JP2011110327A - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game machine, inhibiting an electronic tag seal and a board box from being removed in the condition as good as new. <P>SOLUTION: The board box includes a sticking part 46 to be split into a first sticking part 57 formed in a first case member and a second sticking part 59 formed in a second case member. A box side security seal 38 smaller than the electronic tag seal 36 is stuck to the sticking part 46, and when external force is received in the direction of releasing the box side security seal 38 from the sticking part 46, at least a part of a box side display layer 38b of the box side security seal 38 can be left in the sticking part 46. The electronic tag seal 36 includes a base seat 71 for making the box side security seal 38 invisible, and with the box side security seal 38 covered with the base seat 71, the surface of the box side security seal 38 and the sticking part 46 are stuck to each other. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a gaming machine such as a pachinko gaming machine provided with a board box for accommodating a control board therein and an electronic tag seal having an electronic tag capable of transmitting unique identification information stored in advance.

  A control device (main control device, subordinate control device) mounted on a conventional gaming machine, for example, a pachinko gaming machine or a slot machine, is configured by storing a control board on which various electronic components are mounted in a board box. Yes. The board box includes a first case member serving as a base and a second case member serving as a lid. When the first case member and the second case member are overlapped, a space portion in which the control board can be accommodated is formed. The second case member has an opening that allows the connector part on the control board to be exposed to the outside, and is configured to store the control board in the board box with only the connector part exposed to the outside. Yes.

  The control board (for example, a game control board in the main control device) is equipped with storage means (specifically, a memory) in which a predetermined game control program is stored. Then, as a fraudulent act against the control board, the board box is opened and the regular storage means is removed, and instead, an illegal storage means storing an illegal game control program can be attached, or the control apparatus itself and the illegal apparatus are illegal. May be exchanged. In order to deal with such illegal actions, the first case member and the second case member cannot be separated without breaking (for example, cutting with a tool such as a nipper) in order to prevent the substrate box from being opened. It has been proposed to provide a plurality of sealing mechanisms (so-called caulking mechanisms) for sealing. Further, an electronic tag seal (sealing seal) provided with an IC tag (RFIC tag) or the like in which identification information such as a unique ID is stored is pasted on the board box across the first case member and the second case member, It has been proposed that a shop clerk can perform a simple check by reading the identification information of an IC tag with a reader, or that the IC tag is destroyed by opening a substrate box (for example, Patent Document 1). Also, a communication terminal is provided on the control board, and the communication terminal is connected to an inspection device owned by a third party engine so that the control board can be inspected (specifically, the inspection of the game control microcomputer on the control board). It has been proposed to do so.

JP 2008-1113710 A

  By the way, even if the sealing mechanism and the electronic tag seal are provided in the substrate box as described above, in recent years, an unauthorized person may create an unauthorized control device using new means. Specifically, a fraudster obtains a plurality of control devices of the same type, takes a part of the first case member from one control device, takes a part of the second case member from another control device, etc. Then, the component parts of the board box and the electronic tag seal are arranged in the same state as a new article with no broken part, and a control device in which an unauthorized control board is stored is created using these parts.

  The present invention has been made in view of the above circumstances, and the purpose of the present invention is to prevent the electronic tag seal and the board box from being removed in the same state as a new one. It is an object of the present invention to provide a gaming machine capable of preventing an act of collecting an electronic tag seal or the like separately and storing an unauthorized control board.

The present invention has been proposed in order to achieve the above object, and according to the first aspect of the present invention, there are provided a first case member and a second case member, and the two case members are closed in the interior. A board box for storing the control board, and an electronic tag seal having an electronic tag capable of transmitting unique identification information stored in advance,
The electronic tag seal is attached in a state where the electronic tag intersects the boundary between the first case member and the second case member, and the first case member and the second case member are separated and opened. In a gaming machine capable of destroying the electronic tag,
The substrate box is provided with an attaching portion for attaching the electronic tag seal in a state where it is divided into a place formed in the first case member and a place formed in the second case member,
By sticking a box side security seal formed in a shape smaller than the electronic tag seal to the sticking part, and receiving an external force in the peeling direction in which the box side security seal is peeled off from the sticking part, It is possible to leave at least part of the separation layer formed on the box-side security seal as a visible trace on the sticking part,
The RFID tag seal includes an opaque portion that makes the box-side security seal invisible, and is attached to the surface of the box-side security seal and the sticking portion in a state of covering the box-side security seal with the opaque portion. A gaming machine characterized by being worn.

The thing of Claim 2 is equipped with the protective cover member for protecting the said electronic tag seal stuck to the said sticking part in the said board | substrate box,
Between the protective cover member and the electronic tag seal, a cover side security seal that is attached to both the protective cover member and the electronic tag seal is provided,
When the protective cover member is removed from the substrate box, the cover-side security seal receives an external force in a peeling direction in which the cover-side security seal is peeled off from the protective cover member or the electronic tag seal, thereby forming a separation layer formed on the cover-side security seal 2. The gaming machine according to claim 1, wherein at least a part of is left as a visible trace on at least one of the protective cover member or the electronic tag seal.

  According to a third aspect of the present invention, the box-side security seal has formed a box-side non-adhesive region that cannot be adhered to the sticking portion at an edge portion on the sticking surface side to be stuck to the sticking portion. The gaming machine according to claim 2, wherein:

According to a fourth aspect of the present invention, the cover-side security seal includes a first adhesive surface that is attached with one of the protective cover member or the electronic tag seal as a first attachment target, and the other is attached with a second attachment. A second adhesive surface to be adhered as an object to be adhered, the entire peripheral edge portion on the first adhesive surface side is adhered to the first adhesion object, and the edge on the second adhesive surface side is Forming a cover-side non-adhesive region that cannot be adhered to the second sticking target;
When the protective cover member is removed from the substrate box, the first adhesive surface continues to be adhered to the first adhesion target, and the cover-side non-adhesion region floats from the second adhesion target and the second The gaming machine according to claim 3, wherein the adhesive surface is peeled off leaving at least a part of a separation layer formed on the cover-side security seal on the second sticking target.

According to a fifth aspect of the present invention, the substrate box includes a sealing mechanism that seals the first case member and the second case member in a closed state, and the substrate box unless the sealing mechanism is destroyed. The seal of the box cannot be released,
The sealing mechanism is
A main sealing mechanism for fixing and sealing the first case member and the second case member in a closed state;
A sub-sealing mechanism for re-adhering and resealing the first case member and the second case member in a closed state after destruction of the main sealing mechanism,
The gaming machine according to claim 4, wherein the sub sealing mechanism is configured to be harder to break than the main sealing mechanism.

According to a sixth aspect of the present invention, the main sealing mechanism includes a main sealing portion and a main sealing tool,
The main sealing portion is composed of a main sealing receiving portion provided in the first case member and a main sealing body provided in the second case member,
The main sealing tool can fix the main sealing body and the main sealing receiving portion, and the fixed state cannot be released,
The sub-sealing mechanism includes a sub-sealing portion and a sub-sealing tool,
The sub-sealing portion is composed of a sub-sealing receiving portion provided in the first case member and a sub-sealing body provided in the second case member,
The sub-sealing tool is capable of fixing the sub-sealing body and the sub-sealing receiving portion, and makes the fixing state unreleasable,
6. The rigidity of the sub-sealing portion is set to be stronger than the rigidity of the main sealing portion, and the sub-sealing mechanism is set to be more difficult to break than the main sealing mechanism. The gaming machine described in 1.

The one according to claim 7 comprises a mounting base on which the substrate box is mounted,
The main sealing mechanism forms an engagement space portion between the main sealing body and the main sealing receiving portion in a state in which the first case member and the second case member are closed,
The mounting base includes a mounting engagement portion that can be engaged with the engagement space.
When the main sealing body and the main sealing receiving portion are fixed with the main sealing tool in a state where the mounting engaging portion is engaged with the engaging space portion, the mounting engaging portion is the main sealing. The gaming machine according to claim 6, wherein the gaming machine is configured to be fixed to a portion.

According to the eighth aspect of the present invention, at both ends of the substrate box in the longitudinal direction, the sealing mechanism is provided in a state straddling the boundary between the first case member and the second case member,
The electronic tag seal is stuck between one end and the other end in the longitudinal direction of the substrate box in a state of straddling the boundary between the first case member and the second case member. It is a gaming machine described.

According to a ninth aspect of the present invention, either one of the first case member or the second case member is used as a stationary receiving case member, and the other is used as an insertion side case member.
The place formed in the insertion side case member among the adhesion parts is the insertion side adhesion part,
The fastening receiving side case member is provided with a fastening receiving portion capable of fastening the fastening member,
In the insertion side attaching portion, an insertion hole is formed through which the fixing member in a state fixed to the fixing receiving portion can be inserted,
The first case member and the second case member can be locked by inserting the fastening member into the insertion hole and fastening the fastening member to the fastening receiving portion before the electronic tag seal is attached. A gaming machine according to any one of claims 1 to 8, characterized by:

  According to a tenth aspect of the present invention, the insertion side adhering portion has a passage opening through which the attachment receiving portion can pass when opening and closing the first case member and the second case member. The gaming machine according to claim 9, wherein the gaming machine is characterized by the following.

According to the present invention, the following excellent effects can be obtained.
According to the first aspect of the present invention, the substrate box is provided with an attaching portion for attaching the electronic tag seal to the place formed on the first case member and the place formed on the second case member. The box side security seal formed in a smaller shape than the electronic tag seal is attached to the sticking part, and an external force is applied in the peeling direction in which the box side security seal is peeled off from the sticking part. By receiving, it is possible to leave at least a part of the separation layer formed on the box side security seal as a visible trace on the sticking part, and the electronic tag seal has an opaque part that makes the box side security seal invisible. It is attached to the surface of the box-side security seal and the sticking part with the opaque part covering the box-side security seal. If Hegase a tag seal from sticking portion, peeling and electronic tag seal only box side security not seal the can to leave at least a portion of the isolation layer from the box side security seal bond portion desorbed. Therefore, it is possible to prevent the electronic tag seal and the box-side security seal peeled off from the sticking part and the board box from which the electronic tag seal has been peeled off from being removed in the same state as a new product. As a result, an act of an unauthorized person gathering a board box, an electronic tag sticker, etc. separately to store an unauthorized control board, and an attempt to illegally attach a board box containing an unauthorized control board to a gaming machine. Can be prevented.

  According to the invention described in claim 2, the substrate box includes a protective cover member for protecting the electronic tag seal attached to the attaching portion, and between the protective cover member and the electronic tag seal, When a cover-side security seal is attached to both the protective cover member and the electronic tag seal, and the protective cover member is removed from the board box, the cover-side security seal is peeled off from the protective cover member or the electronic tag seal. By receiving, at least a part of the separation layer formed on the cover side security seal is left as a visible trace on at least one of the protective cover member or the electronic tag seal, so if the protective cover member is removed from the substrate box, the cover side Remove at least part of the separation layer from the security seal to protect the cover It is possible to leave the tag seal. Accordingly, it is possible to prevent the protective cover seal and the electronic tag seal from being removed in the same state as a new one, and an unauthorized person tries to store the unauthorized control board by collecting the board box and the electronic tag seal separately. Can be prevented.

  According to invention of Claim 3, since the box side security seal formed the box side non-adhesion area | region which cannot adhere | attach to an adhesion part in the edge part of the adhesion surface side stuck to an adhesion part, When the electronic tag seal is to be peeled off from the sticking part, the box-side non-adhesive region is lifted from the sticking part, and the box-side security seal is easily peeled off from the sticking part. Accordingly, the box-side security seal can be peeled off from the sticking portion together with the electronic tag seal, and at least a part of the separation layer formed on the box-side security seal can be reliably left as a trace of peeling of the electronic tag seal. it can.

  According to the invention of claim 4, the cover side security seal includes the first adhesive surface that is pasted with either the protective cover member or the electronic tag seal as the first pasting target, and the other is the second pasting. A second adhesive surface that is adhered as a target, the entire peripheral edge portion on the first adhesive surface side is adhered to the first adhesion target, and the second adhesion target is provided on the edge portion on the second adhesive surface side. When the cover-side non-adhesive region that cannot be adhered to is formed and the protective cover member is removed from the substrate box, the first adhesive surface continues to be adhered to the first adhesion target, and the cover-side non-adhesive region is second-adhered. Since the second adhesive surface is lifted from the target and peeled off leaving at least a part of the separation layer of the cover-side security seal on the second sticking target, the cover-side security seal is peeled off as the protective cover member is removed. Easy to use, protective cover member or electric Any one of the tag seal can be left securely elimination of traces of the protective cover member.

  According to invention of Claim 5, a board | substrate box is equipped with the sealing mechanism which seals in the state which closed the 1st case member and the 2nd case member, and if this sealing mechanism is not destroyed, the said board | substrate box And the sealing mechanism includes a main sealing mechanism for fixing and sealing the first case member and the second case member in a closed state, and after the destruction of the main sealing mechanism. A sub-sealing mechanism for re-adhering and resealing the first case member and the second case member in a closed state, and making the sub-sealing mechanism harder to break than the main sealing mechanism Therefore, when the board box and the control board are temporarily used (for example, temporarily used after confirming that there is no abnormality in the board box and the control board) after the main sealing mechanism is destroyed until the new one is replaced. Even so, the sub-sealing mechanism can be used to seal the substrate box. That. In addition, in the board box that is scheduled to be removed and replaced from the gaming machine, in other words, in the board box that does not need to be opened after the temporary use, the sub-sealing mechanism does not need to be easily destroyed and security for the control board is eliminated. Can be prevented from becoming unnecessarily weak.

  According to invention of Claim 6, a main sealing mechanism is provided with the main sealing part and the main sealing tool, and the main sealing part is the main sealing receiving part provided in the 1st case member, and The main sealing member provided on the second case member, and the main sealing tool is capable of fixing the main sealing body and the main sealing receiving portion, and makes the fixing state unreleasable, and is sub-sealed. The mechanism includes a sub-sealing portion and a sub-sealing tool. The sub-sealing portion includes a sub-sealing receiving portion provided in the first case member, and a sub-sealing body provided in the second case member. The sub-sealing tool is capable of adhering the sub-sealing body and the sub-sealing receiving portion, making the adhering state unreleasable, and setting the rigidity of the sub-sealing portion to be stronger than the rigidity of the main sealing portion. Thus, since the sub-sealing mechanism is set to a configuration that is less likely to be destroyed than the main sealing mechanism, it is possible to easily realize a configuration that does not require the sub-sealing mechanism to be easily destroyed.

  According to the seventh aspect of the present invention, the apparatus includes the mounting base on which the substrate box is mounted, and the main sealing mechanism has the main sealing body and the main sealing in a state where the first case member and the second case member are closed. An engagement space is formed between the stopper and the mounting base. The mounting base includes a mounting engagement that can be engaged with the engagement space, and the mounting base is engaged with the engagement space. Since the mounting engagement portion is fixed to the main sealing portion when the main sealing body and the main sealing receiving portion are fixed by the main sealing tool, it may be difficult to remove the substrate box from the mounting base. It is possible to suppress unauthorized opening of the board box, and thus illegal actions on the control board.

  According to the invention described in claim 8, the sealing mechanism is provided at both ends in the longitudinal direction of the substrate box so as to straddle the boundary between the first case member and the second case member, and the longitudinal direction of the substrate box. Since the RFID tag seal is pasted between the one end and the other end in a state of straddling the boundary between the first case member and the second case member, if the substrate box is bent, the first case member and the second case member It is possible to prevent the inconvenience that a gap is formed between them, and the inconvenience that an unauthorized member enters through the gap and an illegal act on the control board is executed.

  According to the ninth aspect of the present invention, either the first case member or the second case member is used as the attachment-side case member, the other is used as the insertion-side case member, and the insertion-side case member of the attaching portion is used. The insertion-side adhesive part is provided on the insertion-side attachment part, and the attachment part on the insertion-side attachment part is fixed to the attachment part. The first case member is formed by opening an insertion hole through which the attached fastening member can be inserted, inserting the fastening member into the insertion hole and attaching the fastening member to the fastening receiving portion before attaching the electronic tag seal. Since the first case member and the second case member can be separated from each other, the electronic tag seal is partially broken and the fastening member is removed. Therefore, if it is visually confirmed whether or not the RFID tag seal is torn, the fraudster has separated the first case member and the second case member, or the first case member and the second case member It is possible to easily grasp that separation has been attempted.

  According to the invention described in claim 10, since the insertion opening is provided with a passage opening through which the fastening receiving portion can pass when the first case member and the second case member are opened and closed. In order to separate the case member and the second case member, the attachment receiving part breaks a part of the electronic tag seal and passes through the passage opening. Therefore, it becomes easy to confirm whether or not the RFID tag seal is torn, and the fraudster has separated the first case member and the second case member, or the first case member and the second case member are separated. It is possible to more easily grasp that the attempt has been made.

It is a perspective view of the pachinko game machine of the state where the front side was opened. It is a rear view of a pachinko gaming machine. (A) is the perspective view which looked at the game control apparatus which removed the protective cover member and the electronic tag seal from back, (b) is the disassembled perspective view which looked at the game control apparatus from back. It is the perspective view which looked at the 1st case member from back. It is the perspective view which looked at the 2nd case member from back. (A) is explanatory drawing of the game control apparatus of the state which passed the engagement nail | claw to the fitting / removal part, (b) is XX sectional drawing of (a). It is explanatory drawing of an electronic tag seal, (a) is the figure seen from the base sheet side, (b) is the figure seen from the adhesion layer side, (c) is an exploded perspective view. It is explanatory drawing of a box side security seal, (a) is the figure seen from the box side base material side, (b) is the figure seen from the box side adhesion layer side, (c) is a YY cross section in (b). FIG. It is explanatory drawing of a cover side security seal, (a) is the figure seen from the 1st cover side adhesive layer side, (b) is the figure seen from the 2nd cover side adhesive layer side, (c) is in (b) It is the elements on larger scale of the ZZ cross section. It is explanatory drawing of a sticking part, (a) is explanatory drawing of the state coat | covered with the protective cover member, (b) is explanatory drawing of the state which removed the protective cover member and peeled off the cover side security seal, (c) is It is explanatory drawing of the 1st sticking part after opening a substrate box in the state which stuck the electronic tag seal. (A) is explanatory drawing which shows a mode that an electronic tag seal is peeled from an adhesion part, (b) is the figure which looked at the positional relationship of an electronic tag seal and a box side security seal from the adhesion part side, (c) is an electronic tag seal. It is explanatory drawing of the sticking part after peeling. It is explanatory drawing of a left side main sealing receiving part and a left side sub sealing receiving part, (a) is a rear view, (b) is the perspective view seen from the back of the 1st case member. It is explanatory drawing of a left side main sealing body and a left side subsealing body, (a) is a rear view, (b) is the perspective view seen from the front of the 2nd case member. It is explanatory drawing of a right side main sealing receiving part and a right side sub sealing receiving part, (a) is a rear view, (b) is the perspective view seen from the back of the 1st case member. It is explanatory drawing of a right side main sealing body and a right side secondary sealing body, (a) is a rear view, (b) is the perspective view seen from the front of the 2nd case member. It is explanatory drawing which shows the engagement location of the mounting base and game control apparatus in 2nd Embodiment, (a) is a state figure before engaging a mounting engagement part in an engagement space part, (b) is engaging. It is the state figure which engaged the mounting engagement part with the joint space part. It is explanatory drawing of the left side subsealing mechanism in 3rd Embodiment, (a) is a rear view of a left side subsealing receiving part, (b) looked at the left side subsealing receiving part from the back of the 1st case member. (C) is a rear view of the left sub-sealing body, and (d) is a perspective view of the left sub-sealing body as viewed from the front of the second case member. It is explanatory drawing of the right side subsealing mechanism in 3rd Embodiment, (a) is a rear view of a right side subsealing receiving part, (b) looked at the right side subsealing receiving part from the back of the 1st case member. (C) is a rear view of the right sub-sealing body, and (d) is a perspective view of the right sub-sealing body as viewed from the front of the second case member.

Hereinafter, embodiments of the present invention will be described with reference to the drawings, taking a pachinko gaming machine as a typical gaming machine as an example.
The pachinko gaming machine 1 has a substantially frame-shaped front frame (inner frame) 3 having a large rectangular opening mounted on the front surface of a machine frame (outer frame) 2 so as to be openable and closable, and serves as a base for the front frame 3. A rectangular game board 5 can be stored in the front frame body 4 from the front, and a game area 6 is defined on the surface of the game board 5. Further, on the front side of the front frame 3, a transparent member holding frame 8 that is pivoted on one side (left side in FIG. 1) is provided so as to be openable and closable, and a transparent member 9 that can be seen through is held on the transparent member holding frame 8. The gaming area 6 can be seen through from the front of the pachinko gaming machine 1 through the transparent member 9. Further, below the transparent member holding frame 8, an upper plate unit 11 whose one side (left side in FIG. 1) is pivotally attached to the front frame 3 is provided so as to be openable and closable (turnable). Below, the lower plate unit 12 is arranged at a position shifted in the left-right direction with respect to the upper plate unit 11. And the side part (right side part in FIG. 1) of the lower pan unit 12 is equipped with the firing operation unit (launching operation handle) 14 for operating a launching device (not shown).

  Further, as shown in FIG. 2, a back mechanism board 18 is formed on the back side of the front frame body 4, a substantially rectangular opening window 19 is opened in the back mechanism board 18, and a game is provided on the front frame body 4. The board 5 is attached in a replaceable state from the front, and the rear part (back side part) of the game board 5 faces rearward from the opening window part 19. Further, the back mechanism panel 18 is provided with a series of back mechanism parts. More specifically, a ball discharge mechanism 20 is attached to the upper part of the back mechanism board 18, and a discharge control device 21, a power supply device 22, a relay board 23, etc., which are a kind of subordinate control device, are attached to the lower part. The ball discharge mechanism 20 is connected in order from the upstream side to a ball tank 24 having a ball lead-out chute at the bottom, a guide channel 25 for guiding a game ball from the ball lead-out chute of the ball tank 24, and a lower end of the guide channel 25. The ball discharge device 26 and the ball flow down path 27 etc. for sending the game balls flowing down from the ball discharge device 26 to the upper plate unit 11 are arranged side by side, and the discharge of the game balls is performed based on the control signal from the discharge control device 21. Is configured to run.

  A back side base 29 having a large rectangular board cover 28 and a horizontally long mounting base 30 are arranged vertically on the back side of the game board 5 facing the opening window 19 of the back mechanism board 18. An effect control device (not shown), which is a type of subordinate control device, is mounted inside the upper back side base 29, and the main control device is mounted on the back side of the lower mounting base 30. Is attached in a detachable state.

Next, the game control device 32 will be described.
As shown in FIG. 3A, the game control device 32 is a thin box-shaped unit extending along the left-right direction of the game board 5 and is made of a resin having translucency and allowing the inside to be seen through. A board box 34 (for example, made of colorless and transparent resin), a rectangular control board 35 accommodated in the board box 34, an electronic tag seal 36 for identifying the game control device 32, and the electronic tag seal 36 A protective cover member 37 for protecting the cover, a box side security seal 38 attached between the substrate box 34 and the electronic tag seal 36, and a cover side security attached between the electronic tag seal 36 and the protective cover member 37. The control board 35 is mounted with an electronic component 35a for executing game control and a wiring connector 35b for wiring connection. 3 (b) reference).

  The board box 34 is mounted on the mounting base 30, and a first case member (base member) 41 disposed on the front side (front side of the game board 5) of the board box 34 and the back side of the board box 34 ( It is comprised from the 2nd case member (lid member) 42 which is arrange | positioned in the back of the game board 5 and overlaps with the 1st case member 41, The state which superposed | polymerized and closed both case members 41 and 42 (polymerization) The control board 35 can be stored inside the board box 34 in the state or the closed state. Further, as shown in FIG. 3A, the upper and lower edges of the substrate box 34 are provided with engagement mechanisms 44 for engaging the first case member 41 and the second case member 42 in a closed state. The first case member 41 and the second case member 42 are sealed in a closed state at both left and right side portions of the box 34, in other words, at both ends in the longitudinal direction of the substrate box 34, and the substrate box 34 is sealed unless it is broken. A sealing mechanism 45 that makes it impossible to release the stop is provided across the boundary between the first case member 41 and the second case member 42. The sealing mechanism 45 will be described in detail later.

  Then, a sticking portion 46 for sticking the electronic tag seal 36 at the lower central portion of the back side of the board box 34, in other words, between the one end and the other end in the longitudinal direction of the board box 34. In a state set slightly wider than the electronic tag seal 36, and a protective cover member 37 that covers and protects the electronic tag seal 36 from the back side of the substrate box 34 is covered with the sticking portion 46. Fastening is performed by the fastening tool 37a, and further, a fastening tool cap 37d is welded to the protective cover member 37 to cover the head of the cover fastening tool 37a. Further, the second case member 42 is provided with a connector opening 47 for exposing the wiring connector 35b, and a horizontally long projecting portion 48 is formed on the lower side of the first case member 41 toward the second case member 42 side. It protrudes.

  The engagement mechanism 44 includes an engagement groove 50 (see FIG. 4) provided at both upper and lower ends of the first case member 41 and an engagement piece 51 (see FIG. 4) extending from the upper and lower ends of the second case member 42. 5), and the engaging groove portion 50 extends along the laterally extending direction of the board box 34 (in other words, the left-right direction of the game board 5) and toward the center side of the board box 34. The engagement piece 51 can be slid along the extending direction of the engagement groove 50 by opening. Further, as shown in FIG. 4, the side portion (the right side portion in FIG. 4) of the back side wall portion that defines the back side of the engaging groove portion 50 is opened toward the rear second case member 42 side, and the fitting / removal portion. 52, and the engagement piece 51 can be fitted into and removed from the engagement groove 50 through the fitting / removing portion 52.

  In order to attach the first case member 41 and the second case member 42 provided with the engagement mechanism 44 having such a configuration, first, the second case member 42 is moved by the arrow A in the overlapping direction (FIG. 3B). The first case member 41 is moved closer to the first case member 41 from the back side, and the first case member 41 and the second case member 42 are superposed through the engagement piece 51 in the fitting / removal portion 52 (see FIG. 6A). . Further, the second case member 42 is slid in an engagement direction (a direction indicated by an arrow B in FIG. 6A) toward one side of the first case member 41 (leftward in FIG. 6A). The engagement piece 51 is slid to one side of the engagement groove 50 (left side in FIG. 6A). Then, the movement of the engagement piece 51 in the back direction of the board box 34 is restricted by the back side wall portion of the engagement groove portion 50, and the first case member 41 and the second case member 42 are attached and closed (engagement). Combined state). On the other hand, in order to remove (separate) the second case member 42 from the first case member 41, the second case member 42 moves toward the other side of the first case member 41 (to the right in FIG. 6A). It slides in the mating release direction (the direction indicated by the arrow C in FIG. 6A) so that the engagement piece 51 faces the fitting / removal portion 52 (see FIG. 6A). In this state, the second case member 42 Is moved away from the first case member 41 by moving in the separating direction toward the back of the substrate box 34 (the direction indicated by the arrow D in FIG. 3B). Therefore, the second case member 42 moves in the overlapping direction A of the substrate box 34 and then slides in the engaging direction B to be engaged with the first case member 41. On the other hand, if it moves in the separation direction D after sliding in the disengagement direction C from the engaged state with the first case member 41, it is separated from the first case member 41.

  As shown in FIGS. 3 to 5, the sticking part 46 includes a first sticking part 57 formed on the first case member 41 and a second sticking part 59 formed on the second case member 42. Thus, the electronic tag seal 36 can be stuck across the first case member 41 and the second case member 42. Further, the first sticking portion 57 and the second sticking portion 59 are moved in the moving direction (the superposition direction A, the engagement direction B, the engagement direction) for attaching and separating the first case member 41 and the second case member 42. The sticking part 46 can be formed or divided by moving along the mating release direction C and the separation direction D). Specifically, the first sticking portion 57 is provided on the front end (protruding end) and the lower surface portion of the protruding portion 48 of the first case member 41, and exposed on the back side of the second case member 42 (in other words, behind the pachinko gaming machine 1). The second sticking part 59 is formed in a standing rectangular shape at the lower part of the sticking part 46, the lower end of the second sticking part 59 and the upper end of the first sticking part 57 are connected, and the sticking part 46 is connected. Are bent toward the front side of the substrate box 34 (in other words, the side facing the mounting base 30). A cover attachment receiving portion 61 that can be fitted with a cover attachment portion 37b provided on the upper portion of the protective cover member 37 is provided above the second sticking portion 59 (see FIG. 3A). A cover engagement receiver capable of engaging a cover engagement piece 37c provided at the lower portion of the protective cover member 37 at a front edge portion (an edge portion positioned in front of the game board 5) of the lower portion of the sticking portion 57. A portion 62 is provided (see FIGS. 3A and 10B).

  And the board | substrate box 34 is equipped with the mechanism which latches the 1st case member 41 and the 2nd case member 42 in the location which the adhesion part 46 and this adhesion part 46 superpose | polymerize. More specifically, the second case member 42 is a fixing receiving case member in the present invention, and is positioned below the second attaching portion 59 in the lower portion of the second case member 42 as shown in FIG. A fastening receiving portion 64 is provided at a location, in other words, a location where the projecting portion 48 can come into contact, and the fastening receiving portion 64 is provided with a screwing hole (female screw hole) 64a in the front-rear direction (overlapping direction A). Or it opens along the separation direction D). Furthermore, while making the 1st case member 41 into the insertion side case member in this invention, let the 1st adhesion part 57 be the insertion side adhesion part in this invention, and as shown in FIG. The insertion hole 65 is formed in the front-rear direction (the polymerization direction A or the separation direction D) of the substrate box 34 in an upper portion (a portion that can be connected to the second attachment portion 59) of the side attachment portion 57 in a standing posture. The insertion hole 65 and the screwing hole 64a can communicate with each other with the first case member 41 and the second case member 42 closed (engaged). Further, a fastening member 66 such as a screw (see FIG. 10B) is passed through the insertion hole 65 and the screwing hole 64a in the communication state, and the fastening member 66 is fastened (screwed) to the fastening receiving portion 64. In addition, the fastening member 66 in the fastened state is inserted into the insertion hole 65 so that the first case member 41 and the second case member 42 can be locked. And in the upper part of the 1st sticking part (insertion side sticking part) 57, the position which shifted in the engagement release direction C from the insertion hole 65 (the position shifted to the right side in FIG. 4) is a fastening receiving part. 64 is moved in the superimposing direction A or the separating direction D to open a passage opening 68 that can pass through, and the passage opening 68 and the insertion hole 65 are located at positions shifted from the passage opening 68 and the insertion hole 65 in the polymerization direction A. The communicating movement space portion 69 is provided in a state extending along the engagement direction B or the engagement release direction C, and the fastening receiving portion 64 moves in the movement space portion 69 in the engagement direction B or the engagement release direction C. It is configured to be movable.

Next, the electronic tag seal 36 will be described.
As shown in FIG. 7, the electronic tag seal 36 includes a rectangular base sheet 71 (corresponding to an opaque portion in the present invention) formed of an opaque sheet material, and a length attached to the back side of the base sheet 71. And a long electronic tag 72. In addition, the electronic tag 72 includes a chip unit (IC chip) 73 in which unique identification information (for example, identification ID) relating to the game control device 32 is stored in advance, and an antenna unit 74 capable of transmitting the identification information. (See FIGS. 7 (b) and 7 (c)), the identification information transmitted from the antenna unit 74 can be read by an external reader (not shown) to confirm whether or not the game control device 32 is a genuine product. It is said. Further, as shown in FIG. 7B, a long antenna portion 74 is linearly arranged along the diagonal line on the back surface side of the rectangular base sheet 71, and a chip portion 73 is provided at the central portion of the antenna portion 74. When the electronic tag seal 36 is attached to the attaching part 46, the chip part 73 is located on the first attaching part 57, and the antenna part 74 located on one side of the chip part 73 is the first attaching part. It is set so as to intersect the boundary BL between the wearing part 57 and the second sticking part 59 (see FIG. 10B). In other words, the electronic tag 72 is set so as to cross over the boundary between the first case member 41 and the second case member 42.

  As shown in FIG. 7A, the surface of the electronic tag seal 36 (the surface of the base sheet 71), specifically, the surface located on the back side of the game board 5 in a state of being attached to the attaching portion 46, The adhesive layer 75 is printed on the entire back surface of the electronic tag seal 36 including the electronic tag 72 (the chip portion 73 and the antenna portion 74), specifically, the entire surface facing the attaching portion 46. The electronic tag seal 36 can be attached to the attaching portion 46 through the adhesive layer 75. The antenna unit 74 is preferably arranged in a straight line on the diagonal line of the base sheet 71, but may be arranged in a state parallel to the diagonal line of the base sheet 71 or in a slightly inclined state. In addition, the base sheet 71 is configured to change color when a solvent such as a seal peeler adheres or when the base sheet 71 is heated to a temperature at which the viscosity of the adhesive layer 75 sufficiently decreases (for example, 60 degrees). . Therefore, it can be grasped by the discoloration of the base sheet 71 that the fraudster has illegally attempted to peel off the electronic tag seal 36 from the sticking portion 46.

Next, the box side security seal 38 and the cover side security seal 39 will be described.
The box-side security seal 38 is a square-shaped seal having a side dimension wider than the vertical width of the second sticking portion 59, and is formed smaller than the electronic tag seal 36. Specifically, as shown in FIG. 8, a rectangular sheet-shaped box-side base material 38a formed of a transparent resin film or the like is provided, and the back surface of the box-side base material 38a located on the sticking portion 46 side. The box-side display layer (box-side printed layer) 38b (in the separation layer of the box-side security seal in the present invention) visible from the surface side (the electronic tag seal 36 side) of the box-side security seal 38 through the box-side base material 38a. Equivalent) is printed with ink. Then, the box-side display layer 38b includes a box-side transfer portion 38c having an outline shape that can be recognized as a character (for example, “OPEN”), and a portion other than the box-side transfer portion 38c (a portion corresponding to the background of the character). ) Forming the box-side non-transfer part 38d, and the box-side transfer part 38c is disposed on the box side by interposing a release agent only between the box-side transfer part 38c and the box-side base material 38a. It is made easier to separate from the box-side base material 38a than the non-transfer part 38d. Further, the color of the box-side transfer portion 38c and the color of the box-side non-transfer portion 38d are set such that the transfer portion (character portion) 38c is white while the non-transfer portion (background portion) 38d is silver. Different color. Further, a box-side adhesive layer 38e is laminated on the back side (the sticking portion 46 side) of the box-side display layer 38b to form an adhesive surface of the box-side security seal 38, and an adhesive surface side ( Box-side non-adhesive region 38f is formed by avoiding the lamination of the box-side adhesive layer 38e at the edge of the box-side adhesive layer 38e), specifically, at the four corners of the box-side base material 38a. And this box side non-adhesion area | region 38f is comprised so that it cannot contact | adhere to the sticking part 46. FIG.

The cover-side security seal 39 is a square-shaped seal that has one side dimension wider than the vertical width of the second sticking portion 59, is smaller than the electronic tag seal 36, and is the same size as the box-side security seal 38. ing. And, as shown in FIG. 9, a rectangular sheet-shaped cover side base material 39a formed of a transparent resin film or the like is provided, and on the surface side of the cover side base material 39a facing the protective cover member 37, A first cover-side adhesive layer 39b for adhering the cover-side security seal 39 to the protective cover member 37 is laminated over the entire surface of the cover-side base material 39a to form the first adhesive surface of the cover-side security seal 39. is doing. Further, the back side of the cover side base material 39a located on the electronic tag seal 36 side passes through the cover side base material 39a and the first cover side adhesive layer 39b from the front side (protective cover member 37 side) of the cover side security seal 39. A visible cover side display layer (cover side print layer) 39c (corresponding to the separation layer of the cover side security seal in the present invention) is formed by printing with ink or the like. The cover-side display layer 39c has a contour-side cover-side transfer portion 39d that can be recognized as a character (for example, “OPEN”) and a portion other than the cover-side transfer portion 39d (a portion corresponding to the background of the character). ) Forming the cover side non-transfer part 39e, and the cover side transfer part 39d is provided on the cover side by interposing a release agent only between the cover side transfer part 39d and the cover side base material 39a. It is made easier to separate from the cover-side base material 39a than the non-transfer part 39e. Further, the cover side transfer portion (character portion) 39d is made white while the cover side non-transfer portion (background portion) 39e is made silver, so that the color of the cover side transfer portion 39d and the cover side non-transfer The color of the landing portion 39e is different. Further, a second cover side adhesive layer 39f is laminated on the back side (the electronic tag seal 36 side) of the cover side display layer 39c to form a second adhesive surface of the cover side security seal 39. Avoid stacking the second cover-side adhesive layer 39f at the edge on the second adhesive surface side (second cover-side adhesive layer 39f side), specifically, at the four corners of the cover-side base material 39a in the edge. The cover-side non-adhesive region 39g is formed, and the cover-side non-adhesive region 39g is configured to be unable to adhere to the electronic tag seal 36.
The attachment position of the box-side security seal 38 and the attachment position of the cover-side security seal 39 will be described later in detail.

Next, the sealing mechanism (caulking mechanism) 45 will be described.
As shown in FIG. 3, the sealing mechanism 45 is a left-side sealing mechanism (in other words, a substrate) located at the left end portion (left end portion in FIG. 3A) of the substrate box 34 as viewed from the back side of the game board 5. 45L and the right end of the board box 34 as viewed from the back side of the game board 5 (the right end in FIG. 3A). 45R (in other words, the other side sealing mechanism positioned in the tip of the disengagement direction C from the central portion of the substrate box 34) 45R.

  As shown in FIG. 3A, the left-side sealing mechanism 45L includes a left-side main sealing mechanism 77 for fixing and sealing the first case member 41 and the second case member 42 in the closed state (the present invention). 1) and the left side sub-sealing for re-sealing the first case member 41 and the second case member 42 in a closed state after the left side main sealing mechanism 77 is broken. Mechanism 78 (a kind of sub-sealing mechanism in the present invention) arranged vertically, the left main sealing mechanism 77 is disposed below the substrate box 34 and the left sub-sealing mechanism 78 is disposed on the substrate box 34. It is arranged on the upper side.

  As shown in FIGS. 3 (a) and 3 (b), the left main sealing mechanism 77 has a left main sealing portion 80 (this book) connected to one side of the substrate box 34 (left side in FIG. 3 (a)). A kind of main sealing part in the invention), a left main sealing tool 81 such as a one-way screw (a kind of main sealing tool in the present invention), and a left main sealing cover 82 covering the left main sealing tool 81 It has. The left main sealing portion 80 includes a left main sealing receiving portion 83 (a kind of main sealing receiving portion in the present invention) provided in the first case member 41 and a left main sealing provided in the second case member 42. It is comprised from the stop body 84 (a kind of main sealing body in this invention). More specifically, as shown in FIGS. 4 and 12, the left main sealing receiving portion 83 is provided with a central axis formed in a cylindrical shape along the polymerization direction A or the separating direction D, and the left main sealing receiving portion is provided. A left main sealing receiving bracket 83a is projected from the side surface of 83 and connected to one side surface (left side surface in FIG. 4) of the first case member 41. Further, as shown in FIGS. 5 and 13, the left main sealing body 84 is formed in a cylindrical shape that is slightly larger than the left main sealing receiving portion 83 and has a central axis along the polymerization direction A or the separation direction D. The left main sealing body 84 is provided with a left main sealing insertion port 84a for inserting the left main sealing tool 81 opened in the separation direction D, and the left main sealing insertion port 84a is opened on the left main sealing member. It can be closed with a stop cover 82 (see FIG. 3B). Furthermore, the left main sealing bracket 84b is projected from the side surface of the left main sealing body 84 and connected to one side surface (the left side surface in FIG. 5) of the second case member 42. When the case member 42 is overlapped and closed, the left main sealing receiving portion 83 and the left main sealing body 84 are configured to be aligned along the polymerization direction A or the separation direction D. When the left main sealing tool 81 is inserted and tightened from the left main sealing insertion port 84a in this state, the left main sealing tool 81 connects the left main sealing body 84 and the left main sealing receiving portion 83 to each other. It is configured so that it is fixed and cannot be released.

  As shown in FIGS. 3A and 3B, the left side sub-sealing mechanism 78 has a left side sub-sealing portion 87 connected to one side of the substrate box 34 (left side in FIG. 3A). And a left sub-sealing tool 88 such as a one-way screw (a kind of sub-sealing tool in the present invention). The left sub-sealing portion 87 includes a left sub-sealing receiving portion 90 (a kind of sub-sealing receiving portion in the present invention) provided on the first case member 41 and a left sub-sealing portion provided on the second case member 42. It is comprised from the stop body 91 (a kind of subsealing body in this invention). More specifically, as shown in FIGS. 4 and 12, the left sub-sealing receiving portion 90 is provided with a central axis formed in a cylindrical shape along the polymerization direction A or the separating direction D, and the left sub-sealing receiving portion 90 The left side sub sealing receiving bracket 90a protrudes from the side surface of 90 and is connected to a position above the left main sealing receiving bracket 83a on one side surface (the left side surface in FIG. 4) of the first case member 41, Furthermore, the left sub-sealing receiving bracket 90a and the left main sealing receiving bracket 83a are connected vertically. Further, as shown in FIGS. 5 and 13, the left sub-sealing body 91 is formed in a cylindrical shape that is slightly larger than the left sub-sealing receiving portion 90 and has a central axis along the polymerization direction A or the separation direction D. The left sub-sealing body 91 is provided with a left sub-sealing insertion port 91a for inserting the left sub-sealing tool 88 open in the separation direction D. Further, the left sub-sealing bracket 91b is provided so as to protrude from the side surface of the left sub-sealing body 91 and is located above the left main sealing bracket 84b on one side surface (left side surface in FIG. 5) of the second case member 42. Connected to position. Then, when the first case member 41 and the second case member 42 are overlapped and closed, the left sub-sealing receiving portion 90 and the left sub-sealing body 91 are arranged side by side along the superposition direction A or the separation direction D. Is configured to do. In this state, when the left sub-sealing tool 88 is inserted and tightened from the left sub-sealing insertion port 91a, the left sub-sealing tool 88 moves the left side sub-sealing body 91 and the left side sub-sealing receiving portion 90 together. It is configured so that it is fixed and cannot be released.

  The right sealing mechanism 45R includes a right main sealing mechanism 97 (a kind of main sealing mechanism in the present invention) for fixing and sealing the first case member 41 and the second case member 42 in a closed state, The right side subsealing mechanism 98 (the subsealing mechanism in the present invention) for re-adhering the first case member 41 and the second case member 42 in the closed state and resealing after the right side main sealing mechanism 97 is destroyed. And the right main sealing mechanism 97 is arranged on the upper side of the substrate box 34, and the right sub sealing mechanism 98 is arranged on the lower side of the substrate box 34.

  As shown in FIGS. 3A and 3B, the right main sealing mechanism 97 has a right main sealing portion 100 (the book) connected to the other side of the substrate box 34 (the right side in FIG. 3A). A kind of main sealing part in the invention), a right main sealing tool 101 such as a one-way screw (a kind of main sealing tool in the present invention), and a right main sealing cover 102 covering the right main sealing tool 101 It has. The right main sealing portion 100 includes a right main sealing receiving portion 103 (a kind of main sealing receiving portion in the present invention) provided in the first case member 41 and a right main sealing provided in the second case member 42. It is comprised from the stop body 104 (a kind of main sealing body in this invention). Specifically, as shown in FIGS. 4 and 14, the right main sealing receiving portion 103 is provided so that the central axis is formed in a cylindrical shape along the polymerization direction A or the separation direction D, and the right main sealing receiving portion 103 is provided. A right main sealing receiving bracket 103a is projected from the side surface of 103 and connected to the other side surface of the first case member 41 (right side surface in FIG. 4). Further, as shown in FIGS. 5 and 15, the right main sealing body 104 is slightly larger than the right main sealing receiving portion 103 and the center axis is formed in a cylindrical shape along the polymerization direction A or the separation direction D. The right main sealing body 104 is provided with a right main sealing insertion port 104a for inserting the right main sealing tool 101 opened in the separation direction D, and the right main sealing insertion port 104a is opened on the right main sealing member 104. It can be closed with a stop cover 102 (see FIG. 3B). An arc-shaped main engagement stopper 104b is provided at the end of the right main sealing body 104 on the right main sealing receiving portion 103 side (see FIG. 15B), and the right main sealing body 104 is engaged. When moving along the alignment direction B, the main engagement stopper 104b engages with the right main sealing receiving portion 103, and the right main sealing body 104 and the right main sealing receiving portion 103 are aligned with the central axis aligned. It is configured to be able to. Further, the right main sealing bracket 104c is projected from the side surface of the right main sealing body 104 and connected to the other side surface (the right side surface in FIG. 5) of the second case member 42. When the case member 42 is overlapped and closed, the right main sealing receiving portion 103 and the right main sealing body 104 are configured to be aligned along the overlapping direction A or the separating direction D. In this state, when the right main sealing tool 101 is inserted from the right main sealing insertion port 104a and tightened, the right main sealing tool 101 connects the right main sealing body 104 and the right main sealing receiving portion 103 to each other. It is configured so that it is fixed and cannot be released.

  As shown in FIGS. 3A and 3B, the right sub-sealing mechanism 98 has a right sub-sealing portion 107 (main) connected to the other side of the substrate box 34 (the right side in FIG. 3A). And a right sub-sealing tool 108 (a kind of sub-sealing tool in the present invention) such as a one-way screw. The right subsealing portion 107 includes a right subsealing receiving portion 110 (a kind of subsealing receiving portion in the present invention) provided on the first case member 41 and a right subsealing portion provided on the second case member 42. It is comprised from the stop body 111 (a kind of subsealing body in this invention). Specifically, as shown in FIG. 4 and FIG. 14, the right side secondary seal receiving part 110 is formed in a cylindrical shape whose central axis is along the superposition direction A or the separation direction D. The right side secondary sealing receiving bracket 110a protrudes from the side surface and is connected to a position below the right main sealing receiving bracket 103a on the other side surface (right side surface in FIG. 4) of the first case member 41, and The right sub sealing receiving bracket 110a and the right main sealing receiving bracket 103a are connected vertically. Further, as shown in FIGS. 5 and 15, the right side subsealing body 111 is formed in a cylindrical shape that is slightly larger than the right side subsealing receiving portion 110 and whose central axis is along the polymerization direction A or the separation direction D. The right subsealing body 111 is provided with a right subsealing insertion port 111a for inserting the right subsealing tool 108 opened in the separation direction D. Then, an arc-shaped sub-engagement stopper 111b is provided at the end of the right sub-sealing body 111 on the right side sub-sealing receiving portion 110 side (see FIG. 15B), and the right side sub-sealing body 111 is engaged. When moving along the alignment direction B, the sub-engagement stopper 111b engages with the right side sub-sealing receiving part 110, and the right side sub-sealing body 111 and the right side sub-sealing receiving part 110 are aligned with the central axis aligned. It is configured to be able to. Further, the right sub-sealing bracket 111c is provided so as to project from the side surface of the right sub-sealing body 111, and is located below the right main sealing bracket 104c on the other side surface (right side surface in FIG. 5) of the second case member 42. Connected to position. And if the 1st case member 41 and the 2nd case member 42 are overlap | superposed and closed, the right side subsealing receiving part 110 and the right side secondary sealing body 111 will be located in a line along the superposition | polymerization direction A or the separation direction D Is configured to do. Further, in this state, when the right subsealing tool 108 is inserted and tightened from the right subsealing insertion port 111a, the right subsealing tool 108 connects the right subsealing body 111 and the right subsealing receiving portion 110 together. It is configured so that it is fixed and cannot be released.

  The sealing mechanism 45 sets the rigidity of the left sub-sealing portion 87 to be stronger than the rigidity of the left main sealing portion 80, and is less likely to break the left sub-sealing mechanism 78 than the left main sealing mechanism 77. Furthermore, the rigidity of the right sub-sealing portion 107 is set to be stronger than the rigidity of the right main sealing portion 100 so that the right sub-sealing mechanism 98 is more difficult to break than the right main sealing mechanism 97. ing. Specifically, in the left-side sealing mechanism 45L located on the upstream side in the disengagement direction C when viewed from the center portion of the substrate box 34, as shown in FIG. The left main sealing bracket 84b that supports the body 84 is shaped so that the vertical width gradually decreases from the left main sealing body 84 side toward the first case member 41 side, and the back surface (left side) of the left main sealing bracket 84b One support rib is erected on the surface facing the main sealing receiving portion 83 side. On the other hand, the vertical width of the left subsealing bracket 91b that supports the left subsealing body 91 in the left subsealing portion 87 is uniform from the left subsealing body 91 side to the first case member 41 side. In addition, the width is set to be wider than the vertical width of the left main sealing bracket 84b. Further, three support ribs are erected on the back surface of the left main sealing bracket 84b (the surface facing the left main sealing receiving portion 83). By providing such a configuration, the cross-sectional area of the left sub-sealing bracket 91b is made larger than the cross-sectional area of the left main-sealing bracket 84b, and the left sub-sealing bracket 91b is broken more than the left main-sealing bracket 84b. The rigidity of the left sub sealing part 87 is set to be stronger than the rigidity of the left main sealing part 80. As a result, the left-side sealing mechanism 45L is configured such that the left-side sub-sealing mechanism 78 is less likely to be destroyed than the left-side main sealing mechanism 77, in other words, the first case member 41 and the second case member 42 are closed. The structure is set so that the function of sealing is not easily lost and the opening of the substrate box 34 is hardly allowed.

  Further, in the right side sealing mechanism 45R located on the downstream side in the disengagement direction C when viewed from the central portion of the substrate box 34, the right side main sealing portion 100 of the right side main sealing portion 100 that supports the right side main sealing receiving portion 103 is supported. The sealing receiving bracket 103a has a hollow shape with an opening formed in an intermediate portion in the vertical direction. On the other hand, of the right sub-sealing portion 107, the right sub-sealing receiving bracket 110a that supports the right sub-sealing receiving portion 110 has a solid shape with no opening. By providing such a configuration, the right sub-sealing receiving bracket 110a is made wider than the right main sealing receiving bracket 103a so that the cross-sectional area of the right sub-sealing receiving bracket 110a is larger than that of the right main sealing receiving bracket 103a. The right sub-sealing portion 107 is set to have a rigidity stronger than that of the right main sealing portion 100. As a result, the right sealing mechanism 45R has a configuration that is less likely to destroy the right sub sealing mechanism 98 than the right main sealing mechanism 97. In other words, the first case member 41 and the second case member 42 are closed. The structure is set so that the function of sealing is not easily lost and the opening of the substrate box 34 is hardly allowed.

  In order to assemble the game control device 32 having the above-described configuration, first, the control board 35 is fixed to the inside of the second case member 42 so that the wiring connector 35b faces the connector opening 47. In this state, the second case member 42 is set so that the control board 35 and the inside of the first case member 41 face each other. When the posture of the second case member 42 is set, as shown in FIG. 6A, the second case member 42 is moved along the overlapping direction A to overlap the first case member 41 and engaged. The piece 51 is passed through the fitting / removal portion 52. Further, the fastening receiving portion 64 is passed through the passage opening 68 and enters the moving space portion 69, and the lower portion of the second case member 42 is brought into contact with (or placed on) the upper surface of the protruding portion 48. Then, the second case member 42 is slid in the engagement direction B and the engagement piece 51 is engaged with the engagement groove portion 50 so that the first case member 41 and the second case member 42 are engaged (closed state). ). Then, the board box 34 slides the fastening receiving part 64 in the engagement space B in the movement space part 69 and overlaps with the insertion hole 65 (a position indicated by a two-dot chain line in FIG. 6B). It moves and connects the insertion hole 65 and the screwing hole 64a. Further, the first sticking portion 57 and the second sticking portion 59 are connected in a state where both left and right edges are aligned, and the left main sealing body 84, the left main sealing receiving portion 83, and the left sub sealing body 91 are connected. And the left sub-sealing receiving portion 90, the right main sealing body 104 and the right main sealing receiving portion 103, and the right sub-sealing body 111 and the right sub-sealing receiving portion 110 are superposed.

  If the first case member 41 and the second case member 42 are engaged and closed, the fastening member 66 is inserted before the electronic tag seal 36, the box side security seal 38, and the cover side security seal 39 are attached. The first case member 41 and the second case member 42 are locked by being inserted into the hole 65 and fixed to the fixing receiving portion 64 (specifically, screwed into the screwing hole 64a). In addition, the left main sealing body 84 and the left main sealing receiving portion 83 are fixed by the left main sealing tool 81, and the right main sealing body 104 and the right main sealing receiving section 103 are connected to the right main sealing tool. The first case member 41 and the second case member 42 are sealed in a closed state. Further, the left main sealing cover 82 is closed by welding or the like to the left main sealing insertion port 84a to cover the head of the left main sealing tool 81 in the left main sealing body 84, while the right main sealing The right main sealing cover 102 is closed by welding or the like to the stop insertion port 104 a to cover the head of the right main sealing tool 101 in the right main sealing body 104. Note that the left sub-sealing tool 88 is inserted into the left sub-sealing body 91 from the left sub-sealing insertion port 91a, but the front end of the left sub-sealing tool 88 does not reach the left sub-sealing receiving portion 90. The left subsealing body 91 and the left side subsealing receiving portion 90 are not firmly fixed in a state of staying in the left subsealing body 91 (temporarily fixed state). Further, the right subsealing member 108 is inserted into the right subsealing body 111 from the right subsealing insertion port 111a, but the tip of the right subsealing tool 108 does not reach the right subsealing receiving portion 110. The right sub-sealing body 111 and the right side sub-sealing receiving portion 110 are not fixed to each other in a state of staying in the right sub-sealing body 111 (temporarily fixed state).

  And the box side security seal 38 is stuck to the center part of the sticking part 46 in the left-right direction. At this time, as shown in FIGS. 10 (b), 11 (a) and 11 (b), the upper edge of the box-side security seal 38 is spaced downward from the upper edge of the sticking portion 46, and the box-side security The lower part of the seal 38 covers a part of the boundary BL between the first attaching part 57 and the second attaching part 59 and a part of the passage opening 68. Further, the box-side non-adhesive region 38f is formed at the four corners on the adhesive surface side (box-side adhesive layer 38e side) of the box-side security seal 38, so that the box-side security seal 38 does not adhere to the sticking portion 46. Further, the electronic tag seal 36 is attached to the surface of the box-side security seal 38 and the attaching portion 46 (specifically, the portion of the attaching portion 46 where the electronic tag seal 36 is not superposed), and the upper edge of the electronic tag seal 36 Is positioned between the upper edge portion of the box-side security seal 38 and the upper edge portion of the attaching portion 46, and the side edge portion of the electronic tag seal 36 is separated from the side edge portion of the attaching portion 46. Then, the RFID tag seal 36 bends the lower part of the RFID tag seal 36 and sticks it to the lower part of the first sticking portion 57, and as shown in FIG. The cover member 66 and the passage opening 68 are covered, and the entire box-side security seal 38 is obscured so as to be invisible from the second case member 42 side. And the entire surface of the box-side security seal 38 (the entire surface facing the electronic tag seal 36). Further, the antenna unit 74 is set in a posture inclined upward toward the engagement direction B, the extending direction of the antenna unit 74 intersects the engagement direction B and the disengagement direction C, and the first A portion of the antenna portion 74 located in the vicinity of the chip portion 73 is intersected with the boundary BL between the sticking portion 57 and the second sticking portion 59, and a portion of the electronic tag 72 including the chip portion 73 is box-side security. Polymerizes to the seal 38 (see FIG. 11B).

  If the electronic tag seal 36 is attached to the attaching part 46, the cover side security seal 39 is attached to the side of the electronic tag seal 36 (to the right in FIG. 10A). Specifically, the first cover-side adhesive layer (first adhesive surface) 39b of the cover-side security seal 39 is covered and protected with a release paper (not shown), and the second cover-side adhesive layer (second adhesive layer) is protected. Adhesive surface 39f is in a posture facing the electronic tag seal 36 to be a second adhesion target, and in this posture, the second cover side adhesive layer 39f is brought into close contact with the electronic tag seal 36 and the cover side security seal 39 is adhered. At this time, the side edge portion of the cover side security seal 39 is positioned between the side edge portion of the electronic tag seal 36 and the side edge portion of the sticking portion 46, and the side portion of the cover side security seal 39 is placed on the sticking portion 46. Of these, it is attached to the side not covered with the electronic tag seal 36. In addition, since the cover-side non-adhesive region 39g is formed at the four corners on the second adhesive surface side (second cover-side adhesive layer 39f side) of the cover-side security seal 39, the sticking portion 46 and the electronic tag seal 36 are formed. Does not adhere to.

  Then, the release paper on the cover-side security seal 39 is peeled off to expose the first cover-side adhesive layer 39b, the protective cover member 37 is brought close to the sticking portion 46, and the cover mounting portion 37b is fitted to the cover mounting receiving portion 61. At the same time, the cover engaging piece 37c is engaged with the cover engaging receiving portion 62, and in this state, the cover attaching portion 37b and the cover attaching receiving portion 61 are fastened by the cover fastening member 37a to attach the protective cover member 37. The electronic tag seal 36 is covered by mounting (see FIG. 10A). Then, the cover-side security seal 39 is located between the protective cover member 37 and the electronic tag seal 36, and includes the entire first adhesive surface, specifically, the entire peripheral edge portion, in the protective cover member 37 to be first attached. Adhere all together. As a result, the cover-side security seal 39 is attached to both the protective cover member 37 and the electronic tag seal 36. Furthermore, when the fastening device cap 37d is welded to the cover mounting portion 37b to cover the cover fastening device 37a and the game control device 32 is assembled, the game control device 32 is attached to the mounting base 30 by the first case member 41. The facing posture is set, and the mounting base 30 is mounted in this state. At this time, since the protective cover member 37 is attached to the sticking portion 46, it is possible to prevent inconvenience that the electronic tag seal 36 is carelessly damaged and the identification information cannot be transmitted.

  Further, the left main sealing mechanism 77 and the right main sealing mechanism 97 are provided at both ends in the longitudinal direction of the substrate box 34 in a state straddling the boundary between the first case member 41 and the second case member 42, respectively. Since the RFID tag seal 36 is pasted between one end and the other end of the substrate box 34 in the longitudinal direction so as to straddle the boundary between the first case member 41 and the second case member 42, the substrate box 34 is bent when the substrate box 34 is bent. The inconvenience that a gap is formed between the first case member 41 and the second case member 42, and the inconvenience that an illegal member enters through the gap and an illegal act on the control board 35 is executed can be prevented. Further, since the left sealing mechanism 45L is fixed at a position located below the substrate box 34, and the right sealing mechanism 45R is fixed at a position positioned above the substrate box 34, the substrate box 34 is fixed. Is difficult to deform even when subjected to torsional load.

  In the game control device 32 assembled in this way, if the board box 34 is illegally opened without removing the electronic tag seal 36, the following occurs. First, the game control device 32 is removed from the mounting base 30, the cover attaching portion 37 b is cut, etc. to release the fastened state between the protective cover member 37 and the board box 34, and the protective cover member 37 is separated from the board box 34. . At this time, the cover-side security seal 39 sticks the entire peripheral edge portion on the first adhesive surface side to the protective cover member 37, while the cover-side non-adhesive region 39g on the second adhesive surface side is attached to the electronic tag seal 36 and the adhesive portion 46. Since the entire first adhesive surface of the cover-side security seal 39 continues to adhere to the protective cover member 37, the cover-side non-adhesive region 39g starts to float from the electronic tag seal 36 or the attaching portion 46. When the protective cover member 37 is further released, stress concentrates at the boundary between the cover-side non-adhesive region 39g and the second cover-side adhesive layer 39f, and the second adhesive surface (second cover-side adhesive layer 39f) of the cover-side security seal 39 is concentrated. ) Peels off from the electronic tag seal 36 or the sticking part 46. The cover-side security seal 39 receives the external force in the peeling direction in which the cover-side security seal 39 is peeled off from the electronic tag seal 36, so that the cover-side transfer portion (cover-side visual recognition portion) 39 d is not peeled off from the electronic tag seal 36 or the sticking portion 46. It is detached from the side security seal 39 and is transferred onto the electronic tag seal 36 or the sticking portion 46 to remain as a visible trace. When the protective cover member 37 is subsequently released, the protective cover member 37 is removed from the substrate box 34 with the cover-side security seal 39 attached.

  In this way, if the protective cover member 37 is removed from the substrate box 34, the cover side transfer portion 39d can be detached from the cover side security seal 39 and left on the electronic tag seal 36 or the sticking portion 46. Therefore, it is possible to prevent the electronic tag seal 36 and the board box 34 from being removed as if they were new, and an unauthorized person gathers the board box 34 and the electronic tag seal 36 separately to store an illegal control board. It is possible to prevent an action to be attempted and, in turn, an action to illegally attach the board box 34 in which an illegal control board is stored to the pachinko gaming machine 1. Further, by forming the cover-side non-adhesive region 39g at the edge of the cover-side security seal 39 on the second adhesive surface side, the cover-side security seal 39 can be easily peeled along with the removal operation of the protective cover member 37, A trace of detachment of the protective cover member 37 can be reliably left on the electronic tag seal 36 and the attaching portion 46.

  If the protective cover member 37 is removed, the head of the fastening member 66 is exposed by cutting off the portion of the electronic tag seal 36 attached to the attaching portion 46 that covers the fastening member 66, etc. The exposed fastening member 66 is removed. Further, the left main sealing bracket 84b of the left main sealing portion 80 and the right main sealing receiving bracket 103a of the right main sealing portion 100 are cut with a tool (for example, a nipper) to cut the left main sealing mechanism 77 and the right main sealing. The locking mechanism 97 is destroyed, the second case member 42 is separated from the left main sealing mechanism 77 in the disengagement direction C, and the right main sealing mechanism 97 is separated from the first case member 41 in the disengagement direction C. Allow that. Then, the second case member 42 is moved in the disengagement direction C, and further moved in the separation direction D. Then, the attachment receiving portion 64 that has moved through the moving space 69 passes through the passage opening 68 through the lower portions of the electronic tag seal 36 and the box-side security seal 38, and the portion of the electronic tag seal 36 that covers the passage opening 68. Is dirty and broken (see FIG. 10C). As described above, in order to separate the first case member 41 and the second case member 42, a part of the electronic tag seal 36 is broken to remove the fastening member 66, and further, the fastening receiving part 64 is attached to the electronic tag seal 36. Of these, a portion different from the portion where the fastening member 66 is exposed is broken and dirty and passes through the passage opening 68. Therefore, if the electronic tag seal 36 is visually checked to see if it is torn, the fraudster has separated the first case member 41 and the second case member 42, or the first case member 41 and the second case member It can be easily grasped that the separation from the case member 42 is attempted.

  Further, by removing the fastening member 66 and sliding the second case member 42 in the disengagement direction C in a state where the left main sealing mechanism 77 and the right main sealing mechanism 97 are destroyed, the game control device 32 is The electronic tag seal 36 is broken along the boundary BL, and the antenna portion 74 located on the first sticking portion 57 side with respect to the chip portion 73 is cut to break the electronic tag 72. Therefore, the transmission function (specifically, the function of transmitting identification information) of the electronic tag seal 36 can be invalidated. Further, based on the fact that the identification information is not transmitted, it is possible to grasp that the board box 34 has been illegally opened. Further, it is possible to prevent the inconvenience that the transmission function of the electronic tag seal 36 is reused after an illegal act is performed.

  Further, as shown in FIG. 11A, when the electronic tag seal 36 is peeled without tearing after the protective cover member 37 is removed, the following occurs. That is, the electronic tag seal 36 is peeled off from the edge (more specifically, the corner), and the boundary between the peeled portion and the unpeeled portion of the electronic tag seal 36 reaches the box-side security seal 38. At this time, the electronic tag seal 36 is attached to the entire surface of the box-side security seal 38 (specifically, the entire surface including the entire peripheral edge), while the box-side security seal 38 is attached to the box-side non-adhesive region 38f on the adhesive surface side. Since the entire surface of the box-side security seal 38 continues to be adhered to the electronic tag seal 36 because it is not in close contact with the attachment portion 46, the box-side non-adhesive region 38 f starts to float from the attachment portion 46. When the electronic tag seal 36 is further peeled off, stress is concentrated at the boundary between the box-side non-adhesive region 38f and the box-side adhesive layer 38e, and the adhesive surface (box-side adhesive layer 38e) of the box-side security seal 38 is attached to the sticking portion. Peel from 46. The box-side security seal 38 c is not peeled off from the sticking portion 46 by receiving an external force in the peeling direction in which the box-side security seal 38 is peeled off from the sticking portion 46. It leaves | separates from 38, is transferred on the sticking part 46, and remains as a visible trace (refer FIG.11 (c)). When the electronic tag seal 36 is subsequently peeled off, the electronic tag seal 36 is removed from the substrate box 34 with the box-side security seal 38 attached.

  If the electronic tag seal 36 is peeled off from the sticking portion 46 in this way, not only the electronic tag seal 36 but also the box side security seal 38 is peeled off, and the box side transfer portion 38c is detached from the box side security seal 38. It can remain in the sticking part 46. Therefore, it is possible to prevent the electronic tag seal 36 and the box-side security seal 38 peeled off from the sticking portion 46 and the board box 34 from which the electronic tag seal 36 has been peeled off from being removed in the same state as a new product. As a result, the act of an unauthorized person gathering the board box 34, the electronic tag seal 36, etc. separately to store the unauthorized control board, and the board box 34 storing the unauthorized control board to the pachinko gaming machine 1 It is possible to prevent an act of trying to mount it illegally. Further, by forming the box-side non-adhesive region 38f at the edge of the adhesive side of the box-side security seal 38, the box-side non-adhesive region 38f floats from the attaching portion 46, and the box-side security seal 38 is attached to the attaching portion. 46 easily peels off. Therefore, the box-side security seal 38 can be peeled off from the sticking portion 46 together with the electronic tag seal 36, and the box-side transfer portion 38 c can be reliably left on the sticking portion 46 as a trace of peeling of the electronic tag seal 36. Further, since the box-side security seal 38 is covered with the opaque base sheet 71 of the electronic tag seal 36 so that it cannot be visually recognized, it is difficult to grasp the position where the box-side security seal 38 is attached. Therefore, even if an unauthorized person tries to cut the electronic tag seal 36 for removing the parts of the box-side security seal 38, it is difficult to specify the incision location, delaying the parts removing operation, or damaging the box-side security seal 38 at the time of cutting. Can be.

  If there is a possibility that an illegal act has been performed on the game control device 32, the fastening member 66 is removed by a regular operation (operation not involving an illegal activity) on the police or the game hall side in charge. At the same time, the left main sealing mechanism 77 and the right main sealing mechanism 97 are destroyed and the board box 34 is opened, and whether or not unauthorized parts are mounted on the control board 35 is visually checked. As a result of this check, if no abnormality is recognized in the game control device 32, only until a new game control device 32 for replacement can be prepared (for example, until it arrives at the game hall from the manufacturer) The checked game control device 32 is reassembled and temporarily used in a state where the electronic tag seal 36 is broken or peeled off and the protective cover member 37 is not fixed.

  The reassembly of the game control device 32 will be described. First, when the control board 35 is detached from the second case member 42, the control board 35 is fixed to the inside of the second case member 42 and the wiring connector 35b is attached. In this state, the second case member 42 is set in a posture in which the control board 35 and the inner side of the first case member 41 face each other. When the posture of the second case member 42 is set, as shown in FIG. 6A, the second case member 42 is moved along the overlapping direction A to overlap the first case member 41 and engaged. The piece 51 is passed through the fitting / removal portion 52. Further, the fastening receiving portion 64 is passed through the passage opening 68 and enters the moving space portion 69, and the lower portion of the second case member 42 is brought into contact with the upper surface of the protruding portion 48. Then, the second case member 42 is slid in the engagement direction B and the engagement piece 51 is engaged with the engagement groove portion 50 so that the first case member 41 and the second case member 42 are engaged (closed state). ). Then, the board box 34 slides the fastening receiving part 64 in the engagement space B in the movement space part 69 and overlaps with the insertion hole 65 (a position indicated by a two-dot chain line in FIG. 6B). It moves and connects the insertion hole 65 and the screwing hole 64a. Furthermore, the left side subsealing body 91 and the left side subsealing receiving part 90, the right side subsealing body 111 and the right side subsealing receiving part 110 are respectively superposed, and the left side main sealing body 84 and the left side main sealing receiving part 83 are superposed. The left main sealing mechanism 77 in a state where the right main sealing member 104 and the right main sealing receiving portion 103 are fixed together is brought close to the side portion of the second case member 42. The stop mechanism 97 is moved closer to the side portion of the first case member 41.

  When the first case member 41 and the second case member 42 are engaged and closed, the fixing member 66 is inserted into the insertion hole 65 and fixed to the fixing receiving portion 64 (specifically, to the screwing hole 64a). The first case member 41 and the second case member 42 are locked with each other. In addition, the left side subsealing body 88 temporarily fixed to the left side subsealing body 91 is sufficiently tightened to fix the left side subsealing body 91 and the left side subsealing receiving portion 90 together, and the right side subsealing body 90 is preliminarily secured. The right side subsealing tool 108 that has been temporarily fixed to the sealing body 111 is sufficiently tightened so that the right side subsealing body 111 and the right side subsealing receiving portion 110 are fixed, and the first case member 41 and the second case The case member 42 is resealed in a closed state. In this way, the substrate box 34 and the control board 35 are temporarily used after the left main sealing mechanism 77 and the right main sealing mechanism 97 are destroyed and replaced with new ones (for example, the board box 34 and the control board 35 are abnormal). Even if it is temporarily used after confirming that there is no substrate, the substrate box 34 can be sealed using the left sub-sealing mechanism 78 and the right sub-sealing mechanism 98. Further, in the left sealing mechanism 45L, a portion positioned on the upper side of the substrate box 34 is fixed, and in the right sealing mechanism 45R, a portion positioned on the lower side of the substrate box 34 is fixed, so that the substrate box 34 is fixed. Is difficult to deform even when subjected to torsional load. Then, if the first case member 41 and the second case member 42 are reattached and resealed by the left side subsealing mechanism 78 and the right side subsealing mechanism 98, the game control device 32 is provided. Is set to a posture in which the first case member 41 is opposed to the mounting base 30 and is mounted on the mounting base 30 in this state.

  In addition, the temporarily used game control device 32 does not open the re-sealed board box 34 (without rechecking the control board 35) after the temporary use is finished. The control device 32 is replaced. Here, the left sub-sealing mechanism 78 is configured to be more difficult to destroy than the left main sealing mechanism 77, and the right sub-sealing mechanism 98 is configured to be more difficult to destroy than the right main sealing mechanism 97. In the board box 34 that is scheduled to be removed and replaced from the game board 5 (pachinko gaming machine 1), in other words, in the board box 34 that does not need to be opened after the end of temporary use, the left side sub-sealing mechanism 78 and the right side sub-sealing mechanism 98. Therefore, it is possible to suppress the disadvantage that the security for the control board 35 is unnecessarily weakened. Furthermore, the rigidity of the left sub-sealing portion 87 is set to be stronger than the rigidity of the left main sealing portion 80 so that the left sub-sealing mechanism 78 is set to be less easily broken than the left main sealing mechanism 77, and the right side The rigidity of the sub sealing part 107 is set to be stronger than the rigidity of the right main sealing part 100, and the right sub sealing mechanism 98 is set to be more difficult to destroy than the right main sealing mechanism 97. A configuration in which the mechanism 78 and the right side sub-sealing mechanism 98 need not be easily destroyed can be easily realized.

  By the way, in the said embodiment, although the sealing mechanism 45 had only the function to seal in the state which closed the 1st case member 41 and the 2nd case member 42, this invention is not limited to this. For example, the game control device 32 and the mounting base 30 in the second embodiment shown in FIG. 16 are basically the same as those in the first embodiment, but the left main sealing mechanism 77 has a part of the mounting base 30. Are different in that they can be engaged. More specifically, the left main sealing mechanism 77 of the substrate box 34 in the second embodiment has the left main sealing body 84 and the left main sealing in a state where the first case member 41 and the second case member 42 are closed. An engagement space portion 115 is formed between the left main sealing body 84 and the left main sealing receiving portion 83 by separating the stop receiving portion 83. In addition, a mounting protrusion 117 is provided on the side of the mounting base 30 located on the left sealing mechanism 45L side so as to protrude toward the rear of the game board 5, and the game control device 32 side of the mounting protrusion 117. On the right side in FIG. 16A, a positioning contact portion 118 that can be engaged with a corner portion of the first case member 41 that is positioned on the left sealing mechanism 45L side is provided so as to protrude. The game control device 32 can be positioned on the mounting base 30 by engaging the first case member 41 with the portion 118. Then, the mounting protrusion 117 is provided with a tongue-shaped mounting engagement portion 119 that can be engaged with the engagement space portion 115 toward the left sealing mechanism 45L side (game control device 32 side) (in other words, in other words). The mounting engagement portion 119 is provided with an engagement insertion hole 119a through which the left main sealing tool 81 can be inserted.

  In order to mount the game control device 32 on the mounting base 30 with the engagement space 115 and the mounting engagement portion 119 having such a configuration, first, the game control device 32 is assembled to the assembly procedure and basics in the first embodiment. Specifically, the assembly is performed in the same procedure, but the operation of fixing the left main sealing body 84 and the left main sealing receiving portion 83 by the left main sealing tool 81 is not performed. If the game control device 32 is assembled in a state in which the left main sealing body 84 and the left main seal receiving portion 83 are not fixed, the game control device 32 is set in a posture in which the first case member 41 faces the mounting base 30. In this state, the first case member 41 is brought into contact with the mounting base 30, and the mounting engaging portion 119 and the engaging space portion 115 are in the engaging direction B (in other words, the extending direction of the mounting engaging portion 119). (See FIG. 16A). Further, the game control device 32 is slid along the engagement direction B, the first case member 41 is brought into contact with the positioning contact portion 118 to position the game control device 32, and the mounting engagement portion 119 is moved into the engagement space. The game control device 32 and the mounting base 30 are fastened with a fastening tool (not shown) such as a screw. Then, with the mounting engagement portion 119 engaged with the engagement space portion 115, the left main seal 81 is inserted into the left main seal insertion port 84a, and the left main seal 84 and the left main seal are inserted. The receiving portion 83 is fixed by the left main sealing tool 81 and closed by welding the left main sealing cover 82 to the left main sealing insertion port 84a, etc. The head of the tool 81 is covered. Then, the left main sealing tool 81 is inserted into the engagement insertion hole 119a of the mounting engagement portion 119 in the engagement space 115, and the mounting engagement portion 119 is connected to the left main sealing portion 80 (the left main sealing body 84). And the left main sealing receiving portion 83). Therefore, it is possible to make it difficult to remove the board box 34 from the mounting base 30, and to prevent unauthorized opening of the board box 34, and thus illegal actions on the control board 35. In order to remove the game control device 32 from the mounting base 30 in regular work (work without fraud) for performing fraud check work, etc., the mounting engagement part 119 is connected to the base of the mounting protrusion 117 side. Then, the game control device 32 may be separated from the mounting base 30 by removing the fastener and then cutting the game control device 32 with a tool (for example, a nipper).

  By the way, in the said embodiment, although the left side subsealing mechanism 78 and the right side subsealing mechanism 98 which do not need to destroy after completion | finish of temporary use of the game control apparatus 32 were provided in the state which protrudes from the side part of the board | substrate box 34, it provided. However, the present invention is not limited to this. The point is that the left side sub-sealing mechanism 78 is less likely to be destroyed than the left side main sealing mechanism 77 and the right side sub-sealing mechanism 98 is less likely to be destroyed than the right side main sealing mechanism 97. It may be a structure. For example, in the third embodiment shown in FIGS. 17 and 18, the left side sub-sealing mechanism 78 and the right side sub-sealing mechanism 98 are provided inside the left and right ends of the substrate box 34 (near the center of the substrate box 34). ing.

  More specifically, as shown in FIGS. 17A and 17B, the left side sub-sealing mechanism 78 is located on the first case member 41 more than the end on which the left main sealing mechanism 77 protrudes. A left sub-sealing receiving portion 90 is disposed at a position near the center in the longitudinal direction of one case member 41 and at a position above the left main sealing mechanism 77, and the left sub-sealing receiving portion 90 is used as the first case member. The entire periphery of the left side sub-sealing receiving portion 90 on the protruding base side is connected to and supported by the first case member 41 in a state of protruding from 41 toward the second case member 42 side. 17C and 17D, the second case member 42 is closer to the center in the longitudinal direction of the second case member 42 than the end of the second case member 42 where the left main sealing mechanism 77 is projected. The left sub-sealing body 91 is disposed at a position above the left main sealing mechanism 77 and protrudes from the second case member 42 toward the first case member 41 side. In this state, the entire circumference of the left base seal 91 on the protruding base side is connected to and supported by the second case member 42.

  Further, as shown in FIGS. 18A and 18B, the right side secondary sealing mechanism 98 has a first case than the end portion of the first case member 41 where the right main sealing mechanism 97 projects. The right sub-sealing receiving portion 110 is disposed at a position near the center in the longitudinal direction of the member 41 and at a position below the right main sealing mechanism 97, and the right sub-sealing receiving portion 110 is removed from the first case member 41. It is in a state of projecting toward the second case member 42 side, and the entire circumference on the projecting base side of the right side sub-sealing receiving portion 110 is connected to and supported by the first case member 41. 18C and 18D, the second case member 42 is closer to the center in the longitudinal direction than the end portion of the second case member 42 where the right main sealing mechanism 97 protrudes. The right side subsealing body 111 is disposed at a position below the right side main sealing mechanism 97 and protrudes from the second case member 42 toward the first case member 41 side. In this state, the entire circumference on the protruding base side of the right sub-sealing body 111 is connected to and supported by the second case member 42.

  If the left side subsealing mechanism 78 and the right side subsealing mechanism 98 having such a configuration are provided, the boundary between the substrate box 34 and the left side subsealing mechanism 78, and the board box 34 and the right side subsealing mechanism 98 are It becomes difficult to insert a tool into the boundary. On the other hand, the left main sealing mechanism 77 and the right main sealing mechanism 97 protrude laterally from the end of the substrate box 34, so that it is easy to insert a tool between the substrate box 34 and the left main sealing mechanism 77. Therefore, it is possible to realize a configuration in which the left sub-sealing mechanism 78 is less likely to be destroyed than the left main sealing mechanism 77 and a right sub-sealing mechanism 98 is less likely to be destroyed than the right main sealing mechanism 97.

  By the way, in the said embodiment, in the cover side security seal | sticker 39, while sticking a 1st adhesion surface to the protective cover member 37 and a 2nd adhesion surface to the electronic tag seal | sticker 36, the protection cover member 37 is removed from the board | substrate box 34. When the cover side security seal 39 is detached from the electronic tag seal 36 and removed, the cover side transfer portion 39d is left on the electronic tag seal 36 and the sticking portion 46, but the present invention is not limited to this. For example, the second adhesive surface may be attached to the protective cover member 37 and the first adhesive surface may be attached to the electronic tag seal 36. In other words, the protective cover member 37 may be the second sticking target and the electronic tag seal 36 may be the first sticking target. If the protective cover member 37 is removed from the substrate box 34 in this state, the cover-side security seal 39 is peeled off from the protective cover member 37 and remains attached to the electronic tag seal 36, and the cover-side transfer portion 39d is protected by the protective cover member 37. Remain on. Therefore, even when the second adhesive surface is adhered to the protective cover member 37 and the first adhesive surface is adhered to the electronic tag seal 36, the protective cover member 37 and the electronic tag seal 36 are removed in the same state as new. In other words, it is possible to prevent an unauthorized person from collecting the board box 34, the electronic tag seal 36, and the like separately to accommodate an unauthorized control board. Further, by forming the cover-side non-adhesive region 39g at the edge of the second adhesive surface side, the cover-side security seal 39 can be easily peeled off from the protective cover member 37 along with the removal operation of the protective cover member 37, A trace of desorption can be reliably left on the cover member 37.

  Furthermore, in the said embodiment, only the box side transfer part 38c is rolled on the sticking part 46 and can be visually recognized by receiving external force in the peeling direction in which the box side security seal 38 peels from the sticking part 46. However, the present invention is not limited to this. In short, it is sufficient that at least a part of the box side display layer (separation layer) 38b remains as a trace. For example, all or a part of the box side transfer part 38c and the box side non-transfer part 38d are attached part 46. It may be left on the top, or only all or a part of the box-side non-transfer part 38 d may remain on the sticking part 46. In addition, when the protective cover member 37 is removed from the substrate box 34, only the cover side transfer portion 39d of the cover side security seal 39 is transferred onto the second sticking target and remains as a visible trace. However, the present invention is not limited to this. In short, it is sufficient that at least a part of the cover side display layer (separation layer) 39c is left as a trace. For example, the cover side transfer part 39d and the cover side non-transfer part 39e are all attached to the second sticking. You may make it remain on a target, and you may make it leave only the whole or a part of cover side non-transfer part 39e on a 2nd sticking target.

  In the above embodiment, the cover-side security seal 39 is formed by laminating the adhesive layers 39b and 39f on both surfaces of one cover-side base material 39a, but the present invention is not limited to this. For example, a cover base security seal is formed by folding a single base material with an adhesive layer laminated on one side in a state where the adhesive layer is located outside, and the adhesive layer exposed on one side is used as the first adhesive surface. The adhesive layer exposed on the other side may be used as the second adhesive surface. Furthermore, the security seals 38 and 39 are configured with different colors of the transfer portions 38c and 39d and the non-transfer portions 38d and 39e. However, the present embodiment is not limited to this. For example, The color of the transfer portions 38c and 39d and the color of the non-transfer portions 38d and 39e may be set to the same color. The electronic tag seal 36 covers the box-side security seal 38 in an invisible state by making the entire base sheet 71 opaque, but the present invention is not limited to this. For example, an opaque portion is formed by making only the portion of the base sheet 71 overlapped with the box-side security seal 38 opaque, or by laminating a separate opaque sheet piece on the base sheet 71, and the opaque portion forms a box. The side security seal 38 may be covered.

  And although the shape of each security seal 38 and 39 in the said embodiment was made into the rectangular shape (square shape), this invention is not limited to this, For example, polygonal shapes other than rectangular shape may be sufficient, and a circle | round | yen It may be a shape or an elliptical shape. Furthermore, the non-adhesive region (box-side non-adhesive region, cover-side non-adhesive region) of each security seal is not limited to being formed at the corner of the security seal. The point is that the security seal may be formed at a location where it can start receiving an external force acting in the peeling direction, specifically at the edge of the security seal. For example, if the non-adhesive region is formed over the entire periphery of the security seal, it is preferable that the non-adhesive region can be lifted from the security sticking target regardless of the direction of external force. When the security seal has a polygonal shape, a non-adhesive region may be formed in a portion of the edge of the security seal excluding the corner, for example, the central portion of the side. Since it is easier to receive external force at the time of peeling than the central part of the side, it is preferable to form a non-adhesive region at the corner because the non-adhesive region can be efficiently floated from the security sticking target .

  By the way, in the above embodiment, the left main sealing bracket 84b is broken to break the left main sealing mechanism 77, and the right main sealing receiving bracket 103a is broken to break the right main sealing mechanism 97. However, the present invention is not limited to this. In short, if the function of sealing the first case member 41 and the second case member 42 in a closed state is lost and the opening of the substrate box 34 is allowed, the left main sealing mechanism 77 and the right side The main sealing mechanism 97 may be destroyed in any way.

  Moreover, in the said embodiment, although the insertion hole 65 and the passage opening 68 were established in the 1st sticking part 57 of the 1st case member 41, and the fastening receiving part 64 was provided in the 2nd case member 42, this invention It is not limited to this. For example, the first case member 41 is a fixing / receiving case member, the second case member 42 is an insertion-side case member, the second bonding portion 59 is an insertion-side bonding portion, and is fixed to the first case member 41. A receiving part may be provided, and an insertion hole and a passage opening may be opened in the second sticking part 59 of the second case member 42. Furthermore, in the above embodiment, the fastening member 66 is inserted into the insertion hole 65 and screwed into the fastening receiving portion 64 to lock the first case member 41 and the second case member 42. Is not limited to this. In short, as long as a locking mechanism for locking the first case member 41 and the second case member 42 is provided in the sticking portion 46 and this locking mechanism can be covered with the electronic tag seal 36, any locking mechanism can be used. It may be. For example, the fastening member is a fastening pin that is not threaded, and the fastening receiving portion is provided with a fastening hole in which the tip of the fastening pin can be fitted, and the fastening pin is inserted into the insertion hole and fastening. The first case member 41 and the second case member 42 may be locked by fitting into the receiving portion.

  Further, in the above embodiment, the left main sealing mechanism 77 and the left sub sealing mechanism 78 are arranged adjacent to each other, and the right main sealing mechanism 97 and the right sub sealing mechanism 98 are adjacent to each other. Although arranged, the present invention is not limited to this. For example, the left main sealing mechanism 77 and the left sub sealing mechanism 78 are arranged in a sufficiently separated state (for example, separated by a wider distance than the diameter of the left main sealing body 84), or the right main sealing mechanism. The stop mechanism 97 and the right side secondary sealing mechanism 98 may be disposed in a state of being sufficiently separated (for example, in a state of being separated at a wider interval than the diameter of the right main sealing body 104).

  In the above embodiment, a pachinko gaming machine, which is a typical gaming machine, has been described as an example. However, the present invention is not limited to this, and includes a first case member and a second case member. A board box for housing the control board in a closed state, and an electronic tag seal having an electronic tag capable of transmitting unique identification information stored in advance, the electronic tag seal being a first case member What kind of gaming machine can be used if the electronic tag can be destroyed when the electronic tag is pasted at the boundary with the second case member and the first case member and the second case member are separated and opened? It may be a gaming machine. For example, it may be a gaming machine such as an enclosed ball pachinko machine, an arrangement ball gaming machine, or a sparrow ball gaming machine.

  It should be understood that the above-described embodiment is illustrative in all respects and not restrictive. The present invention is not limited to the above description, but is defined by the scope of the claims, and includes all modifications within the scope and meaning equivalent to the scope of the claims.

DESCRIPTION OF SYMBOLS 1 Pachinko machine 5 Game board 30 Mounting base 32 Game control apparatus 34 Board box 35 Control board 36 Electronic tag seal 37 Protective cover member 38 Box side security seal 38c Box side transfer part 38e Box side adhesion layer 38f Box side non-adhesion area 39 Cover side security seal 39b First cover side adhesive layer 39d Cover side transfer part 39f Second cover side adhesive layer 39g Cover side non-adhesive region 41 First case member 42 Second case member 45 Sealing mechanism 45L Left side sealing mechanism 45R Right side sealing mechanism 46 Adhering part 57 First adhering part 59 Second adhering part 64 Adhering receiving part 65 Insertion hole 66 Adhering member 68 Passing opening 71 Base sheet 72 Electronic tag 77 Left main sealing mechanism 78 Left sub Sealing mechanism 80 Left main sealing portion 81 Left main sealing tool 83 Left main sealing receiving portion 83a Left side Sealing receiving bracket 84 Left main sealing body 84b Left main sealing bracket 87 Left sub sealing part 88 Left sub sealing tool 90 Left sub sealing receiving part 90a Left sub sealing receiving bracket 91 Left sub sealing body 91b Left Sub sealing bracket 97 Right main sealing mechanism 98 Right sub sealing mechanism 100 Right main sealing portion 101 Right main sealing tool 103 Right main sealing receiving portion 103a Right main sealing receiving bracket 104 Right main sealing body 104c Right Main sealing bracket 107 Right sub sealing portion 108 Right sub sealing tool 110 Right sub sealing receiving portion 110a Right sub sealing receiving bracket 111 Right sub sealing body 111c Right sub sealing bracket 115 Engaging space portion 119 Mounting member Joint

Claims (10)

A board box configured to contain a control board in a state in which both case members are closed, and an electronic tag capable of transmitting unique identification information stored in advance. An electronic tag seal having,
The electronic tag seal is attached in a state where the electronic tag intersects the boundary between the first case member and the second case member, and the first case member and the second case member are separated and opened. In a gaming machine capable of destroying the electronic tag,
The substrate box is provided with an attaching portion for attaching the electronic tag seal in a state where it is divided into a place formed in the first case member and a place formed in the second case member,
By sticking a box side security seal formed in a shape smaller than the electronic tag seal to the sticking part, and receiving an external force in the peeling direction in which the box side security seal is peeled off from the sticking part, It is possible to leave at least part of the separation layer formed on the box-side security seal as a visible trace on the sticking part,
The RFID tag seal includes an opaque portion that makes the box-side security seal invisible, and is attached to the surface of the box-side security seal and the sticking portion in a state of covering the box-side security seal with the opaque portion. A gaming machine characterized by being worn. The board box includes a protective cover member for protecting the electronic tag seal attached to the attaching part,
Between the protective cover member and the electronic tag seal, a cover side security seal that is attached to both the protective cover member and the electronic tag seal is provided,
When the protective cover member is removed from the substrate box, the cover-side security seal receives an external force in a peeling direction in which the cover-side security seal is peeled off from the protective cover member or the electronic tag seal, thereby forming a separation layer formed on the cover-side security seal The gaming machine according to claim 1, wherein at least a part of is left as a visible trace on at least one of the protective cover member or the electronic tag seal.   The said box side security seal formed the box side non-adhesion area | region which cannot be closely_contact | adhered to the said adhesion part in the edge part of the adhesion surface side stuck to the said adhesion part. Game machines. The cover-side security seal has a first adhesive surface that is attached with either the protective cover member or the electronic tag seal as a first attachment target, and a second that is attached with the other as a second attachment target. An adhesive surface, the entire peripheral portion on the first adhesive surface side is adhered to the first adhesion target, and the second adhesion surface side edge cannot be adhered to the second adhesion target. Forming a non-adhesive area on the cover side,
When the protective cover member is removed from the substrate box, the first adhesive surface continues to be adhered to the first adhesion target, and the cover-side non-adhesion region floats from the second adhesion target and the second The gaming machine according to claim 3, wherein the adhesive surface is peeled off leaving at least a part of a separation layer formed on the cover-side security seal on the second sticking target. The substrate box includes a sealing mechanism that seals the first case member and the second case member in a closed state, and makes the sealing of the substrate box impossible to release unless the sealing mechanism is destroyed,
The sealing mechanism is
A main sealing mechanism for fixing and sealing the first case member and the second case member in a closed state;
A sub-sealing mechanism for re-adhering and resealing the first case member and the second case member in a closed state after destruction of the main sealing mechanism,
The gaming machine according to claim 4, wherein the sub sealing mechanism is configured to be more difficult to break than the main sealing mechanism. The main sealing mechanism includes a main sealing portion and a main sealing tool,
The main sealing portion is composed of a main sealing receiving portion provided in the first case member and a main sealing body provided in the second case member,
The main sealing tool can fix the main sealing body and the main sealing receiving portion, and the fixed state cannot be released,
The sub-sealing mechanism includes a sub-sealing portion and a sub-sealing tool,
The sub-sealing portion is composed of a sub-sealing receiving portion provided in the first case member and a sub-sealing body provided in the second case member,
The sub-sealing tool is capable of fixing the sub-sealing body and the sub-sealing receiving portion, and makes the fixing state unreleasable,
6. The rigidity of the sub-sealing portion is set to be stronger than the rigidity of the main sealing portion, and the sub-sealing mechanism is set to be more difficult to break than the main sealing mechanism. The gaming machine described in 1. A mounting base on which the board box is mounted;
The main sealing mechanism forms an engagement space portion between the main sealing body and the main sealing receiving portion in a state in which the first case member and the second case member are closed,
The mounting base includes a mounting engagement portion that can be engaged with the engagement space.
When the main sealing body and the main sealing receiving portion are fixed with the main sealing tool in a state where the mounting engaging portion is engaged with the engaging space portion, the mounting engaging portion is the main sealing. The gaming machine according to claim 6, wherein the gaming machine is configured to be fixed to a portion. At both ends in the longitudinal direction of the substrate box, the sealing mechanism is provided in a state straddling the boundary between the first case member and the second case member, respectively.
The electronic tag seal is stuck between one end and the other end in the longitudinal direction of the substrate box in a state of straddling the boundary between the first case member and the second case member. The gaming machine described. Either one of the first case member or the second case member is used as a stationary receiving case member, and the other is used as an insertion side case member.
The place formed in the insertion side case member among the adhesion parts is the insertion side adhesion part,
The fastening receiving side case member is provided with a fastening receiving portion capable of fastening the fastening member,
In the insertion side attaching portion, an insertion hole is formed through which the fixing member in a state fixed to the fixing receiving portion can be inserted,
The first case member and the second case member can be locked by inserting the fastening member into the insertion hole and fastening the fastening member to the fastening receiving portion before the electronic tag seal is attached. The gaming machine according to any one of claims 1 to 8, characterized by:   10. The passage opening through which the fastening receiving portion can pass when the first case member and the second case member are opened and closed is formed in the insertion side attaching portion. Gaming machine.

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