the sub reel bracket 231 together with the third sub reel 202c, and rotates the third sub reel 202c. The reference position detection sensor 105 is attached to the sub reel bracket 231 at a position where a detected member (not shown) formed inside the third sub reel 202c can be detected, and detects the rotation reference position of the third sub reel 202c. It has become.

  The sub-back lamp 221 is attached to the sub-reel bracket 231 so as to be located on the inner side of the third sub-reel 202c and facing forward, and is configured to be able to illuminate the outer periphery of the third sub-reel 202c on which a pattern is drawn from the inner side. The sub back lamp 221 includes a sub back lamp substrate 222 on which an LED lamp (not shown) is disposed, and a sub back lamp holder 223 that holds the sub back lamp substrate 222 and is attached to the sub reel bracket 231. An area for three symbols on the third sub reel 202c (hereinafter, an area for one symbol on the sub reel may be referred to as a partition area) can be individually illuminated for each area for one symbol. ing.

  The sub reel bracket 231 is formed in a plate shape using a resin material, and the sub reel motor 211, the reference position detection sensor 216, and the sub back lamp 221 are attached to the left side of the sub reel bracket 231, respectively. In the center of the front portion of the sub reel bracket 231, a collar portion 232 for covering a gap between the reels is formed in an arc shape. A front coupling hole 233 with which the reel coupling member 239 can engage is formed on the front upper side and the front lower side of the sub reel bracket 231. The sub-reel bracket 231 is colored white so that light from the shutter illumination unit 430 provided in the image display device 400 is easily reflected toward the liquid crystal shutter unit 420 (details will be described later).

  Similar to the third sub reel module 201c, the first sub reel module 201a includes a first sub reel 202a, a sub reel motor, a reference position detection sensor, a sub back lamp, and a sub reel bracket. The first sub reel 202a is formed in the same manner as the third sub reel 202c except that the design is different. The sub reel motor, the reference position detection sensor, the sub back lamp, and the sub reel bracket have the same configuration as that of the third sub reel module 201c, and detailed illustration and description thereof will be omitted.

  Similar to the third sub reel module 201c, the second sub reel module 201b includes a second sub reel 202b, a sub reel motor, a reference position detection sensor, a sub back lamp, and a sub reel bracket. The second sub reel 202b is formed in the same manner as the third sub reel 202c except that the design is different. The sub reel motor, the reference position detection sensor, the sub back lamp, and the sub reel bracket have the same configuration as that of the third sub reel module 201c, and detailed illustration and description thereof will be omitted.

  The reel module accommodating portion 241 is formed in a box shape having a reel opening 241a in front using a resin material, and is configured to accommodate the first to third sub reel modules 201a to 201c side by side. The first sub reel module 201a is housed on the left side of the reel module housing portion 241, the second sub reel module 201b is housed in the center of the reel module housing portion 241, and the third sub reel module 201c is placed on the right side of the reel module housing portion 241. It is to be accommodated. The reel module housing portion 241 is colored in white so that light from the shutter illumination unit 430 provided in the image display device 400 is easily reflected toward the liquid crystal shutter unit 420 (details will be described later).

  A flange portion 242 is formed on the front upper side and the front lower side of the reel module housing portion 241. The flange portion 242 is formed with six reel coupling holes 243 into which the reel coupling member 239 can be engaged. The reel coupling hole 243 is disposed so as to be aligned with the front coupling hole 233 formed in the sub reel bracket 231 of the first to third sub reel modules 201a to 201c, and the reel coupling member 239 is moved forward from the front of the sub reel bracket 231. The sub reel brackets 231 of the first to third sub reel modules 201a to 201c are coupled to the flange portion 242 of the reel module housing portion 241 by engaging the portion coupling holes 233 and the reel coupling holes 243 of the reel module housing portion 241, respectively. Is done. The reel coupling member 239 is configured using a ny latch or the like.

  A board mounting portion 244 is formed on the top of the reel module housing portion 241, and the sub reel relay board 246 is attached to the board mounting portion 244. The sub reel relay board 246 is attached and fixed to the board attaching part 244 of the reel module housing part 241 by a fixing means such as a screw. The sub reel relay board 246 is electrically connected to the effect control unit 350 (sub sub board 351), and the operation control of the first to third sub reel modules 201a to 201c is performed according to the reel control signal transmitted from the effect control unit 350. I do.

  The substrate cover 247 is formed in a box shape that can cover the sub reel relay substrate 246 from above using a transparent resin material. The substrate cover 247 is coupled and attached to the center of the substrate attachment portion 244 of the reel module housing portion 241 by a cover coupling member 249. The harness cover 248 is formed in a box shape using a transparent resin material, and is connected to the sub reel relay substrate 246, the sub reel motor 211, the reference position detection sensor 216, and the sub back lamp 221 of the first to third sub reel modules 201a to 201c. A part of an electrically connected wire harness (not shown) is covered. The harness cover 248 is coupled and attached to the front side of the board mounting part 244 of the reel module housing part 241 by the cover coupling member 249 so as to overlap the front part of the board cover 247. The cover coupling member 249 is configured using a ny latch or the like.

[Configuration of main controller]
Next, the main controller 250 according to the present embodiment will be described with reference to FIGS. The main controller 250 is a board case unit mainly composed of a main control board 251 and a main board case 260 that accommodates the main control board 251. As shown in FIG. 12, the main control board 251 includes an electronic component (electronic element) such as a gaming machine control chip 253 having a main CPU (Central Processing Unit) and a ROM (Read Only Memory), and a main board side optical connector. It is comprised from electrical components, such as 254, and the printed circuit board 252 in which these are mounted. In addition, a plurality of electrical connectors 255, 255,... Are arranged in each part of the main control board 251.

  The main board side optical connector 254 is an optical connector for connecting the main control device 250 (main control board 251) and the sub control device 300 (sub main board 301) via the optical communication cable 900 (see FIG. 11). Yes, it is arranged on the left side of the main control board 251 facing left. As shown in FIG. 11, the first cable side connector 910 of the optical communication cable 900 is fitted and connected to the main board side optical connector 254 along the mounting surface of the printed board 252. The optical communication cable 900 is mainly composed of an optical fiber cable for transmitting an optical signal. A first cable side connector 910 that can be fitted to the main board side optical connector 254 is provided at one end of the optical communication cable 900, and the sub board side optical connector 304 of the sub main board 301 is provided at the other end of the optical communication cable 900. And a second cable-side connector 920 (see FIG. 13A) that can be fitted. In a state where the first cable side connector 910 is engaged with the main board side optical connector 254, one end of the optical communication cable 900 protruding from the first cable side connector 910 and a light emitting element ( (Not shown) are opposed to each other in a state of being close to each other. Thereby, an electrical signal (command signal) transmitted from a command signal transmission circuit (not shown) of the main control board 251 is converted into an optical signal in the light emitting element of the main board side optical connector 254, and optical communication is performed from the light emitting element. An optical signal is emitted to the cable 900 and transmitted.

  10 to 12, the main board case 260 includes a main board case main body 261 and a main board case lid 271. The main board case main body 261 and the main board case lid 271 are joined to each other. The main control board 251 can be accommodated inside the case. As shown in FIG. 12, the main board case main body 261 is formed in a rectangular box shape having a front side opened using a transparent resin material. A first main body side coupling portion 262, a second main body side coupling portion 263, and a third main body side coupling portion 264 are formed on the upper portion of the main board case main body 261. Further, a main body side sealing portion 265 that is sealed by a sealing cover 281 is formed on the upper portion of the main board case main body 261.

  As shown in FIGS. 10 and 12, the main substrate case lid 271 is formed in a rectangular lid shape having a rear side opened using a transparent resin material. A first lid side coupling portion coupled to the first body side coupling portion 262, the second body side coupling portion 263, and the third body side coupling portion 264 of the main substrate case body 261 is disposed above the main substrate case lid 271. 272, a second lid side coupling portion 273, and a third lid side coupling portion 274 are formed. In addition, a lid-side sealing portion 275 that is sealed by the sealing cover 281 is formed together with the main-body-side sealing portion 265 at the upper part of the main substrate case lid 271. The first main body side coupling portion 262, the second main body side coupling portion 263, and the third main body side coupling portion 264, the first lid side coupling portion 272, the second lid side coupling portion 273, and the third lid side coupling portion 274 Are coupled to the main substrate case main body 261 so as to cover the main control substrate 251. Further, at this time, the main body side sealing portion 265 and the lid side sealing portion 275 are coupled using the sealing cover 281 and sealed together with the sealing seal 282.

  An enclosure 277 is formed on the left inner side of the main board case cover 271 to surround the main board side optical connector 254 from four directions. The enclosure portion 277 is formed in a box shape covering the base end side of the main board side optical connector 254 in which a light emitting element (not shown) is incorporated, and the main board side light is transmitted from the inside of the main board case 260. Unauthorized access to the proximal end side of the connector 254 is prevented. A connector notch (not shown) that exposes the front end side of the main board side optical connector 254 to the outside is formed on the left side of the enclosure 277. As shown in FIG. A flat cable receiving portion 278 is formed on the left outer side of the main board case lid 271 connected to the connector notch portion of the portion 277. The cable receiving portion 278 is configured to receive the vicinity of the end portion of the optical communication cable 900 extending from the first cable side connector 910 that is fitted and connected to the main board side optical connector 254.

  Note that the length in the left-right direction along the fitting direction of the first cable side connector 910 in the cable receiving portion 278 is designed to be longer than the length of the first cable side connector 910. Accordingly, the first cable side connector 910 of the optical communication cable 900 is connected to the main board side optical connector in a state where the main board case 260 is attached to the main side bracket member 290 provided on the inner surface side of the back plate portion of the base body portion 10. 254 can be easily fitted and connected. The cable receiving portion 278 is attached with a main board side connector cover (not shown) that covers the vicinity of the end of the first cable side connector 910 and the optical communication cable 900 that are fitted and connected to the main board side optical connector 254. It is done.

  The main board case lid 271 is formed with a plurality of connector exposed portions that expose the electrical connectors 255 provided in the respective portions of the main control board 251. On the right side of the main board case cover 271, a harness cover 283 that covers a harness connected from the setting switch unit 295 provided on the main bracket member 290 to the right electrical connector 255 is attached. Also, a bracket coupling portion 276 for coupling the main substrate case 260 to the main bracket member 290 is formed at the right end portion of the main substrate case lid 271.

  As shown in FIG. 12, the main bracket member 290 is formed in a rectangular plate shape that matches the outer peripheral shape of the main board case 260 using a transparent resin material, and a fixing member (not shown) such as a screw is provided. It is attached and fixed to the upper inner surface of the back plate portion of the base portion 10 (see FIG. 18). The main bracket member 290 is formed with a substrate case attachment portion 291 having a locking claw or the like to which the main substrate case 260 can be attached. A coupling hole 292 that is coupled to the bracket coupling portion 276 via a coupling member (not shown) is formed at the right end of the substrate case mounting portion 291. In addition, a setting switch unit 295 including a setting switch (not shown) and a reset switch (not shown) is accommodated on the right side of the main bracket member 290.

  In order to attach the main controller 250 configured as described above to the upper inner surface of the back plate portion of the base body portion 10, the main board case 260 in which the main control board 251 is accommodated is attached to the back plate portion of the base portion 10. It is attached to the board case attaching portion 291 of the main side bracket member 290 fixed to the upper inner surface. At this time, the bracket coupling portion 276 of the main board case lid 271 and the coupling hole 292 of the main side bracket member 290 are coupled using a coupling member (not illustrated). Next, the first cable side connector 910 of the optical communication cable 900 is fitted and connected to the main board side optical connector 254 of the main control board 251. Then, a main board case 260 using a fixing member (not shown) such as a screw so that a main board side connector cover (not shown) not shown covers the first cable side connector 910 of the optical communication cable 900. It is attached and fixed to the cable receiving portion 278. Thus, main controller 250 is attached and fixed to the upper inner surface of the back plate portion of base portion 10 via main bracket member 290.

[Configuration of sub-control unit]
Next, the sub-control device 300 according to the present embodiment will be described with reference to FIGS. As shown in FIG. 14, the sub-control device 300 is a board case unit mainly composed of a sub-main board 301 and a sub-board case 310 that accommodates the sub-main board 301. The sub main board 301 performs an effect determination process such as an effect lottery based on output information (command data) from the main controller 250 (main control board 251).

  The sub-main board 301 includes an electronic component (electronic element) such as a sub-main CPU (Central Processing Unit), an extended work RAM (Random Access Memory), a program ROM (Read Only Memory), and an electrical connector such as a sub-board side optical connector 304. It is comprised from components and the printed circuit board 302 in which these are mounted. In addition, a plurality of electrical connectors 305, 305,.

  The sub-board-side optical connector 304 is used to connect the main control device 250 (main control board 251) and the sub-control device 300 (sub-main board 301) via the optical communication cable 900 (see FIG. 13A). It is an optical connector, and is disposed in the vicinity of the upper end portion of the sub main board 301 so as to face upward. As shown in FIG. 13A, the second cable side connector 920 of the optical communication cable 900 is fitted and connected to the sub board side optical connector 304 along the mounting surface of the printed board 302. . In a state where the second cable side connector 920 is engaged with the sub board side optical connector 304, the other end of the optical communication cable 900 protruding from the second cable side connector 920 and the light receiving element built in the sub board side optical connector 304 (Not shown) are opposed to each other in a state of being close to each other. As a result, the optical signal transmitted from the optical communication cable 900 is converted into an electrical signal (command signal) in the light receiving element of the sub-board-side optical connector 304, and the command signal receiving circuit (not shown) of the sub-main board 301 from the light receiving element. Command signal is transmitted.

  As shown in FIG. 14, the sub-board case 310 includes a sub-board case body 311 and a sub-board case cover 321, and the sub-board case 310 is formed by combining the sub-board case body 311 and the sub-board case cover 321. The sub main board 301 can be accommodated therein. The sub-board case body 311 is formed in a rectangular box shape with one opening using a transparent resin material. The sub-board case body 311 accommodates a metal shield plate 331 between the sub-main board 301. Screw coupling bosses 312 are formed at the four corners of the sub-board case body 311 to which coupling screws (not shown) are screwed. A plurality of substrate support bosses 313 for supporting the sub main substrate 301 accommodated in the case are formed at the bottom of the sub substrate case body 311.

  The sub-board case lid 321 is formed in a rectangular lid shape with one opening using a transparent resin material. At the four corners of the sub-board case lid 321, first cap holes 322 that are inserted with coupling screws (not shown) and are closed by the first cap member 332 are formed. The sub board case lid 321 is coupled to the sub board case main body 311 so as to cover the sub main board 301 using a coupling screw (not shown). An optical connector exposing portion 324 that exposes the sub-substrate-side optical connector 304 provided in the vicinity of the upper end portion of the sub-main substrate 301 is formed on the upper portion of the sub-substrate case lid 321. The exposed sub board side optical connector 304 is covered with a sub board side connector cover 333 attached to the sub bracket member 340.

  The sub-board case lid 321 is formed with a plurality of electrical connector exposure portions 325 that expose the electrical connectors 305 provided in each portion of the sub-main substrate 301. A bracket coupling portion 323 for coupling the sub substrate case 310 to the sub bracket member 340 is formed on the front side portion of the sub substrate case lid 321. In addition, an engagement pin (not shown) that can be engaged with the engagement groove 344 of the sub-side bracket member 340 is formed on the rear side portion of the sub-board case lid 321.

  The sub-side bracket member 340 is formed in a rectangular frame shape that matches the outer peripheral shape of the sub-board case 310 using a transparent resin material, and using a fixing member (not shown) such as a screw, It is attached and fixed to the upper inner surface of the left side plate (see FIG. 18). In the vicinity of the side end portion of the sub-side bracket member 340, there are a locking claw portion 341 that can be locked to the bracket coupling portion 323 of the sub-board case 310, and a bracket coupling portion 323 in a state where the locking claw portion 341 is locked. A fixing hole 342 for fixing with a fixing member (not shown) such as a screw is formed. A harness guide portion 343 through which the vicinity of the end of the optical communication cable 900 extending from the second cable side connector 920 fitted and connected to the sub board side optical connector 304 is formed is formed on the sub side bracket member 340. Yes. A U-shaped engagement groove 344 that can be engaged with an engagement pin of the sub-board case lid 321 is formed on the inner peripheral portion of the sub-side bracket member 340.

  The sub-board connector cover 333 is formed in a lid shape using a transparent resin material. The sub board-side connector cover 333 uses a fixing member (not shown) such as a screw to cover the harness guide part 343 of the sub-side bracket member 340 and the optical connector exposed part 324 of the sub-board case cover 321. It is attached and fixed to the upper part of the side bracket member 340. The sub-board-side connector cover 333 is formed with a second cap hole 334 through which a fixing member (not shown) such as a screw is inserted and is closed by the second cap member 335.

  In order to attach the sub control device 300 configured as described above to the upper inner surface of the left side plate portion of the base portion 10, the sub substrate case 310 containing the sub main substrate 301 is attached to the left side plate portion of the base portion 10. Attached to the inner peripheral side of the sub-side bracket member 340 fixed to the upper inner surface. At this time, an engagement pin (not shown) of the sub-board case 310 is engaged with the engagement groove 344 of the sub-side bracket member 340, and the locking claw portion 341 of the sub-side bracket member 340 is engaged with the sub-board case 310. The sub-board case 310 is temporarily fixed to the sub-side bracket member 340 by being engaged with the bracket coupling portion 323. Next, using a fixing member (not shown) such as a screw, the bracket coupling portion 323 in a state where the locking claw portion 341 is locked is fixed to the fixing hole portion 342 of the sub-side bracket member 340. Next, the second cable side connector 920 of the optical communication cable 900 is fitted and connected to the sub board side optical connector 304 of the sub main board 301. Next, a fixing member (not shown) such as a screw is used to cover the sub-board-side connector cover 333 so as to cover the optical connector exposed portion 324 of the sub-board case 310 and the harness guide portion 343 of the sub-side bracket member 340. It is attached and fixed to the upper part of the sub-side bracket member 340. Then, the second cap member 335 is attached so as to close the second cap hole portion 334 of the sub-board-side connector cover 333 through which a fixing member (not shown) such as a screw is inserted. Thus, the sub control device 300 is attached and fixed to the upper inner surface of the left side plate portion of the base portion 10 via the sub-side bracket member 340.

[Configuration of production control unit]
Next, the effect control unit 350 according to the present embodiment will be described with reference to FIGS. As shown in FIGS. 15 to 16, the effect control unit 350 is a board mainly composed of a sub-sub board 351, an image control board 361, and an effect board case 370 that houses the sub-sub board 351 and the image control board 361. It is a case unit. The sub sub board 351 is electrically connected to the sub main board 301 and performs an effect control process for operating the image display device 400 and the like based on an output command from the sub main board 301. The image control board 361 performs an output process of image data displayed on the image display device 400 in accordance with an image control signal transmitted from the sub sub board 351.

  As shown in FIG. 16, the sub sub board 351 includes electronic parts (electronic elements) such as a sub sub CPU, a VRAM, and a program ROM, electric parts such as a connection connector 354, and a printed board 352 on which these are mounted. The A connection connector 354 that is electrically connected to the connection connector 364 of the image control board 361 is disposed at the lower end of the sub-sub board 351. Further, a plurality of electrical connectors 355, 355,.

  The image control board 361 includes electronic parts (electronic elements) such as an image processing CPU, electrical parts such as connection connectors 364, and a printed board 362 on which these are mounted. A connection connector 364 that is electrically connected to the connection connector 354 of the sub-sub board 351 is disposed at the upper end of the image control board 361. By connecting the connection connector 354 of the sub sub board 351 and the connection connector 364 of the image control board 361, the sub sub board 351 and the image control board 361 are electrically connected. On the mounting surface of the image control board 361, an image ROM board 395 and an audio board 397 are attached substantially in parallel and electrically connected to the image control board 361.

  The image ROM board 395 is attached substantially parallel to the mounting surface of the image control board 361 using a frame-shaped first board support member 396. The image ROM board 395 is electrically connected to the image control board 361 via an image ROM board connector 365 provided on the image control board 361 so as to be positioned inside the first board support member 396. The image ROM board 395 and the first board support member 396 are formed on the effect board case main body 371 using a fixing member (not shown) such as a screw and inserted into the insertion hole of the image control board 361. It is fixedly attached to the fixed boss 374.

  The audio board 397 is attached substantially parallel to the mounting surface of the image control board 361 using a frame-like second board support member 398. The audio board 397 is electrically connected to the image control board 361 via an audio board connector 366 provided on the image control board 361 so as to be positioned inside the second board support member 398. The audio board 397 and the second board support member 398 are formed on the effect board case main body 371 using a fixing member (not shown) such as a screw and inserted into the insertion hole of the image control board 361. It is attached and fixed to 375.

  An output connector 367 for outputting image data is disposed at the lower end of the image control board 361 at the right end of the sub sub board 621 (left end as viewed from the rear side of the sub control apparatus 600). The output connector 367 is electrically connected to the control-side image display connection board 399 accommodated in the board cover part 392 of the ceiling part of the effect board case lid 381 by a wire harness (not shown). The control-side image display connection board 399 is electrically connected to the image control board 361 (output connector 367) by a wire harness (not shown), and the apparatus-side image display connection board 419 (see FIG. 22) of the image display apparatus 400. Electrically connected to the The control-side image display connection board 399 converts the image data (image signal) output from the output connector 367 of the image control board 361 into a V-by-One (registered trademark) transmission signal to display the apparatus-side image display. The data is transmitted to the connection board 419. Thereby, even if the distance between the image control board 361 and the image display device 400 is increased by attaching the effect control unit 350 to the inner surface of the left side plate portion of the base body portion 10, V-by-One (registration). The image data can be transmitted stably by the transmission of the image data of the trademark system, and problems that occur during the transmission of the image data can be prevented.

  The effect board case 370 includes an effect board case main body 371 and an effect board case lid 381, and a sub-sub board 351 and an inside of the case formed by combining the effect board case main body 371 and the effect board case lid 381. The image control board 361 can be accommodated. The production board case body 371 is formed in a rectangular box shape with one opening using a transparent resin material. The effect board case main body 371 accommodates a metal shield plate 391 between the sub-sub board 351 and the image control board 361. Screw coupling bosses 372 to which coupling screws (not shown) (not shown) are screwed are formed at the four corners of the effect board case main body 371. A plurality of substrate support bosses 373 that support the sub-sub substrate 351 and the image control substrate 361 housed in the case are formed at the bottom of the effect substrate case main body 371. Further, an image ROM board fixing boss 374 to which the image ROM board 395 and the first board support member 396 are attached and fixed, an audio board 397 and a second board support member 398 are attached and fixed to the bottom of the effect board case body 371. An audio board fixing boss 375 is formed.

  As shown in FIGS. 15 and 16, the effect board case lid 381 is formed in a rectangular lid shape with one opening using a transparent resin material. At the four corners of the effect board case lid 381, cap holes 382 that are inserted with coupling screws (not shown) and are closed by the cap member 393 are formed. The effect board case lid 381 is coupled to the effect board case main body 371 so as to cover the sub-sub board 351 and the image control board 361 by using a coupling screw (not shown). In addition, the effect board case lid 381 is formed with a plurality of connector exposure portions 383 that expose the electrical connectors 355 provided in each part of the sub-sub-board 351 and the output connector 367 of the image control board 361.

  Two projecting case fixing portions 384 having holes are formed on the front side portion of the effect board case lid 381. The base body portion 10 is formed using a fixing member (not shown) such as a screw. A case fixing portion 384 is attached and fixed to an attachment screw portion (not shown) formed on the inner surface of the intermediate portion of the left side plate portion. As shown in FIG. 15 (b), on the rear side of the effect board case lid 381, the effect board case 370 is temporarily placed at the attachment position of the base unit 10 (that is, the inner surface of the intermediate portion of the left side plate part of the base unit 10). An upper case side engaging portion 385 and a lower case side engaging portion 386 for fixing are formed so as to protrude vertically to the side of the effect board case lid 381.

  As shown in FIG. 17, the upper case side engaging portion 385 is formed in a claw shape that can be engaged with the upper fixing side engaging portion 961 of the upper fixing member 960 attached to the inner surface of the base portion 10. The lower case side engaging portion 386 is formed in a claw shape that can be engaged with the lower fixed side engaging portion 966 of the lower fixing member 965 attached to the inner surface of the base portion 10 below the upper fixing member 960. As shown in FIG. 18, the upper case side engaging portion 385 engages with the upper fixing side engaging portion 961 of the upper fixing member 960, and the lower case side engaging portion 386 is engaged with the lower portion of the lower fixing member 965. The effect board case 370 is temporarily fixed to the inner surface of the intermediate portion of the left side plate portion of the base portion 10 in a state of being engaged with the fixed side engaging portion 966.

  As shown in FIG. 19, the upper fixing member 960 is formed in a clamp shape using a transparent resin material. The lower fixing member 965 is formed in the same manner as the upper fixing member 960. As shown in FIG. 17, the upper fixing member 960 and the lower fixing member 965 are attached in a vertically parallel manner across the back plate portion and the left plate portion of the base body portion 10, and the main controller 250 (main control board 251). A hopper wire harness 950 electrically connected to the medal payout device 14 and a power supply wire harness 951 electrically connected to the main control device 250 (main control board 251) and the power supply unit 13. The base portion 10 is fixed near the left corner on the inner surface side. The upper fixing member 960 is formed with a hole-shaped upper fixed side engaging portion 961 in which the upper case side engaging portion 385 can be engaged from above. The lower fixing member 965 is formed with a hole-like lower fixed side engaging portion 966 in which the lower case side engaging portion 386 can be engaged from above.

  In order to attach the effect control unit 350 configured as described above to the inner surface of the intermediate portion of the left side plate portion of the base portion 10, the upper case side engaging portion 385 of the effect substrate case 370 is connected to the upper fixing side of the upper fixing member 960. While engaging with the engaging portion 961, the lower case side engaging portion 386 of the effect board case 370 is engaged with the lower fixed side engaging portion 966 of the lower fixing member 965. Thereby, the effect board case 370 in which the sub-sub board 351 and the image control board 361 are accommodated is temporarily fixed to the inner surface of the intermediate part of the left side plate part of the base part 10. Then, using a fixing member (not shown) such as a screw, a case fixing portion 384 of the effect board case 370 is attached to an attachment screw portion (not shown) formed on the inner surface of the intermediate portion of the left side plate portion of the base portion 10. Install and fix. Thus, since the effect board case 370 is temporarily fixed to the inner surface of the intermediate portion of the left side plate portion of the base portion 10 via the upper fixing member 960 and the lower fixing member 965, in this state, the effect control unit 350 ( The production board case 370) can be easily attached to the inner surface of the intermediate part of the left side plate part of the base part 10.

[Configuration of image display device]
Next, the image display apparatus 400 according to the present embodiment will be described with reference to FIGS. As shown in FIGS. 20 to 22, the image display device 400 includes an image display unit 410 and a shutter illumination unit 430. As shown in FIGS. 20 and 22, the image display unit 410 includes a liquid crystal panel 411, a light guide plate 412 and a reflection sheet 413 that form a backlight, a liquid crystal case 415, and a liquid crystal shutter unit 420. An image can be displayed on the screen of the liquid crystal panel 411 arranged facing the screen. The liquid crystal panel 411 is formed in a rectangular shape using transmissive liquid crystal. The liquid crystal panel 411 is electrically connected to the effect control unit 350 (image control board 361) via the driving circuit board 418 housed on the rear surface side of the liquid crystal case 415, and the image transmitted from the effect control unit 350 is transmitted. An image can be displayed on the screen based on the data.

  The light guide plate 412 is formed in a transparent rectangular shape that matches the outer shape of the liquid crystal panel 411. The light guide plate 412 is provided so as to overlap with the rear surface side of the liquid crystal panel 411, and transmits light from a light source (not shown) to guide it to the rear surface side of the liquid crystal panel 411. The reflection sheet 413 is formed in a rectangular shape having three liquid crystal shutter windows 414a to 414c at the center. The reflection sheet 413 is provided so as to overlap the rear surface side of the light guide plate 412, and reflects light transmitted through the light guide plate 412 toward the liquid crystal panel 411 in the peripheral region of the three liquid crystal shutter windows 414a to 414c. Yes. The three liquid crystal shutter windows 414a to 414c are formed in a rectangular shape with a size such that three symbols can be visually recognized for each of the three sub reels 202a, 202b, and 202c.

  The liquid crystal case 415 is formed in a thin box shape with a front opening using a resin material. The liquid crystal case 415 accommodates and holds the liquid crystal panel 411, the light guide plate 412, the reflection sheet 413, and the liquid crystal shutter unit 420 so that the screen of the liquid crystal panel 411 can be viewed from the front, and is substantially at the center of the front frame 21 in the front door 20. Attached from the rear side. A transparent liquid crystal cover 22 (see FIG. 2) is attached to the front side of the liquid crystal panel 411 in the front door 20. A rectangular opening 415 a is formed at the center of the liquid crystal case 415 so as to be aligned with the liquid crystal shutter windows 414 a to 414 c of the reflection sheet 413. A rectangular frame-shaped escutcheon attachment portion 416 is formed in the periphery of the opening 415a on the rear surface side of the liquid crystal case 415, and the lower escutcheon 460 of the shutter illumination portion 430 is attached to the escutcheon attachment portion 416. Protruding reel mounting bosses 417 are formed at two positions on the upper left side of the rear surface of the liquid crystal case 415. The front lower side of the main reel unit 100 (the lower side of the flange portion 143) is fixedly attached to the reel mounting boss 417. It has become so.

  Although not shown in detail, a driving circuit board 418 for driving the liquid crystal panel 411 and a relay board (not shown) are accommodated on the left and right sides of the escutcheon mounting portion 416 on the rear surface side of the liquid crystal case 415. Is done. In addition, an apparatus-side image display connection board 419 is accommodated above the escutcheon attachment portion 416 on the rear surface side of the liquid crystal case 415. The device-side image display connection board 419 is electrically connected to the liquid crystal panel 411 through a driving circuit board 418 by a wire harness (not shown), and the effect control unit 350 through the control-side image display connection board 399. It is electrically connected to (image control board 361). The device-side image display connection board 419 transmits the image data transmitted from the control-side image display connection board 399 by the V-by-One (registered trademark) method to the drive circuit board 418.

  The liquid crystal shutter unit 420 is formed in a rectangular shape that matches the outer shape of the three liquid crystal shutter windows 414a to 414c in the reflection sheet 413 using liquid crystal. The liquid crystal shutter unit 420 is attached to the rear surface side of the reflection sheet 413 that overlaps the three liquid crystal shutter windows 414a to 414c so as to overlap the front of the three sub reels 202a, 202b, and 202c. The left side of the liquid crystal shutter unit 420 is disposed so as to overlap the first liquid crystal shutter window 414a positioned in front of the first sub reel 202a. The central side of the liquid crystal shutter unit 420 is disposed so as to overlap the second liquid crystal shutter window 414b located in front of the second sub reel 202b. The right side of the liquid crystal shutter unit 420 is disposed so as to overlap the third liquid crystal shutter window 414c positioned in front of the third sub reel 202c.

  The liquid crystal shutter unit 420 includes a liquid crystal panel 411, a light guide plate 412, and three liquid crystal shutter windows 414a to 414c and a liquid crystal shutter window 414a to 414c in which the symbols of the three sub reels 202a, 202b, and 202c can be visually recognized. The liquid crystal panel 411 is configured to be electrically switchable to a shielding state in which an image displayed in a portion overlapping the three liquid crystal shutter windows 414a to 414c in the liquid crystal panel 411 can be visually recognized. The liquid crystal shutter unit 420 is electrically connected to the effect control unit 350 (sub-sub board 351) via the driving circuit board 418, and based on the image control signal transmitted from the effect control unit 350, the above-described transmission state. And can be switched to a shielding state. Thereby, the liquid crystal shutter unit 420 can display the symbols of the three sub reels 202a, 202b, and 202c integrated with the image displayed on the liquid crystal panel 411 in the transmissive state, and can display the three sub reels 202a in the shielded state. , 202b and 202c can be displayed on the liquid crystal panel 411.

  As shown in FIG. 20, the liquid crystal shutter unit 420 includes a first upper partitioning part 421a that overlaps an upper third region of the first liquid crystal shutter window 414a, and a central one third region of the first liquid crystal shutter window 414a. And a first lower partition 423a that overlaps a lower third region of the first liquid crystal shutter window 414a, and a transmission state and a shielding state for each of the partition portions 421a to 423a. It can be switched to. In addition, the liquid crystal shutter unit 420 includes a second upper partition 421b that overlaps with the upper third region of the second liquid crystal shutter window 414b, and a second medium that overlaps the central third region of the second liquid crystal shutter window 414b. It has a partition part 422b and a second lower partition part 423b that overlaps the lower third region of the second liquid crystal shutter window 414b, and can be switched between a transmission state and a shielding state for each of the partition parts 421b to 423b. Composed. In addition, the liquid crystal shutter unit 420 includes a third upper partition 421c that overlaps the upper third region of the third liquid crystal shutter window 414c, and a third medium that overlaps the central third region of the third liquid crystal shutter window 414c. It has a partitioning part 422c and a third lower partitioning part 423c that overlaps the region on the center side 1/3 of the third liquid crystal shutter window 414c, and can be switched between a transmission state and a shielding state for each of the partitioning parts 421c to 423c. Composed. As a result, the liquid crystal shutter unit 420 is divided into nine symbols in the three liquid crystal shutter windows 414a to 414c, which are arranged in three vertical and horizontal directions (9 partition units 421a to 423a, 421b to 423b, 421c to 423c). Each is configured to be switchable between a transmission state and a shielding state.

  As shown in FIGS. 21 to 22, the shutter illumination unit 430 includes an upper illumination unit 440, a lower illumination unit 450, and a lower escutcheon 460, and is configured to be able to illuminate the liquid crystal shutter unit 420 from behind. . As shown in FIGS. 22 and 23, the upper illumination unit 440 includes an upper lamp substrate 441, an upper lamp holding unit 443, an upper diffusion sheet 445, and an upper lamp cover 447. The LED lamp 442 faces the front lower side, and the liquid crystal shutter unit 420 can be illuminated from the rear upper side.

  The upper lamp substrate 441 is formed in an elongated plate shape extending in the left-right direction. On the mounting surface of the upper lamp substrate 441, a plurality of upper LED lamps 442, 442,... The upper lamp substrate 441 may have a configuration in which two lamp substrates in which LED lamps are arranged in a line in the left-right direction are arranged in the front-rear direction. In this case, the upper lamp substrate 441 can be configured using the same lamp substrate as the lower lamp substrate 451 described later. The upper lamp holding portion 443 is formed in a thin plate shape that extends in the left-right direction according to the shape of the upper lamp substrate 441 using a resin material, and holds the upper lamp substrate 441 so that the upper LED lamp 442 faces front and lower. . A bent fixing portion 444 that is bent substantially vertically downward is formed at the rear portion of the upper lamp holding portion 443, and the bent fixing portion 444 is attached and fixed to the upper illumination attaching portion 463 of the lower escutcheon 460.

  The upper diffusion sheet 445 is made of a translucent milky white resin material and is formed into a thin plate shape that is subjected to squeeze processing and the like and extends in the left-right direction. The upper lamp substrate 441 is inclined so that the upper surface side faces front and upward. It is designed to cover the mounting surface. A bent fixing portion 446 that is bent substantially vertically upward is formed at the rear portion of the upper diffusion sheet 445, and the bent fixing portion 446 is attached to the upper lighting attachment portion 463 of the lower escutcheon 460 together with the bending fixing portion 444 of the upper lamp holding portion 443. Mounting is fixed. The upper lamp cover 447 is made of a translucent milky white resin material and is formed in a thin plate shape extending in the left-right direction in accordance with the shape of the upper diffusion sheet 445 so as to cover and overlap the lower surface side of the upper diffusion sheet 445. It has become. A bent fixing portion 448 that is bent substantially vertically upward is formed at the rear portion of the upper lamp cover 447, and the bent fixing portion 448, together with the bending fixing portion 444 of the upper lamp holding portion 443, is attached to the upper illumination mounting portion 463 of the lower escutcheon 460. Mounting is fixed. Thereby, the light emitted from the upper LED lamp 442 is diffused in the upper diffusion sheet 445 and the upper lamp cover 447.

  22 and 24, the lower illumination unit 450 includes a lower lamp substrate 451, a lower lamp holding unit 453, a lower diffusion sheet 455, and a lower lamp cover 457. The lower LED lamp 452 of the side lamp substrate 451 is directed upward so that the liquid crystal shutter unit 420 can be illuminated from the rear lower side. The lower lamp substrate 451 is formed in an elongated plate shape extending in the left-right direction. On the mounting surface of the lower lamp substrate 451, a plurality of lower LED lamps 452, 452,. The lower lamp holding portion 453 is formed of a resin material in a thin plate shape extending in the left-right direction in accordance with the shape of the lower lamp substrate 451, and the lower lamp substrate 451 so that the lower LED lamp 452 faces upward. Hold. A bent fixing portion 454 that is bent substantially vertically upward is formed at the rear portion of the lower lamp holding portion 453, and the bent fixing portion 454 is attached and fixed to the lower illumination attaching portion 465 of the lower escutcheon 460.

  The lower diffusion sheet 455 is made of a milky white resin material having translucency, and is formed into a thin plate shape that is subjected to graining processing and the like and extends in the left-right direction. The mounting surface of the substrate 451 is covered. A bent fixing portion 456 that is bent substantially vertically downward is formed at the rear portion of the lower diffusion sheet 455, and the bent fixing portion 456 together with the bending fixing portion 454 of the lower lamp holding portion 453 is attached to the lower side of the lower escutcheon 460. It is fixedly attached to the portion 465. The lower lamp cover 457 is formed of a translucent milky white resin material in a thin plate shape extending in the left-right direction in accordance with the shape of the lower diffusion sheet 455, and covers the upper surface side of the lower diffusion sheet 455. Overlap each other. A bent fixing portion 458 that is bent substantially vertically downward is formed at the rear portion of the lower lamp cover 457, and the bent fixing portion 458 together with the bent fixing portion 454 of the lower lamp holding portion 453 is attached to the lower side of the lower escutcheon 460. It is fixedly attached to the portion 465. Thereby, the light emitted from the lower LED lamp 452 is diffused in the lower diffusion sheet 455 and the lower lamp cover 457.

  The lower escutcheon 460 is formed in a rectangular frame shape larger than the three liquid crystal shutter windows 414a to 414c of the image display unit 410 using a white resin material, as shown in FIGS. Inside the lower escutcheon 460, a rectangular opening 460a is formed in accordance with the outer shapes of the three liquid crystal shutter windows 414a to 414c. A plurality of protruding fixed pieces 461 having holes are formed on the outer peripheral end of the lower escutcheon 460, and the fixed pieces 461 are attached to the escutcheon attachment 416 of the liquid crystal case 415 by a fixing member such as a screw. Fixed.

  A housing-like upper illumination attachment portion 463 that opens downward is formed on the upper portion of the lower escutcheon 460, and the upper illumination portion 440 is attached inside the upper illumination attachment portion 463. An upper hole 464 that exposes a connector provided on the upper lamp substrate 441 is formed on the left side of the upper illumination mounting portion 463. A lower illumination mounting portion 465 having a housing shape opened upward is formed in the lower portion of the lower escutcheon 460, and the upper illumination portion 440 is attached inside the lower illumination mounting portion 465. . A lower notch 466 that exposes a connector provided on the upper lamp substrate 441 is formed on the left side of the lower illumination mounting portion 465.

  In the image display apparatus 400 configured as described above, the light emitted from the upper LED lamp 442 of the upper lamp substrate 441 travels forward and downward, passes through the upper diffusion sheet 445 and the upper lamp cover 447, and passes through the upper diffusion sheet 445. The upper lamp cover 447 is diffused downward. Thus, the upper illumination unit 440 emits uniform light from the upper lamp cover 447, and the upper LED lamp 442 does not appear as a point light source on the three liquid crystal shutter windows 414a to 414c, the reel tape, etc. The portion 420 can be illuminated uniformly from the rear upper side. The light emitted from the lower LED lamp 452 of the lower lamp substrate 451 travels upward and passes through the lower diffusion sheet 455 and the lower lamp cover 457, and passes through the lower diffusion sheet 455 and the lower lamp cover 457. It diffuses upward. Accordingly, the lower illumination unit 450 emits uniform light from the lower lamp cover 457, and the lower LED lamp 452 is not reflected as a point light source on the three liquid crystal shutter windows 414a to 414c, the reel tape, or the like. The liquid crystal shutter unit 420 can be illuminated uniformly from the lower rear side.

  Thus, since the liquid crystal shutter unit 420 is illuminated from behind by the upper illumination unit 440 and the lower illumination unit 450 of the shutter illumination unit 430, the three liquid crystal shutter windows 414a to 414c in the liquid crystal panel 411 in the shielded state. An image displayed in the overlapping portion can be displayed with the same brightness as an image displayed in another portion of the liquid crystal panel 411. Therefore, it is possible to suppress the occurrence of a shift in the image appearance at the boundary between the portion overlapping the three liquid crystal shutter windows 414a to 414c and the other portion in the liquid crystal panel 411. Further, when at least one of the nine partition parts 421a to 423a, 421b to 423b, and 421c to 423c in the liquid crystal shutter part 420 is in the transmissive state, the upper illumination part 440 and the lower illumination part 450 are not obstructed. At least one of the nine symbols of the three sub reels 202a to 202c can be visually recognized through any one of the two liquid crystal shutter windows 414a to 414c.

  In addition, in the three sub reels 202a to 202c arranged behind the liquid crystal shutter unit 420, light from the shutter illumination unit 430 is reflected toward the liquid crystal shutter unit 420 on portions other than the design of the reel tape and wheel members. Easy white color. Further, the sub reel bracket 231 and the reel module housing portion 241 are colored in white so that the light from the shutter illumination portion 430 is easily reflected toward the liquid crystal shutter portion 420. Thus, by unifying the parts arranged on the front side of the sub reel unit 200 in the same white color, when the liquid crystal shutter unit 420 is in a shielded state, the three liquid crystal shutter windows 414a to 414c in the liquid crystal panel 411 Images displayed in overlapping portions can be displayed without uneven brightness.

[Configuration of side lamp]
Next, the left and right side lamps 500 and 550 according to the present embodiment will be described with reference to FIGS. Since the left and right side lamps 500 and 550 are bilaterally symmetric (plane symmetric) and have the same configuration, detailed description of the right side lamp 550 is omitted, and the left side lamp 500 is described in detail. 26 to 28, the left side lamp 500 includes three side lamp substrates 501, 504, 507, three decorative members 511, 514, 517, and first to eleventh side reflecting members 521a-521k. And a side lamp house 531, two lamp covers 541 and 547, and a cover-type decorative member 544.

  The lower side lamp substrate 501 is formed in an elongated plate shape extending in the vertical direction, and is arranged side by side below the three side lamp substrates 501, 504, and 507. The lower side lamp substrate 501 is accommodated and held in the lower part of the side lamp house 531. On the mounting surface of the lower side lamp substrate 501, three first to fifth side LED lamps 502a to 502e are arranged side by side in the vertical direction. The first to fifth side LED lamps 502a to 502e are arranged side by side in this order on the upper side of the lower side lamp substrate 501.

  The middle side lamp substrate 504 is formed in an elongated plate shape extending in the vertical direction, and is arranged in the center among the three side lamp substrates 501, 504, and 507. The middle side lamp substrate 504 is accommodated and held in the middle part of the side lamp house 531. Three sixth side LED lamps 505f are disposed on the mounting surface of the middle side lamp substrate 504.

  The upper side lamp substrate 507 is formed in an elongated plate shape extending in the vertical direction, and is arranged side by side on the upper side of the three side lamp substrates 501, 504, and 507. The upper side lamp substrate 507 is accommodated and held in the upper part of the side lamp house 531. On the mounting surface of the upper side lamp substrate 507, the seventh to ninth side LED lamps 508g to 508i and the LED lamps 509 for electrical decoration are arranged side by side in the vertical direction. The LED lamp for illumination 509 is disposed below the upper side lamp substrate 507. The seventh to ninth side LED lamps 508g to 508i are arranged side by side in this order on the upper side of the upper side lamp substrate 507.

  The first to eleventh side reflecting members 521a to 521k are arranged in this order from bottom to top. The first to eleventh side reflecting members 521a to 521k are attached to the inner edge of the side lamp house 531 so that the rear side faces the mounting surfaces of the three side lamp substrates 501, 504, and 507. ing.

  The first side reflecting member 521a is attached to the lower end portion of the side lamp house 531 with the rear side facing the mounting surface of the lower side lamp substrate 501. Three first side LED lamps 502a are arranged between the second side reflecting member 521b adjacent and adjacent to the upper side of the first side reflecting member 521a. The first side reflecting member 521a is made of a resin material whose surface can be subjected to silver plating so that the upper end of the first side reflecting member 521a straddles the first side LED lamp 502a and overlaps the front side of the second side reflecting member 521b. Curved and formed. On the upper rear surface side of the first side reflecting member 521a whose surface is silver-plated, a rear reflecting surface 522a that can reflect light is formed facing the first side LED lamp 502a. A decorative member attaching portion 529a is formed on the lower front side of the first side reflecting member 521a, and the lower decorative member 511 is attached to the decorative member attaching portion 529a. In addition, although the front side reflective surface (not shown) which can reflect light is formed in the upper front side of the 1st side reflection member 521a by which the silver plating process was performed on the surface, it is used decoratively.

  The second side reflecting member 521b is attached to the lower part of the side lamp house 531 with the rear side facing the mounting surface of the lower side lamp substrate 501. Three second side LED lamps 502b are arranged between the third side reflecting member 521c adjacent and adjacent to the upper side of the second side reflecting member 521b. The second side reflecting member 521b is made of a resin material whose surface can be subjected to silver plating so that the upper end of the second side reflecting member 521b straddles the second side LED lamp 502b and overlaps the front side of the third side reflecting member 521c. Curved and formed. On the upper rear surface side of the second side reflecting member 521b whose surface is silver-plated, a rear reflecting surface 522b that can reflect light is formed opposite to the second side LED lamp 502b. A front reflective surface 523b that can reflect the light reflected by the rear reflective surface 522a of the first side reflective member 521a is formed on the lower front side of the second side reflective member 521b whose surface is subjected to silver plating. . Thereby, the light emitted from the first side LED lamp 502a is reflected at least once on the rear reflective surface 522a of the first side reflective member 521a and the front reflective surface 523b of the second side reflective member 521b, It passes through the lower lamp cover 541.

  Moreover, as shown in FIG. 29, the left and right side portions of the second side reflecting member 521b are formed with locking hole portions 524 in which the reflecting member locking claws 533 of the side lamp house 531 can be locked. Engagement holes 525 that can be engaged with the engagement protrusions 532 of the side lamp house 531 are formed in the left and right rear portions of the second side reflection member 521b. Two upper protrusions 526u protruding upward are formed in the vicinity of the base end portion of the rear reflection surface 522b in the upper part of the second side reflection member 521b. Two lower projections 526w are formed at the lower end of the second side reflecting member 521b so as to project inward in the left-right direction. A lower protrusion (not shown) of the third side reflection member 521c is in contact with the upper protrusion 526u of the second side reflection member 521b. Note that the lower protrusion 526w of the second side reflecting member 521b may not be provided.

  The third side reflecting member 521c is attached to the lower portion of the side lamp house 531 so that the rear side faces the mounting surface of the lower side lamp substrate 501. Three third side LED lamps 502c are arranged between the fourth side reflecting member 521d adjacent to and adjacent to the upper side of the third side reflecting member 521c. Similar to the second side reflecting member 521b, the third side reflecting member 521c is made of a resin material whose surface can be subjected to silver plating, and the upper end of the third side reflecting member 521c straddles the third side LED lamp 502c. It is formed to be curved so as to overlap the front side of the reflecting member 521d. On the upper rear surface side of the third side reflecting member 521c whose surface is subjected to silver plating, a rear reflecting surface 522c capable of reflecting light is formed facing the third side LED lamp 502c. A front reflective surface 523c that can reflect the light reflected by the rear reflective surface 522b of the second side reflective member 521b is formed on the lower front side of the third side reflective member 521c whose surface is subjected to silver plating. . Thereby, the light emitted from the second side LED lamp 502b is reflected at least once on the rear reflective surface 522b of the second side reflective member 521b and the front reflective surface 523c of the third side reflective member 521c, It passes through the lower lamp cover 541.

  In addition, locking holes (not shown) similar to those of the second side reflecting member 521b are formed on the left and right side portions of the third side reflecting member 521c. Engagement holes (not shown) similar to those of the second side reflecting member 521b are formed in the left and right rear portions of the third side reflecting member 521c. An upper protrusion (not shown) similar to the second side reflecting member 521b is formed in the vicinity of the base end portion of the rear reflecting surface 522c in the upper part of the third side reflecting member 521c. A lower protrusion (not shown) similar to that of the second side reflecting member 521b is formed at the lower end of the third side reflecting member 521c. A lower protrusion (not shown) of the fourth side reflection member 521d is in contact with an upper protrusion (not shown) of the third side reflection member 521c. On the other hand, the upper projection 526u of the second side reflection member 521b comes into contact with the lower projection (not shown) of the third side reflection member 521c.

  The fourth side reflecting member 521d is attached to the lower portion of the side lamp house 531 with the rear surface facing the mounting surface of the lower side lamp substrate 501. Three fourth side LED lamps 502d are arranged between the fifth side reflecting member 521e adjacent to and adjacent to the upper side of the fourth side reflecting member 521d. Similarly to the second side reflecting member 521b, the fourth side reflecting member 521d is made of a resin material whose surface can be subjected to silver plating, and the upper end of the fourth side reflecting member 521d straddles the fourth side LED lamp 502d. It is curved and formed so as to overlap the front side of the reflecting member 521e. On the upper rear surface side of the fourth side reflecting member 521d whose surface is subjected to silver plating, a rear reflecting surface 522d capable of reflecting light is formed facing the fourth side LED lamp 502d. A front reflective surface 523d capable of reflecting light reflected by the rear reflective surface 522c of the third side reflective member 521c is formed on the lower front side of the fourth side reflective member 521d whose surface is subjected to silver plating. . Thereby, the light emitted from the third side LED lamp 502c is reflected at least once on the rear reflective surface 522c of the third side reflective member 521c and the front reflective surface 523d of the fourth side reflective member 521d, It passes through the lower lamp cover 541.

  Further, locking holes (not shown) similar to those of the second side reflecting member 521b are formed on the left and right side portions of the fourth side reflecting member 521d. Engagement holes (not shown) similar to those of the second side reflecting member 521b are formed in the left and right rear portions of the fourth side reflecting member 521d. An upper protrusion (not shown) similar to the second side reflecting member 521b is formed in the vicinity of the base end portion of the rear reflecting surface 522d in the upper part of the fourth side reflecting member 521d. A lower protrusion (not shown) similar to that of the second side reflecting member 521b is formed at the lower end of the fourth side reflecting member 521d. A lower projection 526 (not shown) of the fifth side reflection member 521e is in contact with an upper projection (not shown) of the fourth side reflection member 521d. On the other hand, an upper protrusion (not shown) of the third side reflection member 521c is in contact with a lower protrusion (not shown) of the fourth side reflection member 521d.

  The fifth side reflecting member 521e is attached to the lower part of the side lamp house 531 with the rear side facing the mounting surface of the lower side lamp substrate 501. Three fifth side LED lamps 502e are arranged between the sixth side reflecting member 521f adjacent and adjacent to the upper side of the fifth side reflecting member 521e. The fifth side reflecting member 521e is made of a resin material whose surface can be subjected to silver plating so that the upper end of the fifth side reflecting member 521e straddles the fifth side LED lamp 505e and overlaps the front side of the sixth side reflecting member 521f. Curved and formed. On the upper rear surface side of the fifth side reflecting member 521e whose surface is silver-plated, a rear reflecting surface 522e that can reflect light is formed facing the fifth side LED lamp 502e. A front reflective surface 523e capable of reflecting light reflected by the rear reflective surface 522d of the fourth side reflective member 521d is formed on the lower front side of the fifth side reflective member 521e whose surface is subjected to silver plating. . Thereby, the light emitted from the fourth side LED lamp 502d is reflected at least once by the rear reflective surface 522d of the fourth side reflective member 521d and the front reflective surface 523e of the fifth side reflective member 521e, It passes through the lower lamp cover 541.

  In addition, locking holes (not shown) similar to those of the second side reflecting member 521b are formed on the left and right sides of the fifth side reflecting member 521e. Engagement holes (not shown) similar to those of the second side reflecting member 521b are formed in the left and right rear portions of the fifth side reflecting member 521e. An upper protrusion (not shown) similar to the second side reflecting member 521b is formed in the vicinity of the base end portion of the rear reflecting surface 522e in the upper part of the fifth side reflecting member 521e. A lower protrusion (not shown) similar to the second side reflecting member 521b is formed at the lower end of the fifth side reflecting member 521e. The lower projection 526w of the sixth side reflection member 521f is in contact with the upper projection (not shown) of the fifth side reflection member 521e. On the other hand, an upper protrusion (not shown) of the fourth side reflection member 521d is in contact with a lower protrusion (not shown) of the fifth side reflection member 521e.

  The sixth side reflecting member 521f is attached to the middle part of the side lamp house 531 so that the rear side faces the mounting surface of the middle side lamp substrate 504. Three sixth side LED lamps 505f are arranged between the seventh side reflecting member 521g adjacent and adjacent to the upper side of the sixth side reflecting member 521f. The sixth side reflecting member 521f is made of a resin material capable of being subjected to silver plating on the surface so that the upper end portion straddles the sixth side LED lamp 505f and overlaps the front side of the seventh side reflecting member 521g. Curved and formed. On the upper rear surface side of the sixth side reflecting member 521f whose surface is subjected to silver plating, a rear reflecting surface 522f that can reflect light is formed facing the sixth side LED lamp 505f. A front reflective surface 523f capable of reflecting light reflected by the rear reflective surface 522e of the fifth side reflective member 521e is formed on the lower front side of the sixth side reflective member 521f whose surface is subjected to silver plating. . Thereby, the light emitted from the fifth side LED lamp 502e is reflected at least once on the rear reflective surface 522e of the fifth side reflective member 521e and the front reflective surface 523f of the sixth side reflective member 521g, It passes through the lower lamp cover 541.

  Also, as shown in FIG. 30, locking holes 524 similar to those of the second side reflecting member 521b are formed on the left and right side portions of the sixth side reflecting member 521f. Engagement holes (not shown) similar to those of the second side reflecting member 521b are formed in the left and right rear portions of the sixth side reflecting member 521f. A lower protrusion 526w similar to the second side reflecting member 521b is formed at the lower end of the sixth side reflecting member 521f. An upper protrusion (not shown) of the fifth side reflection member 521e is in contact with the lower protrusion 526w of the sixth side reflection member 521f. In the center of the sixth side reflecting member 521f, the fifth side LED lamp 502e is visually recognized through the gap between the fifth side reflecting member 521e and the sixth side reflecting member 521f from the diagonally upper front of the left side lamp 500. A projection-like lamp concealment portion 527f is formed to prevent this.

  The seventh side reflecting member 521g is attached to the middle part of the side lamp house 531 with the rear side facing the mounting surface of the middle side lamp substrate 504. A middle decorative member 514 is disposed above the seventh side reflecting member 521g. The seventh side reflecting member 521g is formed in the same manner as the second side reflecting member 521b using a resin material whose surface can be subjected to silver plating. A front reflective surface 523g capable of reflecting light reflected by the rear reflective surface 522f of the sixth side reflective member 521f is formed on the lower front side of the seventh side reflective member 521g whose surface is subjected to silver plating. . Thereby, the light emitted from the sixth side LED lamp 505f is reflected at least once on the rear reflective surface 522f of the sixth side reflective member 521f and the front reflective surface 523g of the seventh side reflective member 521g, It passes through the lower lamp cover 541. A rear reflective surface (not shown) capable of reflecting light is formed on the upper rear surface side of the sixth side reflective member 521f whose surface is subjected to silver plating. Note that the rear reflective surface (not shown) of the sixth side reflective member 521f may not be provided.

  In addition, locking holes (not shown) similar to those of the second side reflecting member 521b are formed on the left and right side portions of the seventh side reflecting member 521g. Engagement holes (not shown) similar to those of the second side reflecting member 521b are formed in the left and right rear portions of the seventh side reflecting member 521g.

  The eighth side reflecting member 521h is attached to the upper part of the side lamp house 531 with the rear side facing the mounting surface of the upper side lamp substrate 507. Three seventh side LED lamps 508g are arranged between the ninth side reflecting member 521i adjacent to and adjacent to the upper side of the eighth side reflecting member 521h. The eighth side reflecting member 521h is curved using a translucent colored translucent resin material so that the upper end portion straddles the seventh side LED lamp 508g and overlaps the front side of the ninth side reflecting member 521i. Formed. On the upper rear surface side of the eighth side reflecting member 521h, a rear reflecting surface 522h capable of reflecting light is formed facing the seventh side LED lamp 508g. A decorative member attaching part 528h is formed on the lower front side of the eighth side reflecting member 521h, and a cover type decorative member 544 is attached to the decorative member attaching part 528h. In addition, engagement holes (not shown) similar to those of the second side reflecting member 521b are formed in the left and right rear portions of the eighth side reflecting member 521h.

  The ninth side reflecting member 521i is attached to the upper part of the side lamp house 531 with the rear side facing the mounting surface of the upper side lamp substrate 507. Three eighth side LED lamps 508h are arranged between the tenth side reflecting member 521j adjacent to and adjacent to the upper side of the ninth side reflecting member 521i. Similarly to the second side reflecting member 521b, the ninth side reflecting member 521i is made of a resin material whose surface can be subjected to silver plating, and the upper end of the ninth side reflecting member 521i straddles the eighth side LED lamp 508h. It is curved and formed so as to overlap the front side of the reflecting member 521j. On the upper rear surface side of the ninth side reflection member 521i whose surface is subjected to silver plating, a rear reflection surface 522i that can reflect light is formed facing the eighth side LED lamp 508h. A front reflective surface 523i capable of reflecting light reflected by the rear reflective surface 522h of the eighth side reflective member 521h is formed on the lower front side of the ninth side reflective member 521i whose surface is subjected to silver plating. . Thereby, the light emitted from the seventh side LED lamp 508g is reflected at least once on the rear reflective surface 522h of the eighth side reflective member 521h and the front reflective surface 523i of the ninth side reflective member 521i, The light passes through the upper lamp cover 547. In addition, engagement holes (not shown) similar to those of the second side reflection member 521b are formed in the left and right rear portions of the ninth side reflection member 521i.

  The tenth side reflecting member 521j is attached to the upper part of the side lamp house 531 with the rear side facing the mounting surface of the upper side lamp substrate 507. Three ninth side LED lamps 508i are arranged between the eleventh side reflecting member 521k adjacent and adjacent to the upper side of the tenth side reflecting member 521j. Similarly to the second side reflecting member 521b, the tenth side reflecting member 521j is made of a resin material whose surface can be subjected to silver plating treatment, and the upper end of the tenth side reflecting member 521j straddles the ninth side LED lamp 508i. It is curved and formed so as to overlap the front side of the reflecting member 521k. On the upper rear surface side of the tenth side reflecting member 521j whose surface is subjected to silver plating, a rear reflecting surface 522j that can reflect light is formed facing the ninth side LED lamp 508i. A front reflective surface 523j capable of reflecting light reflected by the rear reflective surface 522i of the ninth side reflective member 521i is formed on the lower front side of the tenth side reflective member 521j whose surface is subjected to silver plating. . Thus, the light emitted from the eighth side LED lamp 508h is reflected at least once on the rear reflective surface 522i of the ninth side reflective member 521i and the front reflective surface 523j of the tenth side reflective member 521j, The light passes through the upper lamp cover 547. In addition, engagement holes (not shown) similar to those of the second side reflecting member 521b are formed in the left and right rear portions of the tenth side reflecting member 521j.

  The eleventh side reflecting member 521k is attached to the upper end portion of the side lamp house 531 with the rear side facing the mounting surface of the upper side lamp substrate 507. The eleventh side reflecting member 521k is formed in the same manner as the tenth side reflecting member 521j by using a resin material whose surface can be subjected to silver plating. A front reflective surface 523k capable of reflecting the light reflected by the rear reflective surface 522j of the tenth side reflective member 521j is formed on the lower front side of the eleventh side reflective member 521k whose surface is subjected to silver plating. . Thereby, the light emitted from the ninth side LED lamp 508i is reflected at least once on the rear reflective surface 522j of the tenth side reflective member 521j and the front reflective surface 523k of the eleventh side reflective member 521k, The light passes through the upper lamp cover 547.

  A decoration member attaching part 529k is formed on the upper part of the eleventh side reflecting member 521k, and the upper decoration member 517 is attached to the decoration member attaching part 529k. In addition, engagement holes (not shown) similar to those of the second side reflection member 521b are formed in the left and right rear portions of the eleventh side reflection member 521k.

  The lower decorative member 511 is formed by applying a silver plating process to the surface using a resin material, and is attached to the decorative member attaching portion 529a of the first side reflecting member 521a. In addition, the lower edge portion of the lower lamp cover 541 is in contact with the upper portion of the lower decorative member 511.

  The middle decorative member 514 is formed using a transparent resin material, and is attached side by side between the seventh side reflecting member 521g and the eighth side reflecting member 521h at the inner edge of the side lamp house 531 as a light guide member. . An illumination LED lamp 509 of the upper side lamp substrate 507 is disposed behind the middle decoration member 514. Light emitted from the illumination LED lamp 509 passes through the middle decoration member 514, and the middle decoration member 514 emits light. It is supposed to be. Further, the upper edge portion of the lower lamp cover 541 comes into contact with the lower front side of the middle decorative member 514. Further, the lower part of the cover-type decorative member 544 is connected to the upper front side of the middle decorative member 514.

  The cover-type decorative member 544 is formed in a cover shape extending in the vertical direction using a black opaque resin material. The cover-type decorative member 544 covers the front of the eighth side reflecting member 521h attached to the inside of the side lamp house 531, and is attached to the decorative member attaching portion 528h of the eighth side reflecting member 521h. Further, the lower edge portion of the upper lamp cover 547 comes into contact with the upper edge portion of the cover-type decorative member 544.

  The upper decorative member 517 is formed using a resin material and is attached to the decorative member attaching portion 529k of the eleventh side reflecting member 521k. The upper decorative member 517 is attached to the upper end of the inner edge portion of the side lamp house 531 together with the eleventh side reflecting member 521k. Further, the upper edge of the upper lamp cover 547 comes into contact with the lower front side of the upper decorative member 517.

  The side lamp house 531 is made of a resin material and is formed in a box shape that extends long in the vertical direction and is open at the front. Inside the side lamp house 531, the three side lamp substrates 501, 504, and 507 are accommodated and held so that the mounting surfaces of the side lamp substrates 501, 504, and 507 face forward. The first to eleventh side reflecting members 521a to 521k, the middle decorative member 514, and the upper decorative member 517 are attached to the inner edge of the side lamp house 531. A plurality of engaging protrusions 532 that can be engaged with the engaging holes 525 of the first to eleventh side reflecting members 521a to 521k are formed on the bottom of the side lamp house 531. At the inner edge of the side lamp house 531, the locking holes 524 of the second to seventh side reflecting members 521b to 521g and the locking holes formed on the left and right side portions of the middle decorative member 514 and the upper decorative member 517 are formed. A plurality of reflecting member locking claws 533 that can be locked to a portion (not shown) are formed. A plurality of cover locking claws 534 that can be locked to the locking hole 542 of the lower lamp cover 541 and the locking hole 548 of the upper lamp cover 547 are formed on the left and right sides of the side lamp house 531.

  The lower lamp cover 541 is formed using a smoke-like translucent resin material and has a lid shape that extends long in the vertical direction and opens at the rear. The lower lamp cover 541 covers the lower side lamp substrate 501 and the middle side lamp substrate 504 attached to the inner side of the side lamp house 531 and the front of the first to seventh side reflecting members 521a to 521g. Coupled to the lower front of 531.

  The upper lamp cover 547 is made of a smoke-like translucent resin material and is formed in a lid shape that extends long in the vertical direction and opens at the rear. The upper lamp cover 547 covers the upper side lamp substrate 507, the side of the eighth side reflecting member 521h, and the front of the ninth to eleventh side reflecting members 521i to 521k, which are attached to the inside of the side lamp house 531. The upper side of the front side of the side lamp house 531 is coupled.

  In the left side lamp 500 configured as described above, the light emitted from the first side LED lamp 502a is reflected from the rear reflective surface 522a of the first side reflective member 521a and the front reflective surface 523b of the second side reflective member 521b. And is transmitted through the lower lamp cover 541. The light emitted from the second side LED lamp 502b is reflected by the rear reflective surface 522b of the second side reflective member 521b and the front reflective surface 523c of the third side reflective member 521c and passes through the lower lamp cover 541. . The light emitted from the third side LED lamp 502c is reflected by the rear reflective surface 522c of the third side reflective member 521c and the front reflective surface 523d of the fourth side reflective member 521d, and passes through the lower lamp cover 541. . The light emitted from the fourth side LED lamp 502d is reflected by the rear reflective surface 522d of the fourth side reflective member 521d and the front reflective surface 523e of the fifth side reflective member 521e and passes through the lower lamp cover 541. . The light emitted from the fifth side LED lamp 502e is reflected by the rear reflective surface 522e of the fifth side reflective member 521e and the front reflective surface 523f of the sixth side reflective member 521f and passes through the lower lamp cover 541. . The light emitted from the sixth side LED lamp 505f is reflected by the rear reflective surface 522f of the sixth side reflective member 521f and the front reflective surface 523g of the seventh side reflective member 521g and is transmitted through the lower lamp cover 541. .

  A part of the light emitted from the seventh side LED lamp 508g is reflected by the rear side reflection surface 522h of the eighth side reflection member 521h and the front side reflection surface 523i of the ninth side reflection member 521i to be reflected by the upper lamp cover 547. Transparent. The other light emitted from the seventh side LED lamp 508g is transmitted through the eighth side reflecting member 521h, and the side portion of the eighth side reflecting member 521h emits light through the upper lamp cover 547. The light emitted from the eighth side LED lamp 508h is reflected by the rear reflective surface 522i of the ninth side reflective member 521i and the front reflective surface 523j of the tenth side reflective member 521j and passes through the upper lamp cover 547. . The light emitted from the ninth side LED lamp 508i is reflected by the rear reflective surface 522j of the tenth side reflective member 521j and the front reflective surface 523k of the eleventh side reflective member 521k and passes through the upper lamp cover 547. .

  Accordingly, the left and right side lamps 500, 550 pass through the lower lamp cover 541 or the upper lamp cover 547 from the plurality of gaps in the first to eleventh side reflecting members 521a to 521k, and thereby the first to eleventh side reflecting members 521a. Light that gives a soft impression that light and dark appear blurred along the contour shape of ˜521k can be emitted. Therefore, it is possible to perform a highly decorative light effect in which the boundary between the bright part and the dark part is blurred as in indirect illumination, and it is possible to improve the decorative property of the slot machine SM. Part of the light emitted from the seventh side LED lamp 508g is transmitted through the light-transmitting eighth side reflecting member 521h, and the side portion of the eighth side reflecting member 521h emits light through the upper lamp cover 547. It is like that. In this way, by directly illuminating a part of the left and right side lamps 500 and 550, it is possible to produce a light effect with a rich decoration and a highly decorative light effect. It becomes possible to increase.

[Configuration of main reel display unit]
Next, the main reel display unit 600 according to the present embodiment will be described with reference to FIGS. As shown in FIG. 33, the main reel display unit 600 includes an upper mask member 610, a window frame member 630, a support frame member 640, a window cover 650, an inner cover 655 (see FIG. 34), and an upper escutcheon. 660. As shown in FIGS. 31 and 33, the upper mask member 610 is formed in a block shape having an opening in each part using a resin material, and is attached to the upper part of the front frame 21 of the front door 20. A window frame member attaching portion 611 is formed below the center portion of the upper mask member 610 in accordance with the shape of the window frame member 630, and the window frame member 630 is attached to the front side of the window frame member attaching portion 611. It has become. Further, a support frame member 640, a window cover 650, an inner cover 655, and an upper escutcheon 660 are attached to the rear surface side of the window frame member attachment portion 611.

  A left lamp house portion 613 constituting a left upside lamp 700 described later is formed at the left end portion of the upper mask member 610. A right lamp house portion 615 constituting a right upside lamp 750 described later is formed at the right end portion of the upper mask member 610. On the upper side of the central portion of the upper mask member 610, a central lamp house portion 617 constituting a center lamp unit 800 described later is formed.

  On the left side of the upper mask member 610, a left speaker mounting portion 620 that is opened in accordance with the shape of the speaker is formed. On the rear surface side of the left speaker mounting portion 620, the upper left speaker unit 36 is mounted together with the left rear speaker cover 622. It is like that. The left rear speaker cover 622 is formed in a bottomed cylindrical shape using a resin material, and is attached to the rear surface side of the left speaker attachment portion 620 so as to cover the rear side of the upper left speaker unit 36. The front side of the left speaker mounting portion 620 is covered with a left speaker cover portion 632 formed on the left side of the window frame member 630.

  On the right side of the upper mask member 610, a right speaker mounting portion 621 that is opened in accordance with the shape of the speaker is formed, and the right upper speaker unit 37 is mounted together with the right rear speaker cover 623 on the rear surface side of the right speaker mounting portion 621. It is like that. The right rear speaker cover 623 is formed in a bottomed cylindrical shape using a resin material, and is attached to the rear surface side of the right speaker attachment portion 621 so as to cover the rear side of the upper right speaker unit 37. The front side of the right speaker mounting portion 621 is covered with a right speaker cover portion 633 formed on the right side of the window frame member 630.

  The window frame member 630 is formed in a frame shape having a reel display window 631 in the center using a resin material, and is attached to the window frame member attachment portion 611 of the upper mask member 610. The reel display window 631 has a size that allows the symbols to be visually recognized at positions shifted upward from the height of the rotation axis of each of the three main reels 102a, 102b, and 102c, that is, from the rotation axis of each reel. It is formed in a rectangular shape with such a size that three symbols arranged in a horizontal row at the top can be visually recognized. In this way, by arranging the reel display window 631 above the rotation axes of the three main reels 102a, 102b, and 102c, the image display device 400 (image display unit 410) provided below the reel display window 631. Display area can be expanded upward.

  A left speaker cover portion 632 is formed on the left side of the window frame member 630 and covers the front of the upper left speaker unit 36 and is attached to the left speaker attachment portion 620 of the upper mask member 610. A right speaker cover portion 633 is formed on the right side of the window frame member 630 and covers the front of the upper right speaker unit 37 and is attached to the right speaker attachment portion 621 of the upper mask member 610.

  The support frame member 640 is formed in a frame shape matching the front shape of the main reel unit 100, and the main reel unit 100 is attached facing forward. A claw locking portion 641 that can lock the claw portion 146 of the main reel unit 100 is formed on the rear upper side of the support frame member 640. In the center of the rear portion of the support frame member 640, an inclined surface contact portion 642 that can contact the inclined surface portion 145 of the main reel unit 100 is formed. A protrusion engaging portion 643 that can engage the protrusion 147 of the main reel unit 100 is formed below the rear portion of the support frame member 640. The support frame member 640 is attached and fixed to the rear surface side of the window frame member attachment portion 611 of the upper mask member 610 using a fixing member such as a screw. With the upper mask member 610 attached to the front frame 21 of the front door 20, the rear surface side (inclined surface contact portion 642) of the support frame member 640 is substantially parallel to the inclination of the rear surface side of the front door 20. Inclined to face downward and rear.

  The window cover 650 is formed in a thin plate shape slightly larger than the reel display window 631 using a transparent resin material. The upper escutcheon 660 is formed in a frame shape that matches the outer peripheral shape of the window cover 650 using a resin material, holds the outer peripheral portion of the window cover 650, and the rear side of the window frame member mounting portion 611 of the upper mask member 610 Attached to. As a result, the rear portion of the reel display window 631 is closed by the window cover 650. The inner cover 655 is formed in a rectangular cylinder shape that matches the shape of the reel display window 631, and the window frame of the upper mask member 610 is positioned inside the frame of the support frame member 640 using a fixing member such as a screw. It is attached and fixed to the rear surface side of the member attaching portion 611. Thus, when the reel display window 631 is viewed from the front, the peripheral portions of the three main reels 102a to 102c are covered with the inner cover 655, and only the symbols of the three main reels 102a to 102c are visible. it can.

  In order to attach the main reel unit 100 to the main reel display unit 600 configured as described above, the claw portion 146 of the main reel unit 100 is engaged with the claw engagement portion 641 of the support frame member 640, and the main reel unit 100 is engaged. 100 is hooked and fixed to the rear surface side of the support frame member 640. At this time, the protrusion 147 of the main reel unit 100 is engaged with the protrusion engaging part 643 of the support frame member 640, and the inclined surface part 145 formed on the support part 144 of the main reel unit 100 is inclined to the support frame member 640. Abutting on the surface abutting portion 642. Thereby, the main reel unit 100 is restricted from moving in the vertical direction in a state where the main reel unit 100 is hooked and fixed to the rear surface side of the support frame member 640. Therefore, it is possible to prevent the main reel unit 100 from falling off the support frame member 640. Then, using a fixing member (not shown) such as a screw, the front upper side of the main reel unit 100 (upper side of the flange portion 143) is attached and fixed to the support frame member 640, and the front lower side of the main reel unit 100 is fixed. The lower side of the flange portion 143 is fixedly attached to the reel mounting boss 417 of the liquid crystal case 415.

  In this way, the main reel unit 100 is attached to the rear surface side of the support frame member 640 constituting the main reel display unit 600 so as to face the front, and the reel opening 152a of the main reel unit 100 and the window frame member 630 Through the reel display window 631, the symbols drawn on the three main reels 102a, 102b, and 102c can be visually recognized. At this time, the inclined surface portion 145 of the main reel unit 100 contacts the inclined surface contact portion 642 of the support frame member 640, and the main reel unit 100 is supported substantially horizontally by the support portion 144.

[Configuration of the upside lamp]
Next, the left and right upside lamps 700 and 750 according to this embodiment will be described with reference to FIGS. 33 and 35 to 36. Note that the left and right upside lamps 700 and 750 are bilaterally symmetric (plane symmetric) and have the same configuration. Therefore, the detailed description of the right upside lamp 750 is omitted, and the left upside lamp 700 is described in detail. Do. As shown in FIGS. 33 and 35, the left upside lamp 700 includes a left lamp house portion 613 formed on the upper mask member 610, a left upside lamp substrate 701, and first to fifth left upside reflecting members. 721a to 721e and a left lamp cover 741.

  The left lamp house 613 of the upper mask member 610 is formed in a housing shape having a lamp hole (not shown). A left upside lamp substrate 701 is attached to the rear surface side of the left lamp house portion 613, and first to fifth left upside reflecting members 721 a to 721 e and a left lamp cover 741 are attached to the front surface side of the left lamp house portion 613. Can be attached.

  As shown in FIG. 33, the left upside lamp substrate 701 is formed in an elongated L-shaped plate shape. On the mounting surface of the left upside lamp substrate 701, first to third upside LED lamps 702a to 702c, a left illumination LED lamp 703, and a right illumination LED lamp 704 are disposed. The first to third upside LED lamps 702a to 702c are arranged two by two from left to right in this order on the upper side of the left upside lamp substrate 701. A plurality of left-side illumination LED lamps 703 are arranged on the lower left side of the left upside lamp substrate 701, and a plurality of right-side illumination LED lamps 704 are arranged on the upper right side of the left upside lamp substrate 701. The left upside lamp substrate 701 is attached and held on the rear surface side of the left lamp house portion 613 so that the mounting surface faces the front, and the first to third upside LED lamps are passed through lamp holes (not shown). 702a to 702c, left-side illumination LED lamp 703, and right-side illumination LED lamp 704 are configured to be exposed forward.

  The first to fifth left upside reflecting members 721a to 721e are arranged in this order from the lower left to the upper right. The first to fifth left upside reflecting members 721a to 721e are arranged so that the rear surface faces the mounting surface of the left upside lamp substrate 701, and are attached to the front inner side of the left lamp house portion 613 together with the left lamp cover 741. It is like that.

  As shown in FIG. 36, the first left upside reflecting member 721a is formed using a resin material capable of being subjected to silver plating on the surface, and the rear side faces the mounting surface of the left upside lamp substrate 701. The left lamp house 613 is attached to the lower left part. An LED lamp 703 for left illumination of the left upside lamp substrate 701 is disposed behind the first left upside reflecting member 721a through a lamp hole (not shown) of the left lamp house portion 613. On the rear surface side of the first left upside reflecting member 721a whose surface is subjected to silver plating, a rear reflecting surface 722a capable of reflecting light facing the left LED lamp 703 is formed. The Thereby, the light emitted from the LED lamp for left illumination 703 is reflected upward by the rear reflecting surface 722a.

  The second left upside reflecting member 721b is attached to the upper left side of the left lamp house portion 613 so that the rear side faces the mounting surface of the left upside lamp substrate 701. Two first upside LED lamps 702a are arranged between the third left upside reflection member 721c adjacent to and adjacent to the right side of the second left upside reflection member 721b. The second left upside reflecting member 721b is made of a resin material whose surface can be silver-plated, and the right end straddles the first upside LED lamp 702a, in front of the third left upside reflecting member 721c. It is curved and formed so as to overlap the side. A rear reflective surface 722b capable of reflecting light is formed opposite to the first upside LED lamp 702a on the rear side of the right part of the second left upside reflective member 721b whose surface is subjected to silver plating. . A front reflective surface 723b that can reflect the light reflected by the rear reflective surface 722a of the first left upside reflective member 721a is formed on the left front side of the second left upside reflective member 721b. The second left upside reflecting member 721b is formed with a locking claw portion 724b that can be locked in a locking recess (not shown) formed inside the left lamp cover 741. Further, below the second left upside reflecting member 721b, the light reflected by the rear reflecting surface 722a of the first left upside reflecting member 721a is moved from the rear side to the front side of the second left upside reflecting member 721b. The leading daylighting hole portion 725b is formed in an elongated arc shape.

  The third left upside reflecting member 721c is attached to the upper left side of the left lamp house portion 613 with the rear side facing the mounting surface of the left upside lamp substrate 701. Two second upside LED lamps 702b are arranged between the fourth left upside reflecting member 721d adjacent to and adjacent to the right side of the third left upside reflecting member 721c. The third left upside reflecting member 721c is made of a transparent or translucent resin material having translucency, and the right end of the third left upside reflecting member 721c straddles the second upside LED lamp 702b. It is formed to be curved so as to overlap. A rear reflective surface 722c capable of reflecting light is formed opposite to the second upside LED lamp 702b on the right rear surface side of the third left upside reflective member 721c. A front reflective surface 723c capable of reflecting the light reflected by the rear reflective surface 722b of the second left upside reflective member 721b is formed on the left front side of the third left upside reflective member 721c. Accordingly, a part of the light emitted from the first upside LED lamp 702a is transmitted to the rear reflective surface 722b of the second left upside reflective member 721b and the front reflective surface 723c of the third left upside reflective member 721c. It is reflected at least once and passes through the left lamp cover 741.

  The fourth left upside reflecting member 721d is attached to the upper left side of the left lamp house portion 613 so that the rear side faces the mounting surface of the left upside lamp substrate 701. Two third upside LED lamps 702c are arranged between the fifth left upside reflecting member 721e adjacent to and adjacent to the right side of the fourth left upside reflecting member 721d. The fourth left upside reflecting member 721d is made of a resin material whose surface can be subjected to silver plating, and the right end straddles the third upside LED lamp 702c, in front of the fifth left upside reflecting member 721e. It is curved and formed so as to overlap the side. A rear reflective surface 722d capable of reflecting light is formed facing the third upside LED lamp 702c on the right rear surface side of the fourth left upside reflective member 721d whose surface is silver-plated. . The light reflected by the rear reflective surface 722c of the third left upside reflecting member 721c and the third left upside are disposed on the front side of the left portion of the fourth left upside reflecting member 721d whose surface is subjected to silver plating. A front-side reflection surface 723d that can reflect the light emitted through the reflection member 721c and emitted backward is formed. Thereby, a part of the light emitted from the second upside LED lamp 702b is transmitted to the rear reflective surface 722c of the third left upside reflective member 721c and the front reflective surface 723d of the fourth left upside reflective member 721d. It is reflected at least once and passes through the left lamp cover 741. Further, the light reflected by the rear reflective surface 722b of the second left upside reflective member 721b and transmitted through the third left upside reflective member 721c is reflected by the front reflective surface 723d of the fourth left upside reflective member 721d. The left lamp cover 741 is transmitted therethrough. The fourth left upside reflecting member 721d is formed with a locking claw 724d that can be locked in a locking recess (not shown) formed inside the left lamp cover 741.

  The fifth left upside reflecting member 721e is attached to the upper center of the left lamp house portion 613 so that the rear side faces the mounting surface of the left upside lamp substrate 701. The fifth left upside reflecting member 721e is formed in the same manner as the third left upside reflecting member 721c using a transparent or translucent resin material having translucency. A front reflective surface 723e capable of reflecting the light reflected by the rear reflective surface 722d of the fourth left upside reflective member 721d is formed on the left front side of the fifth left upside reflective member 721e. Accordingly, a part of the light emitted from the third upside LED lamp 702c is transmitted to the rear reflective surface 722d of the fourth left upside reflective member 721d and the front reflective surface 723e of the fifth left upside reflective member 721e. It is reflected at least once and passes through the left lamp cover 741.

  Further, on the rear side of the right part of the fifth left upside reflecting member 721e, a rear lighting surface 722e that can transmit light is formed facing the LED lamp 704 for right illumination. Thereby, the light emitted from the right-side illumination LED lamp 704 is transmitted through the fifth left upside reflecting member 721e and the left lamp cover 741.

  As shown in FIG. 35, the left lamp cover 741 is made of a smoke-like translucent resin material, and is formed in a lid shape that extends in an inverted L shape and opens at the rear. The left lamp cover 741 is coupled to the second left upside reflecting member 721b and the fourth left upside reflecting member 721d in a state of covering the front of the first to fifth left upside reflecting members 721a to 721e, It is attached to the front side of the left lamp house portion 613 together with the fifth left upside reflecting members 721a to 721e.

  In the left upside lamp 700 configured as described above, part of the light emitted from the first upside LED lamp 702a is reflected from the rear reflective surface 722b of the second left upside reflective member 721b and the third left upside lamp. The light is reflected by the front reflecting surface 723 c of the side reflecting member 721 c and passes through the left lamp cover 741. Further, the other light emitted from the first upside LED lamp 702a is reflected by the rear reflecting surface 722b of the second left upside reflecting member 721b, passes through the third left upside reflecting member 721c, and passes through the fourth left side. The light is reflected by the front reflecting surface 723d of the upside reflecting member 721d and passes through the left lamp cover 741. Part of the light emitted from the second upside LED lamp 702b is reflected by the rear reflective surface 722c of the third left upside reflective member 721c and the front reflective surface 723d of the fourth left upside reflective member 721d. , And passes through the left lamp cover 741. Further, the other light emitted from the second upside LED lamp 702b passes through the third left upside reflecting member 721c and passes through the left lamp cover 741. Part of the light emitted from the third upside LED lamp 702c is reflected by the rear reflective surface 722d of the fourth left upside reflective member 721d and the front reflective surface 723e of the fifth left upside reflective member 721e. , And passes through the left lamp cover 741.

  In this way, the left upside lamp 700 passes through the left lamp cover 741 from the plurality of gaps in the second to fifth left upside reflecting members 721b to 721e, and the second left upside reflecting member 721b and the fourth left left side reflector 721b. Light that gives a soft impression that light and dark appear blurred along the contour shape of the upside reflecting member 721d can be emitted. Therefore, it is possible to perform a highly decorative light effect in which the boundary between the bright part and the dark part is blurred as in indirect illumination, and it is possible to improve the decorative property of the slot machine SM. As described above, the other light emitted from the second upside LED lamp 702b is transmitted through the third left upside reflecting member 721c having translucency, and the third left upside reflecting member 721c is left. Light is emitted through the lamp cover 741. Further, the light emitted from the right-side illumination LED lamp 704 is transmitted through the translucent fifth left upside reflecting member 721e, and the fifth left upside reflecting member 721e emits light through the left lamp cover 741. It has become. In this way, by performing direct illumination on a part of the left upside lamp 700, it is possible to perform a highly decorative light effect rich in changes in light, and improve the decorativeness of the slot machine SM. Is possible. The light emitted from the left LED lamp for lighting 703 is reflected upward by the rear reflecting surface 722a of the first left upside reflecting member 721a and passes through the daylighting hole 725b of the second left upside reflecting member 721b. Then, the light is reflected forward by the front reflecting surface 723 b and transmitted through the left lamp cover 741.

  As shown in FIG. 33, the right upside lamp 750 includes a right lamp house portion 615 formed in the upper mask member 610, a right upside lamp substrate 751, and a first upside lamp 700, like the left upside lamp 700. The fifth right upside reflecting members 771a to 771e and the right lamp cover 791 are configured. The right lamp house portion 615 of the upper mask member 610 has the same configuration as the left lamp house portion 613 except that it has a symmetrical shape. Further, the right upside lamp substrate 751, the first to fifth right upside reflecting members 771a to 771e, and the right lamp cover 791 are symmetrical, except for the left upside lamp substrate 701, first to first. 5 The same configuration as the left upside reflecting members 721a to 721e and the left lamp cover 741. Therefore, the same effect as that of the left upside lamp 700 described above can be obtained with respect to the right upside lamp 750.

[Configuration of center lamp unit]
Next, the center lamp unit 800 according to the present embodiment will be described with reference to FIGS. 33, 35, and 37 to 47. As shown in FIGS. 33 and 35, the center lamp unit 800 includes a center lamp house portion 617 formed on the upper mask member 610, a center lamp substrate 801, a center lamp portion 810, and an illumination portion 860. Configured.

  The central lamp house 617 of the upper mask member 610 is formed in a housing shape having a lamp hole (not shown). A center lamp substrate 801 is attached to the rear surface side of the central lamp house part 617, and a center lamp part 810 and an electric decoration part 860 are attached to the front side of the central lamp house part 617.

  As shown in FIG. 43, the center lamp substrate 801 is formed in a plate shape extending in the left-right direction. On the mounting surface of the center lamp substrate 801, first to third center LED lamps 802a to 802c and left and right center illumination LED lamps 803a and 803b are disposed. The first to third center LED lamps 802a to 802c are arranged in a V-shaped row from top to bottom in this order on the upper side of the center lamp substrate 801. A plurality of left center illumination LED lamps 803a are arranged on the lower left side of the center lamp substrate 801, and a plurality of right center illumination LED lamps 803b are arranged on the lower right side of the center lamp substrate 801. As shown in FIGS. 39 and 44, the center lamp substrate 801 is attached and held on the rear surface side of the central lamp house portion 617 so that the mounting surface faces the front side, and is passed through a lamp hole (not shown). The first to third center LED lamps 802a to 802c and the left and right center illumination LED lamps 803a and 803b are configured to be exposed forward.

  As shown in FIGS. 35 and 39, the center lamp unit 810 includes first to fourth center reflecting members 821a to 821d and a center lamp cover 841. The first to fourth center reflecting members 821a to 821d are arranged in this order from top to bottom. The first to fourth center reflecting members 821a to 821d are arranged so that the rear side faces the mounting surface of the center lamp substrate 801, and are attached to the inside of the front surface of the central lamp house portion 617 together with the center lamp cover 841. Yes.

  As shown in FIGS. 39 and 41 to 42, the first center reflecting member 821a is disposed on the top of the first to fourth center reflecting members 821a to 821d, and the rear surface side is mounted with the center lamp substrate 801. It faces the surface. A first center LED lamp 802a is arranged between the second center reflecting member 821b adjacent and adjacent to the lower side of the first center reflecting member 821a. The first center reflecting member 821a is made of a resin material whose surface can be subjected to silver plating so that the lower end of the first center reflecting member 821a straddles the first center LED lamp 802a and overlaps the front side of the second center reflecting member 821b. Curved and formed. On the lower rear surface side of the first center reflecting member 821a, a rear reflecting surface 822a that is opposed to the first center LED lamp 802a and can reflect light is formed. A locking claw portion 824a that can be locked to a locking hole portion 842 formed on the upper rear side of the center lamp cover 841 is formed on the upper portion of the first center reflecting member 821a.

  The second center reflecting member 821b is coupled to the lower side of the first center reflecting member 821a by a coupling member (not shown) such as a screw so that the rear surface side faces the mounting surface of the center lamp substrate 801. . Five second center LED lamps 802b arranged in a V shape are arranged between the third center reflecting member 821c adjacent to and adjacent to the lower side of the second center reflecting member 821b. The second center reflecting member 821b is made of a resin material capable of being subjected to silver plating on the surface so that the lower end of the second center reflecting member 821b straddles the second center LED lamp 802b and overlaps the front side of the third center reflecting member 821c. Curved and formed. On the lower rear surface side of the second left upside reflecting member 721b whose surface is subjected to silver plating, a rear reflecting surface 822b that can reflect light is formed facing the second center LED lamp 802b. A front reflective surface 823b that can reflect the light reflected by the rear reflective surface 822a of the first center reflective member 821a is formed on the upper front side of the second center reflective member 821b whose surface is subjected to silver plating. . Thereby, the light emitted from the first center LED lamp 802a is reflected at least once on the rear reflection surface 822a of the first center reflection member 821a and the front reflection surface 823b of the second center reflection member 821b. The center lamp cover 841 is transmitted therethrough.

  The third center reflecting member 821c is coupled to the lower side of the first center reflecting member 821a by a coupling member (not shown) such as a screw so as to sandwich the second center reflecting member 821b, and the rear side is the center lamp substrate 801. It faces the mounting surface. Seven third center LED lamps 802c arranged in a V shape are arranged between the fourth center reflecting member 821d adjacent to and adjacent to the lower side of the third center reflecting member 821c. The third center reflecting member 821c is made of a resin material capable of being subjected to silver plating on the surface so that the lower end portion straddles the third center LED lamp 802c and overlaps the front side of the fourth center reflecting member 821d. Curved and formed. On the lower rear surface side of the third center reflecting member 821c whose surface is silver-plated, a rear reflecting surface 822c that can reflect light is formed facing the third center LED lamp 802c. A front reflective surface 823c capable of reflecting light reflected by the rear reflective surface 822b of the second center reflective member 821b is formed on the lower front side of the third center reflective member 821c whose surface is subjected to silver plating. . Thereby, the light emitted from the second upside LED lamp 702b is reflected at least once on the rear reflective surface 822b of the second center reflective member 821b and the front reflective surface 823c of the third center reflective member 821c. The center lamp cover 841 is transmitted therethrough.

  The rear end portion of the third center reflecting member 821c is bent substantially vertically upward, and the center of the rear end portion of the third center reflecting member 821c is the middle three of the five second center LED lamps 802b. Three lamp exposure holes 825c are formed to expose one of them forward. In the lamp exposure hole 825c, as shown in FIG. 40, the second center LED lamp 802b is visually recognized through the gap between the second center reflecting member 821b and the third center reflecting member 821c from the diagonally lower front of the center lamp portion 810. A projection-like lamp concealing portion 826c is formed.

  The fourth center reflecting member 821d is coupled to the lower side of the third center reflecting member 821c by a coupling member (not shown) such as a screw so that the rear surface side faces the mounting surface of the center lamp substrate 801. . The fourth center reflecting member 821d is formed in the same manner as the third center reflecting member 821c using a resin material whose surface can be subjected to silver plating. A front reflective surface 823d capable of reflecting the light reflected by the rear reflective surface 822c of the third center reflective member 821c is formed on the upper front side of the fourth center reflective member 821d. Thereby, the light emitted from the third center LED lamp 802c is reflected at least once on the rear reflection surface 822c of the third center reflection member 821c and the front reflection surface 823d of the fourth center reflection member 821d, The center lamp cover 841 is transmitted therethrough.

  On the upper side of the rear end of the fourth center reflecting member 821d, as shown in FIG. 40, from the diagonally lower front of the center lamp portion 810, the third center is passed through the gap between the third center reflecting member 821c and the fourth center reflecting member 821d. A plurality of protruding lamp concealing portions 826d that prevent the LED lamp 802c from being visually recognized are formed. The lower side of the rear end portion of the fourth center reflecting member 821d is formed to extend in a plate shape substantially vertically downward. Two attachment holes 827d are formed on the left and right sides of the rear end of the fourth center reflection member 821d extending in a plate shape, and the first to fourth center reflection members 821a to 821d are formed in the attachment holes 827d. Is attached to the front side of the central lamp house 617 through which a mounting screw (not shown) is inserted. Further, two positioning pins 828d protruding rearward are formed on the lower side of the rear end portion of the fourth center reflecting member 821d.

  As shown in FIGS. 35 and 38, the center lamp cover 841 is formed in a box shape with a rear opening using a smoke-like translucent resin material. The center lamp cover 841 is coupled to the first center reflecting member 821a and the fourth center reflecting member 821d in a state of covering the front of the first to fourth center reflecting members 821a to 821d, and the first to fourth center reflecting members 821a. It is attached to the front side of the central lamp house 617 together with ˜821d. The upper rear side of the center lamp cover 841 is formed in a plate shape that protrudes rearward at two places on the left and right. The plate-like portion on the upper rear side of the center lamp cover 841 is formed with a locking hole portion 842 that can lock the locking claw portion 824a of the first center reflecting member 821a. At the lower part of the center lamp cover 841, two attachment holes 843 are formed on the left and right in alignment with the attachment hole 827d of the fourth center reflecting member 821d. An attachment screw (not shown) inserted through the attachment hole 827d of the fourth center reflecting member 821d is screwed into the attachment hole 843 of the center lamp cover 841.

  As shown in FIGS. 35 and 44, the electrical decoration unit 860 includes a left light guide member 861, a right light guide member 866, and a center decoration member 870, and is provided below the center lamp unit 810. It is arranged to overlap. The electrical decoration unit 860 can emit light to the left light guide member 861 and the right light guide member 866 to notify that a small role or the like has been won. As shown in FIG. 45, the left light guide member 861 is formed in a plate shape extending in the front-rear direction using a transparent resin material. The left light guide member 861 is accommodated and attached to the rear inner side of the center decorative member 870 while being inserted from the rear into the left insertion hole 871 of the center decorative member 870. The base end portion of the left light guide member 861 (hereinafter referred to as the left base end portion 862) is opposed to the left center electrical decoration LED lamp 803a. On the other hand, the front end portion of the left light guide member 861 (hereinafter referred to as the left front end portion 863) slightly protrudes forward from the left insertion hole 871 of the center decoration member 870 and is exposed to the outside. Thereby, the light emitted from the left center electrical decoration LED lamp 803a enters the left base end portion 862 and is emitted from the left tip portion 863, and the left tip portion 863 emits light. A left flange portion 864 is formed at an intermediate portion of the left light guide member 861, and the left flange portion 864 is attached and fixed to the rear surface side of the center decorative member 870 by a fixing member (not shown) such as a screw. It is like that.

  The right light guide member 866 is formed in a plate shape extending in the front-rear direction using a transparent resin material. The right light guide member 866 is formed symmetrically with the left light guide member 861. The center decorative member 870 is accommodated and attached to the rear inner side of the center decorative member 870 in a state of being inserted from the rear into the right insertion hole 876. As shown in FIG. 44, the base end portion of the right light guide member 866 (hereinafter referred to as the right base end portion 867) is opposed to the LED lamp 803b for the right center electrical decoration. On the other hand, the distal end portion of the right light guide member 866 (hereinafter referred to as the right distal end portion 868) slightly protrudes forward from the right insertion hole 876 of the center decoration member 870 and is exposed to the outside. Thereby, the light emitted from the right center electrical decoration LED lamp 803b enters the right proximal end portion 867 and is emitted from the right distal end portion 868, and the right distal end portion 868 emits light. A right flange portion 869 is formed at an intermediate portion of the right light guide member 866, and the right flange portion 869 is attached and fixed to the rear surface side of the center decoration member 870 by a fixing member (not shown) such as a screw. It is like that.

  As shown in FIGS. 35 and 38, the center decoration member 870 is formed in a box shape having a rear opening using a resin material whose surface can be subjected to silver plating. The center decoration member 870 is attached so as to overlap the lower side of the center lamp portion 810 on the front side of the central lamp house portion 617 in a state where the left light guide member 861 and the right light guide member 866 are accommodated inside the rear. As shown in FIGS. 31 and 37, the front portion of the center decorative member 870 whose surface is silver-plated is exposed to the outside. As shown in FIG. 38, two positioning pins 879 protruding rearward are formed on the rear surface side of the center decorative member 870.

  As shown in FIG. 37, a left insertion hole 871 is formed through the left and right sides of the center decoration member 870, and the left light guide member 861 is inserted into the left insertion hole 871 from behind and attached. It is like that. On the left side of the front surface of the center decoration member 870, a left recess 872 is formed so as to surround the periphery of the left insertion hole 871. As shown in FIG. 46, when the left center illumination LED lamp 803a emits light on a part of the surface of the left recess 872 formed in a mirror surface by silver plating, the left tip 863 of the left light guide member 861 Similarly, a left side light emitting region 872a (a region outside the two-dot chain line in FIG. 46) that is visually recognized as emitting light is formed on the upper edge surface of the left concave portion 872 (below the upper left wall portion). It has come to be. In addition, in the lower part of the surface of the left recess 872, when the left center illumination LED lamp 803a emits light, the left non-light emitting area 872b surrounded by the left tip 863 and the left light emitting area 872a (the two-dot chain line in FIG. 46). The inner region is formed so as to be visually recognized with a predetermined outer peripheral shape (for example, a shape simulating animal eyes).

  As shown in FIG. 37, a right insertion hole 876 is formed through the right and left sides of the center decoration member 870 in the front-rear direction, and the right light guide member 866 is inserted into the right insertion hole 876 from behind and attached. It is like that. A right concave portion 877 is formed on the right side of the front surface of the center decorative member 870 so as to surround the right insertion hole 876. As shown in FIG. 47, when the right center illumination LED lamp 803b emits light on a part of the surface of the right recess 877 formed into a mirror surface by silver plating, the right tip 868 of the right light guide member 866 Similarly, the right side light emitting region 877a (a region outside the two-dot chain line in FIG. 47) visually recognized as emitting light is along the upper edge surface of the right concave portion 877 (below the upper right wall portion 878). It is supposed to be formed. Further, in the lower portion of the surface of the right recess 877, when the right center illumination LED lamp 803b emits light, the right non-light emitting region 877b surrounded by the right tip portion 868 and the right light emitting region 877a (the two-dot chain line in FIG. 47). The inner region is formed so as to be visually recognized with a predetermined outer peripheral shape (for example, a shape simulating animal eyes). The right insertion hole 876 and the right recess 877 are formed symmetrically with the left insertion hole 871 and the left recess 872.

  In the center lamp portion 810 configured as described above, the light emitted from the first center LED lamp 802a is reflected from the rear reflection surface 822a of the first center reflection member 821a and the front reflection surface 823b of the second center reflection member 821b. And is transmitted through the center lamp cover 841. The light emitted from the second upside LED lamp 702b is reflected by the rear reflective surface 822b of the second center reflective member 821b and the front reflective surface 823c of the third center reflective member 821c, and is transmitted through the center lamp cover 841. To do. The light emitted from the third center LED lamp 802c is reflected by the rear reflective surface 822c of the third center reflective member 821c and the front reflective surface 823d of the fourth center reflective member 821d and passes through the center lamp cover 841. .

  In this way, the center lamp portion 810 has the contour shapes of the first to fourth center reflecting members 821a to 821d through the center lamp cover 841 from the plurality of gaps in the first to fourth center reflecting members 821a to 821d. It is possible to emit light that gives a soft impression in which light and dark appear to be blurred. Therefore, it is possible to perform a highly decorative light effect in which the boundary between the bright part and the dark part is blurred as in indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

  Further, in the illumination part 860 configured as described above, light emitted from the right center illumination LED lamp 803b is incident on the right base end part 867 of the right light guide member 866 and is emitted from the right end part 868. Then, the right tip portion 868 of the right light guide member 866 emits light. At this time, as shown in FIG. 44, a part of the light emitted from the right tip portion 868 of the right light guide member 866 is the lower surface of the upper right wall portion 878 formed above the right concave portion 877 of the center decorative member 870. And is reflected backward, and is reflected forward in the right light emitting region 877a of the right recess 877. Thereby, the right light emitting region 877a in the right concave portion 877 of the center decorative member 870 is visually recognized as light emitted in the same manner as the right tip portion 868 of the right light guide member 866. Further, at this time, the right non-light emitting region 877b in the right recess 877 of the center decorative member 870 is surrounded by the right tip 868 and the right light emitting region 877a, and has a predetermined outer peripheral shape (for example, a shape imitating an animal eye). It is visually recognized.

  On the other hand, the light emitted from the left center illumination LED lamp 803a enters the left base end portion 862 of the left light guide member 861 and is emitted from the left end portion 863, and the left end portion 863 of the left light guide member 861 Emits light. At this time, a part of the light emitted from the left tip 863 of the left light guide member 861 reaches the lower surface of the upper left wall (not shown) formed above the left recess 872 of the center decoration member 870. Reflected backward and reflected forward in the left light emitting region 872a of the left recess 872. Thereby, the left light emitting region 872a in the left concave portion 872 of the center decorative member 870 is visually recognized as emitting light in the same manner as the left tip portion 863 of the left light guide member 861. At this time, the left non-light emitting area 872b in the left recess 872 of the center decorative member 870 is surrounded by the left tip 863 and the left light emitting area 872a, and has a predetermined outer peripheral shape (for example, a shape imitating an animal eye). It is visually recognized.

  In this manner, the electrical decoration unit 860 is configured such that when the left tip portion 863 and the right tip portion 868 emit light and when the left tip portion 863 and the right tip portion 868 do not emit light, The apparent shape of the recess 877 can be changed. Therefore, the electrical decoration unit 860 can perform a light effect rich in change with a simple configuration, and can perform more various effects.

[Characteristic configuration in this embodiment]
[First characteristic configuration of main reel unit]
In the present embodiment, the first to third arcs formed in an arc shape in a cross-sectional view in accordance with the outer peripheral shape of the first to third main reels 102 a to 102 c at the rear part of the main reel case 141 and held by the main reel bracket 131. A rear reel accommodating portion 149 for accommodating the rear sides of the main reels 102a to 102c and a temporary support portion 150 configured to support and place the main reel case 141 so that the reel opening portion 152a faces upward are provided. It has been. Thereby, even if the main reel case 141 is placed so that the reel opening 152a faces upward, the temporary reel 150 stably supports the main reel case 141. Therefore, when the main reel unit 100 is assembled, the direction in which the main reel case 141 is placed can be easily changed, and the main reel unit 100 can be easily assembled. Further, since the temporary support portion 150 is disposed at the four corners on the front side with respect to the curved surface of the rear reel housing portion 149, the temporary support portion 150 is located behind the rear end portion of the rear reel housing portion 149. The main reel unit 100 can be reduced in size without protruding excessively.

  The main reel case 141 includes a rear case part 142 in which a plurality of main reel brackets 131 are accommodated side by side through the accommodating opening 142a, and a front case that is attached to the front part of the rear case part 142 by closing the accommodating opening 142a. And an upper front coupling member 192 for coupling the upper portion of the front case portion 152 to the front upper portion of each main reel bracket 131, and the rear portion of each main reel bracket 131 coupled to the rear inner portion of the rear case portion 142. The front case part 152 (upper part) is attached to the front part of the rear case part 142 via the rear part connecting member 191 to be made. Thereby, since it is not necessary to provide a flange part on the front upper side of the main reel case 141, the ceiling part of the base body part 10 and the main reel unit 100 are stored in a state where the main reel unit 100 is accommodated on the upper side inside the base part 10. The dead space generated between the two can be reduced. For this reason, the main reel unit 100 can be accommodated as much as possible inside the base portion 10, and the degree of freedom of arrangement of the main reel unit 100 can be improved. In addition, since the shape of the reel opening 152a can be easily changed only by changing the shape of the front case portion 152, it is possible to easily cope with a change in the shape of the reel display window 631, and the like.

  The board accommodating portion 161 that accommodates the main reel relay board 181 includes a support rib 162 that is formed on the lower peripheral edge of the main reel case 141 and surrounds the main reel relay board 181, and the support rib 162. In the state where the main reel relay substrate 181 is accommodated in the substrate accommodating portion 161, the main reel case 141 is supported and placed so that the reel opening portion 152a faces substantially in the horizontal direction. As a result, even if the main reel case 141 is placed so that the reel opening 152a faces substantially in the horizontal direction, the main reel case is supported by the support rib 162 in a state where the main reel relay board 181 is housed in the board housing section 161. 141 is stably supported. Therefore, when the main reel unit 100 is assembled, the direction in which the main reel case 141 is placed can be easily changed, and the main reel unit 100 can be easily assembled.

  Further, a front notch 163 through which a wire harness electrically connected to each main reel motor 111 and the main reel relay board 181 is inserted is formed in the front portion of the support rib 162. As a result, even if the main reel case 141 is mounted so that the reel opening 152a faces substantially in the horizontal direction, the wire harness is prevented from being sandwiched between the mounting surface of the main reel case 141 and the support rib 162. can do.

  The board accommodating portion 161 includes a first cover member 171 that covers the main reel relay board 181 and a second cover member 176 that is attached to the lower side of the first cover member 171 and covers the wire harness. Yes. As a result, even when the main reel case 141 is placed so that the reel opening 152a is oriented substantially in the horizontal direction, the wire harness is more securely sandwiched between the placement surface of the main reel case 141 and the support rib 162. It can be surely prevented. Moreover, since the 2nd cover member 176 covers a wire harness, when opening and closing the front door 20, it can prevent that a wire harness is caught in the components inside the base | substrate part 10, and comes off.

[Second characteristic configuration of main reel unit]
In the present embodiment, the front door 20 is formed so that the rear surface side of the front door 20 faces downward and rearward and is aligned with the opening 10 a of the base body portion 10, and the main reel unit 100 is substantially arranged on the rear surface side of the front door 20. A support portion 144 is provided to support horizontally. Thereby, even if the rear surface side of the front door 20 is inclined so as to face the lower rear, the main reel unit 100 is supported substantially horizontally on the rear surface side of the front door 20 by the support portion 144. For this reason, the reel opening 152a faces forward in a substantially horizontal direction, and the symbols drawn on the first to third main reels 102a to 102c can be appropriately visually recognized. Can be done. In addition, since the main reel unit 100 is supported substantially horizontally on the rear side of the front door 20 by the support portion 144, the ceiling portion of the base body portion 10 with the main reel unit 100 housed inside the base portion 10. And the main reel unit 100 can be reduced in dead space.

  The support portion 144 is provided at the front portion of the main reel case 141, and supports the main reel unit 100 substantially horizontally with the inclined surface portion 145 in contact with the rear surface side of the front door 20 (support frame member 640). It is configured as follows. Thus, the main reel unit 100 can be supported substantially horizontally with a simple configuration, and the symbols can be appropriately displayed to the player.

  The main reel case 141 includes a claw portion 146 for hooking and fixing the main reel unit 100 to the rear surface side of the front door 20 and a protrusion 147 formed below the claw portion 146. 20 (support frame member 640) on the rear side thereof, a claw locking portion 641 that can lock the claw portion 146, a claw portion 146 that is locked to the claw locking portion 641, and an inclined surface portion 145 that is an inclined surface contact portion. A protrusion engaging portion 643 with which the protrusion 147 can engage with the protrusion 147 in contact with the 642 is provided. Accordingly, when the main reel unit 100 is attached to the rear surface side of the front door 20, the main reel unit 100 can be temporarily fixed by being hooked on the rear surface side of the front door 20, so that the main reel unit 100 is attached to the rear surface of the front door 20. Can be easily attached to the side.

[Characteristic configuration of production control unit]
In the present embodiment, the production board case 370 has upper and lower case-side engagement portions 385 and 386 for temporarily fixing the production board case 370 to the inner side surface of the base portion 10, and includes a hopper wire harness 950 and the like. The upper and lower fixing members 960 and 965 that are fixed to the inner surface side of the base portion 10 have fixed side engaging portions 961 and 966 that can be engaged with the case side engaging portions 385 and 386, and the upper and lower case side engaging portions. The production board case 370 is configured to be temporarily fixed to the inner surface of the side portion of the base portion 10 with the 385 and 386 engaged with the upper and lower fixed side engaging portions 961 and 966. Accordingly, the effect board case 370 is temporarily fixed to the inner surface of the side portion of the base portion 10 via the upper and lower fixing members 960 and 965. In this state, the effect control unit 350 (effect board case 370) is attached to the base portion. 10 can be easily attached to the inner surface of the side portion. Therefore, workability at the time of assembling the slot machine SM can be improved.

  Further, the upper and lower case side engaging portions 385 and 386 are formed in a claw shape projecting to the side of the effect board case 370, and the upper and lower fixed side engaging portions 961 and 966 are claw-like upper and lower case side engagement members. The joint portions 385 and 386 are formed in a hole shape that can be engaged from above. Thereby, the production board case 370 can be temporarily fixed to the inner surface of the side portion of the base portion 10 with a simple configuration. Therefore, the workability at the time of assembling the slot machine SM can be improved with a simple configuration.

  The upper and lower fixing members 960 and 965 are configured to fix the hopper wire harness 950 and the like extending from the main control board 251 in the vicinity of the corners on the inner surface side of the base portion 10. Accordingly, since the upper and lower fixed side engaging portions 961 and 966 can be provided on the back side of the base body portion 10, unauthorized access to the upper and lower case side engaging portions 385 and 386 of the effect board case 370 is prevented. Thus, the production board case 370 can be prevented from being removed illegally.

[Characteristic configuration of image display device]
In the present embodiment, the liquid crystal shutter unit 420 has nine symbol partition areas (that is, nine partition parts 421a to 423a and 421b to 423b) that are visible in the three liquid crystal shutter windows 414a to 414c. , 421c to 423c) can be switched between a transmission state and a shielding state. Thereby, the liquid crystal shutter unit 420 is used to visually recognize the symbols of the three sub reels 202a to 202c through the liquid crystal panel 411, the light guide plate 412, and the three liquid crystal shutter windows 414a to 414c, or the three liquid crystal shutter windows 414a to 414c. The image can be displayed on the liquid crystal panel 411 by blocking the screen. Therefore, it becomes possible to perform more various effects.

  The shutter illumination unit 430 includes an upper illumination unit 440 provided above the three liquid crystal shutter windows 414a to 414c on the rear surface side of the image display unit 410, and three liquid crystal shutter windows 414a on the rear surface side of the image display unit 410. ˜414c and a lower illumination unit 450 provided below. Accordingly, the liquid crystal shutter unit 420 is illuminated from behind by the upper illumination unit 440 and the lower illumination unit 450 of the shutter illumination unit 430, and thus overlaps the three liquid crystal shutter windows 414a to 414c in the liquid crystal panel 411 in the shielded state. The image displayed in the part can be displayed with the same brightness as the image displayed in the other part of the liquid crystal panel 411. Therefore, it is possible to suppress the occurrence of a shift in the image appearance at the boundary between the portion overlapping the three liquid crystal shutter windows 414a to 414c and the other portion in the liquid crystal panel 411. Further, when at least one of the nine partition parts 421a to 423a, 421b to 423b, and 421c to 423c in the liquid crystal shutter part 420 is in the transmissive state, the upper illumination part 440 and the lower illumination part 450 are not obstructed. At least one of the nine symbols of the three sub reels 202a to 202c can be visually recognized through any one of the two liquid crystal shutter windows 414a to 414c.

  The upper illumination unit 440 is configured such that light emitted from the upper LED lamp 442 is diffused in the upper diffusion sheet 445 and the upper lamp cover 447. Thus, the upper illumination unit 440 emits uniform light from the upper lamp cover 447, and the upper LED lamp 442 does not appear as a point light source on the three liquid crystal shutter windows 414a to 414c, the reel tape, etc. The portion 420 can be illuminated uniformly from the rear upper side. On the other hand, the lower illumination unit 450 is configured such that light emitted from the lower LED lamp 452 is diffused in the lower diffusion sheet 455 and the lower lamp cover 457. Accordingly, the lower illumination unit 450 emits uniform light from the lower lamp cover 457, and the lower LED lamp 452 is not reflected as a point light source on the three liquid crystal shutter windows 414a to 414c, the reel tape, or the like. The liquid crystal shutter unit 420 can be illuminated uniformly from the lower rear side.

  In addition, the front side of the sub reel unit 200 has a white color that easily reflects light toward the liquid crystal shutter unit 420. As a result, more light from the shutter illumination unit 430 reaches the liquid crystal shutter unit 420, and therefore, when the liquid crystal shutter unit 420 is in a shielded state, the liquid crystal panel 411 is displayed in a portion overlapping with the three liquid crystal shutter windows 414a to 414c. The image can be displayed with the same brightness as an image displayed in another part of the liquid crystal panel 411. Therefore, it is possible to suppress the occurrence of a shift in the image appearance at the boundary between the portion overlapping the three liquid crystal shutter windows 414a to 414c and the other portion in the liquid crystal panel 411.

  Further, portions other than the symbols on the three sub reels 202 a to 202 c and the front side of each sub reel bracket 231 have white color that easily reflects light toward the liquid crystal shutter unit 420. Thus, by unifying the parts arranged on the front side of the sub reel unit 200 in the same white color, when the liquid crystal shutter unit 420 is in a shielded state, the three liquid crystal shutter windows 414a to 414c in the liquid crystal panel 411 Images displayed in overlapping portions can be displayed without uneven brightness.

  The liquid crystal shutter unit 420 is attached to the rear surface side of the reflection sheet 413 that overlaps the three liquid crystal shutter windows 414a to 414c. Thereby, when the liquid crystal shutter unit 420 is damaged, it can be easily replaced. The liquid crystal shutter unit 420 may be attached to the front side of the light guide plate 412 so as to be sandwiched between the liquid crystal panel 411. In this case, since the edge portions of the three liquid crystal shutter windows 414a to 414c formed on the reflection sheet 413 are arranged behind the liquid crystal shutter portion 420, it is difficult to visually recognize the liquid crystal shutter portion 420 when it is in a shielded state. . Therefore, when the liquid crystal shutter unit 420 is in the shielding state, it is possible to suppress the occurrence of a shift in the image appearance at the boundary between the part overlapping the three liquid crystal shutter windows 414a to 414c and the other part in the liquid crystal panel 411. it can.

[Characteristic configuration of side lamp]
In the present embodiment, the left and right side lamps 500 and 550 receive light emitted from the first to fifth side LED lamps 502a to 502e, the sixth side LED lamp 505g, and the seventh to ninth side LED lamps 508g to 508i. The lower lamp is reflected on the rear reflective surface of any of the first to eleventh side reflective members 521a to 521k and the front reflective surface of any of the first to eleventh side reflective members 521a to 521k. The cover 541 or the upper lamp cover 547 is configured to pass through. Accordingly, the left and right side lamps 500 and 550 pass through the lower lamp cover 541 or the upper lamp cover 547 from the plurality of gaps in the first to eleventh side reflecting members 521a to 521k, to the first to eleventh side reflecting members 521a. Light that gives a soft impression that light and dark appear blurred along the contour shape of ˜521k can be emitted. Therefore, it is possible to perform a highly decorative light effect in which the boundary between the bright part and the dark part is blurred as in indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

  Of the first to eleventh side reflecting members 521a to 521k, the eighth side reflecting member 521h is formed using a light-transmitting material. Accordingly, the other light emitted from the seventh side LED lamp 508g is transmitted through the eighth side reflecting member 521h, and the side portion of the eighth side reflecting member 521h emits light through the upper lamp cover 547. In this way, by directly illuminating a part of the left and right side lamps 500 and 550, it is possible to produce a light effect with a rich decoration and a highly decorative light effect. It becomes possible to increase.

  The lower lamp cover 541 and the upper lamp cover 547 are formed using a smoke-like translucent material. Accordingly, light emitted from the plurality of gaps in the first to eleventh side reflecting members 521a to 521k does not transmit 100% through the lower lamp cover 541 or the upper lamp cover 547. It can be performed. Therefore, it is possible to perform a light effect with high decorativeness close to indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

  Further, a lamp concealment portion 527f that prevents the fifth side LED lamp 502e from being visually recognized through the gap between the fifth side reflection member 521e and the sixth side reflection member 521f is formed in the sixth side reflection member 521f. Thereby, it is possible to prevent the light emitted from the fifth side LED lamp 502e from being directly visually recognized. Therefore, it is possible to perform a light effect with high decorativeness close to indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

  Further, the lamp concealment portion 527f prevents the fifth side LED lamp 502e from being viewed from the front of the left and right side lamps 500 and 550 through the gap between the fifth side reflection member 521e and the sixth side reflection member 521f. Is formed. Thereby, it is possible to prevent the light emitted from the fifth side LED lamp 502e from being directly recognized from the viewpoint of the player.

[Characteristic configuration of upside lamp]
In the present embodiment, the left upside lamp 700 (right upside lamp 750) emits light emitted from the first to third upside LED lamps 702a to 702c through the second to fifth left upside reflecting members 721b to 721e. Reflected on any rear reflective surface of (second to fifth right upside reflective members 771b to 771e) and any front reflective surface of second to fifth left upside reflective members 721b to 721e. Thus, the left lamp cover 741 (the right lamp cover 791) is configured to pass through. Accordingly, the left upside lamp 700 (right upside lamp 750) includes a plurality of gap portions in the second to fifth left upside reflecting members 721b to 721e (second to fifth right upside reflecting members 771b to 771e). From the left lamp cover 741, it is possible to emit light that gives a soft impression that light and dark appear blurred along the contour shapes of the second left upside reflecting member 721 b and the fourth left upside reflecting member 721 d. Therefore, it is possible to perform a highly decorative light effect in which the boundary between the bright part and the dark part is blurred as in indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

  Of the first to fifth left upside reflecting members 721a to 721e (first to fifth right upside reflecting members 771a to 771e), the third left upside reflecting member 721c and the fifth left upside reflecting member 721e are also included. (The third right upside reflecting member 771c and the fifth right upside reflecting member 771e) are formed using a light-transmitting material. As a result, by performing direct illumination on a part of the left upside lamp 700 (right upside lamp 750), it is possible to provide a highly decorative light effect rich in changes in light. The decorativeness can be enhanced.

  The left lamp cover 741 (right lamp cover 791) is formed using a smoke-like translucent material. Thereby, since the light emitted from the plurality of gaps in the second to fifth left upside reflecting members 721b to 721e does not pass through the left lamp cover 741 100%, the overall light effect of the calm impression is performed. Can do. Therefore, it is possible to perform a light effect with high decorativeness close to indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

[Characteristic configuration of center lamp]
In the present embodiment, the center lamp unit 810 is configured such that the light emitted from the first to third center LED lamps 802a to 802c is the rear reflective surface of any one of the first to fourth center reflecting members 821a to 821d. The first to fourth center reflecting members 821a to 821d are configured to reflect on any one of the front reflecting surfaces and pass through the center lamp cover 841. Thereby, the center lamp part 810 passes along the outline shape of the 1st-4th center reflection member 821a-821d through the center lamp cover 841 from the some clearance gap in 1st-4th center reflection member 821a-821d. Light that gives a soft impression that light and dark appear blurred can be emitted. Therefore, it is possible to perform a highly decorative light effect in which the boundary between the bright part and the dark part is blurred as in indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

  The center lamp cover 841 is formed using a smoke-like translucent material. Thereby, since the light emitted from the plurality of gap portions in the first to fourth center reflecting members 821a to 821d does not pass through the center lamp cover 841 100%, it is possible to perform a light effect with a calm impression as a whole. . Therefore, it is possible to perform a light effect with high decorativeness close to indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

  In addition, a lamp concealment portion 826c that prevents the second center LED lamp 802b from being visually recognized through the gap between the second center reflection member 821b and the third center reflection member 821c is formed in the third center reflection member 821c. The fourth center reflecting member 821d is formed with a lamp concealing portion 826d that prevents the third center LED lamp 802c from being visually recognized through the gap between the third center reflecting member 821c and the fourth center reflecting member 821d. Thereby, it is possible to prevent the light emitted from the second center LED lamp 802b and the third center LED lamp 802c from being directly recognized. Therefore, it is possible to perform a light effect with high decorativeness close to indirect illumination, and it is possible to improve the decorative property of the slot machine SM.

  Further, the lamp concealing portion 826c of the third center reflecting member 821c is visually recognized by the second center LED lamp 802b through the gap between the second center reflecting member 821b and the third center reflecting member 821c from the front of the center lamp portion 810. It is formed to prevent. In addition, the lamp concealing portion 826d of the fourth center reflecting member 821d is visible from the front of the center lamp portion 810 through the gap between the third center reflecting member 821c and the fourth center reflecting member 821d. It is formed to prevent. Thereby, it can prevent that the light emitted from the 2nd center LED lamp 802b and the 3rd center LED lamp 802c is visually recognized from a player's viewpoint.

[Characteristic configuration of the illumination part]
In the present embodiment, when the left center illumination LED lamp 803a emits light on a part of the surface of the left recess 872 of the center decorative member 870 formed in a glossy surface, the same as the left tip 863 of the left light guide member 861. The left center light emitting region 872a is formed so as to be visible, and the right center illumination LED lamp 803b emits light on a part of the surface of the right recess 877 of the center decorative member 870 formed in a glossy surface. Then, a right light emitting region 877a that is visually recognized as emitting light in the same manner as the right tip portion 868 of the right light guide member 866 is formed. As a result, the electrical decoration unit 860 causes the left concave portion 872 and the right concave portion 877 in the center decorative member 870 when the left tip portion 863 and the right tip portion 868 emit light and when the left tip portion 863 and the right tip portion 868 do not emit light. The apparent shape can be changed. Therefore, the electrical decoration unit 860 can perform a light effect rich in change with a simple configuration, and can enhance the decorativeness of the slot machine SM.

  Further, when the left center illumination LED lamp 803a emits light on a part of the surface of the left concave portion 872, a predetermined outer peripheral shape is visually recognized by being surrounded by the left tip portion 863 of the left light guide member 861 and the left light emitting region 872a. The left non-light emitting area 872b is formed, and when the right center illumination LED lamp 803b emits light on a part of the surface of the right recess 877, the right light emitting member 866 is surrounded by the right tip 868 and the right light emitting area 877a. A right non-light-emitting region 877b is formed in which the outer peripheral shape is visually recognized. As a result, the electrical decoration unit 860 causes the left concave portion 872 and the right concave portion 877 in the center decorative member 870 when the left tip portion 863 and the right tip portion 868 emit light and when the left tip portion 863 and the right tip portion 868 do not emit light. The apparent shape of can be changed more clearly. Therefore, the electrical decoration unit 860 can perform a light effect rich in change with a simple configuration, and can enhance the decorativeness of the slot machine SM.

  In the above-described embodiment, the portions other than the design of the reel tape and the wheel member, the sub reel bracket 231 and the reel module housing portion 241 other than the design of the reel tape in the three sub reels 202a to 202c are colored white. For example, a light silver color may be used as long as the light from the shutter illumination unit 430 is easily reflected toward the liquid crystal shutter unit 420.

  In the above-described embodiment, the effect board case 370 is configured to be temporarily fixed to the inner side surface of the base portion 10 via the upper and lower fixing members 960 and 965. However, the present invention is not limited to this. The sub-board case 310 containing the sub-main board 301 is temporarily fixed to the inner surface of the side portion of the base portion 10 via a fixing member (not shown) that fixes the wire harness to the inner surface side of the base portion 10. May be configured.

  In the above-described embodiment, the left non-light emitting region 872b and the right non-light emitting region 877b are formed so as to be visually recognized with a predetermined outer peripheral shape (for example, a shape imitating an animal eye). The outer peripheral shape is not limited to the shape simulating the eyes of the animals illustrated, and may be a graphic shape or a character shape.

  In the above-described embodiment, the surfaces of the left concave portion 872 and the right concave portion 877 in the center decorative member 870 are formed in a mirror shape by silver plating, but the present invention is not limited to this, for example, by gold plating It may be formed in a metal surface shape, as long as it is formed in a glossy surface shape.

  In the above-described embodiment, the main reel unit 100 is attached to the upper rear surface side of the front door 20, but the present invention is not limited to this. For example, an effect reel unit and a movable decorative member are provided. An effect device may be attached, and a display device capable of predetermined display to the player can be attached via a display window provided on the front door 20.

  In the above-described embodiment, as an example of the gaming machine to which the present invention is applied, the slot machine (rotating-type gaming machine) SM that uses a game medal is illustrated and described, but the present invention is not limited to this. For example, the same effect can be obtained by applying the same to a swing-type game machine using a game ball, a sparrow ball game machine, an arrange ball machine, a pachinko machine, and the like.

SM slot machine (game machine)
10 Base part (main body member)
20 Front door (opening / closing member)
100 main reel unit 101a first main reel module 101b second main reel module 101c third main reel module 102a first main reel 102c second main reel 102d third main reel 111 main reel motor 131 main reel bracket 141 main reel case 142 Rear case part (142a accommodation opening part)
144 Supporting portion 145 Inclined surface portion 146 Claw portion 147 Projection portion 149 Rear reel accommodating portion (149a rear window portion)
150 Temporary support 152 Front case (152a reel opening)
161 Substrate accommodating part 162 Support rib (162a rear window part)
163 Front notch 171 First cover member 176 Second cover member 181 Main reel relay board 191 Rear coupling member 192 Upper front coupling member 193 Lower front coupling member 200 Sub reel unit 201a First sub reel module 201b Second sub reel module 201c Third sub-reel module 202a First sub-reel 202b Second sub-reel 202c Third sub-reel 211 Sub-reel motor 231 Sub-reel bracket 241 Reel module housing 250 Main controller 251 Main control board 260 Main board case 300 Sub controller 301 Sub main board 310 Sub Substrate case 350 Production control unit 351 Sub-sub board 361 Image control board 370 Production board case 371 Production board case main body 381 Production board case lid 385 Upper part Case side engagement portion 386 Lower case side engagement portion 400 Image display device 410 Image display portion 411 Liquid crystal panel 412 Light guide plate 413 Reflective sheet 414a First liquid crystal shutter window 414b Second liquid crystal shutter window 414c Third liquid crystal shutter window 415 Liquid crystal Case 420 Liquid crystal shutter part 421a First upper partition part 422a First middle partition part 423a First lower partition part 421b Second upper partition part 422b Second middle partition part 423b Second lower partition part 421c Third upper partition part 422c Third Middle partition portion 423c Third lower partition portion 430 Shutter illumination portion 440 Upper illumination portion 441 Upper lamp substrate 442 Upper LED lamp 443 Upper lamp holding portion 445 Upper diffusion sheet 447 Upper lamp cover 450 Lower illumination portion 451 Lower lamp substrate 452 Lower LED lamp 453 Lower lamp holder 45 Lower diffusion sheet 457 Lower lamp cover 500 Left side lamp 501 Lower side lamp substrates 502a to 502e First to fifth side LED lamps 504 Middle side lamp substrate 505f Sixth side LED lamp 507 Upper side lamp substrates 508g to 508i ˜9th side LED lamps 521a˜521k 1st˜11th side reflecting member 527f Lamp concealed portion 531 Side lamp house 541 Lower lamp cover 547 Upper lamp cover 550 Right side lamp 600 Main reel display unit 610 Upper mask member 613 Left lamp house Part 615 right lamp house part 617 central lamp house part 630 window frame member 631 reel display window 640 upper escutcheon 641 claw locking part 642 inclined surface contact part 643 protrusion engaging part 700 left ups Drump 701 Left upside lamp substrates 702a to 702d 1st to 4th upside LED lamps 721a to 721e 1st to 5th left upside reflecting member 741 Left lamp cover 750 Right upside lamp 751 Right upside lamp substrates 771a to 771e 1st-5th right upside reflecting member 791 Right lamp cover 800 Center lamp unit 801 Center lamp board | substrate 802a-802c 1st-3rd center LED lamp 803a Left center illumination LED lamp 803b Right center illumination LED lamp 810 Center lamp portions 821a to 821d First to fourth center reflecting members 826c to 826d Lamp concealment portion 841 Center lamp cover 860 Illumination portion 861 Left light guide member 866 Right light guide member 870 Center decoration member 872 Left recess (872a left light emitting area, 872b left non-light emitting area)
877 right recess (877a right light emitting area, 877b right non-light emitting area)
950 Wire harness 951 for hopper Power supply wire harness 960 Upper fixed member 961 Upper fixed side engaging portion 965 Lower fixed member 966 Lower fixed side engaging portion

Claims (2)

A body member having an opening in the front;
An opening and closing member attached to the body member so as to be able to open and close the opening;
A lighting device provided on the opening and closing member,
The lighting device includes:
A lamp substrate on which a plurality of lamps capable of emitting light are arranged side by side;
A plurality of reflecting members capable of reflecting light arranged in the same direction as the plurality of lamps on the one surface side of the lamp substrate;
A lamp house attached to the opening and closing member and holding the lamp substrate such that the one surface of the lamp substrate faces forward;
A light-transmitting lamp cover that covers the one surface side of the lamp substrate including the plurality of reflecting members and is attached to the lamp house;
At least one of the lamps is disposed between the reflecting members adjacent to each other among the plurality of reflecting members,
The reflective member includes a rear reflective surface capable of reflecting light facing the at least one lamp, and a front reflective surface formed on the opposite side of the rear reflective surface and capable of reflecting light. One of the reflection members of the reflection members adjacent to each other is formed so as to overlap the front side of the other reflection member across the at least one lamp,
The light emitted from the lamp is reflected on the rear reflective surface of the one reflective member and the front reflective surface of the other reflective member, and is transmitted through the lamp cover. And
A game machine, wherein a concealing portion for preventing the lamp from being visually recognized through a gap between the reflecting members adjacent to each other is formed on the reflecting member.   2. The gaming machine according to claim 1, wherein the hidden portion is formed so as to prevent the lamp from being visually recognized through a gap between the reflective members adjacent to each other from the front of the lighting device.

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