JP5166595B2 - Game machine - Google Patents

Description

  The present invention relates to gaming machines such as pachinko machines and slot machines.

  In gaming machines such as pachinko machines and slot machines, various control boards and the like are mounted on the back side of the main body while being stored in a board case. A general board case is configured to have a substantially box shape by combining an upper case body and a second case body so as to be openable and closable.

  In addition, in order to prevent fraud against the internal control board, measures such as sticking a seal sticker such as an IC tag seal across the upper case body and the second case body are applied to the board case of the gaming machine. (For example, Patent Document 1).

JP 2008-259750 A

  The seal seal is processed in a variety of ways, such as by providing a large number of fine cuts, so that traces remain when it is peeled off. The possibility of being peeled off without leaving a trace using a drug or the like and applied again cannot be completely denied.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a gaming machine that can completely prevent the seal seal from being peeled off without leaving a trace from the substrate case.

The present invention includes an upper case body 41 and an outer case body 42 that can be fitted together, and an upper case side application surface 82a on the upper case body 41 side and an upper case side application surface 82b on the upper case body 42 side. In the gaming machine provided with the substrate case 43 to which the seal seal 45 is pasted across, the upper case side pasting surface 82a and the second case side pasting surface 82b are disposed, and the cutting edge is disposed on the both pasting surfaces 82a. , 82b, a seal cutter 51 that can swing around a predetermined rotating shaft 142a between a retracted state that does not protrude outward and a protruding cut state, and the surface of the sealing seal 45 that is attached to the substrate case 43 and a sealing cover 50 which is movable between an open state separated from the coating to cover the surface of the sealing seal 45, the seal sealing 45 of sticking state, the sealing sheet The board case the said sealing cover 50 so as to sandwich from both sides and the seal cutter 51 with a sealing cutter 51 behind the Le 45 becomes the retracted state and the sealing cover 50 serving as the covering state on the front side of the sealing seal 45 43, and the seal cutter 51 and the seal cover 50 are interlocked by the interlocking means 172 so that the retracted / cut state of the seal cutter 51 and the covering / opening state of the seal cover 50 correspond to each other. It is a thing.

  According to the present invention, the seal seal 45 cannot be peeled off while the seal cover 50 is attached, and when the seal cover 50 is removed, the seal seal 45 is damaged by the seal cutter 51, so that the traces from the substrate case 43 are left. It is possible to completely prevent the seal seal from being peeled off without leaving a mark.

1 is an overall perspective view of a slot machine showing an embodiment of the present invention. It is a front view of a main body case. It is a front view of a mounting base and a main board case unit. It is a side view of a main board case unit. It is a disassembled perspective view of a main board case unit and a mounting base. It is a principal part disassembled perspective view of a main board | substrate case unit. It is a principal part exploded perspective view of a main board case unit and a mounting base. It is explanatory drawing which shows the relationship between a back case body, a front case body, a closure sealing member, and the connection member which connects these. It is a perspective view of a seal cover. It is explanatory drawing which shows the coupling | bonding and sealing procedure of the main board | substrate case. It is explanatory drawing which similarly shows the coupling | bonding and sealing procedure of a main board | substrate case. It is explanatory drawing which similarly shows the coupling | bonding and sealing procedure of a main board | substrate case. It is explanatory drawing which shows the attachment procedure of the seal cutter and IC tag seal to the main board case. It is explanatory drawing which shows the installation procedure of the seal cover to a main board | substrate case. It is a top sectional view of the main board case in the state where a seal cutter, an IC tag seal, and a seal cover were installed. It is explanatory drawing which shows the mounting | wearing and sealing procedure to the attachment base of a main board case. It is side surface sectional drawing in the sealing state of a mounting base and the main board case. It is explanatory drawing which shows the cancellation | release procedure of sealing with respect to the attachment base of a main board | substrate case. It is explanatory drawing which shows the cancellation | release procedure of the sealing by the IC tag seal | sticker and seal cover with respect to a main board | substrate case. It is explanatory drawing which shows the sealing cancellation | release procedure of the main board | substrate case. It is explanatory drawing which shows the 2nd sealing procedure of the main board | substrate case. It is explanatory drawing which shows the 2nd sealing procedure to the attachment base of a main board | substrate case. It is explanatory drawing which shows the 2nd sealing cancellation | release procedure with respect to the attachment base of a main board | substrate case. It is explanatory drawing which shows the sealing release procedure of the 2nd time of a main board | substrate case.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. 1 to 24 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, the housing 1 constituting the gaming machine main body includes a main body case 2 and a rectangular front panel 3 disposed on the front side of the main body case 2. 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 board case unit 14 in which a main control board 13 is accommodated, and the like are arranged. The display reel unit 9 is detachably mounted on, for example, 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 board case unit 14 is disposed on a 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, for example, corresponding to the symbol display reels 8 a to 8 c on the main body case 2 side, and the player can use the second display window 22. 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 credit settlement 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 board case unit 14 is to be mounted in the main body case 2 while protecting the main control board 13, and is fixed to the front surface side of the back plate 7 via the mounting base 36. As shown, the main control board 13, a back case body (back case body) 41 and a front case body (second case body) 42 that can be fitted to each other are configured to be openable and closable, and inside the main control board 13. A main board case (board case) 43 that can store the connector, a connector cover 46 that covers a specific connector 61a on the main control board 13, a closing sealing member 47 that seals the main board case 43 in a closed state, A mounting sealing member 48 for sealing the main board case 43 to the mounting base 36 in a mounted state, a first connecting means 49a for connecting the back case body 41 and the front case body 42 in an openable / closable state, Case body 42 and closure The second connecting means 49b for connecting the stop member 47 in a state where it can be sealed, the seal cover 50 covering the surface of the IC tag seal (sealing seal) 45 affixed on the main substrate case 43, and the seal cover 50 And a seal cutter 51 for cutting the IC tag seal 45 in conjunction with the opening operation. The first connecting means 49a and the second connecting means 49b are integrally formed as one connecting member 52.

  The main board case 43 is fitted to each other by the closing lock means 53 by sliding the back case body 41 and the front case body 42 relative to each other in a predetermined direction, for example, the left-right direction (hereinafter referred to as a closing slide direction). It is possible to switch between a closed lock state in which the combined state is maintained and a closed unlock state in which the combined state is not maintained. Here, as shown in FIG. 5, the closing lock means 53 includes a closing engagement means 54 on the back case body 41 side and a closing engaged means 55 on the front case body 42 side. In the closed lock state where the means 54 and the closed engaged means 55 are engaged with each other, they are sealed (closed and sealed) by the closing sealing member 47.

  The closed and sealed main substrate case 43 is slid relative to the mounting base 36 in a predetermined direction, for example, the same left and right direction as the closed slide direction (hereinafter referred to as a mounting slide direction), thereby mounting lock means. By 56, it is possible to switch between a mounting lock state in which the mounting state is held and a mounting unlock state in which the mounting state is not held. In this embodiment, two types of mounting lock states are provided, and the first mounting is performed by sliding the main board case 43 from the mounting unlocked state to one of the mounting slide directions, for example, to the right with respect to the mounting base 36. The main board case 43 is configured to be in a locked state and to be in a second mounting locked state by sliding the main board case 43 from the mounting unlocked state to the other in the mounting sliding direction, for example, to the left.

  Here, as shown in FIG. 5, the mounting lock means 56 includes a mounting engagement means 57 on the mounting base 36 side and a mounting engaged means 58 on the front case body 42 side. Sealing (first and second mounting sealing states) is performed in two types of first and second mounting lock states in which the mounting engaged means 58 engage with each other. The member 48 is used for sealing in the first mounting lock state (first mounting sealing state) among the first and second mounting lock states.

  The main control board 13 is for controlling the rotation, stop, and other gaming operations of the symbol display reels 8a to 8c based on the operation of the start lever 31, stop buttons 32a to 32c, and is formed in, for example, a horizontally long rectangular shape. The electronic component mounting surface 13a on the one surface side (here, the front surface side) has a large number of electronic components such as a plurality of connectors 61 arranged along the outer edge and a ROM 62 arranged on the inner side of the connectors 61. It is installed.

  In the main board case 43, the back case body 41 and the front case body 42 are fitted to each other from the back surface 13b side (rear side here) and the front surface, that is, the electronic component mounting surface 13a side (front side here) of the main control board 13. As a result, a substrate storage portion 63, a sealing portion 64, an IC tag seal sticking portion 65, and the like are formed.

  The board storage unit 63 is a part in which the main control board 13 is stored, and is a horizontally long rectangular box that is flattened back and forth, for example, by a back cover part 63a on the back case body 41 side and a front cover part 63b on the front case body 42 side. It is formed into a shape. Further, the sealing portion 64 is a portion for mounting the closing sealing member 47 and the mounting sealing member 48 to perform sealing, and the back case side sealing portion 64a on the back case body 41 side and the front case body 42. The front case side sealing portion 64b is arranged on the one side in the closing slide direction with respect to the substrate storage portion 63, for example, on the right side. The IC tag seal sticking portion 65 is a portion for sticking the IC tag seal 45, and is composed of a back case side sticking portion 65a on the back case body 41 side and a front case side sticking portion 65b on the front case body 42 side. It is arranged side by side with the sealing part 64 on one side in the closing slide direction with respect to the part 63, for example, on the same right side as the sealing part 64.

  As shown in FIG. 5, the IC tag seal 45 attached to the IC tag seal attaching part 65 includes a substantially rectangular base sheet 45a having an adhesive surface formed on one side, and a predetermined position on the base sheet 45a. For example, an IC chip 45b disposed substantially at the center and an antenna 45c disposed along the base sheet 45a and supplying an electromotive force due to electromagnetic induction when receiving a magnetic field from a reader to the IC chip 45b. Has been. The IC chip 45b records management information such as the model of the pachinko machine and the manufacturing number of the control board, and the surface of the base sheet 45a has, for example, an identification number associated with the management information and other identification information. Is displayed.

  The back case body 41 corresponds to the back surface 13 b side of the main control board 13, and as shown in FIGS. 5 to 8, the back cover part 63 a constituting the board storage part 63 and the back part constituting the sealing part 64. A case side sealing portion 64a, a back case side sticking portion 65a constituting the IC tag seal sticking portion 65, a fixing base portion 67 for fixing the back case side fixing portion 66a of the connecting member 52, and the like, for example, a transparent synthetic resin Are integrally formed.

  The back cover portion 63a is, for example, a horizontally long rectangular bottom wall 68 facing the back surface 13b of the main control board 13, and a pair of sides along the closing slide direction among the four sides of the bottom wall 68, that is, along the upper side and the lower side. A plurality of mating walls 69, 70 standing toward the front case body 42 side (front side) and a plurality of main walls provided on the inner surface of the bottom wall 68 (the surface corresponding to the inner side of the substrate storage portion 63) Substrate support ribs 71 and the like are provided so as to protrude to a predetermined height substantially in contact with the back surface 13b of the control substrate 13.

  The fitting walls 69 and 70 are provided with one or a plurality of, for example, four, each of the closing engagement means 54 constituting the closing lock means 53 along the longitudinal direction. As shown in FIG. 6, the closing engagement means 54 includes an engagement leg 54 a that protrudes from the edge of the fitting walls 69 and 70 toward the front case body 42, and a front end side of the engagement leg 54 a. The engaging claw portion 54b that protrudes on one side in the closing slide direction, for example, the sealing portion 64 and the opposite side (here, the left side) is formed in a substantially L shape.

  The back case side sealing portion 64a is integrally provided, for example, on the right side of the back cover portion 63a. For example, a back cover plate 72 extending from the bottom wall 68 on the back cover portion 63a side, and the back cover plate 72 For example, two first and second back case side sealing mounting portions (back case side sealing mounting portions) 73a and 74a provided on the upper side, and these first and second back case side sealing mounting portions 73a and 74a. On the other hand, an end wall 75 or the like that is disposed on the opposite side of the back cover portion 63a and is erected, for example, in a bulging shape toward the front case body 42 side (front side) is integrally provided.

  The first and second back case side sealing mounting portions 73a and 74a are, for example, the first back case side sealing mounting portion 73a along the right edge of the back lid portion 63a, and the second back case side sealing mounting portion 74a. It is arranged adjacent to the top and bottom so as to be on the lower side. These first and second back case side sealing mounting portions 73a and 74a are each formed in, for example, a rectangular bottomed cylindrical shape opening toward the front case body 42 side, and as shown in FIG. The bottom plate portion 76 is provided integrally with the back cover plate 72 in a state of slightly protruding to the back side of the back cover plate 72. Further, a pair of fitting collars 77 projecting in the direction orthogonal to the mounting slide direction, that is, the vertical direction, are integrally formed on the bottom plate portions 76 of the first and second back case side sealing mounting portions 73a and 74a. Is provided.

  Further, on the bottom plate portion 76 of the second back case side sealing mounting portion 74a, for example, an elongated through hole 78 is formed in the mounting slide direction. Further, on the bottom plate portion 76 of the first back case side sealing mounting portion 73a, for example, an opening lid 79 is integrally provided at substantially the center thereof, and on one side of the mounting slide direction with respect to the opening lid 79, for example, on the left side. The engaging projection 80 projects toward the back side of the bottom plate portion 76. The opening lid 79 is a portion surrounded by the thin portion 79a on the bottom plate portion 76, and is easily separated from the bottom plate portion 76 by strongly pressing and damaging the surrounding thin portion 79a to form a circular or other opening portion. It is supposed to be. For example, on the upper and lower sides of the first and second back case side sealing mounting portions 73a and 74a, the closing engagement means 54 similar to those provided on the fitting walls 69 and 70 are provided on the back cover plate 72. It protrudes on the inner surface side.

  The back case side pasting portion 65a is integrally provided, for example, on the right side of the back cover portion 63a and on the upper side of the back case side sealing portion 64a, and is disposed in substantially the same direction as the electronic component mounting surface 13a of the main control board 13. For example, a rear case side pasting surface (former case side pasting surface) 82a having a substantially rectangular shape when viewed from the front, and upper, lower, left and right side wall portions 83 projecting from the rear side along the outer periphery of the rear case side pasting surface 82a. ~ 86 etc.

  The back case side sticking surface 82a constitutes one IC tag seal sticking surface (sealing seal sticking surface) 82 together with the front case side sticking surface (second case side sticking surface) 82b on the front case side sticking portion 65b side, and is closed. One side of the sliding direction, for example, the left edge is a connecting side 87a that is connected to the front case side pasting surface 82b side, and includes a flat portion 88a and a non-planar portion 89a substantially parallel to the main control board 13. Yes. As shown in FIG. 12 and the like, the non-planar portion 89a is provided in a range having a certain width along the connecting side 87a, and is formed, for example, in a partial cylindrical surface shape that is recessed backward from the planar portion 88a. The flat portion 88a and the non-planar portion 89a are smoothly connected with a cylindrical surface opposite to the non-planar portion 89a. Further, a seal cover engaging portion 91 a for holding one end side of the seal cover 50 is projected on the upper side wall portion 83.

  The fixed base portion 67 is integrally provided, for example, at a predetermined position close to the first back case side sealing mounting portion 73a, for example, one end side of the end wall 75, and the back case side fixing portion 66a of the connecting member 52 is, for example, It can be fixed in a non-removable manner by heat caulking. For fixing the fixing portion 66a, a method other than heat caulking (thermal welding), for example, ultrasonic welding, high-frequency welding or the like may be used (the same applies to fixing of the fixing portions 66b and 66c described later).

  The front case body 42 corresponds to the electronic component mounting surface 13a side of the main control board 13, and as shown in FIGS. 5 to 8, the front cover part 63b and the sealing part 64 constituting the board storage part 63 are provided. Used for sealing, a front case side sealing portion 64b constituting the IC case, a front case side pasting portion 65b constituting the IC tag seal sticking portion 65, a fixing base portion 92 for fixing the front case side fixing portion 66b of the connecting member 52. For example, a sealing member holder 93 for mounting the closing sealing member 47 before mounting, and is integrally formed of, for example, a transparent synthetic resin.

  The front cover part 63b is integrally provided with upper and lower peripheral walls 94 to 97 surrounding the outer edge of the main control board 13 and an upper wall 98 facing the electronic component mounting surface 13a of the main control board 13, and the back case body 41 side is Opened to form an opening 99.

  The upper wall 98 includes a low wall portion 98a provided along the outer periphery thereof, and a bulging portion 98b that bulges outward (forward) inside the low wall portion 98a. On the low wall portion 98a, a plurality of recesses 100a to 100c that are recessed inward corresponding to the connectors 61 of the main control board 13 are provided, and connector fittings into which the connectors 61 are fitted are provided in the recesses 100a to 100c. One or more joint holes 101 are provided. The bulging portion 98b 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 62 at a position corresponding to the ROM 62 or the like. A recess 102 or the like is formed for prevention.

  Further, in the front cover portion 63b, a closed engaged means 55 constituting a closing lock means 53 and a mounted engaged means 58 constituting a mounting lock means 56 are provided along the upper and lower peripheral walls 94, 95, for example. Are arranged. That is, as shown in FIG. 6, FIG. 8, etc., the inner guide plates 94a, 95a and the outer guide plates 94b, 95b are disposed on the back side of the upper wall 98 with a slight gap between the upper and lower peripheral walls 94, 95, respectively. The closing engagement means 55 is provided in the closing guide groove 103 between the inner guide plates 94a, 95a and the outer guide plates 94b, 95b, and the outer guide plates 94b, 95b and the peripheral walls 94, 95. Mounting engagement means 58 are respectively provided in the mounting guide grooves 104 between them.

  A plurality of, for example, each of the closing engaged means 55 is provided in the closing guide groove 103 corresponding to each of the four closing engaging means 54 provided on the fitting walls 69, 70 on the back case body 41 side. As shown in FIG. 6, there are four fitting portions 55a into which the engagement claw portions 54b of the closing engagement means 54 are fitted when the back case body 41 and the front case body 42 are fitted together. (Closed unlocked state) From this state, the front case body 42 is engaged by sliding relative to the back case body 41 along the closing guide groove 103 in a predetermined direction (here, rightward). It is comprised by the to-be-engaged part 55b with which the nail | claw part 54b engages (closed lock state).

  Further, a plurality of mounting engagement means 58 are provided in the mounting guide groove 104, for example, four each, and when the main board case 43 is fitted into the mounting base 36 as shown in FIG. A fitting portion 58a into which the first and second engaging claws 57b and 57c of the coupling means 57 are fitted (attached unlocked state), and the main board case 43 is attached to the attachment base 36 from the attached unlocked state. A first engaged portion 58b with which the first engagement claw portion 57b engages by being slid relatively along the guide groove 104 to one side (here, facing right) (installation locked state) When the main board case 43 is slid relative to the mounting base 36 along the mounting guide groove 104 from the locked state to the other side (here, leftward), the second engagement claw portion 57c is engaged. 2 engaged parts It is composed of 8c and (mounted lock state).

  The main control board 13 is fitted from the opening 99 side while fitting the connector 61 into the connector fitting hole 101 with respect to the front lid portion 63b, and the electronic component mounting surface 13a is placed on the inner surface side of the recesses 100a to 100c. It is detachably fixed by screwing or the like in the contacted state.

  Further, the connector cover 46 can be detachably attached to the front cover portion 63b. As shown in FIGS. 3 and 5, the connector cover 46 includes, for example, a connector 61 a disposed in the lower recess 100 c among the plurality of connectors 61 of the main control board 13, and the harness side coupled to them. Covered together with the connector 105, a cover side binding portion 107 corresponding to the case side binding portion 106 on the front lid 63b side is integrally provided, and the case side binding portion 106 and the cover side binding portion 107 are connected with a binding band. It is attached to the front cover part 63b by binding with 107a or the like. Thus, unless the binding band 107a is cut and the connector cover 46 is removed, the harness-side connector 105 cannot be removed from the connector 61a, and illegal acts caused by connection of unauthorized parts to the connector 61a can be effectively prevented. .

  The front case side sealing portion 64b is integrally provided, for example, on the right side of the front lid portion 63b corresponding to the back case side sealing portion 64a on the back case body 41 side, as shown in FIGS. In addition, two first and second front case side sealing mounting portions (second case side sealing mounting corresponding to the first and second back case side sealing mounting portions 73a and 74a on the back case side sealing portion 64a side Part) 73b, 74b and a sealing support frame 109 for supporting the first and second front case side sealing mounting parts 73b, 74b via one or a plurality of, for example, four connecting ribs 108a-108d. ing.

  The first and second front case side sealing mounting portions 73b and 74b are respectively connected to the first and second sealing cases together with the first and second back case side sealing mounting portions 73a and 74a on the back case side sealing portion 64a side. The mounting portions 73 and 74 are configured, for example, formed in a rectangular tube shape. When the back case body 41 and the front case body 42 are in a closed lock state, the first and second back case sides are formed. One cylindrical body together with the first and second back case side sealing mounting portions 73a and 74a in a direction perpendicular to the closing slide direction with respect to the sealing mounting portions 73a and 74a, that is, in the front-rear direction. Are arranged to form.

  Further, the second front case side sealing mounting portion 74b is integrally provided with a closing lid 110 for closing an end portion (hereinafter referred to as an outer end portion) opposite to the second back case side sealing mounting portion 74a. ing. The periphery of the closing lid 110 is integrally provided at the outer end portion of the second front case side sealing mounting portion 74b via the thin portion 110a, and the surrounding thin portion 110a is damaged by pressing strongly. It is easily separated from the second front case side sealing mounting portion 74b, so that the outer end portion is opened.

  The sealing support frame 109 is formed in a rectangular frame shape surrounding the first and second front case side sealing mounting portions 73b and 74b with a certain gap, and is on the outer surface side of the right peripheral wall 97 of the front lid portion 63b. The first and second front case side sealing mounting portions 73b and 74b are integrally connected by four connecting ribs 108a to 108d. In addition, on the sealing support frame 109, corresponding to the closing engagement means 54 provided in the back case side sealing portion 64a, for example, the same closed engagement as in the closing guide groove 103 on both upper and lower ends thereof. Means 55 are provided.

  The front case side pasting portion 65b is integrally provided, for example, on the right side of the front lid portion 63b and on the upper side of the front case side sealing portion 64b, and is disposed in substantially the same direction as the electronic component mounting surface 13a of the main control board 13. For example, a front case side sticking surface (battery case side sticking surface) 82b having a substantially rectangular shape in front view, an upper side wall 111 extending in the closing slide direction from an inner guide plate 94a inside the upper peripheral wall 94, etc. When the back case body 41 and the front case body 42 are fitted together to be in a closed lock state, the front case side sticking surface 82b is closed with the back case side sticking surface 82a on the back case side sticking portion 65a side. It is connected in the sliding direction to form one IC tag seal attaching surface 82, and the upper side wall 111 is connected to the upper side wall 83 on the back case side attaching portion 65a side.

  Like the back case side sticking surface 82a, the front case side sticking surface 82b includes a flat portion 88b and a non-planar portion 89b substantially parallel to the main control board 13, and the right edge thereof is the back case side sticking surface 82a. As shown in FIG. 12 and the like, the non-planar portion 89b is provided in a range having a certain width along the connecting side 87b, and is a portion that is recessed backward from the flat portion 88b, for example. It is formed in a cylindrical surface shape. Thus, the back case side sticking surface 82a and the front case side sticking surface 82b are formed in a symmetrical shape (laterally symmetrical) in the closing slide direction.

  That is, as shown in FIG. 12B, when the back case body 41 and the front case body 42 are closed and locked, the back case side application surface 82a and the front case side application surface 82b are connected. The IC tag seal sticking surface 82 is arranged so as to be substantially in the same direction as the electronic component mounting surface 13a on the main control board 13, and sandwiches the boundary between the back case side sticking surface 82a and the front case side sticking surface 82b. And a bent portion 89 connected to the non-planar portions 89a and 89b is provided in a range having a constant width on both sides, and the bent portion 89 is formed in a partial cylindrical surface shape that is recessed backward, The IC tag seal 45 is smoothly connected to the flat portions 88a and 88b, and is guided in a bent shape.

  Further, when the back case side sticking surface 82a and the front case side sticking surface 82b are connected in the closed lock state, the connecting side 87a, 87b facing each other is fixed so as to straddle between the upper side wall parts 83, 111. The gap 118 is formed.

  Further, a seal cover engaging portion 91b corresponding to the seal cover engaging portion 91a on the back case side sticking portion 65a is projected on the upper side wall portion 111, and the back case body 41, the front case body 42, and the like. 11 are fitted into the closed lock state, as shown in FIG. 11B, the seal cover engaging portion 91a and the seal cover engaging portion 91b are close to each other with a certain gap in the closing slide direction. It has become. The seal cover engaging portions 91a and 91b are formed in, for example, a substantially C-shaped cross section that opens toward the back side of the main board case 43.

  Further, on the opposite side of the seal cover engaging portion 91b across the front case side sticking surface 82b, as shown in FIGS. 6 and 8, etc., to be coupled to seal the seal cover 50 to the main board case 43 Part 112 is arranged. The coupled portion 112 is formed on a coupled base plate 113 formed on the same plane as the planar portion 88b on the front case side pasting surface 82b side. The coupling base plate 113 is formed integrally with the sealing support frame 109, for example.

  The coupled portion 112 includes, for example, one insertion slit 114 provided in the closing slide direction, a pair of escape slits 115 arranged in parallel on both sides of the insertion slit 114, and the insertion slit 114 and the escape slit 115. And a pair of elastic engagement portions 116 formed between the two.

  In addition, on the outer periphery of the IC tag seal application surface 82 and the coupled portion 112, for example, an enclosure wall 117 having a fixed height protrudes except for the upper edge side of the IC tag seal application surface 82 corresponding to the seal cover engaging portions 91a and 91b. Has been. The surrounding wall 117 is integrally formed on the back case body 41 side or the front case body 42 side according to the arrangement position.

  The fixed base portion 92 is disposed in the vicinity of, for example, the lower side of the first front case side sealing mounting portion 73b, and is formed integrally with the sealing support frame 109. The fixed base portion 92 includes the front case side fixing portion 66b of the connecting member 52. For example, it can be fixed in a non-removable manner by heat caulking. The fixed base portion 67 on the back case body 41 side and the fixed base portion 92 are arranged on the back side and the front side of the main board case 43, respectively. For example, the fixed base portions 67 and 92 are at least vertically positioned. About (the position of the direction orthogonal to a closing slide direction), as shown in FIG. 8, it mutually corresponds substantially.

  The sealing member holder 93 is disposed, for example, on the opposite side of the first front case side sealing mounting portion 73b with respect to the fixed base portion 92, that is, on the lower side of the fixed base portion 92. For example, the right peripheral wall 97 of the front lid portion 63b. Is formed of a pair of upper and lower holding pieces 93a and the like projecting in the closing slide direction.

  The closing sealing member 47 is formed separately from the main substrate case 43 and the like, and is provided for one main substrate case 43, for example, as shown in FIGS. Portion 121, a flange 122 provided on the rear end side in the insertion direction of the insertion shaft portion 121, a retaining engagement claw 123 provided on the insertion shaft portion 121, and a rear end in the insertion direction of the insertion shaft portion 121. A fixed base portion 124 provided on the side is integrally provided.

  The insertion shaft portion 121 has a first sealing mounting portion 73 straddling the first front case side sealing mounting portion 73b and the first back case side sealing mounting portion 73a when the main board case 43 is in a closed lock state. It is inserted into the inside and prevents sliding toward the closed unlocked state, and is formed into a shape that can be inserted inside the first seal mounting portion 73 without a substantial gap, for example, a rectangular cylinder, and its shaft The length in the direction is substantially the same as the internal length of the first seal mounting portion 73. Further, on the outer peripheral surface of the insertion shaft portion 121, an axial protrusion 126 is provided corresponding to the groove 125 formed on the inner surface side of the first sealing mounting portion 73. The direction of the closing sealing member 47 when the first sealing mounting portion 73 is mounted because the insertion shaft portion 121 cannot be inserted into the first sealing mounting portion 73 unless it is fitted in the groove 125. Is stipulated.

  The flange portion 122 closes the rear end side of the insertion shaft portion 121 formed in a cylindrical shape, for example, and its outer edge side protrudes outwardly from the outer peripheral surface of the insertion shaft portion 121 in a hook shape. When 121 is inserted into the first sealing mounting portion 73, the outer end of the first front case side sealing mounting portion 73b is substantially abutted to restrict movement in the insertion direction at a predetermined position. Yes.

  The retaining engagement claws 123 prevent the insertion shaft portion 121 inserted into the first seal mounting portion 73 from being removed. For example, one or a plurality of, for example, two are provided on the outer peripheral side of the insertion shaft portion 121. Yes. The retaining engagement claw 123 can be switched between a protruding state that protrudes outward from the outer peripheral surface of the insertion shaft portion 121 and a retracted state that does not protrude, and is elastically biased to the protruding state side. When inserted through the first sealing mounting portion 73, the first front case side sealing mounting portion 73 b is disposed at an intermediate position in the axial direction of the insertion shaft portion 121 so as to engage with, for example, the rear side end portion.

  The fixed base portion 124 is provided, for example, on the outer surface side of the flange portion 122, and the sealing member side fixing portion 66c of the connecting member 52 can be fixed in a non-removable manner by, for example, heat caulking.

  The mounting sealing member 48 is formed separately from the main board case 43, the closing sealing member 47, etc., and is provided, for example, for one main board case 43, as shown in FIG. The insertion main body 127 and the protrusion 128 provided on the distal end side in the insertion direction of the insertion main body 127 are integrally provided.

  The insertion main body 127 is inserted into the second sealing mounting portion 74 so as to hold the protruding portion 128 in a state of projecting outward from the through hole 78, and is substantially inside the second sealing mounting portion 74. It is formed in a shape that can be accommodated without a gap, for example, a rectangular cylinder, and its axial length is substantially the same as, for example, the internal length of the second back case side sealing mounting portion 74a. Further, on the outer peripheral surface of the insertion main body 127, similarly to the closing sealing member 47, an axial protrusion 126 is provided corresponding to the groove 125 formed on the inner surface side of the second sealing mounting portion 74. ing. The closing lid 110 on the second front case side sealing mounting portion 74b side is provided with a pressing rib 129 on the inner surface side thereof as shown in FIGS. 10, 16, etc., and the main board case 43 is closed. When the holding rib 129 is substantially in contact with the rear end side in the insertion direction of the insertion main body portion 127 in the locked state, the axial movement of the mounting sealing member 48 in the second sealing mounting portion 74 is restricted. It is like that.

  The protrusion 128 protrudes in the axial direction from the approximate center on the distal end side in the insertion direction of the insertion main body 127, and when the mounting sealing member 48 is mounted in the second sealing mounting portion 74, it is shown in FIG. In this manner, the back case body 41 protrudes through the through hole 78. The tip of the protrusion 128 is formed in an inclined shape in which the amount of protrusion gradually increases from the lock side (right side) to the unlock side (left side) in the mounting slide direction. The protrusion 128 is formed in a plate shape corresponding to the shape of the through-hole 78, for example, along the mounting slide direction. For example, the insertion main body portion is inserted via a reinforcing rib disposed in the insertion main body 127 in the axial direction. 127 is integrally provided.

  The connecting member 52 connects the back case body 41, the front case body 42, and the closing sealing member 47. As shown in FIG. 8, the connecting member 52 cannot be attached to or detached from the fixed base portion 67 on the back case body 41 side. The back case side fixing portion 66a to be fixed, the front case side fixing portion 66b fixed to the fixing base portion 92 on the front case body 42 side so as not to be detachable, and the fixing base portion 124 on the closing sealing member 47 side cannot be attached or detached. A sealing member side fixing portion 66c fixed to the first case, a first connecting band portion 131 for connecting the back case side fixing portion 66a and the front case side fixing portion 66b, a front case side fixing portion 66b and the sealing member The second connecting band portion 132 that connects the side fixing portion 66c is formed integrally with a synthetic resin having a certain degree of flexibility, such as polyethylene having flexibility.

  Here, the back case side fixing portion 66a, the front case side fixing portion 66b, and the first connecting band portion 131 constitute first connecting means 49a that connects the back case body 41 and the front case body 42 in an openable / closable state. The second connecting means that the front case side fixing portion 66b, the sealing member side fixing portion 66c, and the second connecting band portion 132 connect the front case body 42 and the closing sealing member 47 in a state where the sealing operation can be performed. 49b.

  The first and second connection band portions 131 and 132 are formed in, for example, an elongated flat plate shape having sufficient flexibility, and the back case body 41 and the front case body 42 are usually connected to the first connection band portion 131. In the range where there is no hindrance when opening and closing according to the procedure, and for the second connecting band portion 132, there is no hindrance when the closing sealing member 47 is removed from the sealing member holder 93 and inserted into the first sealing mounting portion 73. Each of them is formed as short as possible.

  As shown in FIG. 9 and the like, the seal cover 50 includes a main body portion 141, an engaged portion 142 provided on one end side of the main body portion 141, a coupling pin 143 provided on the other end side of the main body portion 141, and an interlock. For example, and is integrally formed of a transparent synthetic resin.

  The main body 141 includes a seal cover part 141 a corresponding to the IC tag seal sticking surface 82 and a sealing cover part 141 b corresponding to the coupled part 112. The seal cover portion 141a integrally includes a seal cover plate 144 formed in a plate shape along the IC tag seal sticking surface 82 and a reinforcing rib 145 protruding from the outer edge portion of the seal cover plate 144 to the back surface 144b side. I have. The seal cover plate 144 is formed in a substantially rectangular shape when viewed from the front so as to cover substantially the entire IC tag seal application surface 82, and its surface 144 a is substantially in close contact with the entire surface of the IC tag seal 45 attached on the IC tag seal application surface 82. As shown, the IC tag seal affixing surface 82 is formed in a three-dimensional shape along the flat portions 88 a and 88 b and the bent portion 89. The reinforcing rib 145 is desirably provided so as to avoid the display position of the identification information on the IC tag seal 45.

  The sealing cover part 141b is provided so as to project from the sealing cover plate 146 formed in a plate shape along the coupled portion 112 on the front case body 42 side, and the back surface 146b side from the outer edge portion or the like of the sealing cover plate 146. The reinforcing rib 147 is formed integrally with the seal cover portion 141a. The sealing cover plate 146 is formed in a substantially rectangular shape in front view that covers substantially the whole of the coupled portion 112. Further, on the outer edge side of the main body portion 141, a protruding portion 140 having a constant width that protrudes outward is provided integrally so as to cover the edge of the surrounding wall 117 on the main board case 43 side.

  The engaged portion 142 is for engaging one end side of the seal cover 50 with the main substrate case 43, and corresponds to the seal cover engaging portions 91a, 91b on the main substrate case 43 side, for example, the main substrate case 43. The hinge pin 142a is disposed in the closed slide direction, that is, the left-right direction, and a pair of support portions 142b that support the hinge pin 142a at both ends thereof. As shown in FIG. The mating portions 91a and 91b are detachably fitted from the back side of the main board case 43, and are held rotatably around the shaft.

  As described above, the seal cover 50 has a hinge pin between the “covered state” in which the surface of the IC tag seal 45 is substantially covered by the seal cover portion 141 a and the “open state” in which the seal cover portion 141 a is separated from the surface of the IC tag seal 45. The main board case 43 is mounted so as to be swingable about the axis 142a.

  The coupling pin 143 constitutes a seal cover sealing means that seals with the coupled portion 112 on the main substrate case 43 side in a state where the seal cover 50 is attached to the main substrate case 43, and corresponds to the coupled portion 112. A plurality of (for example, two) connecting ribs 148a and 148b are arranged in the opening 150 formed in the sealing cover plate 146 through a certain gap and across the gap. They are connected together. The coupling pin 143 includes a shaft portion 143a projecting toward the surface 146a side of the sealing cover plate 146, and a cross-sectional base provided on the distal end side of the shaft portion 143a and extending in the width direction of the shaft portion 143a. The rear end side of the shaft portion 143a is connected to the sealing cover plate 146 by connecting ribs 148a and 148b, and the hinge pin 142a is engaged with the seal cover engaging portions 91a and 91b. When the seal cover portion 141a is in close contact with the surface of the IC tag seal 45 on the IC tag seal sticking surface 82 in this state, the seal cover portion 141a penetrates the insertion slit 114 of the coupled portion 112 and detachably engages with the back side. (FIG. 14B).

  The interlocked engaged portion 149, together with the interlock engaging portion 171 on the seal cutter 51 side, constitutes interlocking means 172 that interlocks the seal cutter 51 and the seal cover 50. For example, the interlocked engaged portion 149 is provided on the seal cover portion 141a and to be covered. It protrudes integrally with, for example, the side opposite to the engaging portion 142, that is, the side of the coupling pin 143.

  As shown in FIG. 9 and the like, the seal cutter 51 is disposed on an elongated plate-like main body portion 173, a swinging bearing portion 174 disposed on one end side of the main body portion 173, and the other end side of the main body portion 173. The interlocking engagement portion 171 is integrally provided. The main body 173 is integrally provided with a cutting blade 173a that has been subjected to a cutting edge processing with an acute cross section along an edge on one side thereof, and a back case side pasting surface 82a and a front case side pasting surface 82b. It can be accommodated in the gap 118 therebetween. When the seal cutter 51 is mounted in the gap 118, as shown in FIG. 15 and the like, the cutting edge of the cutting blade 173a is made IC by a support rib 119 erected on the bottom wall 68 of the back cover 63a, for example. It is held at a position substantially coinciding with the tag seal affixing surface 82.

  The rocking bearing portion 174 is formed, for example, in the same C-shaped cross section as the seal cover engaging portions 91a and 91b, and when the main body portion 173 is accommodated in the gap 118, between the seal cover engaging portions 91a and 91b. When the seal cover 50 is mounted on the main board case 43, the hinge pins 142a on the seal cover 50 side are rotatably held together with the seal cover engaging portions 91a and 91b. Thereby, the seal cutter 51 is between a “retracted state” in which the cutting edge of the cutting blade 173 a substantially coincides with the IC tag seal application surface 82 and a “cut state” in which the blade edge protrudes outside the IC tag seal application surface 82. It becomes rotatable about the axis of the hinge pin 142a, and the seal cover 50 and the seal cutter 51 are allowed to swing around the same rotation axis.

  Further, the interlocking engagement portion 171 protrudes from one end side of the main body portion 173 toward the cutting blade 173a side, that is, toward the outside of the IC tag seal sticking surface 82, and the seal cover 50 is in a covering state to the main board case 43. When sealed, the IC tag seal 45 is affixed to the interlocked engaged portion 149 on the seal cover 50 side outside the IC tag seal 45 affixed on the IC tag seal affixing surface 82 (FIG. 14B). Thus, the seal cutter 51 and the seal cover 50 are interlocked so as to be able to swing integrally around the same rotational axis so that the retracted / cut state of the seal cutter 51 and the covered / opened state of the seal cover 50 correspond to each other. It becomes a state.

  The mounting base 36 corresponds to the base plate 151 formed in a substantially rectangular shape corresponding to the back surface of the main board case 43 and the mounting guide groove 104 of the main board case 43 as shown in FIGS. Mounting rail plates 152, 153 provided in a protruding manner along both upper and lower edges of the base plate 151, and provided in a protruding manner along an edge portion on one side (here, the right side) of the mounting direction of the base plate 151. And a plurality of fixing holes provided in the base plate 151. The slide restricting plate 154 and the temporary fixing hooks 155, 156 provided in a protruding manner on the outside of the upper and lower mounting rail plates 152, 153 are integrally provided. In 151a, it is fixed to the inner surface side of the back plate 7 of the main body case 2 with screws. When the main board case 43 is mounted on the mounting base 36, the main board case 43 covers the fixing holes 151a and the fixing screws (not shown). Cannot be removed.

  The mounting rail plates 152 and 153 include one or a plurality of mounting engaging means 57 constituting the mounting locking means 56 corresponding to the mounting engaged means 58 on the main board case 43 side, for example. It is provided one by one. As shown in FIG. 7, the mounting engagement means 57 includes an engagement leg 57a protruding from the edge of the mounting rail plates 152 and 153 toward the main board case 43 side (front side), and the engagement leg 57a. A first engaging claw portion 57b that protrudes to the one side of the mounting slide direction along the longitudinal direction of the mounting rail plates 152, 153 from the front end side, for example, the left side, and the other in the mounting slide direction from the front end side of the engagement leg portion 57a. Side, for example, a second engagement claw portion 57c protruding to the right side, is formed in a substantially T shape, and is mounted and engaged when the main board case 43 is fitted into the mounting base 36 to be in a mounting unlocked state. The first and second engaging claw portions 57b and 57c of the means 57 are fitted into the fitting portions 58a of the mounted engaged means 58, and in this state, the main board case 43 is relative to the mounting base 36 in the right direction. To slide The first engagement claw portion 57b engages with the first engagement portion 58b of the attachment engagement means 58 to enter the first attachment lock state, or the main board case 43 is attached to the attachment base 36 from the attachment unlock state. On the other hand, the second engagement claw portion 57c is engaged with the second engaged portion 58c of the attachment engaged means 58 so as to be in the second attachment locked state by being relatively slid leftward. Yes.

  In addition, two sets of first and second mounting sealing engagement claws 157 and 158 are provided on the base plate 151. The first mounting sealing engagement claw 157 is used for sealing in the first mounting lock state, and is provided corresponding to the protrusion 128 of the mounting sealing member 48, for example, on the base plate 151. It is provided in a first recess 159 formed along the mounting slide direction. The first attachment sealing engagement claw 157 can be switched between an engagement position engageable with the protrusion 128 of the attachment sealing member 48 and a retracted position not engaged, and is elastically biased toward the engagement position. The first mounting lock side (right end side) is an engagement surface 160a along the mounting slide direction, and the front surface side is an inclined guide surface 160b. The main board case 43 is mounted and unlocked with respect to the mounting base 36. When it is slid rightward from the state to the first mounting locked state, the engagement surface 160a engages the left side of the protrusion 128 of the mounting sealing member 48 and slides to the mounting unlocked state side (left side). It comes to regulate.

  The second mounting sealing engagement claw 158 is used for sealing in the second mounting locked state, and is provided corresponding to the engagement protrusion 80 on the back case body 41 side. For example, the base plate 151 is provided in a second recessed portion 161 formed along the mounting slide direction on 151. The second mounting / sealing engagement claw 158 is formed in the same shape as the first mounting / sealing engagement claw 157, but is arranged opposite to the first mounting / sealing engagement claw 157. When the main board case 43 is slid leftward from the mounting unlocked state to the second mounting locked state with respect to the mounting base 36, the engaging surface 160a is on the right side of the engaging protrusion 80 on the back case body 41 side. The sliding to the mounting unlocked state side (right side) is restricted by engaging.

  In addition, the fitting collar portions 77 are fitted on both sides of the first and second attachment sealing engagement claws 157 and 158 in the first and second attachment lock states, respectively, and are separated from the base plate 151. First and second mounting fitting grooves 162 and 163 are provided for restricting movement of the first mounting fitting groove.

  Further, on the front side of the base plate 151, as shown in FIG. 7 and the like, for example, a protruding slide restricting portion 164 for restricting the movement of the main board case 43 from the attachment unlocked state to the second attachment lock state is provided. It has been. On the main board case 43 side, for example, a protrusion 165 corresponding to the slide restricting part 164 is integrally provided on the back side of the back case body 41, and the main board case 43 is attached to the attachment base 36 and is attached and unlocked. When the state is reached, the protrusion 165 is engaged with the right side of the slide restricting portion 164 so that the slide toward the second mounting lock state is restricted. The protruding portion 165 can be easily removed by a nipper or the like, and by removing the protruding portion 165, it is possible to slide from the mounting unlocked state to the second mounting locked state side.

  The temporary fixing hooks 155 and 156 are for temporarily fixing the main board case 43 mounted on the mounting base 36 in the mounting unlocked state. For example, one or a plurality of sets, for example, one set are provided above and below the mounting base 36. The main board case 43 is held by detachably engaging with the front edge side along the side surfaces of the main board case 43, for example, the upper peripheral wall 94 and the lower peripheral wall 95.

  On the main board case 43 side, as shown in FIG. 6 and the like, positioning ribs 166 corresponding to at least one of these temporary fixing hooks 155 and 156, for example, the lower temporary fixing hook 156, for example, on the front case body 42 are provided. It is provided integrally. The positioning rib 166 is located on one side in the mounting slide direction with respect to the temporary fixing hook 156 when the main board case 43 is mounted on the mounting base 36 and is in the mounting unlocked state, for example, the first mounting lock side (right side). If the main board case 43 is mounted on the mounting base 36 with the positioning rib 166 along the right side of the temporary fixing hook 156, it can be easily positioned in the unlocked state. When the main board case 43 is slid from the mounting unlocked state to the first mounting locked state side, the temporary fixing hook 156 may be elastically deformed to temporarily release the engagement with the positioning rib 166.

  When the main board case 43 as described above is mounted in the main body case 2, the main board case 43 is first sealed with the main control board 13 stored, and a seal cutter 51 is mounted on the main board case 43. After that, the IC tag seal 45 is affixed and the seal cover 50 is attached, and the main board case 43 in this state is attached and sealed to the attachment base 36 fixed to the back plate 7 in the main body case 2 in advance. Follow the procedure to do. Hereinafter, the mounting / sealing procedure and the subsequent opening procedure will be briefly described with reference to FIGS.

(A1) Attachment of the main control board 13 to the main board case 43 First, the main control board 13 is attached to the main board case 43, but as a previous step, the back case body 41 constituting the main board case unit 14 and the front case body A set of the case body 42, the closing sealing member 47, the mounting sealing member 48, and the connecting member 52 is prepared, and the back case body 41, the front case body 42, and the closing sealing member 47 are connected to the connecting member 52 by the method described above. Connect to each other.

  In addition, with the mounting sealing member 48 inserted into the second back case side sealing mounting portion 74a, the back case body 41 and the front case body 42 are fitted together and slid to each other to be in a closed locked state, thereby closing the sealing If the member 47 is attached to the sealing member holder 93, the unsealed main substrate case 43 can be easily transported as a unit. At this time, the mounting sealing member 48 is stored in the second sealing mounting portion 74, and the closing sealing member 47 is connected to the main board case 43 by the connecting member 52. There is no worry about losing.

  When the main control board 13 is mounted, for example, the back case body 41 and the front case body 42 of the main board case 43 temporarily assembled in an unsealed state as described above are slid to the mounting unlocked state side. The main control board 13 is mounted inside the front case body 42 so that the electronic component mounting surface 13a faces the upper wall 98 side, and is fixed by screwing.

(A2) Closing / sealing of the main board case 43 When the main control board 13 is mounted on the front case body 42, the front case body 42 is mounted in the second back case side sealing mounting portion 74a. The back case body 41 in the inserted state is fitted from the front side to be in a closed unlocked state (FIG. 10A).

  At this time, the first and second back case side sealing mounting portions 73a and 74a on the back case body 41 side and the first and second front case side sealing mounting portions 73b and 74b on the front case body 42 side are mutually The shaft is shifted in the closing slide direction. Further, the back case side sticking surface 82a and the front case side sticking surface 82b are also separated in the closing slide direction (FIGS. 11A and 12A).

  Subsequently, the front case body 42 is slid rightward with respect to the back case body 41. As a result, the closing engagement means 54 on the back case body 41 side engages with the engaged portion 55b on the front case body 42 side, and the main board case 43 enters the closed lock state, and the back case body 41 side The first and second back case side sealing mounting portions 73a and 74a and the first and second front case side sealing mounting portions 73b and 74b on the front case body 42 side are mutually in the front-rear direction perpendicular to the closing slide direction. It will be in the state which matched (FIG.10 (b)).

  At this time, the holding rib 129 on the second front case side sealing mounting portion 74b side substantially contacts the rear end side in the insertion direction of the mounting sealing member 48 in the second back case side sealing mounting portion 74a. The sealing member 48 is fixed in a state in which the protrusion 128 on the tip side protrudes from the through hole 78 to the back side.

  Further, the back case side attaching surface 82a and the front case side attaching surface 82b are connected to form one IC tag seal attaching surface 82 (FIGS. 11 (b) and 12 (b)). The back case side attaching surface 82a and the front case side attaching surface 82b are adjacent to each other in the sliding direction in the same direction as the electronic component mounting surface 13a of the main control board 13, and are formed by combining them. The entire IC tag seal attaching surface 82 faces the same front side as the electronic component mounting surface 13a of the main control board 13.

  Subsequently, the closure sealing member 47 is detached from the sealing member holder 93 and inserted into the first seal mounting portion 73, and the retaining engagement claw 123 is attached to the back side end portion of the first front case side seal mounting portion 73b. Engage (Fig. 10 (c)). As a result, the first back case side sealing mounting portion 73a and the first front case side sealing mounting portion 73b cannot be moved relative to each other in the closing slide direction. Therefore, the back case body 41 and the front case body 42 are closed. Regulated in the locked state. Moreover, since the retaining engagement claw 123 is covered with the first back case side sealing mounting portion 73a (see FIG. 17), the engagement of the retaining engagement claw 123 is released from the outside to be closed and sealed. The member 47 cannot be removed, and therefore the main board case 43 is in a closed sealing state in which sliding toward the closed unlocked state is prevented from being unreleasable. In this state, the back case body 41 and the front case body 42 may be further fixed by screwing or the like.

(A3) Application of IC tag seal 45 and installation of seal cutter 51 and seal cover 50 Subsequently, the seal cutter 51 is installed on the main board case 43 (FIG. 13A), and the IC tag seal 45 is placed on the IC tag seal application surface 82. Is attached (FIG. 13B), and a seal cover 50 is attached so as to cover the surface of the IC tag seal 45 (FIG. 14).

  That is, the seal cutter 51 is accommodated in the gap 118 between the back case side application surface 82a and the front case side application surface 82b so that the cutting blade 173a faces outward (FIG. 13A). Thereby, the seal cutter 51 is held at a position where the cutting edge of the cutting blade 173a substantially coincides with the IC tag seal attaching surface 82.

  Then, the IC tag seal 45 is pasted on the IC tag seal pasting surface 82 from the outside of the seal cutter 51 (FIG. 13B). At this time, as indicated by an imaginary line in FIG. 11B, the seal cutter 51 intersects with the IC chip 45 b disposed at the approximate center of the IC tag seal 45.

  Thereafter, the hinge pin 142a on one end side of the seal cover 50 is engaged with the seal cover engaging portions 91a and 91b and the swinging bearing portion 174 therebetween from the back side of the main board case 43, and swinging around the shaft. The coupling pin 143 on the other end side is penetrated through the insertion slit 114 of the coupled portion 112 (FIG. 14 (a) → (b)). Accordingly, the coupling pin 143 engages with the back side of the elastic engagement portion 116, and the coupling portion is covered from the outside by the sealing cover portion 141b, so that the seal cover 50 cannot be detached from the main board case 43. It becomes a combined state.

  At the same time, the interlocking engagement portion 171 on the seal cutter 51 side engages with the interlocked engaged portion 149 on the seal cover 50 side, and the seal cutter 51 and the seal cover 50 hold the IC tag seal 45 from both sides. In the sandwiched state, the interlocking state is enabled so as to be able to swing integrally around the axis of the hinge pin 142a.

  At this time, as shown in FIG. 15, the seal cover portion 141 a is in a state of being in close contact with the surface of the IC tag seal 45 on the IC tag seal attaching surface 82 (covered state), and peeling of the IC tag seal 45 can be prevented. In addition, since the IC tag seal sticking surface 82 is provided with a bent portion 89 and the seal cover 50 is formed in a shape along the bent portion 89, for example, a thin knife such as a cutter knife is attached to the IC tag seal 45. It is difficult to remove the IC tag seal 45 by inserting it into the adhesive layer between the IC tag seal sticking surface 82 and the IC tag seal sticking surface 82.

  Further, since the seal cover 50 is sealed to the main substrate case 43 by the seal cover sealing means constituted by the coupled portion 112 on the main substrate case 43 side and the coupling pin 143 on the seal cover 50 side, The seal cover 50 cannot be removed from the main board case 43 without leaving a mark, and the act of illegally peeling the IC tag seal 45 can be effectively prevented. Is easy.

  Since the seal cover 50 is entirely formed transparently, the identification number or the like written on the surface of the IC tag seal 45 can be read without problems even when the seal cover 50 is attached.

  Further, the engaged portion 142 of the seal cover 50 is engaged with a seal cover engaging portion 91a on the back case body 41 side and a seal cover engaging portion 91b on the front case body 42 side as shown in FIG. Since the sliding in the direction in which they separate is restricted, the main substrate case 43 cannot be opened unless the seal of the seal cover 50 to the main substrate case 43 is released and the seal cover 50 is removed. That is, the seal cover 50 also has a function as a closing sealing means different from the closing sealing member 47.

  Here, for example, a plurality of main board cases 43 sealed as described above are prepared, and the seal cover 50, the back case body 41, and the front case body 42 in a state where there is no trace of opening from each main board case 43. Even if the closing sealing member 47 and the like are successfully taken out, the back case body 41, the front case body 42 and the closing sealing member 47 are connected by the connecting members 52 (first connecting means 49a and second connecting means 49b). Since they are connected to each other, it is necessary to cut the connecting member 52 in order to create a new main board case 43 by combining them. That is, even if a new main board case 43 is created by combining the back case body 41, the front case body 42, the closing sealing member 47, etc. taken out from the plurality of main board cases 43, the state is still connected by the connecting member 52. Can not be reproduced, and such fraud can be effectively prevented.

(A4) Mounting / Sealing of Main Board Case 43 to Mounting Base 36 Next, the main board case 43 in a closed and sealed state is attached to the mounting base 36 fixed to the back plate 7 in the main body case 2 in advance from the front side. The mounting engagement means 57 on the mounting base 36 side is fitted into the fitting portions 58a in the mounting guide groove 104 on the front case body 42 side to make the mounting unlocked state, and the upper and lower temporary fixing hooks 155, 156 Temporarily fix with. At this time, if the positioning rib 166 on the main board case 43 side is fitted along the right side of the temporary fixing hook 156, it can be easily positioned in the mounted unlocked state. Further, in this mounted unlocked state, the projection 165 on the back side of the main board case 43 is engaged with the right side of the slide restricting section 164 on the mounting base 36 side. It cannot be slid to the state side (left side).

  Subsequently, the temporary fixing hook 156 is elastically deformed to temporarily release the engagement with the positioning rib 166, and then the main board case 43 is slid rightward with respect to the mounting base 36 (FIG. 16A). (B)). As a result, the mounting engagement means 57 on the mounting base 36 side engages with the mounting engaged means 58 on the front case body 42 side, and the main board case 43 enters the first mounting locked state with respect to the mounting base 36. At this time, the protrusion 128 on the main board case 43 side engages with the first mounting sealing engagement claw 157, and the sliding toward the mounting unlocked state is restricted. In addition, the engagement of the first mounting sealing engagement claw 157 cannot be released from the outside, and therefore, the main board case 43 is prevented from sliding to the mounting unlocked state with respect to the mounting base 36. The attached sealed state is obtained.

  The connector cover 46 may be attached after the main board case 43 is attached to the mounting base 36 and the harness side connector 105 is connected to the connector 61a on the main board case 43 side.

(B1) Removal of main board case 43 When the main board case 43 mounted in the main body case 2 is opened for inspection or the like by the above procedure, the connector cover 46 is first removed and the harness is removed from the connector 61a. The side connector 105 is removed. Then, the closing lid 110 is pierced using a tool such as a screwdriver, the closing lid 110 is removed to open the end of the second sealing mounting portion 74, and the mounting sealing member 48 is extracted therefrom (FIG. 18). . As a result, the protrusion 128 that has been engaged with the first attachment sealing engagement claw 157 disappears, and the attachment sealing state is released. Therefore, the temporary fixing hook 156 is elastically deformed to engage with the positioning rib 166. Can be removed from the mounting base 36 by sliding the main board case 43 toward the mounting unlocked state with respect to the mounting base 36.

(B2) Removal of Seal Cover 50 Subsequently, the seal cover 50 is removed from the main board case 43 removed from the mounting base 36. That is, the connecting ribs 148a and 148b of the seal cover 50 are cut with a nipper or the like to disconnect the coupling pin 143, the seal cover 50 is lifted around the axis of the hinge pin 142a (FIG. 19), and removed from the main board case 43. At this time, since the seal cutter 51 integrated with the seal cover 50 also swings around the axis of the hinge pin 142a toward the outside of the IC tag seal application surface 82, the IC tag seal 45 is moved by the cutting blade 173a of the seal cutter 51. It is automatically cut into two on the IC chip 45b (FIG. 19B).

  As described above, since the IC tag seal 45 is automatically cut when the seal cover 50 is removed, it is impossible to peel off the seal seal without leaving a trace from the main board case 43 and reuse it.

(B3) Opening of the main board case 43 When the sealing state by the sealing cover 50 and the sealing state by the IC tag seal 45 are released by removing the sealing cover 50, the second connecting band portion 132 of the connecting member 52 is subsequently moved. After cutting and releasing the connection between the main board case 43 and the closing sealing member 47, the connection ribs 108a to 108d of the first front case side sealing mounting portion 73b are cut using a cutting tool such as a nipper, The first front case side sealing mounting portion 73b is removed from the front case body 42 together with the closing sealing member 47 (FIGS. 20A and 20B). Thereby, since the closed sealing state of the main substrate case 43 is released, the main substrate case 43 can be opened by sliding the back case body 41 toward the closed unlocked state with respect to the front case body 42. .

(C1) Sealing of the Main Substrate Case 43 for the Second Time In the main substrate case unit 14 of this embodiment, once opened, the sealing can be performed once again with the trace left. . Hereinafter, the second sealing and opening procedure will be briefly described. Since the seal cover 50 is broken at the first opening, it cannot be mounted again at the second sealing. Further, the mounting sealing member 48 is not used for the second sealing.

  First, as in the first sealing, the front case body 42 is fitted to the back case body 41 from the front side to be in a closed unlocked state, and then the front case body 42 is attached to the back case body 41. Slide it to the right to lock it. At this time, the mounting sealing member 48 is not inserted into the second back case side sealing mounting portion 74a.

  Subsequently, the closing sealing member 47 separated from the front case body 42 at the first opening is inserted into the second sealing mounting portion 74 instead of the first sealing mounting portion 73 this time (FIG. 21). The second front case side sealing mounting portion 74b constituting the second sealing mounting portion 74 is in a state where the closing sealing member 47 can be inserted by removing the closing lid 110 at the first opening. . As a result, the second back case side sealing mounting portion 74a and the second front case side sealing mounting portion 74b cannot be moved relative to each other in the closing slide direction. Therefore, the back case body 41 and the front case body 42 are closed. Regulated in the locked state. Moreover, since the retaining engagement claw 123 is covered with the second back case side sealing mounting portion 74a, the engagement of the retaining engagement claw 123 is released from the outside and the closing sealing member 47 is removed. Therefore, the main board case 43 is in a closed sealed state in which sliding to the closed unlocked state is prevented from being unreleasable.

(C2) Mounting / Sealing of Main Board Case 43 to Mounting Base 36 for the Second Time Next, the main board case 43 is removed from the projection 165 (FIG. 7) on the back side thereof with a nipper or the like, and then the mounting base 36 is mounted. And is temporarily fixed by the upper and lower temporary fixing hooks 155 and 156. Then, the main board case 43 is slid with respect to the mounting base 36 in the second mounting locked state side, that is, in the left direction opposite to the first time. At this time, since the protrusion 165 corresponding to the slide restricting portion 164 has already been removed, the slide to the second mounting lock state side is not restricted.

  As a result, the engagement protrusion 80 on the main board case 43 side engages with the second attachment sealing engagement claw 158, and the sliding toward the attachment unlocked state is restricted (FIG. 22). In addition, the engagement of the second mounting sealing engagement claw 158 cannot be released from the outside, and therefore the main board case 43 is prevented from sliding to the mounting unlocked state with respect to the mounting base 36 so as not to be released. The attached sealed state is obtained.

(D1) Removal of the Main Substrate Case 43 for the Second Time When removing the main substrate case 43 mounted as described above, the opening lid 79 is first placed in the first sealing mounting portion 73 using a tool such as a screwdriver. The opening lid 79 is removed and an opening 81 is formed (FIG. 23). Then, the second mounting sealing engagement claw 158 is pressed through the opening 81 to release the engagement with the engagement protrusion 80, and the main board case 43 is slid toward the mounting unlock state with respect to the mounting base 36. It is possible to remove from the mounting base 36.

(D2) Second opening of main board case 43 Subsequently, the connecting ribs 108a to 108d of the second front case side sealing mounting portion 74b are cut using a cutting tool such as a nipper, and the second front case side sealing is performed. The stop mounting portion 74b is removed from the front case body 42 together with the closing sealing member 47 (FIG. 24). Thereby, since the closed sealing state of the main substrate case 43 is released, the main substrate case 43 can be opened by sliding the back case body 41 toward the closed unlocked state with respect to the front case body 42. .

  As described above, in the slot machine according to the present embodiment, the retracted state is arranged between the back case side attaching surface 82a and the front case side attaching surface 82b, and the cutting edge does not protrude to the outside of the both attaching surfaces 82a, 82b. The seal cutter 51 is movable between a protruding cutting state, a covering state attached to the main board case 43 and substantially covering the surface of the IC tag seal 45, and an open state separating from the surface of the IC tag seal 45. A seal cover 50 capable of being attached, and the seal cover 50 and the seal cutter 51 are sandwiched from both sides by the seal cutter 51 in a retracted state and the seal cover 50 in a covered state with the IC tag seal 45 in an affixed state. 43 so that the retracted / cut state of the seal cutter 51 and the covered / opened state of the seal cover 50 correspond to each other. Since the seal cutter 51 and the seal cover 50 are interlocked by the interlocking means 172, the IC tag seal 45 cannot be peeled off while the seal cover 50 is attached. Since the tag seal 45 is cut, it is possible to completely prevent the seal seal from being peeled off without leaving a trace from the main board case 43.

  Further, since the seal cover sealing means 112 and 143 for sealing the seal cover 50 to the main substrate case 43 in the covered state are provided, the seal cover 50 cannot be removed from the main substrate case 43 without leaving a trace. If such an illegal act is performed, it is easy to find.

  Further, a bent portion 89 for guiding the IC tag seal 45 in a bent shape is provided on a part of the IC tag seal attaching surface 82 constituted by the back case side attaching surface 82a and the front case side attaching surface 82b, and the seal cover 50 is bent. Since it is formed in a shape along the part 89, for example, a thin knife such as a cutter knife is inserted into the adhesive layer between the IC tag seal 45 and the IC tag seal application surface 82, and the IC tag seal 45 is peeled off cleanly. It is difficult.

  Since the seal cutter 51 is arranged so as to intersect with the IC chip 45b on the IC tag seal 45, when the IC tag seal 45 is cut by the seal cutter 51, the IC chip 45b can be surely damaged. The reuse of the tag seal 45 can be prevented.

  The interlocking means 172 includes an interlocking engagement portion 171 on the seal cutter 51 side and an interlocked engaged portion 149 on the seal cover 50 side, and the seal cutter 51 is in a retracted state before the IC tag seal 45 is pasted. 43, and when the seal cover 50 is attached to the main substrate case 43 after the IC tag seal 45 is pasted so that the interlocked engagement portion 171 and the interlocked engaged portion 149 are engaged with each other. The seal cutter 51 and the seal cover 50 are configured to be swingable around the same hinge pin (rotary shaft) 142a, and the hinge pin (rotary shaft) 142a and the interlocking means 172 are sandwiched with the IC tag seal 45 interposed therebetween. Since it is arranged on both sides, it is easy to attach the seal cutter 51 and the seal cover 50, and the two can be reliably interlocked.

  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, both the seal cutter 51 and the seal cover 50 may be configured to be attachable to the main board case 43 after the IC tag seal 45 is pasted. Further, the seal cutter 51 and the seal cover 50 may be provided integrally. However, in these cases, it is necessary to prevent the seal cutter 51 and the seal cover 50 from being removed while the IC tag seal 45 is stuck.

  The seal cutter 51 may cut only a part of the seal seal 45 such as an IC tag seal. Moreover, the seal cutter 51 should just be what damages a part of the seal seal 45, such as making a hole in the seal seal 45.

  The back case side sticking surface (back case body side sticking surface) 82a and the front case side sticking surface (second case body side sticking surface) 82b are a back case body (back case body) 41 and a front case body (second case body) 42. As long as they are fitted together, they can be connected to each other to form one IC tag seal application surface (sealing seal application surface) 82. The back case body (back case body) 41 and the front case body (B case body) 42, the adjoining direction of the back case side attaching surface 82a and the front case side attaching surface 82b, etc. are arbitrary.

  Therefore, for example, the first embodiment may be modified such that the back case side sticking surface 82a and the front case side sticking surface 82b are arranged so as to be adjacent to each other in the direction perpendicular to the closing slide direction, that is, vertically. . In this case, when the back case body 41 and the front case body 42 are in the closed unlocked state, the connection sides 47a and 47b of the back case side sticking surface 82a and the front case side sticking surface 82b are displaced in the closing slide direction. When the back case body 41 and the front case body 42 are in the closed locked state, the connecting sides 47a and 47b coincide with each other so that the back case side pasting surface 82a and the front case side pasting surface 82b move up and down. Connected.

  Further, the substrate case 43 may be configured such that the upper case body 41 and the second case body 42 are fitted to each other from both the left and right sides or the upper and lower sides of the substrate 13. Moreover, the sealing method of the substrate case 43 and the mounting / sealing method of the substrate case 43 to the main body case 2 and the like are arbitrary. Further, the connecting member 52, the connector cover 46, etc. are not essential components and may be omitted.

  The sealing seal sticking surface 82 may be entirely formed as a flat surface without providing the bent portion 82. When the bent portion 82 is provided, the shape thereof is arbitrary, and for example, it may be formed in a gentle waveform. Further, the seal seal 45 may not be an IC tag seal.

  The board case is not limited to the one that stores the main control board 13, and can be similarly applied to, for example, an effect board case that stores an effect control board, a payout board case that stores a payout control board, and the like. Furthermore, in the embodiment, an example in which the present invention is applied to a slot machine has been shown, but it goes without saying that the present invention can be similarly applied to various game machines such as a pachinko machine and an arrange ball machine.

41 Back case body (inner case body)
42 Front case body (B case body)
43 Main board case (board case)
45 IC tag seal (sealed seal)
45b IC chip 50 Seal cover 51 Seal cutter 82 IC tag seal application surface (sealing seal application surface)
82a Back case side sticking surface (step case side sticking surface)
82b Front case side sticking surface (B case side sticking surface)
89 Bent part 112 Joined part (sealing cover sealing means)
142a Hinge pin (rotating shaft)
143 Connecting pin (sealing cover sealing means)
149 interlocking engaged portion 171 interlocking engaging portion 172 interlocking means

Claims (1)

The upper case body (41) and the second case body (42) that can be fitted to each other, and the upper case side sticking surface (82a) on the upper case body (41) side and the second case body (42) side are provided. In a gaming machine including a board case (43) to which a seal seal (45) is stuck across the case case side application surface (82b), the upper case side application surface (82a) and the case case application surface ( 82b), and a seal capable of swinging around a predetermined rotation axis (142a) between a retracted state in which the cutting edge does not protrude to the outside of both the pasting surfaces (82a, 82b) and a protruding cut state. It is movable between a cutter (51) and a covering state that is attached to the substrate case (43) and substantially covers the surface of the sealing seal (45) and an open state that is separated from the surface of the sealing seal (45). Seal cover (50) The provided, the sealing seal affixed state (45), the said covering state on the front side of the back side with a sealing cutter which becomes the retracted state of the seal the seal (45) (51) and the sealing seal (45) The seal cover (50) and the seal cutter (51) are attached to the substrate case (43) so as to be sandwiched from both sides by the seal cover (50), and the retracted / cut state of the seal cutter (51) The seal cutter (51) and the seal cover (50) are interlocked by the interlocking means (172) so that the covering / opening state of the seal cover (50) corresponds. .

Images