JP5494719B2 - Game machine - Google Patents

Description

  The present invention relates to a gaming machine including a control box that accommodates a control board.

Conventionally, as this type of gaming machine, as shown in FIG. 20, a penetrating hole formed in the extending portion 4 of the lid member 2 at the relative position of the lid member 2 and the dish member 1 where the closed control box 3 is formed. While penetrating the hole 5 with the pin 6, the tip end portion of the pin 6 is inserted into a metal pin receiving plate 9 housed in a pin receiving portion 7 formed by extending the plate member 1 in a retaining state. The thing is known (for example, refer patent document 1) .

Japanese Patent Application No. 2002-108713

In conventional gaming machines described above, illegal to the control board has a problem that could be done.
The present invention has been made in view of the above problems, and an object thereof is to provide a gaming machine having a control box which can inhibit illegitimate to the control board.

In order to achieve the above object, in the invention according to claim 1,
In a gaming machine that houses a control board in a control box formed by closing an opening of a dish member with a lid member,
A sealing portion provided on one of the dish member and the lid member ;
The inserted portion provided on either the plate member or the lid member where the sealing portion is not provided;
A metal receiving member provided inside the inserted portion;
A protective part covering the outside of the sealing part;
An insertion member for fixing the dish member and the lid member by holding the tip end portion of the receiving member while retaining the stopper while passing through the sealing portion covered by the protection portion ;
The inserted portion has an opening on one side where the sealing portion is provided, and is formed in a substantially box shape in which the receiving member can be provided inside .

According to the invention of 請 Motomeko 1, it is possible to provide a gaming machine having a control box capable of suppressing illegal for the control board.

It is a rear view of the pachinko machine using the control box concerning the present invention. It is a rear view of the slot machine using the control box concerning the present invention. It is a top view of the control box concerning a first embodiment. It is a top view of the control box of a closed state concerning a first embodiment. It is a perspective view of a rail insertion part concerning a first embodiment. It is a top view and a sectional view of a pin lid part concerning a first embodiment. It is the top view and sectional view of the pin receiving part concerning a first embodiment. It is sectional drawing of the pin receiving part concerning 1st embodiment. It is a perspective view of the metal piece concerning 1st embodiment. It is a perspective view of the pin concerning a first embodiment. It is the top view and sectional view of the pin receiving part concerning a first embodiment. It is sectional drawing of the pin receiving part concerning 1st embodiment. It is the top view and sectional drawing of the sealing part concerning 1st embodiment. It is sectional drawing of the sealing part concerning 1st embodiment. It is the top view and sectional drawing of the sealing part concerning 1st embodiment. It is sectional drawing of the sealing part concerning 1st embodiment. It is a perspective view of the sealing part concerning a first embodiment. It is a perspective view of the rail insertion part concerning 2nd embodiment. It is sectional drawing of the pin receiving part concerning 2nd embodiment. It is a schematic sectional drawing of the conventional sealing part.

The present invention is not limited to the above- described configuration, and may be a configuration described in the following means .
Mean 0
In a gaming machine that accommodates a control board in a control box formed by closing an opening of a dish member with a lid member, one of the dish member and the lid member is formed to extend outside the control box. The sealing plate and the wall surface on the control box side are a common wall surface common to the wall surface of the control box, and one of the plate member and the lid member not provided with the sealing plate extends outside the control box. The substantially box-shaped inserted portion formed as described above, a receiving member provided inside the inserted portion, and a notch penetrating the common wall surface, and extending to the common wall surface An engaging portion that engages and fixes the receiving member, and a tip end portion that is retained by the receiving member while penetrating the sealing plate from the outside, thereby fixing the dish member and the lid member relative to each other. The opening of the plate member An insertion member that is sealed so that it cannot be opened, and is formed on one of the dish member and the lid member provided with the sealing plate, and the opening of the dish member is closed on the common wall surface with the lid member closed. It is set as the structure which comprises the interruption | blocking part which plugs the provided said notch from the inside of the said control box.
In the invention of means 0 configured as described above, the control box is formed by closing the opening of the dish member with the lid member. The sealing plate is provided on one of the dish member and the lid member, and the inserted portion is provided on the other of the dish member and the lid member on which the sealing plate is not provided. Insert the tip of the insertion member into the insertion part.
A receiving member for stopping and holding is provided. The wall surface on the control box side of the inserted portion is a common wall surface common to the wall surface of the control box. A predetermined notch is provided on the common wall surface, and an engagement portion for engaging the receiving member extended to the common wall surface is formed by providing the notch. And the said insertion member makes the said receiving member hold | maintain a retaining | holding part, while penetrating the said sealing board from the outer side.
That is, the sealing plate and the inserted portion can be fixed by the insertion member. By fixing the sealing plate and the inserted portion, it is possible to fix the dish member and the lid member provided with each. Therefore, the control box can be sealed by fixing the dish member and the lid member in a state where the opening of the dish member is closed by the lid member. That is, it is impossible to open the opening of the dish member. At this time, the notch formed on the common wall surface is closed from the inside of the control box by the blocking portion formed on one of the dish member provided with the sealing plate and the lid member.
Therefore, the inside of the inserted portion and the control box are partitioned by the common wall surface and the blocking portion, and each becomes an independent space. That is, even if a hole is made in the inserted portion, foreign matter cannot enter the inside of the control box through the hole. Therefore, fraud to the control board accommodated in the control box can be prevented.
Further, since the engaging portion is formed on the common wall surface, the receiving member cannot be removed from the inserted portion even if only the inserted portion formed outside the control box is broken. In order to remove the receiving member from the inserted portion in order to release the holding prevention of the insertion member, it is necessary to destroy the control box itself in which the engaging portion is formed. Therefore, the destruction trace for removing the receiving member from the inserted portion becomes large. That is, an improper trace can be easily found during maintenance or the like.

Mean 1
The invention according to means 1 is configured such that, in the invention described in means 0 , in the state in which the control box is opened, the blocking portion does not close the notch by being separated from the common wall surface.
That is, the notch is formed through the common wall surface, and the blocking portion does not block the notch when the control box is opened. Therefore, when the control box is opened, a portion of the receiving member that engages with the engaging portion is exposed to the inside of the control box. Therefore, the engaging state of the receiving member with respect to the engaging portion can be released by changing the portion of the receiving member that engages with the engaging portion from the inside of the control box. Therefore, when the control box is released, the receiving member can be removed from the insertion portion. That is, when the control box is discarded, the receiving member and the dish member or the lid member can be separated and discarded.

Mean 2
The invention according to means 2 is the invention described in either means 0 or 1, wherein the insertion member is a metal pin, and the inserted portion is a pin receiving portion into which the pin is inserted. It is as.
That is, the lid member and the dish member can be relatively fixed by a sturdy pinch by using the insertion member as a metal pin.

Mean 3
The invention relating to means 3 is the invention described in means 2, wherein the receiving member is a metal pin receiving plate.
That is, since the strength of the receiving member is also high, the pin can be more securely prevented from coming off.

Mean 4
The invention according to means 4 is the invention described in means 3, wherein the pin receiving portion is formed in a substantially box shape having an opening surface on one side, and the pin receiving plate is attached to the inside through the opening surface. The opening surface is configured to be blocked by the sealing plate.
That is, the pin receiving plate is attached to the inside through the opening surface of the pin receiving portion formed in a substantially box shape. Since the opening surface is closed by the sealing plate, the pin receiving portion becomes a closed space from the outside. Accordingly, it is possible to prevent the foreign matter from entering the pin receiving portion and releasing the pin retaining state.

Mean 5
The invention according to the means 5 is the invention according to any one of the means 3 or 4, wherein a saw blade-like saw blade portion is formed at the tip of the pin, and the pin receiving plate is made of metal. When the spring piece bites into the saw blade portion, the pin is prevented from coming off.
That is, by forming a saw blade-like saw blade portion at the tip of the pin inserted into the pin receiving portion and providing the pin receiving plate with a metal spring piece that bites into the saw blade portion, The tip portion is prevented from coming off inside the pin receiving portion.

Mean 6
The invention according to the means 6 is the invention according to any one of the means 3 to 5, wherein the engaging portion is a substantially rectangular member that stands substantially vertically toward the opening surface side. The end on the opening surface side of the part and the end opposite to the opening surface are formed with a wide width, a constant width portion is formed between the both ends,
The pin receiving plate is formed in a substantially U-shape, and is configured to be engaged with the engaging portion by sandwiching a constant width portion of the engaging portion between two planes parallel to each other.

  That is, the engaging portion is formed in a substantially rectangular shape, and the pin receiving plate is engaged by sandwiching a constant width portion of the engaging portion in the width direction by two substantially parallel planes facing in the width direction. The engaging portion is erected substantially vertically toward the opening surface, and an end portion on the opening surface side and an end portion opposite to the opening surface are formed wider than the constant width portion. Therefore, when the pin receiving plate is pulled out to the opening surface side and the side opposite to the opening surface, the end portion on the opening surface side of the engaging portion formed wide and the opening surface are opposite to each other. Interfering with the side edge. Therefore, in order to extract the pin receiving plate to the opening surface side and the side opposite to the opening surface, it is necessary to widen the interval between the two parallel planes so as not to interfere with both ends. That is, the pin receiving plate formed in a substantially U-shape must be deformed, and the pin receiving plate cannot be easily pulled out to the opening surface side and the side opposite to the opening surface. Can do.

Mean 7
The invention relating to the means 7 is the invention described in the means 6, wherein the end of the engaging portion on the opening surface side is formed so as to become wider as the distance from the opening surface increases.
That is, when the pin receiving plate is mounted from the opening surface, it is necessary to widen the interval between the two planes parallel to each other, but the end of the engaging portion on the opening surface side is from the opening surface. Since it is formed so as to increase in width as it moves away, it can be deformed so as to be gradually widened while being guided by the same end. When the two parallel planes pass through the end of the engaging portion on the opening surface side, the pin receiving plate returns to the original shape, and the two planes sandwich the constant width portion.

Mean 8
The invention according to the means 8 is the invention according to any one of the means 3 to 7, wherein the pin receiving plate is in sliding contact with the tip of the pin inside the pin receiving portion when the pin is inserted. As a configuration.
That is, since the pin receiving plate slides on and guides the pin, the pin can be easily inserted into the pin receiving portion.

Mean 9
The invention according to means 9 is the invention described in means 8, wherein the pin is formed in a substantially U shape having the tip portions at both ends, and the saw blade portions face each other inward at the tip portions. In addition to being formed, the pin receiving plate is configured to be in sliding contact with the respective tip portions from the inside.
That is, the pin is formed in a substantially U shape having the tip portions at both ends, and the saw blade portions facing the inside are formed at the tip portions. Since the pin receiving plate is slidably contacted with the both ends inside the both ends of the pin, both ends of the pin are inserted outside the parallel pin receiving plate. Therefore, even if it is going to push the space | interval of the said pin receiving plates parallel to each other, the said pin interferes from the outside and restrict | limits this. That is, it is possible to prevent the interval between the pin receiving plates parallel to each other sandwiching the engaging portion from being increased, and to prevent the pin receiving plate including the pin receiving plate from being pulled out from the pin receiving portion. it can.

Mean 10
The invention according to means 10 is the invention according to any one of means 0 to means 9, wherein the dish member and the lid member are slidable with each other,
The common wall surface is substantially perpendicular to the sliding direction and waits for sliding movement of the blocking portion formed in a rectangular plate shape substantially perpendicular to the sliding direction, and the opening of the dish member is closed by the lid member In such a state, the blocking portion is in contact.
In a state where the opening of the dish member is closed by the lid member, that is, in a state where the closed control box is formed, the slide position of the dish member and the lid member is positioned by bringing them into contact with each other. Can do. Further, at this time, the common wall and the blocking portion formed in a plate shape are in contact with each other substantially in parallel, so that the notch formed in the common wall can be blocked and the common wall can be protected from the inside. it can.

Mean 11
The invention according to the means 11 is configured such that in the invention described in the means 10, the common wall surface is erected toward the inside of the control box to form a guide plate that is slidably in contact with the end face of the blocking portion.
That is, since the guide plate guides the blocking portion when the blocking portion contacts the common wall surface, the blocking portion can be reliably positioned with respect to the common wall surface.

Mean 12
The invention according to the means 12 is the invention described in the means 11, wherein the guide plates are formed in a pair so as to be parallel to each other, and the pair of substantially parallel end surfaces of the rectangular plate-shaped blocking portion are respectively viewed from the outside. The structure is sandwiched.
In other words, since the rectangular plate-shaped blocking portion is sandwiched from the outside by the pair of guide plates, the blocking portion can be reliably positioned with respect to the common wall surface.

Mean 13
The invention according to the means 13 is the invention according to any one of the means 0 to 12, wherein the control board is screwed and fixed to either the dish member or the lid member with a screw inside the control box. And a screw protection wall covering the screw from the head side of the screw inside the control box is formed on either the plate member or the lid member to which the control board is not fixed. is there.
That is, since the head of the screw is protected by the screw protection wall, it is possible to prevent the control board from being tampered with by removing the screw. When the plate member and the lid member are slid, the screw and the screw protective wall are displaced from each other, so that when the control box is opened, the control board can be removed for maintenance and the like.

Mean 14
The invention according to means 14 is the invention described in means 13, wherein the screw protection wall is formed by extending the guide plate.
That is, the structure can be simplified by sharing the members.

Mean 15
The invention according to means 15 is the invention according to any one of means 0 to means 14, wherein the blocking portion is formed with a fitting portion that is fitted into the notch formed in the common wall surface from the inside of the control box. The configuration is as follows.
That is, since the fitting portion fits into the notch, the notch can be more reliably closed.

Mean 16
The invention according to means 16 is the invention described in means 15, wherein the pin receiving plate is sandwiched and held between the fitting portion and the engaging portion.
That is, since it is sandwiched and held between the fitting portion and the engaging portion, the pin receiving plate can be firmly fixed.

As described above, according to the invention according to the means 0 , it is possible to provide a gaming machine that does not allow foreign matter to enter the inside of the control box.
According to the invention concerning the means 1, the dish member and the receiving member can be separated and discarded.
According to the invention relating to the means 2, it is possible to prevent the insertion member from being broken.
According to the invention relating to the means 3, it is possible to prevent the receiving member from being broken.

According to the invention relating to the means 4, it is possible to prevent foreign matter from entering the inside of the control box.
According to the invention relating to the means 5, it is possible to prevent the pins from being pulled out.
According to the invention relating to the means 6, it is possible to make it difficult to remove the pin receiving plate from the pin receiving portion.
According to the invention relating to the means 7, the pin receiving plate can be easily attached to the pin receiving portion.
According to the invention relating to the means 8, the pin can be easily inserted.
According to the invention concerning the means 9, the pin receiving plate can be made difficult to be pulled out from the pin receiving portion.

According to the invention concerning the means 10, the dish member and the lid member can be easily positioned.
According to the invention concerning the means 11, the dish member and the lid member can be easily positioned.
According to the invention concerning the means 12, the dish member and the lid member can be easily positioned.
According to the invention relating to the means 13, it is possible to prevent the control board from being removed.
According to the invention relating to the means 14, the structure can be simplified.

According to the invention relating to the means 15, foreign matter can be prevented from entering the inside of the control box.
According to the invention concerning the means 16, the pin receiving plate can be made difficult to be pulled out from the pin receiving portion.

Hereinafter, embodiments of the present invention will be described in the following order.
(1) Installation example of control box:
(2) Regarding the control box according to the first embodiment:
(3) About the sealing part concerning 1st embodiment:
(4) Second embodiment:
(5) Summary:

(1) Installation example of control box:
FIG. 1 shows a pachinko machine to which the present invention is applied as viewed from the back, and a control box 70 is mounted so as to be visible from the back. In the figure, the sealing portion 70a is provided outside one of the short sides of the control box 70, so that the control box 70 is kept closed from the outside and prevented from being illegally opened. . As shown in the figure, the control box 70 is disposed at a position that can be directly seen from the back side of the pachinko machine 60 when the pachinko machine 60 is opened for maintenance. Therefore, if the sealing portion 70a or the like is damaged in order to make a fraud in the control box 70, it can be found immediately at the time of the next maintenance. Further, the control box 70 is formed of a transparent synthetic resin, and the state of the accommodated control board can be directly recognized from the back side of the pachinko machine 60.

  FIG. 2 shows the back of the slot machine (pachi slot) 80. A rectangular box-shaped control box 90 is also mounted on the back side of the slot machine 80. In the figure, by providing a sealing portion 90a on one outer side of the short side of the control box 90, the control box 90 is kept closed from the outside and prevented from being illegally opened. . As shown in the figure, when the slot machine 80 is opened for maintenance, the sealing portion 90a can be easily seen. Therefore, if the sealing portion 90a is damaged due to a change in the control box 90 or the like, it can be found immediately at the next maintenance.

  Although not shown, the present invention can be similarly applied to a patty lot. The pacilot uses a pachinko game ball instead of a medal. For example, five pachinko balls can be equivalent to one medal and enjoy a game.

(2) Regarding the control box according to the first embodiment:
FIG. 3 shows the control box 70 according to the first embodiment of the present invention and the sealing portion 70a provided outside the control box 70 as viewed from above (the back of the pachinko machine in FIG. 1). In the figure, the directions indicated by the arrows will be described below as the depth direction and the width direction, respectively. The control box 70 and the sealing part 70a are composed of a dish member 10 located on the lower side and a lid member 20 located on the upper side. FIG. 4 shows a state in which the control box 70 is opened by sliding the lid member 20 and the dish member 10. In the figure, the dish member 10 has a dish main body part 14 formed in a dish shape with a depth downward, and the lid member 20 has a lid body part 24 formed in a lid shape with a depth upward. Yes. And the substantially box-shaped control box 70 closed from the exterior like FIG. 3 is formed by making the opening surface of the plate | board main-body part 14 and the opening surface of the lid | cover main-body part 24 face up and down. A control board 25 is accommodated in the closed control box 70, and various ROMs 26a to 26f and the like are mounted on the control board 25.

  A pair of substantially plate-like rail insertion portions 24a1 and 24a2 are formed on both sides in the width direction of the lid main body portion 24, and a pair of substantially U-shapes are formed on both sides in the width direction of the plate body portion 14. Guide rails 14a1 and 14a2 are formed. The guide rails 14a1 and 14a2 sandwich the rail insertion portions 24a1 and 24a2 from the outside in the width direction, so that the lid member 20 and the dish member 10 can slide in the depth direction.

  A substantially U-shaped guide rail 14 c is formed on the back side of the dish main body 14, and a rail insertion portion 24 c is formed on the back side of the lid main body 24. FIG. 5 shows a cross section of the guide rail 14c and the rail insertion portion 24c as viewed obliquely. In the figure, for the sake of simplification, a pin receiving portion 12 and a pin lid portion 22 which will be described later are omitted. The rail insertion portion 24 c is formed in a substantially rectangular plate shape by extending the back end portion of the lid member 20 downward, and the lower end is positioned a predetermined amount above the bottom surface of the dish member 10. When the lid member 20 is slid backward as indicated by the arrows in the figure, the slide is stopped by the rail insertion portion 24c coming into contact with the wall surface 14b on which the plate member 10 is waiting. Since both the rail insertion portion 24c and the wall surface 14b are formed substantially perpendicular to the sliding direction, they contact each other substantially in parallel. That is, the rail insertion portion 24c and the wall surface 14b constitute a double wall surface.

The guide rail 14c is composed of an upper guide plate 14c1 and a lower guide plate 14c2 which are erected forward from the wall surface 14b and are substantially parallel to each other. When the rail insertion portion 24c slides until it contacts the wall surface 14b, Is in sliding contact with the upper and lower end surfaces of the rail insertion portion 24c. Therefore, the lid member 20 and the dish member 10 can be reliably positioned at the closed position. Since the rail insertion portion 24c is sandwiched from above and below by the upper guide plate 14c1 and the lower guide plate 14c2, the control box 70 can be reliably closed. A screw protective wall 14c3 is provided by forming the outer side in the width direction of the lower guide plate 14c2 in a generally fan shape and wide toward the front.

  On the other hand, columnar ribs 24e are formed so as to be suspended from the upper surface of the lid member 20, and screw holes that open downward are formed in the ribs 24e. A through hole is formed in the control board 26, and the control board 26 is suspended from the lid member 20 by screwing and fixing the screw 27 to the screw hole of the rib 24 e while passing through the through hole from below. It is fixed. When the rail insertion portion 24c is slid until it comes into contact with the wall surface 14b and the control box 70 is closed, the protective wall 14c3 slides below the screw 27. That is, the head of the screw 27 is covered from the lower side by the protective wall 14c3. By doing so, even if the lower surface of the dish main body portion 14 is destroyed, the screw 27 cannot be removed with a screwdriver or the like unless the protective wall 14c3 is destroyed, and the control board 26 cannot be tampered with.

  3 and 4, the dish member 10 includes a pin receiving part 12 and a spare pin housing box 13 formed by extending the dish main body part 14 in the back. Five pin receiving portions 12 are formed in parallel in the width direction, and a substantially box-shaped spare pin housing box 13 is formed on the outside thereof. On the other hand, the lid member 20 includes a pin lid portion 22 and a spare pin lid 23 formed by extending the lid body portion 24 to the back. Five pin lid portions 22 are formed in parallel in the width direction so as to correspond to the pin receiving portions 12 formed on the plate member 10, and a spare pin lid 23 corresponding to the spare pin storage box 13 is formed on the outside thereof. Is formed.

  The pin receiving portion 12 is formed in a substantially box shape and opens upward, and the pin 40 can be inserted by attaching the metal piece 50 from the upper opening surface. When the pin 40 is inserted into any of the pin receiving portions 12, the lid member 20 and the dish member 10 are relatively fixed, and the control box 70 is sealed in a closed state. On the other hand, the spare pin storage box 13 is also formed in a substantially box shape and opens upward, so that a spare pin 40 can be stored. The dish member 10 is integrally formed of a transparent synthetic resin. The sealing portion 70a is composed of the pin receiving portion 12, the pin lid portion 22, the pin 40, and the metal piece 50.

  And improper such as replacing ROMs 26a to 26f of the control board 25 is prevented by preventing the fixing by the sealing portion 70a from being easily released. However, since it is necessary to perform maintenance or the like of the control board 25, the fixing by the sealing portion 70a can be released as necessary, and the release trace can be clearly recognized. That is, it is possible to determine whether or not unauthorized fixing has been performed by referring to the trace of the unlocking in the sealing portion 70a and the record of maintenance or the like that is regularly performed by the administrator. Yes. The detailed mechanism and the like of the sealing portion 70a constituted by the pin receiving portion 12, the pin lid portion 22, the pin 40, and the metal piece 50 will be described in detail below.

(3) About the sealing part concerning 1st embodiment:
6A shows one of the five pin lid portions 22 arranged in parallel, as viewed from above, and FIG. 6B shows a cross section of the pin lid portion 22 taken along the sectional line X1 shown in FIG. 6A. In FIG. 6a, a substantially plate-shaped sealing plate 22a is formed so as to be surrounded by a protective wall 22d, and a pair of rectangular through holes 22b1 and 22b2 arranged in the width direction are formed. A notch 22e that is long in the width direction is formed in the back of the through holes 22b1 and 22b2 in the sealing plate 22a. The pin lid portion 22 and the lid main body portion 24 are connected via a thin portion 26 formed to be thin. Since the thin portion 26 is formed to have a small cross-sectional area, it is weaker than other portions and easily breaks. Further, the pin lid portion 22 is connected to the lid portion adjacent in the width direction via the thin portion 26.

  In FIG. 6b, the protective wall 22d is erected substantially perpendicular to the sealing plate 22a. A notch 22e is formed in the wall surface of the protective wall 22d located in the back, and the lowermost end of the wall surface is higher than the sealing plate 22a. A rail insertion portion 24c is formed at the bottom of the thin portion 26 connecting the pin lid portion 22 and the lid body portion 24.

  FIG. 7a shows one of the five pin receiving portions 12 arranged in parallel as viewed from above. 7b, FIG. 8a, and FIG. 8b show cross sections of the pin receiving portion 12 taken along the sectional lines X1, X2, and Y1 shown in FIG. In FIG. 7 a, the pin receiving portion 12 is formed in a substantially box shape, and opens at the upper opening surface 12 c. The pin receiving portion 12 is formed with a pair of guide grooves 12b1 and 12b2 surrounded by an inner wall surface of the pin receiving portion 12 in a substantially rectangular shape so that the positions in the depth direction coincide with each other. Accordingly, the portion where the guide grooves 12b1 and 12b2 are formed inside the pin receiving portion 12 is wide. Note that the pin receiving portions 12 adjacent in the width direction are joined to each other.

  In FIG. 7 b, a substantially plate-shaped confirmation portion 12 a that protrudes upward is formed in the back of the pin receiving portion 12. The pin receiving portions 12 are also connected to each other in the confirmation portion 12a. A substantially U-shaped guide rail 14c is formed by projecting a pair of upper and lower substantially plate-shaped portions forward from a wall surface 14b that divides the back of the dish main body portion 14. Furthermore, the wall surface 14b that partitions the back of the dish main body 14 is also a wall that partitions the interior of the pin receiving portion 12 from the front. That is, the wall surface 14b is a common wall surface between the wall surface that divides the back of the dish body portion 14 and the wall surface that divides the interior of the pin receiving portion 12 from the front.

  8a and 8b, the engaging portion 14d is formed by removing a predetermined portion of the common wall surface 14b. An upper stopper 14d1 is formed at the end of the engaging portion 14d on the opening surface 12c side. The upper retaining portion 14d1 is formed in a trapezoidal shape that gradually increases in width from the top to the bottom. On the other hand, the lower portion of the engaging portion 14d is formed with a wide lower retaining portion 14d3, and both ends in the width direction of the lower retaining portion 14d3 reach the side surface of the pin receiving portion 12. A constant width portion 14d2 having a constant width is formed between the upper retaining portion 14d1 and the lower retaining portion 14d3 in the engaging portion 14d. On the other hand, a portion of the common wall surface 14b where the engaging portion 14d is not formed is thinned, and a notch 14e penetrating the common wall surface 14b is formed.

  FIG. 9 shows the metal piece 50 as viewed obliquely. In the figure, a substantially plate-shaped protective plate 51 is formed on the upper part of the metal piece 50, and a substantially plate-shaped bottom plate 54 is formed so as to face the protective plate 51 substantially in parallel. A narrow portion 51a is formed in the middle of the protective plate 51 in the depth direction. A side plate 52 that connects the protection plate 51 and the bottom plate 54 is formed to be orthogonal to the protection plate 51 and the bottom plate 54. A pair of substantially plate-shaped pin receiving plates 53 a and 53 b are formed substantially perpendicular to the side plate 52 on the outer side in the width direction in the middle of the side plate 52 in the height direction. Further, the pin receiving plates 53a and 53b face each other in the width direction and are substantially parallel to each other. That is, when viewed from above, the pin receiving plates 53a and 53b and the side plate 52 face each other in a substantially U-shape. Accordingly, the distance between the pin receiving plate 53a and the pin receiving plate 53b facing each other is equal to the width of the side plate 52. Note that the width of the side plate 52 is equal to the width of the constant width portion 14d2 of the engaging portion 14d described above.

  By providing substantially square cutouts at the upper and lower portions of the front free ends of the pin receiving plates 53a and 53b, short engaging ends 53a3 and 53b3 are formed in the vertical direction. Spring pieces 53 a 1, 53 a 2, 53 b 1, 53 b 2 are formed on the outer sides of the pin receiving plates 53 a, 53 b, respectively. The spring pieces 53a1, 53a2, 53b1, and 53b2 are formed by forming two substantially U-shaped cuts in the center of the pin receiving plates 53a and 53b, and the portion surrounded by the cuts is formed outward in the width direction. It is formed by extruding. Since the notch is formed in a substantially U shape, the lower end of the portion surrounded by the notch is farthest from the pin receiving plates 53a and 53b. The spring pieces 53a1, 53a2, 53b1, and 53b2 have spring properties, and repel the external force that pushes inward, trying to restore it outward.

  In the present embodiment, the metal piece 50 is formed by cutting and bending a single metal plate into a predetermined shape. Therefore, the protection plate 51, the side plate 52, the pin receiving plates 53a and 53b, the bottom plate 54, and the spring pieces 53a1, 53a2, 53b1 and 53b2 are formed as an integral member.

  FIG. 10 shows the pin 40 as viewed obliquely. The pin 40 is thicker and more rigid than the metal piece 50. In the figure, a pin 40 is formed in a substantially inverted U shape, so that two substantially rod-shaped tip portions 42a and 42b are formed in the lower portion thereof. Saw blade portions 42a1 and 42a2 are formed at the tip portion 42a, and saw blade portions 42b1 and 42b2 are formed at the tip portion 42b. The saw blade portions 42a1 and 42a2 and the saw blade portions 42b1 and 42b2 face each other inward. The saw blade portions 42a1, 42a2, 42b1, 42b2 are composed of a surface substantially orthogonal to the axial direction of the tip portions 42a, 42b, and an inclined surface that intersects at an acute angle, and the inclined surface is oriented downward. Yes. On the other hand, a substantially plate-like projecting portion 44 is formed on the top of the pin 40, and a substantially plate-like pushing surface 44a is formed by bending the projecting portion 44 substantially perpendicular to the tip portions 42a and 42b. doing.

  The sealing portion 70a composed of the pin lid portion 22, the pin receiving portion 12, the pin 40, and the metal piece 50 described above is formed by performing the predetermined assembling work shown in FIGS. It can be fixed relative to the pin receiving portion 12. That is, the lid main body portion 24 integrally molded with the pin lid portion 22 and the dish main body portion 14 integrally molded with the pin receiving portion 12 can be relatively fixed at a position where the control box 70 is closed. .

  FIG. 11 a shows the pin receiving portion 12 with the metal piece 50 mounted inside as viewed from above. 11b, FIG. 12a, and FIG. 12b show cross sections taken along the cross sectional lines X1, X2, and Y2 in the pin receiving portion 12 at this time. The metal piece 50 is attached by being pushed down from the opening surface 12 c into the pin receiving portion 12.

  In FIG. 11 a, the protection plate 51 is located above the pin receiving portion 12 and substantially covers and hides the opening surface 12 c of the pin receiving portion 12. However, the site | part in which the narrow part 51a of the protection board 51 was provided is not covered, but the guide grooves 12b1 and 12b2 in the lower pin receiving part 12 are visible. Further, the guide grooves 12b1 and 12b2 are divided by pin receiving plates 53a and 53b, and a pair of substantially rectangular spaces opened upward are formed on both sides in the width direction. Since the position where the narrow portion 51a of the protection plate 51 is provided and the position where the spring pieces 53a1, 53a2, 53b1, 53b2 are formed coincide with each other, the spring piece 53a2 formed above is formed. 53b2 are visible from above.

  In FIG. 11 b, the bottom plate 54 of the metal piece 50 is inscribed in the bottom surface of the pin receiving portion 12, and the side plate 52 is inscribed in the back surface of the pin receiving portion 12. That is, the bottom plate 54 and the side plate 52 constitute the inscribed plate referred to in the present invention. The protection plate 51 is located above the opening surface 12c of the pin receiving portion 12, and is separated from the opening surface 12c by a predetermined distance. In FIG. 12a, the pin receiving plates 53a and 53b cross the pin receiving portion 12 in the depth direction, and the locking ends 53a3 and 53b3 at the tips of the pin receiving plates 53a and 53b reach the common wall surface 14b with the plate body 14 and It is engaged with an engaging portion 14d formed on 14b. The locking ends 53a3 and 53b3 are lowered until they pass through the upper stopper 14d1 in the engaging portion 14d and coincide with the height of the constant width portion 14d2.

  In FIG. 12b, the locking ends 53a3 and 53b3 of the pin receiving plates 53a and 53b on both sides sandwich the constant width portion 14d2 from the outside. Here, when the metal piece 50 is pulled upward from the pin receiving portion 12, the upper portions of the locking ends 53a3 and 53b3 of the pin receiving plates 53a and 53b abut on the substantially trapezoidal upper retaining portion 14d1 from below, I can't pull it out. In order to pull the metal piece 50 upward from the pin receiving portion 12, it is necessary to widen the interval between the locking ends 53a3 and 53b3 of the pin receiving plates 53a and 53b as compared with the upper retaining portion 14d1.

  As described above, the interval between the locking ends 53a3 and 53b3 is defined by the width of the side plate 52. Since the width of the side plate 52 is equal to the constant width portion 14d2, a metal piece is used to increase the interval. 50 needs to be deformed from its original shape. Therefore, it is difficult to pull the metal piece 50 upward from the pin receiving portion 12. On the other hand, if the bottom surface of the pin receiving portion 12 is completely removed and the metal piece 50 is to be pulled downward from the pin receiving portion 12, the lower ends of the locking ends 53a and 52a are connected to the lower locking portion 14d3 of the engaging portion 14d. Interfere with. Since both ends in the width direction of the lower slip-off preventing portion 14d3 extend to the side surface of the pin receiving portion 12, even if the interval between the locking ends 53a3 and 53b3 is widened, it cannot be pulled downward from the pin receiving portion 12.

  As described above, unless the engaging portion 14d is destroyed, it is very difficult to pull the metal piece 50 once mounted up and down from the pin receiving portion 12. On the other hand, when the metal piece 50 is attached to the pin receiving portion 12, the lower ends of the locking ends 53a3 and 53b3 of the metal piece 50 entering from the opening surface 12c are prevented from coming out of a substantially trapezoidal shape that is wide downward. It is spread while sliding along the slope of the portion 14d1. Therefore, the metal piece 50 can be mounted while being deformed so as to widen the interval between the locking ends 53a3 and 53b3. In this manner, the pin 40 can be inserted into the pin receiving portion 12 to which the metal piece 50 is mounted. That is, it is easy to attach the metal piece 50 to the pin receiving portion 12, but it is impossible to remove the metal piece 50 by hand from the outside.

  However, it is possible to remove the metal piece 50 by hand from the inside of the control box. Since the notch 14e penetrates the common wall surface 14b, the locking ends 53a3 and 53b3 are exposed inside the control box 70. Therefore, when the control box 70 is opened, the metal piece 50 is made to come into contact with the locking ends 53a3 and 53b3 from the inside of the control box 70 and push the gap therebetween wider than the maximum width of the upper slip-off preventing portion 14d1. It can be pulled upward from the pin receiving portion 12. That is, although the metal piece 50 cannot be removed when the control box 70 is closed, the metal piece 50 can be removed when the control box 70 is opened.

  FIG. 13 a shows the pin receiving portion 12 when the lid member 20 and the dish member 10 are in the closed position as viewed from above. 13b, FIG. 14a, and FIG. 14b show cross sections taken along the cross sectional lines X1, X2, and Y2 in the pin receiving portion 12 at this time. In FIG. 13 b, the rail insertion portion 24 c of the lid body portion 24 is sandwiched between the guide rails 14 c of the dish body portion 14, and the lid body portion 24 and the dish body portion 14 form a closed control box 70. . At this time, the sealing plate 22a is inserted between the protective plate 51 and the opening surface 12c of the pin receiving portion 12, and the opening surface 12c of the pin receiving portion 12 is closed by the sealing plate 22a. Therefore, except for the through holes 22b1 and 22b2 of the sealing plate 22a and the notch 14e of the common wall surface 14b, the inside of the pin receiving portion 12 becomes a closed space with respect to the outside.

Further, the common wall surface 14b is cut out at a predetermined portion to form the engaging portion 14d and a notch 14e is formed. However, as shown in FIGS. 13b and 14b, the rail insertion portion 24c is connected to the common wall surface 14b from the front. Therefore, the notch 14e is also closed from the inside. Therefore, the interior of the pin receiving portion 12 is a space that is completely independent from the interior of the closed control box 70. That is, even if the pin receiving part 12 is destroyed, the foreign matter that tries to enter the control box 70 can be blocked. Since the rail insertion portion 24c extends downward by a predetermined amount, the notch 14e can be completely closed from the inside. Accordingly, it is impossible to contact the locking ends 53a3 and 53b3 from the inside of the control box 70. In this state, the metal piece 50 cannot be completely pulled out from the pin receiving portion 12. Since the rail insertion part 24c closes the notch 14e from the inside, it constitutes a blocking part according to the present invention.

  On the other hand, the through holes 22b1 and 22b2 formed in the sealing plate 22a in FIGS. 13a and 14a are the guide grooves 12b1 and 12b2 of the pin receiving portion 12, the narrow width portion 51a of the protection plate 51, the pin receiving plate 53a, The positions of the spring pieces 53a1, 53a2, 53b1, 53b2 of the 53b are all in the depth direction. That is, a pair of openings for inserting the tip portions 42a and 42b of the pin 40 is formed, and the saw blade portions 42a1, 42a2, 42b1, formed on the tip portions 42a and 42b, are formed below the openings. Spring pieces 53a1, 53a2, 53b1, and 53b2 for biting into 42b2 are respectively positioned.

  FIG. 15 a shows the pin receiving portion 12 with the pin 40 inserted into the pin receiving portion 12 as viewed from above. FIGS. 15b and 16 show cross sections taken along the cross sectional lines X1 and Y2 in the pin receiving portion 12 at this time, respectively. 15a and 15b, the pushing surface 44a of the pin 40 is substantially parallel to the sealing plate 22a and the protective plate 51, and covers these back portions from above. The outer edge of the pushing surface 44a reaches a position almost in contact with the protective wall 22d, and the entire pushing surface 44a is accommodated in a space surrounded by the protective wall 22d.

  In FIG. 16, the tip portions 42 a and 42 b of the pin 40 enter the inside of the pin receiving portion 12 while traversing the through holes 22 b 1 and 22 b 2 and the narrow width portion 51 a of the protection plate 51. On the other hand, the protruding portion 44 of the pin 40 protrudes outside the protective plate 51. The tip end portions 42a and 42b sandwich the pin receiving plates 53a and 53b from the outside. At this time, the spring pieces 53a1, 53a2, 53b1, and 53b2 projecting outward from the pin receiving plates 53a and 53b respectively bite into the deep portions of the saw blade portions 42a1, 42a2, 42b1, and 42b2.

  When the tip portions 42a, 42b enter from above, the spring pieces 53a2, 53a1, 53b2, 53b1 are acutely angled with respect to the axial direction of the tip portions 42a, 42b of the saw blade portions 42a1, 42a2, 42b1, 42b2. It touches the intersecting slope and is pushed inward to follow this. When the saw blade portions 42a1, 42a2, 42b1, and 42b2 pass, the spring pieces 53a2, 53a1, 53b2, and 53b1 are restored to their original shapes, and bite into the inner portions of the saw blade portions 42a1, 42a2, 42b1, and 42b2. Accordingly, when the pin 40 is to be pulled out thereafter, the lower end portions of the spring pieces 53a2, 53a1, 53b2, 53b1 are surfaces that are substantially perpendicular to the tip portions 42a, 42b of the saw blade portions 42a1, 42a2, 42b1, 42b2. Respectively.

  By doing so, the pin 40 cannot be pulled out unless the pin receiving plates 53a, 53b and the like are broken. In addition, since the pin 40 is thick and has high rigidity, it is difficult to be broken or deformed. When the front end portions 42a and 42b enter from above, the guide grooves 12b1 and 12b2 guide the front end portions 42a and 42b from the outside, and the pin receiving plates 53a and 53b slide in contact with the front end portions 42a and 42b from the inside. Therefore, the pin 40 can be inserted into a predetermined position in a stable state. Further, since the pin 40 is provided with a pushing surface 44a perpendicular to the insertion direction, the pin 40 can be pushed in easily.

  Here, the pin receiving plates 53a and 53b only have to be able to retain and hold the tip portions 42a and 42b, and may have other configurations. For example, instead of the spring pieces 53a2, 53a1, 53b2, and 53b1, rectangular holes may be formed at the locations where the spring pieces 53a2, 53a1, 53b2, and 53b1 are provided. In this case, the saw blade portions 42a1, 42a2, 42b1, 42b2 enter the same rectangular hole from the outside, and with respect to the upper side of the rectangular hole and the tip portions 42a, 42b of the saw blade portions 42a1, 42a2, 42b1, 42b2. The front end portions 42a and 42b can be prevented from coming off due to interference with the substantially vertical surface. Further, when the saw blade portions 42a1, 42a2, 42b1, 42b2 enter the same rectangular hole from the outside, the pin receiving plates 53a, 53b themselves are deformed so as to bend inward, and return to the original shape when they have completely penetrated. To do. In other words, the tip portions 42a and 42b can be retained and retained by utilizing the spring properties of the pin receiving plates 53a and 53b themselves.

  When the pin 40 is inserted in this manner, the pin 40 is pulled out and the pin lid portion 22 and the protection plate 51 cannot move with respect to the pin receiving portion 12. That is, even if the pin lid portion 22 is slid in the depth direction, the pin 40 cannot be slid in the depth direction because the pins 40 interfere with the wall surfaces of the through holes 22b1 and 22b2. On the other hand, even if the pin lid portion 22 is to be moved upward, since the protruding portion 44 of the pin 40 is formed larger than the through holes 22b1 and 22b2, the protruding portion 44 is formed on the sealing plate 22a and the protective plate 51 from above. have a finger in the pie. In particular, in this embodiment, by forming the pin 40 in a substantially U shape, the pin 40 has a single retaining strength that is double that of the single pin 40 and is sandwiched between the through holes 22b1 and 22b2 in the sealing plate 22a. Since the above-mentioned part is held in and fixed, the lid member 20 and the dish member 10 can be fixed more firmly.

  Further, a protective plate 51 is interposed between the sealing plate 22 a and the protruding portion 44. Therefore, even when an excessive load is applied to open the pin lid portion 22 upward, the protective plate 51 protects the load while being distributed over a wide range of the sealing plate 22a, so that the synthetic resin sealing plate is used. The 22a is prevented from being damaged. Further, the protective plate 51 that covers the sealing plate 22 a from above is integrated with the metal piece 50. Therefore, since the protective plate 51 is also held on the pin receiving portion 12 side, the sealing plate 22a can be restrained on the pin receiving portion 12 side also by the protective plate 51.

  When the periphery of the through holes 22b1 and 22b2 in the sealing plate 22a is broken, the pin 40 cannot restrain the pin lid portion 22. For example, it is possible to move the pin lid portion 22 upward by destroying the sealing plate 22a so that the hole diameters of the through holes 22b1 and 22b2 are larger than the protruding portion 44. Further, if the sealing plate 22a is broken so that the through holes 22b1 and 22b2 extend to the back end of the sealing plate 22a, the pin lid portion 22 can slide in the depth direction. However, since the sealing plate 22a is protected from above by the metal protection plate 51, the sealing plate 22a cannot be directly destroyed.

  On the other hand, the pushing surface 44 a is accommodated in a space surrounded by the protective wall 22 d of the pin lid portion 22. Further, as shown in FIG. 15a, since the pushing surface 44a is fitted so that the outer edge thereof is substantially in contact with the protective wall 22d, the projecting portion 44 of the pin 40 on which the pushing surface 44a is formed is tried to be picked with pliers or the like. However, the protective wall 22d obstructs this. Therefore, it is difficult to pick the protruding portion 44 of the pin 40 with pliers or the like, and the pin 40 cannot be forcibly pulled out.

  Here, when the pin receiving plate 53a and the pin receiving plate 53b are deformed so as to approach each other, the amount of the spring pieces 53a1, 53a2, 53b1, and 53b2 bites into the depths of the saw blade portions 42a1, 42a2, 42b1, and 42b2. Decreases and the pin receiving state is weakened. Then, the pin 40 can be pulled upward. However, the locking ends 53a3 and 53b3, which are free ends of the pin receiving plates 53a and 53b, hold the engaging portion 14d inward and cannot approach each other any more. Therefore, the pin receiving state with the pin 40 is also prevented from being weakened.

  Further, the pin receiving plates 53 a and 53 b are accommodated in a space closed by the pin receiving portion 12 and the pin lid portion 22. Therefore, unless the wall surface of the pin receiving plate 12 is destroyed, the pin 40 cannot be removed from the outside by destroying or deforming the pin receiving plates 53a and 53b.

  Moreover, in this embodiment, since the wall surface of the pin receiving plate 12 is protected from the inside by the metal piece 50, it is difficult to destroy the wall surface of the pin receiving plate 12. Specifically, when a foreign object is to enter from the bottom surface side of the pin receiving portion 12, the metal bottom plate 54 prevents this. The bottom plate 54 can also block foreign matter entering from the bottom side to push up the pin 40 from the tip side, and therefore it is impossible to push up the pin 40 from the tip side. Even if it is going to make a foreign material penetrate | invade from the back | inner side surface of the pin receiving part 12, the side plate 52 prevents this.

  Further, even if a foreign object enters from the outside in the width direction to destroy or deform the pin receiving plates 53a and 53b, the tip of the highly rigid pin 40 protects the pin receiving plates 53a and 53b from the outside. The receiving plates 53a and 53b cannot be broken or deformed. Since the protective plate 51, the side plate 52, the pin receiving plates 53a and 53b, and the bottom plate 54 are formed by bending a single metal plate at a substantially right angle, the metal piece 50 as a whole has high rigidity and is free of foreign matter and the like. It is difficult to be deformed by intrusion.

  Furthermore, even if it is going to destroy the sealing plate 22a in order to make a foreign material penetrate | invade from the outer side of the sealing plate 22a, the metal pushing surface 44a prevents this first. Even if the sealing plate 22a is to be destroyed from the gap between the pushing surface 44a and the protective wall 22d, the metallic protective plate 51 protects the sealing plate 22a, and therefore the sealing plate 22a cannot be destroyed. Further, even if the protective plate 51 is to be removed by turning it up or the like, the protective wall 22d surrounds the protective plate 51 and cannot be removed easily. Therefore, the sealing plate 22a cannot be destroyed. Since the wall surface on the front side of the pin receiving portion 12 is shared with the wall surface 14b of the dish main body portion 14, the common wall surface 14b and the engaging portion 14d formed on the common wall surface 14b cannot be destroyed from the outside. Accordingly, foreign matter or the like can enter the pin receiving portion 12 from any external direction, and the pin receiving plates 53a and 53b cannot be destroyed to remove the pin 40.

  As described above, it has been described that the pin 40 is difficult to be pulled out as an effect of the present invention. However, according to the present invention, it is possible to prevent the metal piece 50 from being pulled out from the pin receiving portion 12. In other words, by first removing the metal piece 50, it is possible to prevent fraud in which the retaining of the pin 40 is released. In particular, the pin receiving portion 12 provided with the metal piece 50 is located below the pin lid portion 22 and is difficult to visually recognize. Therefore, there is a problem that even if the pin receiving portion 12 is broken in order to remove the metal piece 50, it is difficult to find the trace.

  Hereinafter, it will be described that the metal piece 50 is difficult to be extracted from the pin receiving portion 12 as an effect of the present invention. Since the engaging portion 14d with which the metal piece 50 engages is formed on the common wall surface 14b of the control box 70, the engaging portion 14d can be destroyed no matter how much the pin receiving portion 12 extended outside the control box 70 is destroyed. Cannot be destroyed. That is, unless the control box 70 itself is destroyed or the control box 70 is not opened, it is impossible to destroy the engaging portion 14d and extract the metal piece 50. Even if the metal piece 50 can be extracted, the trace of destruction becomes large, so that it is possible to immediately find out that there was an injustice.

  Further, the metal piece 50 is engaged with the pin 40 by the pin receiving plates 53a and 53b, and the protective plate 51 on the sealing plate 22a is fixed to the pin 40 by the narrow width portion 51a. Yes. Accordingly, even if the engaging portion 14d is broken and a hole is made in the bottom surface of the pin receiving portion 12 to forcefully pull the metal piece 50 downward, a considerable force is required. Further, since the protective plate 51 is also removed together, it can be easily recognized that the metal piece 50 has been pulled out from below. Although it is conceivable that only the protective plate 51 is separated from the metal piece 50 and only a portion that cannot be visually recognized is extracted, the protective wall 22d surrounds the protective plate 51, so that it cannot be easily separated. Further, since the pushing surface of the pin 40 protects the upper side of the protective plate 51, it is difficult to separate the protective plate 51.

  Further, as described above, in order to extract the metal piece 50 from the pin receiving portion 12 without destroying the engaging portion 14d, it is necessary to increase the distance between the pin receiving plates 53a and 53b. However, when the pin 40 is inserted as shown in FIG. 16, the pin receiving plates 53 a and 53 b are restrained inward by the pin 40, so that it is not possible to widen the mutual interval. Accordingly, the metal piece 50 is prevented from being extracted from the pin receiving portion 12.

  As described above, in this embodiment, it is very difficult to remove the pin 40 and the metal piece 50 and release the fixation of the lid member 20 and the dish member 10. However, if the sealing portion 70a is uprooted and separated from the control box 70, the sealing portion 70a cannot fix the lid member 20 and the dish member 10 without removing the pins 40 and the metal pieces 50. However, when the plate main body 14 and the pin receiving portion 12 constituting the control box 70 are separated, the metal piece 50 needs to be cut. That is, since the metal piece 50 crosses from the pin receiving part 12 to the engaging part 14d formed on the wall surface 14b of the dish main body part 14, in order to separate the pin receiving part 12 outside the dish main body part 14 without fail. The metal piece 50 must be cut. Therefore, the pin receiving part 12 cannot be easily separated from the dish main body part 14. Of course, it is possible to separate the pin receiving part 12 from the dish member 10 by destroying the entire wall surface of the dish main body part 14, but in this case, a large-scale destruction is required, and the trace becomes conspicuous.

  Further, there are many cases where only the pin receiving portion 12 used (pin 40 is inserted) is tried to be separated so that a small-scale destruction in which an improper trace is not conspicuous is sufficient. In particular, the pin receiving portion 12 is positioned below the lid portion 22 and is difficult to find a trace of destruction, and thus is easily targeted. FIG. 17 shows the sealing portion 70a as seen from an oblique direction. In the same figure, the broken line B1 at the time of trying to isolate | separate only the pin receiving part 12 currently used is shown. In the present embodiment, since the adjacent pin receiving portions 12 are connected to each other, many parts must be cut as indicated by the breaking line B1. Therefore, it is difficult to make the traces inconspicuous while separating only the pin receiving portion 12 being used. Furthermore, since the confirmation part 12a is also connected with the adjacent pin receiving part 12, the breaking line B1 will be formed also in the confirmation part 12a. The break line B1 in the confirmation part 12a extended to the position where it can be visually recognized is easy to visually recognize, and it can be easily recognized that there is a fraud.

  Further, if only the pin receiving portion 12 that is used without breaking the confirmation portion 12a is to be cut off, it must be cut as shown by the breaking line B2, and a great number of portions need to be cut. . As described above, it is very difficult to separate the pin receiving portion 12 being used, and the separated traces are easily noticeable. Therefore, it is very difficult to add a fraud to the control board 25, and it can be easily recognized that the fraud has occurred.

By the way, when the control board 25 is maintained, it is necessary to open the control box 70 as shown in FIG. In this case, the lid member 20 may be slid strongly toward the front in the depth direction. In FIG. 17, the breaking line B3 when the lid member 20 is slid strongly toward the front in the depth direction is shown. A thin portion 26 forming a connecting portion between the pin lid portion 22 and the lid main body portion 24 is broken, and a breaking line B3 is formed in the thin portion 26. That is, since the thin portion 26 formed with a small cross-sectional area is easier to break than other portions, only the thin portion 26 is broken. When the thin portion 26 is broken, the pin lid portion 22 is separated from the lid member 20, and thereafter, the lid member 20 can slide in the depth direction. Accordingly, the control board 25 can be maintained.

  Moreover, since the thin part 26 is formed in the position which can be visually recognized from the outside, the fracture | rupture state can be confirmed easily. Therefore, the history of opening the control box 70 can be grasped, and it can be easily known whether there has been an unauthorized opening other than maintenance. Once opened, the pin lid portion 22 and the pin receiving portion 12 corresponding to the pin lid portion 22 and the pin receiving portion 12 corresponding to the pinned portion 22 connected by the broken thin portion 26 cannot be used again. Further, the control box 70 can be closed again by the spare pin accommodated in the spare pin housing box 13.

  In the state where the control box 70 is opened, the rail insertion portion 24c is separated from the notch 14e, so that the notch 14e is exposed to the control box 70. Accordingly, it is possible to remove the metal piece 50 by pushing the locking ends 53a3 and 53b3 of the metal piece 50 mounted on the pin receiving portion 12 that has been used from the inside of the control box 70. Therefore, the synthetic resin dish member 10 and the unnecessary metal piece 50 can be separated and discarded. Furthermore, since the plate member 10 is not destroyed at all, it can be reused. In the state where the control box 70 is closed as shown in FIG. 3, the spare pin storage box 13 is covered with the spare pin lid 23, so that the spare pin is not lost due to mischief or the like.

(4) Second embodiment:
FIG. 18 shows the rail insertion portion 124c and the common wall surface 114b according to the second embodiment as viewed obliquely. Note that. In the present embodiment, the lid portion and the pin receiving portion are the same as in the first embodiment, and are not shown. In the figure, a pair of substantially rectangular fitting portions 124c1 and 124c2 are formed so as to protrude rearward from the rail insertion portion 124c. The configuration is the same as that of the first embodiment except that the fitting portions 124c1 and 124c2 are formed. A pair of substantially rectangular notches 114e1 and 114e2 are provided on the common wall surface 114b in order to form the engaging portion 114d. The fitting portions 124c1 and 124c2 are formed with a slightly smaller height and width than the notches 114e1 and 114e2. Then, the rail insertion portion 124c is slid so as to come into contact with the common wall surface 114b, whereby the control box is closed and the insertion portions 124c1 and 124c2 are fitted into the notches 114e1 and 114e2, respectively.

  At this time, the fitting portions 124c1 and 124c2 have the same depth position as the engaging portion 114d. Then, since the configuration of the pin receiving plate is the same as that of the first embodiment, as shown in FIG. 19, the locking end 153a of the pin receiving plate holding the engaging portion 114d from the outside in the width direction, 153b3 is sandwiched between the engaging portion 114d and the fitting portions 124c2 and 124c1. In other words, the pin receiving plate is engaged with the engaging portion 114d while being sandwiched between the fitting portions 124c1 and 124c2 and the engaging portion 114d. Therefore, in the present embodiment, the pin receiving plate can be more firmly fixed to the pin receiving portion, and the sealing state can be prevented from being released due to the pin receiving plate being pulled out.

  Further, since the fitting portions 124c1 and 124c2 are fitted into the cutouts 114e1 and 114e2, an intricate structure is formed, so that it is difficult to allow a wire or the like to enter the inside of the control box from the pin receiving portion.

(5) Summary:
As described above, in the gaming machine according to the present invention, the pin receiving portion provided outside the control box and the notch that communicates the inside of the control box are closed by the rail insertion portion serving as a blocking portion. The sealing property of the box can be improved. That is, since the control box becomes an independent closed space, it is impossible to allow foreign matter or the like to enter the control box even if the pin receiving portion is broken. Therefore, it is possible to provide a gaming machine including a control box that is less likely to be cheated.

DESCRIPTION OF SYMBOLS 2,10 ... Dish member 14 ... Dish main-body part 14b ... Common wall surface 14a1, 14a2, 14c ... Guide rail 14d ... Engagement part 14d1 ... Upper drop prevention part 14d2 ... Constant width part 14d3 ... Bottom drop prevention part 14e ... Notch 7 , 12 ... Pin receiving portion 12a ... Confirmation portion 12b ... Guide wall 12c ... Opening surface 13 ... Preliminary pin storage box 1, 20 ... Lid member 24a1, 24a2, 24c ... Rail insertion portion 22 ... Pin lid portion 22a ... Lid plate 5, 22b1, 22b2 ... through hole 22d ... protection wall 22e ... notch 23 ... preliminary pin lid 24 ... lid body 25 ... control board 26 ... thin portion 6,40 ... pins 42a, 42b ... tips 42a1, 42a2, 42b1, 42b2 ... Saw blade 44 ... Projection 44a ... Pushing surface 50 ... Metal piece 51 ... Protection plate 51a ... Narrow width portion 52 ... Side plates 53a3, 53b3 ... Locking ends 53a, 53b ... Pi Receiving plates 53a1, 53a2, 53b1, 53b2 ... spring pieces 53a3, 53b3 ... locking end 54 ... bottom plate 60 ... pachinko machine 70, 90 ... control box 70a, 90a ... sealing part 80 ... slot machine X1, X2, Y1, Y2 ... Section lines B1, B2, B3 ... Break line

Claims (2)

In a gaming machine that houses a control board in a control box formed by closing an opening of a dish member with a lid member,
A sealing portion provided on one of the dish member and the lid member ;
The inserted portion provided on either the plate member or the lid member where the sealing portion is not provided;
A metal receiving member provided inside the inserted portion;
A protective part covering the outside of the sealing part;
An insertion member for fixing the dish member and the lid member by holding the tip end portion of the receiving member while retaining the stopper while passing through the sealing portion covered by the protection portion ;
The gaming machine is characterized in that the inserted portion has an opening on one side where the sealing portion is provided, and is formed in a substantially box shape in which the receiving member can be provided inside . The gaming machine according to claim 1, wherein the gaming machine is a pachinko machine.

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