JP4865776B2 - Game machine - Google Patents

Description

  The present invention relates to a gaming machine such as a pachinko machine or a slot machine, and more particularly to a gaming machine in which a substrate case that can be sealed in a closed state can be sealed also on the gaming machine main body side.

  In gaming machines such as pachinko machines and slot machines, various control boards and the like are mounted on the gaming machine main body in a state of being stored in a board case. A general board case is configured to be substantially box-shaped by combining the first case body and the second case body so that they can be opened and closed, and is attached to and detached from the board case mounting base provided on the gaming machine body side. It is installed freely.

Some board cases of gaming machines are provided with sealing means for preventing fraud with respect to the control board. The sealing means includes a closing sealing means for sealing the substrate case in a closed state so that the current state cannot be restored, and a mounting sealing means for sealing the substrate case and the substrate case mounting base so that the current state cannot be restored in the mounted state. For example, the substrate case described in Patent Document 1 includes both the closing sealing means and the mounting sealing means, and sealing is performed using separate sealing members.
JP 2000-334142 A

  In the substrate case described in Patent Document 1, sealing is performed by using separate sealing members for the closing sealing means and the mounting sealing means. For example, the closing sealing means and the mounting sealing means If a common sealing member can be used, it will be advantageous in terms of cost.

  However, for example, when the first case, the second case, and the substrate case mounting base are simply fastened together with one sealing member, it is impossible to seal only the substrate case side using the sealing member. In the case where only the substrate case is transported, there is a problem that security for the substrate inside the substrate case cannot be ensured.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to perform sealing of the substrate case and sealing of the substrate case with respect to the substrate case mounting base with a single sealing member. Another object of the present invention is to provide a gaming machine capable of sealing only a substrate case with the sealing member.

The present invention includes a substrate case 43 configured to be openable and closable and capable of storing the substrate 13 therein, a substrate case mounting base 45 provided in the gaming machine housing 1 and capable of mounting the substrate case 43, and the substrate case A gaming machine comprising: a closing sealing means 48 for sealing 43 in a closed state; and a mounting sealing means 49 for sealing the substrate case 43 and the substrate case mounting base 45 in a mounted state. 43 includes a first case body 41 and a second case body 42 that can be fitted together, and the first case body 41 and the second case body 42 are in a closed lock state in which the fitted state is maintained. It is configured to be relatively slidable between a closed unlocked state that is not held, and the closing sealing means 48 and the mounting sealing means 49 are provided on one sealing member 56, and the sealing member 56 The sealing by the closing sealing means 48 can be performed without performing the sealing by the mounting sealing means 49, and further the sealing by the mounting sealing means 49 can be performed from that state. When the sealing member 56 is mounted on the sealing mounting portion 55 of the substrate case 43 in the closed locked state, the closed sealing means 48 cannot release the slide toward the closed unlocked state. It is comprised so that it may be in the closed sealing state blocked | prevented .

  According to the present invention, the sealing of the substrate case 43 and the sealing of the substrate case 43 with respect to the substrate case mounting base 45 can be performed by the single sealing member 56, and the substrate case 43 is sealed by the sealing member 56. Only the substrate case 43 can be transported alone in a state where security for the internal substrate 13 is ensured.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. 1 to 20 illustrate an embodiment in which the present invention is adopted in a slot machine. In the following description, the up, down, left, and right directions refer to up, down, left, and right when the gaming machine body is viewed from the front unless otherwise specified.

  1 and 2, reference numeral 1 denotes a casing (game machine casing) constituting a gaming machine main body, and includes a main body case 2 and a rectangular front panel 3 disposed on the front side of the main body case 2. ing. The main body case 2 is made of, for example, wood, a pair of left and right side plates 4a and 4b, an upper plate 5 and a bottom plate 6 that connect the upper and lower ends of the left and right side plates 4a and 4b to the left and right, and a back plate 7 that substantially covers the back side Is formed in a box shape whose front side is opened, and the front panel 3 is mounted so as to close the front side so as to be freely opened and closed.

  In the main body case 2, as shown in FIG. 2, in addition to the display reel unit 9 in which a plurality of symbol display reels 8a to 8c are arranged in the left-right direction, a medal payout device 10, a medal auxiliary case 11, and a power supply board are provided. A stored power supply board case 12, a main control board unit 14 on which a main control board 13 is mounted are arranged. The display reel unit 9 is detachably mounted on an intermediate shelf 15 installed between the left and right side plates 4a and 4b.

  The medal payout device 10 includes a medal hopper 16 that stores medals for payout, medal payout means 17 that pays out medals in the medal hopper 16, and surplus medal discharge that discharges medals overflowing from the medal hopper 16 to the medal auxiliary case 11 side. An outlet 18 and the like are provided and are detachably mounted on the bottom plate 6. The medal auxiliary case 11 is mounted on the bottom plate 6 in the vicinity of the side plate 4b, and the power board case 12 is mounted on the lower side of the side plate 4a on the side opposite to the medal auxiliary case 11. Further, the main control board unit 14 is arranged in the vertical wall surface in the main body case 2, for example, on the front side of the back plate 7 and in the vicinity of the upper side of the display reel unit 9.

  As shown in FIG. 1, the front panel 3 is attached to the main body case 2 so as to be openable and closable via hinge means (not shown) arranged at one of the left and right end sides, for example, the left side. The 1 display window 21 and the 2nd display window 22 are arrange | positioned up and down. The first display window 21 is formed in a rectangular shape corresponding to the display screen 23 of a liquid crystal display unit (not shown) mounted on the back side of the front panel 3, and the player can view the first display window 21 through the first display window 21. The display screen 23 can be viewed from the front side. The second display window 22 is formed in a rectangular shape larger than the first display window 21 so as to correspond to the symbol display reels 8a to 8c on the main body case 2 side, and the player can use the second display window 22. Thus, the symbol display reels 8a to 8c are visible from the front side.

  A horizontally long operation panel 24 is provided below the second display window 22. On the upper surface side of the operation panel 24, a 1-bet button 26, a max-bet button 27, and a cancel button 28 are provided in addition to a medal insertion slot 25 into which a medal as a game medium can be inserted. On the front side of the operation panel 24, a start lever 31 for starting rotation of the symbol display reels 8a to 8c, stop buttons 32a to 32c for individually stopping the rotating symbol display reels 8a to 8c, A return button 33 and the like are provided in the medal insertion slot 25 for returning the jammed medals.

  A discharge port 34 for discharging the medals paid out from the medal paying means 17 and the returned medals to the front side is provided on the front side of the lower end portion of the front panel 3, and discharged from the discharge port 34 on the front side thereof. A medal tray 35 for receiving medals is arranged in a horizontally long shape.

  The main control board unit 14 is for mounting the main control board 13 in the main body case 2 while protecting the main control board 13, and is fitted to the main control board (board) 13 as shown in FIGS. A first case body 41 and a second case body 42 that can be opened and closed, and a main board case (board case) 43 capable of storing the main control board 13 therein; and a main board case 43 attached to the main board case 43; A connector cover 44 that covers a predetermined connector on the main control board 13, a main board case mounting base (board case mounting base) 45 that is fixed to the main body case 2 and holds the main board case 43, and the main board case 43 Closing lock means 46 for locking in the closed state, mounting lock means 47 for locking the main board case 43 and the main board case mounting base 45 in the mounted state, and sealing the main board case 43 in the closed state. The chain sealing means 48 and the mounting sealing means 49 for sealing the main board case 43 and the main board case mounting base 45 in the mounting state are provided. For example, the main board case mounting base 45 is provided on the front side of the back plate 7. And a main board case 43 is attached to the front side of the main board case mounting base 45.

  Here, the closing lock means 46 includes a closing engagement means 51 on the first case body 41 side and a closing engaged means 52 on the second case body 42 side, and the mounting lock means 47 is attached to the main board case attachment. A mounting engagement means 53 on the base 45 side and a mounting engaged means 54 on the main board case 43 side are configured. Further, the closing sealing means 48 and the mounting sealing means 49 are provided on the same sealing member 56 mounted on the sealing mounting portion 55 on the main substrate case 43 side.

  The main control board 13 is for controlling the rotation, stop and other game operations of the symbol display reels 8a to 8c in accordance with the operation of the start lever 31, stop buttons 32a to 32c, etc. As shown, for example, the electronic component mounting surface 13a is formed in a horizontally-long rectangular shape, and a plurality of connectors 57 disposed along the outer edge, a ROM 58 disposed in a portion inside these connectors 57, and the like Many electronic parts are mounted.

  The main board case 43 is formed in a substantially box shape by fitting the first case body 41 and the second case body 42 to each other from both sides of the main control board 13, and stores the main control board 13. For example, and a sealed portion 60 that is provided outside the substrate storing portion 59 and is sealed by the sealing member 56. In this embodiment, it is assumed that the sealed portion 60 is provided on the outer side along the right edge portion of the substrate storage portion 59.

  The first case body 41 corresponds to the back surface 13b side of the main control board 13, and as shown in FIGS. 4 to 13, particularly FIG. 4, a back cover part 61 forming a board storage part 59, and a sealed case. A first sealed portion 62 that forms the stopper 60 is integrally provided. The back cover part 61 has a horizontally long bottom wall 63 facing the back surface 13b of the main control board 13 and a pair of sides facing each other among the four sides of the bottom wall 63, such as upper and lower sides. Among the four sides of the pair of fitting walls 64 and 65 and the bottom wall 63 erected toward the two case body 42 side, for example, toward the second case body 42 side along the right side on the sealed portion 60 side, for example. A sealing-side standing wall 66 standing upright and a non-sealing-side standing wall 67 standing up toward the second case body 42 along the other side are integrally provided.

  Substrate support ribs 68 that substantially abut against the back surface 13b of the main control board 13 protrude from the inner surface of the bottom wall 63 (the surface corresponding to the inside of the substrate storage portion 59), for example, in the vicinity of the outer edge. Yes. Further, on the outer surface side of the bottom wall 63, for example, a sliding wall 69 is projected at a constant height along both the upper and lower edges of the bottom wall 63 and the left edge on the opposite side to the sealed part 60. Yes.

  The fitting walls 64 and 65 are provided with one or a plurality of, for example, four, each of the closing engagement means 51 constituting the closing lock means 46 along the longitudinal direction. As shown in FIGS. 5 to 7 and the like, the closing engagement means 51 includes an engagement leg 51a protruding from the edge of the fitting walls 64 and 65 toward the second case body 42, and the engagement leg. The engagement claw portion 51b protrudes in a predetermined direction along the longitudinal direction of the fitting walls 64, 65 from the front end side of the 51a, for example, in a direction away from the sealed portion 60 (here, leftward), and is substantially L-shaped. Is formed.

  In the present embodiment, the second case body 42 is slid relative to the first case body 41 along the fitting walls 64 and 65 so that the closed lock is maintained. By switching the main board case 43 relative to the main board case mounting base 45 along the fitting walls 64 and 65, it is possible to switch between the state and the closed unlocked state that is not held. Since it is possible to switch between a mounting lock state in which the mounting state is maintained and a mounting unlock state in which the mounting state is not maintained, in the following description, the direction along the fitting walls 64 and 65 (here, the left-right direction) is “sliding”. "Direction".

  The first sealed portion 62 is integrally provided, for example, on the right side of the back cover portion 61, and is sealed from the outer edge side of the bottom wall 63 on the back cover portion 61 side, for example, as shown in FIGS. The back cover plate 71 extending toward the outside of the stop side standing wall 66, the first seal mounting portion 72 provided on the back cover plate 71, and the first seal mounting portion 72 are sandwiched. The opposed upright plate 74 erected on the inner surface side of the back cover plate 71 so as to face the stop side upright wall 66, and both ends of the opposed upright plate 74 and the sealing side upright wall 66 are connected. A pair of side upright plates 75 erected on the inner surface side of the back cover plate 71 and an engaged portion 77 with which the engaging portion 76 on the second case body 42 side engages are integrally provided.

  The back cover plate 71 is formed in an elongated rectangular shape in a direction orthogonal to the sliding direction, that is, in a direction along the sealing side standing wall 66, and on the inner surface side thereof, the sealing side standing wall 66, the opposing standing plate 74 and the side. A plurality of, for example, two first sealing mounting portions 72 are arranged along the sealing-side standing wall 66 in a region surrounded by the standing upright plate 75. In addition, the sealing side standing wall 66 has a notch formed in a range corresponding to the first sealed portion 62, that is, a range sandwiched between the pair of side standing plates 75, The height of the portion of the partition wall 66a that separates the sealed portion 60 and the substrate storage portion 59 is lower than the other portions. The opposed upright plate 74 is formed at substantially the same height as, for example, a portion of the sealing side upstanding wall 66 other than the partition wall 66a.

  The first sealing mounting portion 72 constitutes the sealing mounting portion 55, and is formed in, for example, a rectangular tube shape as shown in FIGS. A cylindrical portion 72a provided integrally with the back cover plate 71 so as to be orthogonal to each other and a bottom plate portion 72b that substantially closes an outer end portion of the cylindrical portion 72a.

  The cylindrical portion 72 a of the first sealing mounting portion 72 is projected toward the inner and outer surfaces of the back cover plate 71 so that the bottom plate portion 72 b of the outer end portion slightly protrudes to the outer surface side of the back cover plate 71. A plurality of protrusions 78 arranged in the axial direction and a pair of claw fitting grooves 79 formed from the inner end portion toward the outer end portion and facing each other are formed on the inner peripheral surface thereof. Is formed. Note that the protruding height to the inside of the first seal mounting portion 72 is substantially the same as the partition wall 66 a of the seal-side standing wall 66.

  In addition, a pair of fitting flanges 80 projecting in a direction orthogonal to the sliding direction along the bottom plate portion 72 b are provided at the outer end portion of the first seal mounting portion 72. Enclosure walls 81 protruding in the axial direction along the outer peripheral surface of the cylindrical portion 72a are integrally provided at the end portions. The surrounding wall 81 is formed with a missing portion 81a so as to open toward at least one side in the sliding direction, for example, toward the back cover 61 side. The bottom plate portion 72b of the first seal mounting portion 72 is formed with an elongated through hole 82 that is long in the sliding direction, for example.

  On the pair of side upright plates 75, one or a plurality of, for example, one closing engagement means 51 constituting the closing lock means 46 are provided. As shown in FIGS. 5, 6, etc., the closing engagement means 51 is similar to that provided on the fitting walls 64, 65 on the back cover portion 61 side, and is arranged from the edge of the side upright plate 75. Two engaging leg portions 51a projecting toward the case body 42 side, and a projecting portion projecting in a predetermined direction, for example, leftward, from the distal end side of the engaging leg portion 51a along the longitudinal direction (sliding direction) of the side upright plate 75 It is formed in a substantially L shape with the joint claw portion 51b.

  The engaged portions 77 are disposed, for example, between the first seal mounting portions 72 and inside the back cover plate 71. That is, the back cover plate 71 is formed with a recessed portion 83 that is recessed inwardly between the two first sealing mounting portions 72, and the bottom plate 83 a of the recessed portion 83 is sealed on the sealing side. A fitting hole 84 is formed at a position near the upright wall 66, and an edge portion of the fitting hole 84 on the opposite upright plate 74 side is an engaged portion 77. Further, in the recessed portion 83, a fixing wall 85 parallel to the back cover plate 71 is provided integrally with the recessed portion 83 at a position outside the bottom plate 83a and corresponding to the fitting hole 84. A screw insertion hole 86 is formed in the wall 85. The recessed height of the recessed portion 83 is substantially the same as the height of the partition wall 66a of the sealing side standing wall 66.

  The second case body 42 corresponds to the electronic component mounting surface 13 a side of the main control board 13, and as shown in FIGS. 4 to 13, particularly FIG. 4, a front cover part 91 constituting the board storage part 59 and The second sealed portion 92 constituting the sealed portion 60 is integrally provided. The front lid portion 91 integrally includes upper and lower peripheral walls 93 to 96 surrounding the outer edge of the main control board 13 and an upper wall 97 facing the electronic component mounting surface 13a of the main control board 13. The side is open to form an opening 98.

  The upper wall 97 includes a low wall portion 97a provided along the outer periphery thereof, and a bulging portion 97b bulging outwardly inside the low wall portion 97a. On the low wall portion 97a, a plurality of recesses 99a to 99c that are recessed inward corresponding to the connector 57 of the main control board 13 are provided, and in the recesses 99a to 99c, the connector 57 on the main control board 13 side is provided. One or a plurality of connector fitting holes 100 into which the two are fitted are provided. The bulging portion 97b is for securing a storage space for electronic components between the electronic component mounting surface 13a of the main control board 13 and, for example, an act of illegally replacing the ROM 58 at a position corresponding to the ROM 58 or the like. A recess 102 or the like is formed for prevention.

  Further, in the front lid portion 91, a closed engaged means 52 constituting the closing lock means 46 and a mounted engaged means 54 constituting the mounting lock means 47 are provided along the upper and lower peripheral walls 93 and 94, for example. Are arranged. That is, as shown in FIGS. 5 and 11, the inner guide plates 93 a and 94 a and the outer guide plates 93 b and 94 b are formed on the upper wall 97 with a slight gap between the inner and outer sides of the upper and lower peripheral walls 93 and 94. A closing engagement means 52 is provided in the closing guide groove 103 between the peripheral walls 93, 94 and the inner guide plates 93a, 94a, and the peripheral walls 93, 94 and the outer guide plates 93b, 94b. Mounting engagement means 54 are respectively provided in the mounting guide grooves 104 between them.

  The plurality of closing engaged means 52 are provided in the closing guide groove 103 corresponding to each of the four closing engaging means 51 provided on the fitting walls 64 and 65 on the first case body 41 side, for example, There are four each, and as shown in FIG. 5, when the first case body 41 and the second case body 42 are fitted together, the engagement claw portion 51b of the closing engagement means 51 is fitted. The joint 52a (closed unlocked state), and the second case body 42 slides relative to the first case body 41 along the closing guide groove 103 in a predetermined direction (rightward here) from the state. Thus, the engaging claw 51b is engaged with the engaged portion 52b (closed locked state).

  The fitting part 52a is configured by a slit formed in the upper wall 97 corresponding to the closing guide groove 103, for example. Further, the engaged portion 52b protrudes into the fitting portion 52a along the sliding direction at a position inside the upper wall 97, and connects the peripheral walls 93, 94 and the inner guide plates 93a, 94a. It is provided integrally.

  Further, a plurality of, for example, four, each of the mounting engaged means 54 are provided in the mounting guide groove 104, and as shown in FIG. A fitting portion 54a into which the engagement claw portion 53b of the fitting engagement means 53 is fitted when fitted into the case mounting base 45 (attached unlocked state), and from this state, the main board case 43 is moved to the main board case mounting base. 45 and the engaged portion 54b with which the engaging claw portion 53b is engaged by being slid relatively in a predetermined direction (here, rightward) along the mounting guide groove 104 (in the mounting locked state). It is configured.

  The fitting portion 54 a is configured by a slit formed in the upper wall 97 corresponding to the mounting guide groove 104, for example. The engaged portion 54b protrudes into the fitting portion 54a along the sliding direction at a position inside the upper wall 97, and connects the peripheral walls 93 and 94 and the outer guide plates 93b and 94b. It is provided integrally.

  The main control board 13 is fitted from the opening 98 side while fitting the connector 57 into the connector fitting hole 100 with respect to such a front cover part 91, and the electronic component mounting surface 13a is set to the inner surface side of the recessed parts 99a to 99c. It is detachably fixed by screwing or the like in the contacted state. The upper and lower edges of the main control board 13 mounted in the front cover portion 91 are located inside the pair of inner guide plates 93a and 94a.

  In addition, a connector cover 44 is detachably attached to the front lid portion 91. The connector cover 44 includes, for example, connectors 57a and 57b disposed in the lower recess 99c among the plurality of connectors 57 provided on the main control board 13, together with harness-side connectors 105a and 105b coupled thereto. As shown in FIGS. 3 and 4, etc., a hinge pin 107 that is detachably and rotatably held by a shaft holding part 106 on the front cover part 91 side is provided on one end side and a hinge pin 107 is provided on the other end side. A cover side binding portion 109 corresponding to the case side binding portion 108 on the lid 91 side is integrally provided.

  When the connector cover 44 is attached to the front cover portion 91, the hinge pins 107 of the connector cover 44 are engaged with the shaft holding portions 106 on the front cover portion 91 side and rotated around the hinge pins 107 to thereby connect the connectors 57 a and 57 b. Then, the harness side connectors 105a and 105b coupled to these are covered, and the cover side binding portion 109 and the case side binding portion 108 are bound so as not to be detached by a binding band (not shown). As a result, the harness-side connectors 105a and 105b cannot be removed from the connectors 57a and 57b unless the cable tie is cut and the connector cover 44 is removed, and an illegal act caused by connecting an unauthorized part to the connectors 57a and 57b is effective. Can be prevented.

  The second sealed portion 92 is integrally provided, for example, on the right side of the front lid portion 91 corresponding to the first sealed portion 62 on the first case body 41 side, and is shown in FIGS. Thus, for example, the front cover plate 111 extending from the outer edge side of the low wall portion 97a on the front lid portion 91 side toward the outside of the right peripheral wall 96, and the opening 112 on the front cover plate 111 are disposed. The second seal mounting portion 113, the opposed upright plate 114 erected on the back side of the front cover plate 111 so as to oppose the right peripheral wall 96 across the second seal mounting portion 113, and the opposed upright plate 114 Engage with a pair of side upright plates 115 erected on the back side of the front cover plate 111 and the engaged portion 77 on the first case body 41 side so as to connect the both end sides of the first peripheral wall 96 and the right peripheral wall 96. Engaging portion 76.

  The front cover plate 111 has a substantially rectangular shape similar to the back cover plate 71 on the first sealed portion 62 side. For example, the front cover plate 111 has one or a plurality of, for example, two openings 112 along the right peripheral wall 96 of the front cover portion 91. Each of the second sealing mounting portions 113 is arranged in each of the openings 112.

  The second sealing mounting portion 113 constitutes the sealing mounting portion 55 together with the first sealing mounting portion 72 on the first case body 41 side, and corresponds to, for example, the cylindrical portion 72a of the first sealing mounting portion 72. When the first case body 41 and the second case body 42 are in the closed locked state, as shown in FIGS. The first seal mounting portion 72 is arranged so as to match the inner end of the first seal mounting portion 72 and communicate in the axial direction so as to form a single cylinder together with the first seal mounting portion 72.

  As shown in FIG. 3, FIG. 6 and the like, the second seal mounting portion 113 has an axial groove 116 formed at one location on the inner peripheral side thereof, and an outer peripheral portion at the outer end portion thereof. A recess 117 is formed in the axial direction leaving an enclosure wall of a predetermined thickness on the side, and a fitting groove 118 in which the enclosure wall 81 on the first seal mounting part 72 side can be fitted along the outer peripheral surface at the inner end. Each is formed. The second seal mounting portion 113 has an axial length smaller than the height of the low wall portion 97a on the front lid portion 91 side, that is, the height of the right peripheral wall 96 (for example, approximately half), The outer end portion substantially coincides with the front cover plate 111 or is disposed slightly inside.

  Further, as shown in FIGS. 3, 5, 6, and the like, the second seal mounting portion 113 is one or a plurality disposed so as to cross the gap between the second seal mounting portion 113 and the opening 112. For example, it is integrally supported by the second case body 42 via three support ribs (damage portions) 119a to 119c. The support rib 119 a is provided so as to connect between the substantially upright plate 114 and the substantially center on the peripheral wall 113 a facing the counter upright plate 114 among the four peripheral walls of the second seal mounting portion 113. In addition, the height of the opposing upright plate 114 is smaller than the height of the right peripheral wall 96, and is formed, for example, approximately the same as the axial length of the second seal mounting portion 113.

  The support ribs 119b and 119c connect between the right peripheral wall 96 and both end sides on the peripheral wall 113b facing the right peripheral wall 96 on the front cover portion 91 side among the four peripheral walls of the second seal mounting portion 113. It is provided to do. In the opening 112, a widened portion 112a is formed along the right peripheral wall 96 so as to ensure a sufficient gap on both sides of the support ribs 119b and 119c.

  The engaging portion 76 is disposed corresponding to the engaged portion 77 on the first case body 41 side, for example, between the openings 112 and on the back side of the front cover plate 111, and as shown in FIG. The support means protrudes in parallel with the front cover plate 111 from the support means protruding on the back side of the front cover plate 111 toward the opposed upright plate 114. In the present embodiment, a screw base 121 corresponding to the screw insertion hole 86 on the first case body 41 side protrudes from the back side of the front cover plate 111 correspondingly between the openings 112, and this screw The base 121 constitutes a support means for the engaging portion 76. A pair of side walls 122 are erected between the engaging portion 76 and the openings 112 on both sides thereof, for example, at substantially the same height as the right peripheral wall 96 from the back side of the front cover plate 111.

  Further, in the second sealed portion 92, the closed engaged means 52 constituting the closing lock means 46 is disposed along the side upright plate 115, for example. That is, as shown in FIGS. 5 and 6 and the like, the inner guide plate 115a is erected on the inner side of each side upright plate 115 with a slight gap therebetween toward the back side of the front cover plate 111. A closed engaged means 52 is provided in a closed guide groove 123 between the side upright plate 115 and the inner guide plate 115a.

  For example, one closing engaged means 52 is provided in the closing guide groove 123 corresponding to the closing engaging means 51 provided on the side upright plate 75 on the first case body 41 side. As shown in the above, a fitting portion 52a into which the engaging claw portion 51b of the closing engagement means 51 is fitted in the closed unlocked state, and a cover to which the engaging claw portion 51b is engaged in the closed locked state. It is comprised by the engaging part 52b. The fitting part 52a is configured by a slit formed in the front cover plate 111 corresponding to the closing guide groove 123, for example. The engaged portion 52b protrudes into the fitting portion 52a along the sliding direction at a position inside the front cover plate 111 so as to connect the side upright plate 115 and the inner guide plate 115a. It is provided integrally.

  The sealing member 56 includes a closing sealing means 48 for sealing the main substrate case 43 in the closed state, and a mounting sealing means 49 for sealing the main substrate case 43 and the main substrate case mounting base 45 in the attached state. The main board case 43 is formed separately from the main board case 43 and is provided, for example, for one main control board unit 14.

  As shown in FIGS. 5, 6, 8, 11, and the like, the sealing member 56 includes an insertion shaft portion (insertion portion) 131 and a flange portion 132 provided on the rear end side of the insertion shaft portion 131. The protrusion 133 provided on the distal end side of the insertion shaft portion 131 and the retaining engagement claw (prevention portion) 134 provided on the insertion shaft portion 131 are integrally provided.

  The insertion shaft portion 131 is inserted into the sealing mounting portion 55 so as to straddle the first sealing mounting portion 72 and the second sealing mounting portion 113 when the main board case 43 is in the closed lock state, and is closed and unlocked. It prevents the slide to the state side, and is formed in a shape that can be inserted inside the seal mounting portion 55 without a substantial gap, for example, a rectangular tube shape, and its axial length is the length of the seal mounting portion 55 It is almost the same as the internal length. Further, on the outer peripheral surface of the insertion shaft portion 131, an axial protrusion 135 is provided corresponding to the groove 116 on the second seal mounting portion 113 side, and the protrusion 135 is fitted into the groove 116. If the insertion shaft portion 131 is not inserted into the sealing mounting portion 55, the direction of the sealing member 56 when mounting on the sealing mounting portion 55 is defined.

  The flange portion 132 closes the rear end side of the insertion shaft portion 131 formed in a cylindrical shape, for example, and the outer edge side protrudes outward from the outer peripheral surface of the insertion shaft portion 131 in a hook shape. When 131 is inserted into the seal mounting portion 55, it is substantially in contact with the outer end portion of the second seal mounting portion 113 to restrict movement in the insertion direction at a predetermined position. When the flange 132 is substantially in contact with the outer end of the second seal mounting portion 113, the flange 132 is accommodated in the recess 117 and is substantially flush with the outer end of the second seal mounting portion 113. It becomes.

  The protruding portion 133 corresponds to the through hole 82 formed in the bottom plate portion 72 b of the first sealing mounting portion 72, and protrudes in the axial direction from the approximate center of the distal end portion of the insertion shaft portion 131. Is attached to the sealing attachment portion 55, as shown in FIGS. 7, 9, and 12, it protrudes to the back side of the first case body 41 through the through hole 82. Further, the tip of the protrusion 133 is formed in an inclined shape in which the amount of protrusion gradually increases from the lock side (right side) in the slide direction toward the unlock side (left side). The protrusion 133 is formed in a plate shape along the sliding direction, for example, corresponding to the shape of the through hole 82, and is inserted through the insertion shaft portion 131 via a reinforcing rib 136 disposed in the insertion shaft portion 131 in the axial direction, for example. Are integrally provided.

  The retaining engagement pawl 134 prevents the insertion shaft portion 131 inserted through the seal mounting portion 55 from coming off. For example, one or a plurality of, for example, the shafts are symmetrical with respect to the outer peripheral side of the insertion shaft portion 131. Two are provided in the position. The retaining engagement pawl 134 can be switched between a protruding state that protrudes outward from the outer peripheral surface of the insertion shaft portion 131 and a retracted state that does not protrude, and is elastically biased to the protruding state side. A rear end side along the direction is an engagement surface 134a, and an outer surface side is an inclined guide surface 134b. When the insertion shaft portion 131 is inserted into the seal mounting portion 55, the engagement surface 134a is a second seal. It arrange | positions in the axial direction intermediate position of the insertion shaft part 131 so that it may engage with the inner end part of the mounting part 113 (FIG. 12).

  Of the components of the sealing member 56 as described above, the insertion shaft portion 131 and the retaining engagement claw 134 constitute the closing sealing means 48, and the projection 133 constitutes the mounting sealing means 49. Yes.

  The main board case mounting base 45 is attached to the bottom wall 63 and the back cover plate 71 on the first case body 41 side, as shown in FIGS. 4, 7, 9, 10, 12, and 13, particularly FIG. A base plate 141 formed in a corresponding shape, mounting rail plates 142 and 143 provided to project forward along the upper and lower edges of the base plate 141 corresponding to the closing guide groove 103 of the main board case 43, A sealing cover plate 144 provided to project forward along the right edge of the base plate 141 corresponding to the sealed portion 60 of the substrate case 43 and the outer periphery in the vicinity thereof, and the sealed portion in the main substrate case 43 The base plate is integrally provided with a non-sealing side standing plate 145 provided in a forward projecting manner along the left side edge portion of the base plate 141 corresponding to an end portion (left end portion) opposite to 60. 141 to a plurality of fixing holes 141a provided in There have been screwed to the inner surface of the back plate 7 of the casing 2. When the main board case 43 is mounted on the main board case mounting base 45, the main board case 43 covers the fixing holes 141a and the fixing screws (not shown). The main board case 43 cannot be removed together with 45.

  On the mounting rail plates 142 and 143, one or a plurality of mounting engaging means 53 constituting the mounting locking means 47 correspond to the mounting engaged means 54 on the main board case 43 side, for example, 4 corresponding to the mounting engaged means 54 on the main board case 43 side. It is provided one by one. As shown in FIGS. 6, 7, etc., the mounting engagement means 53 protrudes from the edge of the mounting rail plates 142, 143 toward the main board case 43 side (front side) as in the case of the closing engagement means 51. The engaging leg 53a and the engaging claw 53b projecting from the distal end side of the engaging leg 53a to the unlocking side (here, the left side) in the sliding direction along the longitudinal direction of the mounting rail plates 142 and 143. When the main board case 43 is fitted into the main board case mounting base 45 and is in the unlocked state, the engagement claw portion 53b of the attachment engagement means 53 is attached to the attachment engaged means. When the main board case 43 is slid to the right along the mounting guide groove 104 with respect to the main board case mounting base 45, the engaging claw portion 53b is fitted to the fitting portion 54a of the head 54. Mounted engaged means 5 It engages the engaged portion 54b and is configured such that the mounting locked.

  The non-sealing side standing plate 145 is formed so that the height from the base plate 141 is substantially the same as, for example, the height of the sliding wall 69 of the first case body 41, and the main board case 43 is attached to the main board case mounting base 45. On the other hand, it is provided at a position close to or in contact with the left side (the unlocking side in the sliding direction) of the left sliding wall 69a of the first case body 41 when the mounting unlocked state is reached. Further, a fitting groove 145 a corresponding to the protrusion 70 of the first case body 41 is provided on the non-sealing side standing plate 145, so that the main board case 43 is located with respect to the main board case mounting base 45. The protrusion 70 is configured to slide in the fitting groove 145a when relatively sliding between the mounting unlocked state and the mounting locked state.

  On the base plate 141, mounting sealing engagement claws (engaging portions) 146 and a pair of mounting fitting grooves 147 correspond to each sealing mounting portion 55 on the main board case 43 side, for example, 2 A set is provided. The mounting sealing engagement claw 146 corresponds to the protruding portion 133 of the sealing member 56 and is provided in, for example, a recessed portion 148 provided on the base plate 141 along the sliding direction. As shown in FIGS. 9 and 10, the mounting sealing engagement claw 146 can be switched between an engagement position that can be engaged with the protrusion 133 of the sealing member 56 and a retracted position that cannot be engaged. Further, it is elastically biased toward the engagement position side, and along the slide direction, the lock side (right end side) is an engagement surface 146a, the front side is an inclined guide surface 146b, and the main board case 43 is the main board case. When the mounting base 45 is slid from the mounting unlocked state to the mounting locked state, the engaging surface 146a is engaged with the sliding direction unlocking side (left side) of the protrusion 133 of the sealing member 56 and the mounting unlocking is performed. The slide to the state side is regulated (FIG. 10).

  The mounting fitting grooves 147 correspond to the fitting flanges 80 of the first case body 41, and are disposed on both sides of the mounting sealing engaging claws 146, for example, as shown in FIGS. When the main board case 43 is slid from the mounting unlocked state to the mounting locked state with respect to the main board case mounting base 45, the fitting collar 80 of the first case body 41 is fitted and the base plate The movement in the direction away from 141 is regulated.

  When mounting the main control board unit 14 as described above in the main body case 2, the main control board 13 is first sealed in a state where it is stored in the main board case 43, and then the main control board unit 14 in the sealed state is further sealed. The board case 43 is mounted and sealed on the main board case mounting base 45 fixed to the back plate 7 in the main body case 2 in advance. The procedure will be briefly described below with reference to FIGS.

  When the main board case 43 is sealed in the closed state, the second case body 42 in which the main control board 13 is mounted in advance is placed on the front side with respect to the first case body 41 as indicated by an arrow in FIG. The closing engagement means 51 on the first case body 41 side is fitted into the fitting portions 52a in the closing guide grooves 103 and 113 on the second case body 42 side, respectively, so as to be in a closed unlocked state ( FIG. 14 → FIG. At this time, as shown in FIG. 15B, the second seal mounting portion 113 on the second case body 42 side and the first seal mounting portion 72 on the first case body 41 side are in the sliding direction. It is in a state shifted to

  Subsequently, the second case body 42 is slid rightward with respect to the first case body 41 as indicated by an arrow in FIG. As a result, the closing engagement means 51 on the first case body 41 side engages with the engaged portion 52b on the second case body 42 side, and the main board case 43 enters the closed lock state, and the second case body 42 The second sealing mounting portion 113 on the side and the first sealing mounting portion 72 on the first case body 41 side are aligned with each other in the front-rear direction perpendicular to the sliding direction (FIG. 15 → FIG. 16).

  At this time, the enclosure wall 81 on the first seal mounting portion 72 side is fitted into the fitting groove 118 formed on the inner end portion on the second seal mounting portion 113 side, and the second seal mounting portion 113 is fitted. The inner end portion is covered with the surrounding wall 81 from the outer peripheral side, and in the vicinity of the second sealing mounting portion 113 and the first sealing mounting portion 72, the engaging portion on the second case body 42 side. 76 is engaged with the engaged portion 77 on the first case body 41 side (FIG. 7), and deformation in the direction in which the second seal mounting portion 113 and the first seal mounting portion 72 are separated is restricted. .

  Subsequently, as shown by an arrow in FIG. 16, the sealing member 56 is inserted into one of the plurality of second sealing mounting portions 113 from the front end side of the insertion shaft portion 131, and the rear end side is inserted. Push in until the flange 132 fits in the recess 117 of the second seal mounting portion 113 (FIG. 16 → FIG. 17). At this time, the retaining engagement claw 134 of the sealing member 56 passes through the second seal mounting portion 113 while being elastically deformed to the retracted state by being pushed by the inner peripheral surface of the second seal mounting portion 113. When inserting the insertion shaft portion 131 into the second seal mounting portion 113, the protrusion 135 provided on the insertion shaft portion 131 is provided with the groove 116 provided on the inner peripheral side of the second seal mounting portion 113. Since it cannot be inserted unless it matches, there is no worry that the sealing member 56 is inserted in the wrong direction.

  When the sealing member 56 is pushed in until the flange portion 132 is fitted in the recess 117, the insertion shaft portion 131 passes through the second sealing mounting portion 113 and reaches the first sealing mounting portion 72 side (FIG. 9). ). As a result, the first seal mounting portion 72 and the second seal mounting portion 113 cannot be moved relative to each other in the sliding direction, so that the second case body 42 and the first case body 41 are regulated in a closed lock state. The At this time, the protrusion 133 on the distal end side of the insertion shaft portion 131 protrudes to the back side of the first case body 41 through the through hole 82 of the first seal mounting portion 72.

  Further, as shown in FIG. 12, the retaining engagement claw 134 on the insertion shaft portion 131 engages with the inner end portion of the second seal mounting portion 113 to prevent the insertion shaft portion 131 from coming off, Since the retaining engagement claw 134 is covered from the outside by the inner end portion on the first seal mounting portion 72 side (this portion is referred to as a retaining cover portion 151), the retaining engagement claw 134 is externally engaged. The engagement of the claw 134 cannot be released and the sealing member 56 cannot be pulled out. Therefore, the main board case 43 is in a closed sealing state in which sliding to the closed unlocked state is prevented from being released.

  At this time, the main board case 43 is not attached and sealed to the main body case 2 side, and is only sealed in the closed state. It is possible to transport only the main substrate case 43 alone in a state in which is secured.

  In order to prevent damage to the sealing member 56 due to an excessive load during transportation or the like, as shown in FIG. 12, the first through the screw insertion hole 86 on the first case body 41 side from the back side of the main board case 43. It is desirable to fix the first case body 41 and the second case body 42 by screwing a fixing screw 152 into the screw base 121 on the two case body 42 side.

  When the closed and sealed main board case 43 is attached to the main board case mounting base 45 fixed to the back plate 7 in the main body case 2 in advance, as shown by an arrow in FIG. Is fitted into the main board case mounting base 45 from the back side, and the mounting engagement means 53 on the main board case mounting base 45 side is fitted into the fitting portions 54a in the mounting guide grooves 104 on the second case body 42 side. Thus, the mounting unlock state is obtained (FIG. 17 → FIG. 18).

  Subsequently, the main board case 43 is slid to the right as shown by an arrow in FIG. 18 with respect to the main board case mounting base 45 (FIG. 18 → FIG. 19). Thereby, the mounting engagement means 53 on the main board case mounting base 45 side engages with the engaged portion 54 b on the second case body 42 side, and the main board case 43 is locked to the main board case mounting base 45. It becomes a state. Further, during the slide, the mounting sealing engagement claw 146 on the main board case mounting base 45 side is pushed by the protrusion 133 of the sealing member 56 protruding to the back side of the main board case 43 and elastically deforms to the retracted position side. Thus, the projection 133 is allowed to pass, and when the main board case 43 is in the mounting locked state, the projection 133 is engaged with the sliding direction unlocked side, and the sliding to the mounting unlocked side is restricted. (FIG. 18).

  At this time, the fitting flange 80 on the main board case 43 side arranged in the vicinity of the protrusion 133 is fitted into the attachment fitting groove 147 of the main board case mounting base 45 so that the front side, that is, the protrusion 133 is formed. The movement in the direction away from the engaging portion 146 is surely restricted, and the mounting sealing engaging claw 146 is provided on the base plate 141 of the main board case mounting base 45, and the main board case mounting base 45 is When the main case 2 is fixed to the back plate 7 of the main body case 2, the engagement cannot be released from the outside. Therefore, the main board case 43 is slid to the main board case mounting base 45 toward the mounting unlocked state. It becomes the mounting sealing state blocked | prevented so that cancellation | release is impossible.

  Thus, in the present embodiment, the sealing of the main substrate case 43 in the closed state and the sealing of the main substrate case 43 with respect to the main substrate case mounting base 45 can be performed by the single sealing member 56.

  The connector cover 44 may be attached after attaching the main board case 43 to the main board case mounting base 45 and connecting the harness side connectors 105a and 105b to the connectors 57a and 57b on the main board case 43 side.

  When the main substrate case 43 is opened for inspection or the like, a cutting tool such as a nipper is used for the support ribs 119a to 119c supporting the second sealing mounting portion 113 on which the sealing member 56 is mounted. 20 and removed from the second case body 42 together with the sealing member 56 as shown in FIG. As a result, the protrusion 133 engaged with the mounting sealing engagement claw 146 disappears and the mounting sealing state is released, so that the main board case 43 is in the mounting unlocked state with respect to the main board case mounting base 45. The main board case mounting base 45 can be removed by sliding it to the side.

  Further, since the second sealing mounting portion 113 is removed together with the sealing member 56 from the main board case 43, the closed sealing state of the main board case 43 is also released, so that the first case body 41 is moved to the second case. The main board case 43 can be opened by sliding the body 42 toward the closed and unlocked state.

  As described above, both the mounting sealing state and the closed sealing state can be released simultaneously by only damaging the support ribs 119a to 119c related to the second sealing mounting portion 113 used for sealing. Further, since the second sealing mounting portion 113 and the sealing member 56 are removed from the main substrate case 43, the retaining engagement claw covered by the retaining cover portion 151 on the first sealing mounting portion 72 side. Since 134 is exposed (FIG. 20B), the sealing member 56 is completely removed from the second seal mounting portion 113 by operating the retaining engagement pawl 134 and used for the next sealing. be able to.

  As described above, in the slot machine of the present embodiment, the closing sealing means 48 and the mounting sealing means 49 are provided on one sealing member 56, and this sealing member 56 is formed by the mounting sealing means 49. Since the sealing by the closing sealing means 48 can be performed without performing the sealing, and the sealing by the mounting sealing means 49 can be further performed from that state, the sealing of the main substrate case 43 can be performed. The sealing and sealing of the main substrate case 43 with respect to the main substrate case mounting base 45 can be performed by the single sealing member 56, and only the main substrate case 43 can be sealed by the sealing member 56. In addition, it is possible to transport only the main board case 43 alone in a state where security for the internal main control board 13 is ensured.

  The main board case 43 includes a first case body 41 and a second case body 42 that can be fitted together, and the first case body 41 and the second case body 42 are held in a fitted state. The sealing member 56 is mounted on the sealing mounting portion 55 of the main board case 43 in the closed locking state. When the closing sealing means 48 is configured to be in a closed sealing state that prevents the sliding toward the closed unlocked state from being released, the closing sealing means 48 is changed from the closed locked state to the closed unlocked state. Therefore, there is an advantage that a sufficient sealing strength can be obtained with a simple structure and the arrangement position thereof can be set relatively freely.

  The main board case 43 is configured to be slidable between a mounting lock state in which the mounting state is held with respect to the main board case mounting base 45 and a mounting unlock state in which the main board case mounting base 45 is not held. When the main board case 43 in the closed sealing state slides from the mounting unlocked state to the mounting locked state with respect to the main board case mounting base 45, the mounting sealing means 49 slides to the mounting unlocked state side. Since it is configured to be in a mounting sealing state that prevents it from being unreleasable, the mounting sealing means 49 need only be able to prevent sliding from the mounting locked state to the mounting unlocked state, and can be sufficiently sealed with a simple structure. The strength can be obtained and the arrangement position can be set relatively freely.

  The sealing mounting portion 55 includes a first sealing mounting portion 72 on the first case body 41 side and a second sealing mounting portion 113 on the second case body 42 side, and the first case body 41 and the second case body. 42, the first sealing mounting portion 72 and the second sealing mounting portion 113 are configured to coincide with each other in a direction substantially orthogonal to the sliding direction, and the closing sealing means 48 is an insertion shaft portion 131 that is inserted so as to straddle the first seal mounting portion 72 and the second seal mounting portion 113 and prevents sliding to the closed unlocked state side, and the insertion shaft portion 131 is removed. The retaining engagement claw 134 is provided to prevent the slipping engagement claw 134, so that the sealing strength can be easily secured by giving the insertion shaft portion 131 sufficient shearing rigidity. The structure can be simplified because no excessive load is applied

  The second seal mounting portion 113 is provided integrally with the second case body 42 via support ribs 119a to 119c that are easily damaged, and the retaining engagement pawl 134 is detachably attached to the second seal mounting portion 113 side. The first sealing mounting portion 72 is provided with a retaining cover portion 151 that covers the retaining engagement claw 134 that is engaged with the second sealing mounting portion 113 so as not to be disengaged. When the support ribs 119a to 119c are damaged and the second sealing mounting portion 113 is removed from the second case body 42 together with the sealing member 56, the insertion shaft portion 131 is detached from the first sealing mounting portion 72. Since the closed sealing state is released, the retaining engagement claw 134 is configured to be separated from the retaining cover portion 151 so that the engagement with the second seal mounting portion 113 can be easily released. , In the sealed state Can completely prevent the release operation of the pawl 134, moreover be used for sealing of the next and subsequent fetches the sealing member 56 in a full state at the time of unsealing.

  The mounting sealing means 49 includes a protrusion 133 that protrudes from the main board case 43 side to the main board case mounting base 45 side when the closing sealing means 48 is in the closed sealing state. When in the mounting lock state with respect to the substrate case mounting base 45, the projection 133 is configured to engage with the mounting sealing engagement claws 146 on the main board case mounting base 45 side to be in the mounting sealing state. Therefore, the main substrate case 43 can be sealed to the main substrate case mounting base 45 on the condition that the main substrate case 43 is sealed in the closed state, and conversely, the main substrate case 43 is closed. By releasing the sealing at, the sealing of the main substrate case 43 with respect to the main substrate case mounting base 45 can be released at the same time.

  As mentioned above, although embodiment of this invention was explained in full detail, this invention is not limited to these embodiment, A various change is possible in the range which does not deviate from the meaning of this invention. For example, in the embodiment, the retaining portion 134 on the sealing member 56 engages only on the second seal mounting portion 113 side on the second case body 42 side, and when opening the second seal mounting portion 113. Only the sealing member 56 is removed, but the sealing member 56 is inserted into the second sealing mounting portion 113 and the first sealing mounting portion 72, and the first sealing mounting portion 72 side. The first seal mounting portion 72 and the second seal mounting portion 113 may be removed together when they are engaged and opened.

  In the embodiment, the configuration is such that the mounting sealing state by the mounting sealing means 49 is also released when the closed sealing state by the closing sealing means 48 is released. The mounting sealing state by the mounting sealing means 49 may be individually releasable. For example, if the mounting sealing engagement claw 146 is configured to be damaged in a state where the substrate case 43 is mounted and sealed on the substrate case mounting base 45, only the mounting sealing engagement claw 146 is damaged. The case 43 can be released only from the mounted sealing state while remaining in the closed sealing state.

  In the embodiment, an example in which the present invention is applied to a slot machine has been described. Needless to say, the present invention can be similarly applied to various gaming machines such as a pachinko machine and an arrange ball machine.

1 is an overall perspective view of a slot machine showing an embodiment of the present invention. It is a front view by the side of a main body case. It is a front view of a main control board unit. It is a disassembled perspective view of a main control board unit. It is a principal part disassembled perspective view of a main board case. It is a principal part disassembled perspective view of a main board case. It is a principal part disassembled perspective view of a main board case and a main board case mounting base. It is an exploded plane sectional view of the main board case. It is an exploded plane sectional view of a main board case and a main board case mounting base. It is a plane sectional view of the main control board unit. It is an exploded side sectional view of the main board case. It is an exploded side sectional view of a main board case and a main board case mounting base. It is side surface sectional drawing of a main control board unit. It is explanatory drawing of the 1st step which shows the coupling | bonding and sealing procedure of a main board | substrate case. It is explanatory drawing of the 2nd step which shows the coupling | bonding and sealing procedure of the main board | substrate case. It is explanatory drawing of the 3rd step which shows the coupling | bonding and sealing procedure of the main board | substrate case. It is explanatory drawing of the 1st step which shows the mounting | wearing and sealing procedure to the main board case mounting base of a main board case. It is explanatory drawing of the 2nd step which shows the mounting | wearing and sealing procedure to the main board case mounting base of a main board case. It is explanatory drawing of the 3rd step which shows the mounting | wearing and sealing procedure to the main board case mounting base of a main board case. It is explanatory drawing which shows the opening procedure of the main board | substrate case.

Explanation of symbols

1 gaming machine housing 13 main control board (board)
41 First case body 42 Second case body 43 Main board case (board case)
45 Main board case mount (board case mount)
48 closure sealing means 49 mounting sealing means 55 sealing mounting part 56 sealing member 72 first sealing mounting part 113 second sealing mounting part 119a support rib (damage part)
119b Support rib (damaged part)
119c Support rib (damaged part)
131 Insertion shaft part (insertion part)
133 Protruding part 134 Retaining engagement claw (Retaining part)
151 Retaining cover part

Claims (3)

A substrate case (43) configured to be openable and closable and capable of storing a substrate (13) therein, and a substrate case mounting base (45) provided in the gaming machine housing (1) and to which the substrate case (43) can be attached ), A closing sealing means (48) for sealing the substrate case (43) in a closed state, and a mounting seal for sealing the substrate case (43) and the substrate case mounting base (45) in a mounted state. In the gaming machine including the stopping means (49), the substrate case (43) includes a first case body (41) and a second case body (42) that can be fitted together, and the first case body ( 41) and the second case body (42) are configured to be relatively slidable between a closed locked state in which the fitted state is held and a closed unlocked state in which the second case body (42) is not held. Stop means (48) and said mounting seal The sealing member (56) is provided on the one sealing member (56), and the sealing member (56) is not sealed by the mounting sealing means (49). The substrate case (43) in the closed lock state can be sealed by being configured so that sealing by the mounting sealing means (49) can be further performed from that state. When the sealing member (56) is mounted on the mounting portion (55), the closed sealing means (48) is in a closed sealing state that prevents the slide to the closed unlocked state from being unreleasably prevented. A gaming machine that is configured as described above. The sealing mounting portion (55) includes a first sealing mounting portion (72) on the first case body (41) side and a second sealing mounting portion (113) on the second case body (42) side. When the first case body (41) and the second case body (42) are in the closed lock state, the first seal mounting portion (72) and the second seal mounting portion ( 113) and the first sealing mounting portion (72) and the second sealing mounting portion, the first sealing mounting portion (72) and the second sealing mounting portion. An insertion portion (131) that is inserted so as to straddle (113) and prevents sliding toward the closed unlocked state, and a retaining portion (134) that prevents the insertion portion (131) from coming off. The gaming machine according to claim 1 , wherein: The second seal mounting part (113) is provided integrally with the second case body (42) via easily damaged parts (119a to 119c), and the retaining part (134) is provided with the second seal. The first seal mounting portion (72) is configured to be detachably engaged with the stop mounting portion (113), and the first seal mounting portion (72) is engaged with the second seal mounting portion (113). A retaining cover portion (151) that covers the portion (134) so as not to be disengaged is provided, the damaged portions (119a to 119c) are damaged, and the second sealing mounting portion (113) is connected to the sealing member ( 56) together with the second case body (42), the insertion portion (131) comes out of the first sealing mounting portion (72) to release the closed sealing state, and The retaining part (134) is removed from the retaining cover part (151). The gaming machine according to claim 2, characterized in that it is configured to be readily releasable engagement to said second sealing attachment portion (113) is.

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