JP2018089090A - Game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game machine of a simple structure which has no problem such as loss of components and can appropriately select whether or not to make it possible to confirm a reverse side of a substrate according to situations.SOLUTION: In a slot machine, a substrate plate fitting member 90 is provided with a separate control member fitting projection piece part 117; to the separate control member fitting projection piece part 117, the separate control member 170 can be attached in one of a first attachment posture and a second attachment posture that are mutually different; when the separate control member 170 is attached to the separate control member fitting projection piece part 117 in the first attachment posture, a separate permissive state in which the substrate plate fitting member 90 and a member 91 to be adhered are permitted to be separated occurs. When the separate control member 170 is attached to the separate control member fitting projection piece part 117 in the second attachment posture, a separate disabled state in which the substrate plate fitting member 90 and the member 91 to be adhered are unseparable occurs.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a gaming machine in which a member to which a board is attached can be moved during a board inspection operation.

  In a gaming machine such as a slot machine, it is well known that a board for controlling a game is attached in the gaming machine. In addition, recent game machines have a complicated internal structure, and various members are densely arranged in a narrow space, which makes it difficult and troublesome for game shops to inspect and replace boards. It is well known that

  Therefore, a configuration in which a member to which a board is attached is hingedly fixed inside the gaming machine has already been proposed (for example, Patent Documents 1 and 2). With this configuration, the back side of the substrate can be inspected, and the substrate can be easily replaced.

  By the way, the movable configuration in which the member to which the substrate is attached as disclosed in Patent Document 1 is rotated as appropriate is very convenient when the substrate is frequently inspected. However, there is a drawback that fraudulent acts are likely to be executed. For this reason, it is preferable that the amusement store appropriately select a movable structure that places importance on workability when inspecting the board and a conventional fixed structure that has a low risk of fraud.

  Here, for example, the configuration disclosed in Patent Document 2 has a structure in which the movable base plate that supports the substrate cannot be rotated by using the key member. As described above, when the movable base plate is not rotated using the key member, the risk of fraud is extremely reduced, and the inspection work for checking the back surface of the board is not required, and the burden on the inspection operator is reduced. Is done.

JP, 2015-112314, A JP 2005-143549 A

  However, in the gaming machine disclosed in Patent Document 2, when the movable base plate can be turned and the back side of the board can be confirmed, a key member and a key mounting bracket are no longer required. There is a risk of losing these key members and the like. Furthermore, since the latching piece portion that can be engaged and disengaged from the board and the first key mounting bracket are separate members, there is also a problem that the mounting structure itself is complicated.

  Therefore, the present invention has been made in view of the present situation, and has a simple structure game in which there is no problem of component loss, and whether or not the back side of the board can be confirmed can be appropriately selected according to the situation. The purpose is to provide a machine.

  The present invention is a gaming machine in which a substrate mounting member having a substrate and an adherend member to which the substrate mount member is attached are at least partially detachable, and the board mounting member or the adherent member includes The separation control member attachment position is provided, and the separation control member can be attached to the separation control member attachment position in any one of the first attachment posture and the second attachment posture different from each other. And when the separation control member is attached to the separation control member attachment position in the first attachment posture, the substrate mounting member and the adherent member are allowed to separate, and a separation permission state is permitted. When the separation control member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherent member are made impossible to separate. On purpose it is game machine characterized by comprising.

  In such a configuration, in the separation-permitted state, the substrate mounting member can be appropriately separated from the adherend member, and therefore, for example, it is easy to inspect the back side of the substrate. Further, in the inseparable state, the board mounting member cannot be separated from the adherend member, so that illegal acts on the back side of the board can be prevented and the burden of inspection work can be reduced. And, even if it is set as a release-permitted state or a state where it cannot be released, the release control member is used as a common member and used at the same release control member mounting position. There is no risk of losing the separation control member.

  Here, the adherent member is provided with a recess for inserting a separation control member having a predetermined depth opened toward the substrate mounting member, and the substrate mounting member is disposed in the recess for inserting the separation control member. And the separation control member can be attached to a separation control member mounting position provided on the board mounting member, and the separation control member insertion recess. A small-diameter portion that can be inserted through at least one end of the small-diameter portion, and the separation control member is inserted into and removed from the substrate mounting member side in a state where the separation control member is inserted into the separation control member insertion recess. A detachable locking diameter large portion that is temporarily locked to the locking step surface is formed, and the separation control member is inserted into the separation control member at the other end of the small diameter portion. In the state inserted through the recess, the board mounting portion A large non-removable locking diameter portion that is locked to the locking step surface so as not to be detachable to the side is formed, and is attached to the separation control member mounting position in the first mounting posture. When the detachable locking diameter large portion is temporarily locked with respect to the stop surface to enter the disengagement-permitted state and is attached to the disengagement control member attachment position in the second attachment posture, the engagement step A configuration is proposed in which the large part of the locking diameter that cannot be removed is locked with respect to the surface, and the state in which the separation is impossible is achieved.

  In such a configuration, the substrate mounting member and the adherent member can be temporarily fixed so as to be able to be separated in a state where separation is permitted. For this reason, when the substrate mounting member is separated from the adherend member, a light response can be given. For this reason, it can suppress that a board | substrate mounting member opens apart with respect to a to-be-adhered member unintentionally. Further, when returning the separated substrate mounting member to the original position, there is an advantage that the operator can easily grasp the relative positional relationship between the substrate mounting member and the adherend by obtaining the response. On the other hand, in the state where the separation is impossible, the substrate mounting member can be reliably prevented from separating.

  Further, the separation control member is fixed to the substrate mounting member via a fixing means, and includes a fixing means covering member that covers the fixing means, It is desirable that the fixing means be inaccessible from the outside.

  In such a configuration, when performing an illegal act on the separation control member, the fixing means must be released by destroying the fixing means. Therefore, the fixing member covering member has an advantage that a trace at the time of destruction remains. For this reason, it is possible to detect that fraud has been performed at an early stage, and to suppress the spread of damage due to fraud.

  In addition, it is preferable that a cover member for the separation control member that covers the substrate mounting member and the adherend member is provided, and the cover member for the separation control member makes at least contact with the separation control member from the outside impossible. .

  In such a configuration, an illegal act on the separation control member can be more reliably prevented.

1 is a perspective view illustrating an outline of a slot machine according to Embodiment 1. FIG. It is a disassembled perspective view which shows the attachment structure of the board | substrate mounting member concerning Example 1. FIG. (A) is a disassembled perspective view which shows a substrate case, (b) is a partially cutaway perspective view of a substrate case. FIG. 6 is a perspective view showing a substrate mounting member in a closed position, which is in a release-permitted state. FIG. 6 is a perspective view showing a substrate mounting member in an open-permitted state in an open position. The separation control member is shown, (a) is a perspective view mainly showing a detachable locking diameter large portion, (b) is a perspective view mainly showing a detachable locking diameter large portion, (c ) Is a longitudinal sectional view. An engagement receiving member is shown, (a) is a perspective view mainly showing a recess for inserting a separation control member, (b) is a perspective view mainly showing a locking step surface, and (c) is a longitudinal sectional view. It is. It is a general | schematic side sectional view which mainly shows the separation control member in a separation permission state. It is explanatory drawing which shows the deformation | transformation aspect of a separation control member. It is a general | schematic side sectional view which mainly shows the separation control member in a separation impossible state. It is a perspective view which shows the board | substrate mounting member of a state which cannot be separated. It is a disassembled perspective view which shows the attachment structure of the board | substrate mounting member concerning Example 2. FIG. It is a disassembled perspective view which shows a substrate case. FIG. 6 is a perspective view showing a substrate mounting member in a closed position, which is in a release-permitted state. FIG. 6 is a perspective view showing a substrate mounting member in an open-permitted state in an open position. The separation control member concerning Example 3 is shown, (a) is a perspective view, (b) is a longitudinal cross-sectional view. The attachment structure of the board | substrate mounting member concerning Example 3 is shown, (a) is explanatory drawing which shows a separation permitting state, (b) is explanatory drawing which shows a separation impossible state.

  An embodiment in which the present invention is applied to a slot machine will be described according to the following examples. In the following description, the front side is the player side, and the surface is the side facing the player side. On the other hand, the back side is the back plate 21 side in the slot machine, and the back side is the surface facing the back plate 21 side.

[Example 1]
As shown in FIG. 1, the housing 2 of the slot machine 1 is opened forward and is covered by a front door 3 from the front. Furthermore, a visual recognition window 4 for visually recognizing three reels 5 disposed inside the housing 2 is provided at the center of the front door 3.

  As shown in FIG. 1, the housing 2 has a back plate 21, and a protective cover 160 made of a rectangular box is installed at a position above the reel 5 in the back plate 21. A substrate case 120 described later is disposed in the protective cover 160.

  Next, the board mounting member mounting structure 150 disposed in the protective cover 160 will be described with reference to FIG.

  As shown in FIG. 2, a board mounting member mounting structure 150 for mounting the board case 120 in the housing 2 is disposed in the protective cover 160, and the board mounting member mounting structure 150 includes the board mounting member 90. And an adherent member 91 to which the substrate mounting member 90 is rotatably attached.

First, the substrate mounting member 90 will be described.
The board mounting member 90 includes a hinge member 100 that is fixed to the back plate 21, a turning member 110 that is rotatably attached to the hinge member 100, and a board case 120 that is fixed to the turning member 110. Yes.

  The hinge member 100 is a U-shaped member and has a so-called bearing structure. The rotating member 110 has a main plate portion 111 that is horizontally long and has a substantially flat plate shape, and one side end portion of the main plate portion 111 is connected to the hinge member 100. The substrate case 120 is fixed to the surface of the main plate portion 111 with fixing screws 125. The other side end portion of the main plate portion 111 is provided with a separation control member attaching convex piece portion 117 which is a separation control member attachment position according to the present invention. Since the separation piece 117 for attaching the separation control member is a main part of the present invention, it will be described in detail later. In the following description, the one side end portion of the rotating member 110 will be described as a base end portion, and the other side end portion will be described as a front end portion as appropriate.

Next, the substrate case 120 will be described.
As shown in FIG. 3, the substrate case 120 accommodates a substrate 81 on which electronic components are mounted, and includes a transparent cover body 121 that covers the front side of the substrate 81 and a transparent base that covers the back side of the substrate 81. A body 122 and a fixing member 123 that fixes the cover body 121 and the base body 122 are provided. As the fixing member 123, a well-known member such as a one-way pin or a one-way screw is preferably used.

  As shown in FIG. 2, the protective cover 160 is fixed to the rotating member 110 by a fixing screw 163. With such a configuration, the protective cover 160 completely covers the substrate case 120 to block the outside and the substrate case 120, thereby making external contact impossible. Specifically, since the protective cover 160 surrounds the entire circumference of the substrate case 120 so that a gap through which tools or the like can enter is not generated, illegal acts on the substrate case 120 are prevented.

  On the other hand, as shown in FIG. 2, the adherent member 91 includes a back plate 21 and an engagement receiving member 180 attached to the back plate 21. Details of the engagement receiving member 180 will be described later.

  In the configuration described so far, when the rotating member 110 is rotated with respect to the back plate 21, the substrate mounting member 90 in the closed position is moved to the back plate 21 as shown in FIGS. It will be partly separated from and will be in the open position. Here, at least a portion of the rotating member 110 facing the back surface of the substrate case 120 is transparent so as to be visible, and the back surface side of the substrate case 120 can be inspected by setting the rotating member 110 to the open position. It has become.

  Next, the main part of the present invention will be described.

  As shown in FIG. 2, a plate-shaped separation control member mounting convex piece 117 is formed at the tip of the rotating member 110 so as to protrude toward the side opposite to the hinge member 100 side. Yes. In this embodiment, the separation control member mounting convex piece 117 is arranged such that the plane including the rotation shaft of the rotation member 110 and the separation control member mounting convex piece 117 is parallel to the surface of the back plate 21. In addition, in the present embodiment, the pair of separation control member mounting convex pieces 117 and 117 are parallel to the axial direction of the hinge member 100. It is lined up and down along the direction. Then, the separation control member 170 is attached to the back surface of each separation control member attachment convex piece 117. Hereinafter, the separation control member 170 will be described in detail with reference to FIG.

  As shown in FIG. 6, the separation control member 170 is made of a substantially prismatic elastic member, and has a small-diameter portion 171 as a main portion and a removable large-diameter portion arranged at one end of the small-diameter portion 171. 172 and a non-removable locking large-diameter portion 173 disposed at the other end of the small-diameter portion 171.

  More specifically, in the separation control member 170, a screw hole 175 is formed so as to penetrate the center, and in the direction perpendicular to the central axis direction of the screw hole 175, the removable locking diameter large portion 172 and the removal control member 170 are removed. A non-removable locking diameter large portion 173 is protruded. Specifically, on the basis of the outer dimension width W1 of the small-diameter portion 171, the outer dimension width W3 of the non-removable locking diameter large portion 173 is larger than the outer dimension width W2 of the removable locking large-diameter portion 172. Are set to large dimensions (W1 <W2 <W3). In other words, with the peripheral surface of the small diameter portion 171 as a reference, the protruding amount of the non-removable locking diameter large portion 173 is larger than the protruding amount of the removable locking diameter large portion 172. Yes.

  Then, as shown in FIG. 5 and the like, the separation control member mounting screw 151 which is a fixing means is inserted into the separation control member mounting convex piece 117 and the screw hole 175 of the separation control member 170, so that each separation release is performed. The separation control member 170 can be detachably screwed to the back surface of the convex piece 117 for attaching the control member. The mounting posture of the separation control member 170 with respect to the separation control member mounting convex piece 117 will be described in detail later.

  On the other hand, as shown in FIG. 2 and the like, an engagement receiving member 180 into which the separation control member 170 can be inserted is attached to the back plate 21.

  More specifically, as shown in FIG. 7, the engagement receiving member 180 has a substantially rectangular parallelepiped shape, and has a predetermined depth that opens toward the board mounting member 90 side (front side) and both sides. The separation control member insertion recesses 181 and 181 are provided in a pair of upper and lower portions corresponding to the respective positions of the separation control member mounting convex pieces 117 and 117 when the rotating member 110 is located at the closed position. That is, the pair of separation control member insertion recesses 181 and 181 are arranged side by side along a direction parallel to the axial direction of the hinge member 100. Note that two separation control members 170 described above are not necessarily used for one substrate case 120, and may be a minimum of one or three or more. Further, the separation control member mounting convex portion 117 and the separation control member insertion concave portion 181 are appropriately provided corresponding to the number of separation control members 170 used.

  In addition, a locking step surface 185 facing the opposite side (back side) of the substrate mounting member 90 is formed in the separation control member insertion recess 181 so that the opening edge of the separation control member insertion recess 181 is formed. Is provided with an inlet portion 187 having an opening width W4 and a depth D1, and a width W5 and a depth D2 larger than the opening width W4 of the inlet portion 187 at the innermost part of the recess 181 for opening the separation control member. The deepest part 188 is provided.

  Here, the dimension shape of each part of the separation control member 170 and the separation control member insertion recess 181 will be described in detail again.

  The outer dimension width W1 of the small-diameter portion 171 in the separation control member 170 coincides with (corresponds to) the opening width W4 of the inlet portion 187 in the separation control member insertion recess 181.

  Further, the small diameter portion length L1 of the small diameter portion 171 in the separation control member 170 (the separation distance between the detachable locking diameter large portion 172 and the non-removable locking diameter large portion 173) is a recess for the separation control member insertion. It corresponds to (corresponds to) the depth D1 of the inlet portion 187 at 181.

  Further, the outer dimension width W2 of the separable locking diameter large portion 172 in the separation control member 170 is larger than the opening width W4 of the inlet portion 187 in the separation control member insertion recess 181 and the inlet portion 187 can be removed. The size is such that the locking diameter large portion 172 can pass while being bent.

  Further, the outer dimension width W3 of the non-removable locking diameter large portion 173 in the separation control member 170 is larger than the opening width W4 of the inlet portion 187 in the separation control member insertion recess 181 and the inlet portion 187 cannot be removed. The size of the locking diameter large portion 173 is such that it cannot pass through.

  In the separation control member 170 shown in FIG. 6, the tip length L2 from the boundary portion between the small diameter portion 171 and the detachable locking large diameter portion 172 to the end portion, and the small diameter portion 171 and the extraction portion are removed. The tip length L3 from the boundary portion to the end portion with the detachable locking diameter large portion 173 is shorter than the depth D2 of the deepest portion 188 in the separation control member insertion recess 181.

Next, an attachment aspect of the separation control member 170 will be described.
As shown in FIG. 8 and the like, the separation control member 170 is inserted and disposed in the separation control member insertion recess 181 from the side opening, and is then controlled to be separated by the separation control member mounting convex piece 117. It is screwed through a member mounting screw 151. The screw hole 175 may have a configuration in which a female screw is cut in advance, or may have a configuration in which a tapping screw is screwed together. Further, the screw hole 175 allows the separation control member mounting screw 151 to be inserted from any hole opening.

  Then, for example, as shown in FIG. 8, the attachment posture of the separation control member 170 in which the detachable locking diameter large portion 172 of the separation control member 170 is positioned in the separation control member insertion recess 181 (hereinafter referred to as the first attachment posture). Therefore, when the separation control member 170 is attached to the separation control member attaching convex piece 117, the substrate mounting member 90 is in the closed position in this state as shown in FIG. Specifically, the detachable locking diameter large portion 172 of the separation control member 170 is in a temporarily locked state in surface contact with the locking step surface 185 of the separation control member insertion recess 181.

  Here, when the separation control member 170 is attached in the first attachment posture as described above, when the substrate mounting member 90 is rotated to the front side by applying a force, the removable member is attached as shown in FIG. The large-diameter stop portion 172 is bent and passes through the inlet portion 187 of the separation control member insertion recess 181 while being compressed, so that the substrate mounting member 90 can be in the open position as shown in FIG. That is, when the separation control member 170 is attached to the separation control member attachment convex piece 117 in the first attachment posture, it is allowed to separate the substrate mounting member 90 and the back plate 21 as the adherend member 91. Is done.

  Therefore, in the separation permitting state in which the substrate mounting member 90 can be separated from the back plate 21 in this way, for example, it is easy to check the back side of the substrate 81. Further, since the separation control member 170 and the separation control member insertion recess 181 are temporarily fixed in the separation-permitted state, the substrate mounting member 90 is prevented from being unintentionally separated from the adherend member 91. . Further, when the substrate mounting member 90 in the open position is returned to the original closed position, the detachable locking diameter large portion 172 is lightly press-fitted into the inlet portion 187 of the separation control member insertion recess 181. There is an advantage that an operator can easily grasp the relative positional relationship between the substrate mounting member 90 and the adherend member 91.

  On the other hand, for example, as shown in FIG. 10, the attachment posture of the separation control member 170 in which the non-removable locking diameter large portion 173 of the separation control member 170 is positioned in the separation control member insertion recess 181 (hereinafter referred to as the second attachment posture). Thus, when the separation control member 170 is attached to the separation control member attaching convex piece 117, the substrate mounting member 90 is always in the closed position, as shown in FIG. Specifically, as shown in FIG. 10, the locking control large diameter 173 of the separation control member 170 is brought into a locked state in surface contact with the locking step surface 185 of the separation control member insertion recess 181. ing.

  That is, when the separation control member 170 is attached in the second attachment posture, the non-removable locking diameter large portion 173 cannot be removed from the separation control member insertion recess 181, and thus the board mounting member 90. Cannot be in the open position. Therefore, the substrate mounting member 90 and the adherent member 91 cannot be separated.

  As described above, in the state where the substrate mounting member 90 cannot be separated from the back plate 21 and cannot be separated, illegal acts on the back side of the substrate 81 can be prevented. Moreover, the burden of inspection work can also be reduced by making it a state which cannot be separated.

  Further, the board mounting member mounting structure 150 described above has the separation control member 170 as a common member, even when the separation permission state is set or the separation impossible state, and the same separation control member mounting convex piece portion 117 is provided. Since it is attached and used, there is no possibility that the separation control member 170 will be lost regardless of which state is selected.

  By the way, as shown in FIG. 8 and the like, the board mounting member 90 is covered with a protective cover 160, and the protective cover 160 has a deep digging shape for bringing a tool such as a screwdriver to the separation control member mounting screw 151. The through hole 165 is sealed with a sealing cap 167. In such a configuration, the protective cover 160, the separation control member 170, and the separation control member mounting convex piece 117 are tightened together by the separation control member mounting screw 151. Thereby, as shown in FIG. 4, for example, the protective cover 160 as the cover member for the separation control member surrounds the entire circumference of the substrate case 120 as described above, and in addition, the separation control member 170 and the separation control member The periphery of the control member insertion recess 181 is also surrounded over the entire circumference. That is, the protective cover 160 covers the board mounting member 90 and the adherend member 91, and prevents at least the separation control member 170 from coming into contact with the outside, thereby preventing fraud. In addition, the structure of the sealing cap 167 which makes external contact impossible is applicable, and a detailed description is omitted. Of course, the protective cover 160 may not be screwed, and the separation control member 170 and the separation control member mounting convex piece 117 may be screwed by the separation control member mounting screw 151.

  Therefore, when an illegal act is performed on the separation control member 170 in the state where the separation control member cannot be separated as described above, the separation control member 170 must be released from the fixed state by, for example, destroying the separation control member mounting screw 151. I must. Then, since the separation control member mounting screw 151 is covered with the sealing cap 167, the sealing cap 167 has an advantage that a trace at the time of destruction remains. For this reason, it is possible to detect that fraud has been performed at an early stage, and to suppress the spread of damage due to fraud.

  The fixing means of the present invention is constituted by a separation control member mounting screw 151. Moreover, the covering member for fixing means of the present invention is constituted by a sealing cap 167. By the way, the sealing cap 167 may be used together with the protective cover 160 even when the substrate mounting member 90 is in the separation-permitted state (see FIG. 8), or is used only when the substrate mounting member 90 is in a state in which the separation is impossible. May be. If the locking state between the locking diameter large portion 173 that cannot be removed and the locking step surface 185 is released in the separation control member 170 in the second mounting posture, the operator properly destroys the sealing cap 167, The separation control member mounting screw 151 may be removed and the separation control member 170 may be removed from the separation control member insertion recess 181.

[Example 2]
Next, the structure concerning Example 2 is demonstrated according to FIGS. In addition, the same code | symbol is attached | subjected to the structure similar to Example 1, and description is abbreviate | omitted or abbreviate | omitted.

  As shown in FIG. 12, the board mounting member mounting structure 280 disposed in the protective cover 240 includes a board mounting member 260 that houses the board 81 shown in FIG. 13 and a substrate on which the board mounting member 260 is rotatably mounted. It is comprised with the attachment member 261. FIG.

  The board mounting member 260 of the present embodiment includes a hinge member 200 attached to the back plate 21 and a board case 210, whereas the adherent member 261 is attached to the back plate 21 and the back plate 21. It is comprised with the engagement receiving member 250 attached.

  First, the hinge member 200 includes a hinge pin 201 that defines the direction of the rotation axis of the board mounting member 260 and a pair of receiving member side bearings 203 and 203 that are disposed along the direction of the rotation axis defined by the hinge pin 201. And. Specifically, the hinge pin 201 is extended downward, and the pair of receiving member side bearing portions 203, 203 are arranged above and below the hinge pin 201.

  As shown in FIGS. 12 and 13, the substrate case 210 includes a cover body 211 that covers the front side of the substrate 81 and a base body 212 that covers the back side of the substrate 81. Of the side end portions of the base body 212, hinge side bearing portions 233, 234, and 234 projecting sideways are pivoted by the hinge pin 201 at the side end portion on the side attached to the back plate 21. A plurality are provided side by side along the axis direction. Specifically, a pair of easily breakable hinge bearing portions 234 and 234 are arranged side by side on one side of the reference hinge bearing portion 233 with reference to the reference hinge bearing portion 233. In this embodiment, the reference hinge bearing portion 233 is disposed at the uppermost position, and a pair of upper and lower easily breakable hinge bearing portions 234 and 234 are disposed below the reference hinge bearing portion 233. In addition, an easily breakable portion 235 that is thinner than other portions is provided at substantially the center of each easily breakable hinge bearing portion 234.

  On the other hand, of the side end portions of the cover body 211, a flat plate-shaped separation control member mounting convex piece 213 serving as a separation control member attachment position is directed to the distal end portion on the side separated from the back plate 21. It is formed in a protruding shape. As shown in FIG. 12, the separation control member 170 can be attached in the first attachment posture or the second attachment posture to the separation control member attachment convex piece 213 by the separation control member attachment screw 151. Yes.

  Further, as shown in FIG. 12, the engagement receiving member 250 disposed on the back plate 21 corresponds to the protrusion piece 213 for attaching the separation control member of the substrate case 210 when positioned at the closed position. In the position, a pair of separation control member insertion recesses 252 and 252 are provided along the direction of the rotation axis defined by the hinge pin 201. Specifically, a pair of separation control member insertion recesses 252 and 252 are provided along the vertical direction.

  In such a configuration, the reference hinge bearing portion 233 of the substrate case 210 and the hinge pin 201 of the hinge member 200 are connected, and the easily breakable hinge bearing portion on one side (upper side) of the substrate case 210 is connected. 234 and the receiving member side bearing portion 203 on one side (upper side) of the hinge member 200 are connected via a hinge pin member 202 which is a separate part.

  Here, the hinge pin member 202 has a stretchable structure that can be stretched in the axial direction, and as shown in FIG. 12, the hinge pin member 202 is disposed in the bottomed cylindrical main cylinder 202a with flange and in the inner space of the main cylinder 202a. Coil spring 202b, and an advance / retreat pin 202c urged upward (one side along the axial direction) by the coil spring 202b. That is, the forward / backward pin 202c is pressed downward (toward the other side along the axial direction) to shrink the hinge pin member 202 in the axial direction, and then interposed between the easily breakable hinge bearing portion 234 and the receiving member side bearing portion 203. By mounting, the substrate case 210 constituting the substrate mounting member 260 is rotatably attached to the back plate 21 as the adherent member 261, and the substrate mounting member 260 is moved from the closed position shown in FIG. It can be freely pivotable to the open position shown.

  In the above-described configuration, when the easily breakable hinge bearing portion 234 is broken while the substrate case 210 is attached to the back plate 21, the substrate case 210 can be completely separated from the back plate 21. Specifically, the hinge pin member 202 can be taken out from the shaft hole of the easily breakable hinge bearing portion 234 by breaking the easily breakable portion 235 of the easily breakable hinge bearing portion 234 that supports the hinge pin member 202. Thus, the substrate case 210 can be removed and inspected.

  When the substrate case 210 is attached to the back plate 21 again after the inspection, the unused easily breakable hinge bearing portion 234 on the other side (lower side) of the substrate case 210 and the receiving member side of the substrate case receiving member 250 are used. The substrate case 210 may be rotatably attached to the back plate 21 with a hinge pin member 202 interposed between the bearing portion 203 and the bearing portion 203.

Example 3
Next, a configuration according to the third embodiment will be described with reference to FIGS. In addition, the same code | symbol is attached | subjected to the structure similar to Example 1, 2, and description is simplified or abbreviate | omitted.

  As shown in FIG. 16, the separation control member 300 has a substantially cap shape, and includes a cylindrical portion 301 having a cylindrical shape and an end surface portion 302 having a screw insertion hole 303 formed in the center in a penetrating manner. And this separation control member 300 is used in the board | substrate mounting member attachment structure 340 mentioned later.

  As shown in FIG. 17, the board mounting member mounting structure 340 includes a board mounting member 320 including a board (not shown), and an adherent member 321 to which the board mounting member 320 is rotatably mounted. The adherent member 321 can be configured by a member fixed to the inner wall surface (not shown) of the housing 2, for example.

  More specifically, the substrate mounting member 320 includes a rotating member 330 that is rotatably attached to the adherend member 321, and the entire substrate mounting member 320 is covered with a protective cover 310.

  The protective cover 310 has a recessed portion 311 that is recessed toward the adherend member 321, and a through hole 312 is provided in the center of the recessed portion 311. In addition, the recessed part 311 becomes a separation control member attachment position.

  In such a configuration, when the substrate mounting member 320 can be separated from the adherend member 321, the screw insertion hole 303 in the separation control member 300 is provided on the protective cover 310 side as shown in FIG. The separation control member 300 is disposed in the recessed portion 311 so as to be disposed on the concave portion 311. At the same time, the screw 333 as a fastening member is inserted into the screw insertion hole 303 and the head of the screw 333 is placed on the separation control member 300. At this time, the screw 333 is screwed to the rotating member 330, whereby the protective cover 310, the separation control member 300, and the rotating member 330 are fixed.

  Here, if the separation control member 300 is disposed in the recessed portion 311 in such a posture (hereinafter referred to as a first mounting posture), the screw portion of the screw 333 does not reach the adherend member 321, and thus the substrate mounting member 320 and the covered member are not attached. The substrate mounting member 320 is allowed to be separated from the adherend member 321 without being fixed to the attachment member 321.

  On the other hand, when the substrate mounting member 320 cannot be separated from the adherent member 321, the screw insertion hole 303 is provided in the recessed portion 311 of the protective cover 310 as shown in FIG. The separation control member 300 is disposed so as to be disposed on the side, and the screw 333 is inserted into the screw insertion hole 303 so that the screw 333 is screwed to the adherent member 321. In such a case, it is desirable to seal the recessed portion 311 in which the screw 333 is disposed with a sealing cap 335.

  When the separation control member 300 is arranged in such a posture (hereinafter referred to as a second mounting posture) in the recessed portion 311, the screw portion of the screw 333 reaches the adherent member 321, and thus the board mounting member 320 and the adherent member 321. And the board mounting member 320 cannot be separated from the adherend member 321.

  In such a configuration, the separation control member 300 is disposed in the recessed portion 311 regardless of whether the separation control member 300 is arranged in the first attachment posture or the second attachment posture. There is no risk of losing 300.

  The fixing means according to the present invention corresponds to the separation control member mounting screw 151 in the first and second embodiments, and corresponds to the screw 333 in the third embodiment. The fixing member covering member according to the present invention corresponds to the sealing cap 167 in the first and second embodiments, and corresponds to the sealing cap 335 in the third embodiment. The cover member for the separation control member according to the present invention corresponds to the protective cover 160 in the first embodiment, corresponds to the protective cover 240 in the second embodiment, and corresponds to the protective cover 310 in the third embodiment.

  The separation control members 170 and 300 described so far are configured to be attached to the substrate mounting members 90, 260 and 320, but are not limited thereto, and are attached to the adherend members 91, 261 and 321. Of course. Moreover, in Example 1, although the hinge member 100 and the engagement receiving member 180 are comprised by another member, it may replace with this and the structure by which each other was integrated may be sufficient.

  Further, for example, the adherent members 91, 261, 321 are not limited to the back plate 21, and may be the side plate of the slot machine 1 that is a gaming machine, the back side of the front door 3, or the like.

1 slot machine (game machine)
81 Substrate 90, 260, 320 Substrate mounting member 91, 261, 321 Adhering member 117, 213 Separation control member mounting convex piece (separation control member mounting position)
151 Screw for attaching the separation control member (fixing means)
160, 240, 310 Protective cover (covering member for separation control member)
167 Seal cap (covering member for fixing means)
170,300 Separation control member 171 Small diameter portion 172 Removable locking diameter large portion 173 Removable locking diameter large portion 181,252 Retraction control member insertion recess 185 Locking step surface 311 Recessed portion position)

The present invention is a gaming machine in which a substrate mounting member having a substrate and an adherend member to which the substrate mount member is attached are at least partially detachable, and the board mounting member or the adherent member includes The separation control member attachment position is provided, and the separation control member can be attached to the separation control member attachment position in any one of the first attachment posture and the second attachment posture different from each other. And when the separation control member is attached to the separation control member attachment position in the first attachment posture, the substrate mounting member and the adherent member are allowed to separate, and a separation permission state is permitted. When the separation control member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherent member are made impossible to separate. On purpose Ri Na, the dehiscence control member, in the configuration that is fixed via a fixing means to the substrate mounting member comprises a cover member for fixing means for covering the fixing means, the use said fixing means The multi-member is a gaming machine characterized in that the fixing means cannot be contacted from the outside .
Further, the present invention is a gaming machine in which a board mounting member having a board and an adherend member to which the board mounting member is attached can be at least partially separated, and the board mounting member has a release control. A member attachment position is provided, and the separation control member can be attached to the separation control member attachment position in any one of the first attachment posture and the second attachment posture different from each other, When the separation control member is attached to the separation control member attachment position in the first attachment posture, the substrate attachment member and the adherend member are allowed to separate, and the separation control is performed. When the member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherend member are inseparable from each other. The adherent member is provided with a recess for inserting a separation control member having a predetermined depth that opens toward the substrate mounting member. The recess for inserting the separation control member is opposite to the substrate mounting member. The separation control member is formed on the substrate mounting member, and the separation control member can be attached to a separation control member mounting position provided on the board mounting member, and at least inserted into the separation control member insertion recess. A small diameter portion is provided, and at one end of the small diameter portion, the separation control member is detachable toward the substrate mounting member side in a state where the separation control member is inserted into the separation control member insertion recess. A detachable locking large diameter portion that is temporarily locked to the locking step surface is formed, and the separation control member is inserted into the separation control member insertion recess at the other end of the small diameter portion. To the board mounting member side When the non-removable locking diameter large portion that is non-removably locked to the locking step surface is formed and is attached to the separation control member mounting position in the first mounting posture, the locking step surface In contrast, when the detachable locking diameter large portion is temporarily locked to be in the separation-permitted state and is mounted at the separation control member mounting position in the second mounting posture, The gaming machine is characterized in that the large part of the locking diameter that cannot be removed is locked and the separation is impossible.
The present invention is also a gaming machine in which a substrate mounting member having a substrate and an adherend member to which the substrate mount member is attached can be at least partially separated, and the substrate mount member or the adherent member Is provided with a separation control member attachment position, and the separation control member attachment position can be attached in any one of the first attachment posture and the second attachment posture different from each other. A separation permitting state in which the substrate mounting member and the adherend member are allowed to separate when the separation control member is attached to the separation control member attachment position in the first attachment posture. When the separation control member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherent member are separated from each other. The disengagement control member has a main part, and one end part is arranged on one side with respect to the main part, and the other end part is arranged on the other side opposite to the one end part. One end portion of the separation control member in one attachment posture faces toward the adherend member, and the other end portion of the separation control member faces in the substrate mounting member side, while the separation control in the second attachment posture. One end portion of the member is directed to the board mounting member side, and the other end portion of the separation control member is directed to the adherend member side.
Further, the present invention is a gaming machine in which a board mounting member having a board and an adherend member to which the board mounting member is attached can be at least partially separated, and the board mounting member has a release control. A member attachment position is provided, and the separation control member can be attached to the separation control member attachment position in any one of the first attachment posture and the second attachment posture different from each other, When the separation control member is attached to the separation control member attachment position in the first attachment posture, the substrate attachment member and the adherend member are allowed to separate, and the separation control is performed. When the member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherend member are inseparable from each other. The separation control member has a cap shape having a cylindrical cylindrical portion and an end surface portion in which a screw insertion hole is provided in a penetrating manner, and the adherent member is formed with a screw hole, When the separation control member is in the first mounting posture, the cylindrical portion is arranged on the adherend member side, and a screw as a fastening member is inserted into the screw insertion hole of the end surface portion, and then the end surface portion The head portion of the screw is placed on the screw member so that the screw is not screwed into the screw hole of the adherend member, and when the separation control member is in the second mounting posture, the end surface portion is A gaming machine that is disposed on the adherent member side, and that the screw reaches the screw hole of the adherend member after being screwed into the screw insertion hole, and is in a state of being screwed. It is.

The present invention is a gaming machine in which a substrate mounting member having a substrate and an adherend member to which the substrate mount member is attached are at least partially detachable, and the board mounting member or the adherent member includes The separation control member attachment position is provided, and the separation control member can be attached to the separation control member attachment position in any one of the first attachment posture and the second attachment posture different from each other. And when the separation control member is attached to the separation control member attachment position in the first attachment posture, the substrate mounting member and the adherent member are allowed to separate, and a separation permission state is permitted. When the separation control member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherent member are made impossible to separate. On purpose made, the dehiscence control member, said there with respect to the substrate mounting member to the structure, which is fixed via a fixing means, comprising a fixing means for the covering member covering the fixing means, the fixing means for the covering member Is a gaming machine characterized in that the fixing means cannot be contacted from the outside.
Further, the present invention is a gaming machine in which a board mounting member having a board and an adherend member to which the board mounting member is attached can be at least partially separated, and the board mounting member has a release control. A member attachment position is provided, and the separation control member can be attached to the separation control member attachment position in any one of the first attachment posture and the second attachment posture different from each other, When the separation control member is attached to the separation control member attachment position in the first attachment posture, the substrate attachment member and the adherend member are allowed to separate, and the separation control is performed. When the member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherend member are inseparable from each other. The adherent member is provided with a recess for inserting a separation control member having a predetermined depth that opens toward the substrate mounting member. The recess for inserting the separation control member is opposite to the substrate mounting member. The separation control member is formed on the substrate mounting member, and the separation control member can be attached to a separation control member mounting position provided on the board mounting member, and at least inserted into the separation control member insertion recess. A small diameter portion is provided, and at one end of the small diameter portion, the separation control member is detachable toward the substrate mounting member side in a state where the separation control member is inserted into the separation control member insertion recess. A detachable locking large diameter portion that is temporarily locked to the locking step surface is formed, and the separation control member is inserted into the separation control member insertion recess at the other end of the small diameter portion. To the board mounting member side When the non-removable locking diameter large portion that is non-removably locked to the locking step surface is formed and is attached to the separation control member mounting position in the first mounting posture, the locking step surface In contrast, when the detachable locking diameter large portion is temporarily locked to be in the separation-permitted state and is mounted at the separation control member mounting position in the second mounting posture, The gaming machine is characterized in that the large part of the locking diameter that cannot be removed is locked and the separation is impossible.
The present invention is also a gaming machine in which a substrate mounting member having a substrate and an adherend member to which the substrate mount member is attached can be at least partially separated, and the substrate mount member or the adherent member Is provided with a separation control member attachment position, and the separation control member attachment position can be attached in any one of the first attachment posture and the second attachment posture different from each other. A separation permitting state in which the substrate mounting member and the adherend member are allowed to separate when the separation control member is attached to the separation control member attachment position in the first attachment posture. When the separation control member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherent member are separated from each other. The disengagement control member has a main part, and one end part is arranged on one side with respect to the main part, and the other end part is arranged on the other side opposite to the one end part. One end portion of the separation control member in one attachment posture faces toward the adherend member, and the other end portion of the separation control member faces in the substrate mounting member side, while the separation control in the second attachment posture. One end portion of the member is directed to the board mounting member side, and the other end portion of the separation control member is directed to the adherend member side.
Further, the present invention is a gaming machine in which a board mounting member having a board and an adherend member to which the board mounting member is attached can be at least partially separated, and the board mounting member has a release control. A member attachment position is provided, and the separation control member can be attached to the separation control member attachment position in any one of the first attachment posture and the second attachment posture different from each other, When the separation control member is attached to the separation control member attachment position in the first attachment posture, the substrate attachment member and the adherend member are allowed to separate, and the separation control is performed. When the member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherend member are inseparable from each other. The separation control member has a cap shape having a cylindrical cylindrical portion and an end surface portion in which a screw insertion hole is provided in a penetrating manner, and the adherent member is formed with a screw hole, When the separation control member is in the first mounting posture, the cylindrical portion is arranged on the adherend member side, and a screw as a fastening member is inserted into the screw insertion hole of the end surface portion, and then the end surface portion The head portion of the screw is placed on the screw member so that the screw is not screwed into the screw hole of the adherend member, and when the separation control member is in the second mounting posture, the end surface portion is A gaming machine that is disposed on the adherent member side, and that the screw reaches the screw hole of the adherend member after being screwed into the screw insertion hole, and is in a state of being screwed. It is.

Claims (4)

A gaming machine in which a board mounting member having a board and an adherent member to which the board mounting member is attached are at least partially detachable,
The substrate mounting member or the adherent member is provided with a separation control member mounting position, and the separation control member mounting position includes a separation control member having a first mounting posture and a second mounting posture different from each other. It can be installed in any mounting orientation,
When the separation control member is attached to the separation control member attachment position in the first attachment posture, the substrate attachment member and the adherend member are allowed to separate, and are in a separation permission state.
When the separation control member is attached to the separation control member attachment position in the second attachment posture, the substrate mounting member and the adherent member are in a state in which the separation is impossible and the separation is impossible. To play. The adherent member is provided with a recess for inserting a separation control member having a predetermined depth opened toward the substrate mounting member,
A locking step surface facing the opposite side of the substrate mounting member is formed in the separation control member insertion recess,
The separation control member is
It can be attached to the separation control member attachment position provided in the substrate attachment member,
Comprising a small-diameter portion that can be inserted at least into the recess for inserting the separation control member;
At one end of the small diameter portion, the separation control member is temporarily locked to the locking step surface so as to be removable toward the substrate mounting member in a state where the separation control member is inserted into the separation control member insertion recess. Removable locking diameter large part is formed,
In addition, at the other end of the small diameter portion, the separation control member is engaged with the engagement step surface so that it cannot be removed to the substrate mounting member side in a state where the separation control member is inserted into the separation control member insertion recess. A non-removable locking diameter large part is formed,
When the release control member is attached to the attachment position in the first attachment posture, the releasable engagement diameter large portion is temporarily engaged with the engagement step surface to enter the separation allowance state,
2. When the separation control member is attached in the second attachment posture in the second attachment posture, the non-removable engagement diameter large portion is engaged with the engagement step surface so that the separation is impossible. The gaming machine described in 1. The separation control member is fixed to the substrate mounting member via a fixing means,
A fixing means covering member for covering the fixing means;
The fixed member for fixing means is:
The gaming machine according to claim 1 or 2, wherein the fixing means is not accessible from the outside. A release member for covering the substrate mounting member and the covering member;
The covering member for the separation control member is
The gaming machine according to any one of claims 1 to 3, wherein at least the separation control member cannot be contacted from outside.

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