JP2014079468A - Game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide more various decorations in a game machine that employs a curved mirror sheet for a decorative panel constituting a board surface of the game machine.SOLUTION: A game machine has a decorative panel 20 disposed on a front side, and the decorative panel 20 includes a curved mirror sheet 29 where a plurality of reflecting mirror segments reflecting light as a convex mirror are arranged in a longitudinal direction and in a lateral direction. The decorative panel 20 includes the curved mirror sheet 29, a light adjusting layer 30, and a translucent sheet layer 28 layered on a front side of the light adjusting layer 30. A see-through part 41 is provided in a part of the decorative panel 20, and the see-through part 41 does not have the curved mirror sheet 29 and the light adjusting layer 30 and is constituted of a transparent material including the translucent sheet layer 28. A luminous body 42 or the like having a decorative effect is arranged on a back side of the see-through part 41.

Description

The present invention relates to improvements in gaming machines such as punchco gaming machines and slot machine gaming machines.

It is disclosed in Patent Document 1 that a curved mirror sheet in which a plurality of reflecting mirror segments such as a Furnell lens are arranged in a horizontal and vertical direction is used as a flat decorative body, as shown in Patent Document 2. In addition, an application was filed and patented for applying this curved mirror sheet to a decorative board constituting the board surface of a gaming machine. As shown in Patent Document 2, the present inventor has succeeded in improving the candle performance by adopting a curved mirror sheet on the board surface of the gaming machine. Research is underway to add sex.

JP 2010-158378 A JP 2006-159667 A

It is an object of the present invention to provide a variety of decorations in a gaming machine that employs a curved mirror sheet for a decorative board constituting a board surface of the gaming machine.

The present invention provides a gaming machine in which a decorative board is arranged on the front side, and the decorative board includes a curved mirror sheet in which a plurality of reflecting mirror segments that reflect light as a convex mirror are arranged vertically and horizontally. A curved mirror sheet, a light adjustment layer by printing laminated on the front side of the curved mirror sheet, and a translucent sheet layer laminated on the front side of the light adjustment layer,
A part of the decorative plate is provided with a see-through part, and the see-through part is formed of a transparent material without the curved mirror sheet and the light adjustment layer and including the light-transmitting sheet layer, and the back surface of the see-through part. Provide a gaming machine that can be seen from the side.

(Decoration of the back surface) A decorative portion can be provided on the back side of the see-through portion. As a specific means of the decorative part, a decorative sheet affixed to the back surface of the translucent sheet layer may be used, or a light emitter disposed on the back side of the translucent sheet layer may be used. It may be a decoration arranged on the back side of the translucent sheet layer. And the specific means of these said decoration parts may be used independently, and may be implemented combining two or more.

(Adhesive layer and release layer) The light adjusting layer and the translucent sheet layer are bonded by an adhesive layer interposed therebetween, and in the see-through portion, the adhesive layer and A peeling layer is formed between the translucent sheet layer and the blade reaching the peeling layer from the back side of the decorative board, and at least a portion on the back side from the adhesive layer can be removed. .

(UV adhesive and transparent ink) The curved mirror sheet includes a transparent synthetic resin sheet and a metal reflective layer deposited on the back surface of the transparent synthetic resin sheet having irregularities. The adhesive layer is a UV adhesive, and the release layer is optimally implemented as a transparent ink that is not adhesive to the UV adhesive.

(Support plate) A back plate of the decorative plate is provided with a support plate in the same manner as a normal decorative plate. The support plate includes a blank portion on the back side of the see-through portion. In the blank portion, the support plate is removed or made of a transparent material, and the back side can be seen from the see-through portion and the blank portion.
It is also effective to form the support plate with a thick translucent sheet layer.

(Production method)
The decorative board of the present invention includes a printing step of forming a light adjustment layer on the front side of the curved mirror sheet, an adhesion step of attaching a translucent sheet layer to the front side of the light adjustment layer with an adhesive layer, It can manufacture with the process of forming a see-through | perspective part in a part of decorative board. The step of forming the see-through portion includes a pre-process and a post-process. In the pre-process, the adhesive layer and the translucent sheet layer are formed by forming a release layer on the front side of the adhesive layer at a position where the transparent portion is formed before the bonding process. The post-process is a blade that reaches the release layer from the back side of the decorative board at a position where the see-through portion is formed after the bonding step. And a step of removing at least a portion on the back side of the adhesive layer.

  The present invention is a gaming machine that uses a curved mirror sheet for a decorative board constituting a board surface of a gaming machine, and provides a decorative effect that is qualitatively different from the decorative effect of a curved mirror sheet by providing a see-through part. It is possible to apply various decorations.

1 is a front view of a gaming machine according to an embodiment of the present invention. It is sectional drawing of the decorative board of the same gaming machine. It is a front view of the translucent resin layer of the same decorative board. It is sectional drawing which shows the manufacturing process of the same decorative board. It is sectional drawing of the decorative board of the game machine which concerns on other embodiment of this invention. It is sectional drawing of the decorative board of the game machine which concerns on other embodiment of this invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
(Overview)
A pachinko gaming machine 11 shown in FIG. 1 includes a game table 13 having a game area 12 in which a game ball can roll, a winning opening 14 provided in the game table 13 for winning a game ball, and an abbreviation of the game table 13. And a variable display section 16 is arranged on the window section 15. The variable display unit 16 changes the display according to the game ball entering the winning opening 14, and the display is changed not only by an optical display such as a liquid crystal display but also by a mechanical movement caused by rotation of a rotating drum or the like. You may do. Further, it may be a slot machine gaming machine. In this case, the rotary drum and its video are displayed on the variable display unit 16.

At least the surface of the game area 12 of the game table 13 is constituted by a decorative board 20 except for the window portion 15 and the like. As shown in FIG. 2, the decorative plate 20 is attached to the surface of a support plate 31 such as a plywood via an adhesive 32.

This decorative board 20 is directed from the back side to the front side (from the right to the left in FIG. 2), the backing sheet 21, the adhesive 22, the reflective layer 23, the translucent resin layer 24, the light-shielding ink layer 25, The colored ink layer 26, the adhesive 27, and the light transmissive sheet layer 28 are laminated in this order.
The mount 21 is made of an appropriate material such as paper and is provided for improving the adhesiveness to the support plate 31 and can be omitted.

A curved mirror sheet 29 composed of a reflective layer 23 and a translucent resin layer 24 is attached to the front side of the mount 21 via an adhesive 22. The translucent resin layer 24 has a Fresnel lens structure on the back side, and a reflective layer 23 made of a metal film such as aluminum is formed on the back side by vapor deposition or the like. The reflective layer 23 is a reflective surface having a Fresnel structure that functions as a convex mirror by a structure described later. As a result, light incident from the front side of the translucent resin layer 24 is reflected by the reflective layer 23. At this time, the light is reflected at a predetermined angle depending on the inclination angle of the reflective layer 23.

A light adjustment layer 30 is formed on the front side of the translucent resin layer 24. The light adjustment layer 30 includes a colored ink layer 26 and includes a light-shielding ink layer 25 as necessary. First, when forming the light-shielding ink layer 25, the light-shielding ink layer 25 is formed on the front side of the translucent resin layer 24 by printing or the like, and the colored ink layer 26 is formed on the front side of the light-shielding ink layer 25. It is formed by printing or the like. And the translucent sheet | seat layer 28 is adhere | attached through the adhesive agent 27 on the front side of this light adjustment layer 30. FIG. The translucent sheet layer 28 only needs to be translucent, but particularly preferably, a PET resin or a CAB resin is used. On the front side (surface) of the translucent sheet layer 28 in the game area 12, high smoothness, strength and durability are required because pachinko game balls roll. For this reason, PET (polyethylene terephthalate) resin and CAB (cellulose acetate butyrate) resin are preferably used as satisfying the conditions, but may be changed to other resin such as polycarbonate resin. For the adhesive 27, depending on the type of the translucent sheet layer 28 and the types of the light-shielding ink layer 25, the light-shielding ink layer 25, and the colored ink layer 26, an epoxy adhesive, A translucent adhesive such as an ultraviolet curable adhesive can be appropriately selected and used. Among these, ultraviolet curable adhesives, that is, UV adhesives, have high transparency and can be suitably used in the practice of the present invention.

The decorative plate 20 can be expressed in a variety of colors and with high candle performance by the curved mirror sheet 29 and the light adjusting layer 30. In the present invention, a part of the decorative plate 20 is further provided with a transparent portion. By providing 41, more various expressions are possible. Various decorations and effects such as provision of a light emitting body 42 such as an LED can be provided on the back side of the fluoroscopic part 41, and this can be viewed from the front side through the fluoroscopic part 41.

(Details of curved mirror sheet 29)
The above is the outline of the layer structure, but the curved mirror sheet 29 will be described in more detail.
As described above, the curved mirror sheet 29 is provided with the reflective layer 23 and the translucent resin layer 24. However, the curved mirror sheet 29 is not provided with a single reflective mirror, and a plurality of (many ) Is formed.

The translucent resin layer 24 is a translucent transparent or translucent resin sheet, and a Fresnel lens-shaped uneven pattern a1 is formed on the back side thereof (see FIG. 3). In the front view of the curved mirror sheet 29, a plurality of the uneven patterns a1 are arranged vertically and horizontally. Specifically, the uneven pattern a1 having the same shape and the same size in a square shape when viewed from the front is a curved surface. The mirror sheet 29 is arranged without gaps in the vertical and horizontal directions. That is, in the example of FIG. 4, the uneven pattern a1 is a square defined by four vertices a2, a3, a4, and a5. The shape of the uneven pattern a1 is a polygon other than a square, a circle, an ellipse, It can be implemented by changing the condition that the reflecting mirror can be formed, such as an irregular shape. The arrangement of the concavo-convex pattern a1 may be arranged in an oblique direction, or may be arranged with a gap. Further, they may be arranged regularly or irregularly. In short, a plurality of the curved mirror sheets 29 may be arranged in front view.

The concave / convex pattern a1 is formed by annularly forming a plurality of concave / convex surfaces having a predetermined bending angle, and a single concave lens is formed as a whole. These annular concavo-convex surfaces have a common center a6, and are preferably concentric true circles, but some errors are allowed, and there is a need for a beautiful lens shape. Therefore, the curvature may be adjusted intentionally, or the whole may be an ellipse or polygon other than a circle. Further, the concave / convex patterns a1 may all be the same pattern, but a plurality of types of patterns having different focal lengths, optical axis positions (eccentricity), and the like may be used in combination. It is also possible to change to a single lens having a continuous curved surface, but in this case, the thickness is too large compared to the size of the front view. Is desirable. It is not excluded to mix a single lens-shaped object, a plane mirror object, or a convex lens object.

The size of the section of one uneven pattern a1 can be determined by how many reflected light emitting portions are formed in the entire decorative board 20. For example, the size of the decorative board 20 in one pachinko gaming machine 11 is about 60 cm × 50 cm, and in order to form a plurality of reflected light emitting portions on this, the distance between the centers of the uneven pattern a1 is 10 to 400 mm. It is desirable to design to the extent. If it is smaller than 10 mm, the reflected image of each section is too small to obtain sufficient reflected light. On the other hand, if it is larger than 400 mm, the number of reflected light is small and design restrictions are increased. The focal length of the lens (however, the focal length as a convex mirror or concave mirror by the reflective layer 23; hereinafter the same) can be set as appropriate, but is preferably about 2 to 100 mm.

In addition, when a plurality of types of Fresnel lens-shaped uneven patterns having different maximum lengths and focal lengths are mixed, the Fresnel lens-shaped uneven patterns whose maximum lengths, focal lengths, or the relationship between them are outside the above ranges. Partitions may be mixed.

The manufacturing method of the translucent resin layer 24 provided with the concave / convex pattern a1 is not particularly limited, and can be performed by an appropriate method such as a 2P (Photo-polymer) method or a pressing method. What is important is that the reflective layer 23 described below can be reliably formed and has transparency. Note that the translucent resin layer 24 does not have to be completely transparent, and may have a translucency of 25% or more, preferably 50% or more even when colored.

Next, the reflective layer 23 is formed on the back surface of the above-described translucent resin layer 24 as a reflective surface having a metallic luster. For example, a metal such as gold, silver, aluminum, nickel, and chromium is vacuum-deposited, The film can be formed to a thickness of about 30 to 300 nm by a vacuum film forming method such as a sputtering method or an ion plating method. In addition to this, a dielectric film (particularly a multilayer film) that gives metallic luster may be used, and an electroless plating method or application of a metallic luster paint can be selected as appropriate. The configuration as the reflecting mirror is sufficient if only the reflecting layer 23 is provided, and the implementation without the light-transmitting resin layer 24 is not excluded. However, in order to economically produce the reflective layer 23, it is desirable to form it on the back side of the translucent resin layer 24. That is, by forming the reflective layer 23 on the back side of the translucent resin layer 24, the reflective layer 23 is formed along the concavo-convex pattern a1 of the translucent resin layer 24, and corresponds to each concavo-convex pattern a1. A reflector segment is formed, and a square defined by the vertices a2, a3, a4, and a5 in a front view is a region of one reflector segment. Here, when one concavo-convex pattern a1 is a convex lens, the reflector segment corresponding to the concavo-convex pattern a1 in the reflective layer 23 is formed as a concave mirror, and when the concavo-convex pattern a1 is a concave lens, The reflecting mirror segment corresponding to the uneven pattern a1 is formed as a convex mirror.

The light adjustment layer 30 forms a decorative decoration of the decorative board 20, and forms at least one colored layer such as the light-shielding ink layer 25 and the colored ink layer 26. Various printing methods such as printing method, gravure printing method, screen printing method, stencil printing method, inkjet printing method, various coating methods such as spray coating method, foil stamping (transfer) method, hand drawing method, film marking method, etc. It can be done by the method. The type of design can be selected and implemented as appropriate, such as characters, symbols, photographs, illustrations, geometric patterns, or combinations thereof. The light-shielding ink layer 25 is disposed prior to the colored ink layer 26 on the surface side of the curved mirror sheet 29 described above. For the light-shielding ink layer 25, it is desirable to use non-light-transmitting ink. Although the color is free, in order to clearly express the color of the colored ink layer 26 disposed on the light-shielding ink layer 25, it is desirable to uniformly color with a light color such as white or milky white. The colored ink layer 26 expresses the design of the decorative board 20, and today, brilliant designs are expressed in many colors. The light-shielding ink layer 25 and the colored ink layer 26 can be freely selected and used in order to effectively make the overall design. This is because the colored ink layer 26 is printed after the light-shielding ink layer 25 is printed, but depending on the design, there are places where the light-shielding ink layer 25 and the colored ink layer 26 are not applied. Are the following (1) to (4), and various combinations of these layers are possible.

(1) The light shielding ink layer 25 is coordinated on the surface side of the curved mirror sheet 29, and the colored ink layer 26 is coordinated on the surface side of the light shielding ink layer 25. Since there is no or weak reflected light from the curved mirror sheet 29, the expression becomes relatively dark and the color of the colored ink layer 26 is visually recognized.

(2) The light-shielding ink layer 25 is only coordinated on the surface side of the curved mirror sheet 29, and the colored ink layer 26 is not coordinated. Since there is no or weak reflected light from the curved mirror sheet 29, the expression becomes relatively dark and the color of the light-shielding ink layer 25 is visually recognized.

(3) The colored ink layer 26 is coordinated on the surface side of the curved mirror sheet 29 without the light-shielding ink layer 25 being coordinated. The reflected light from the curved mirror sheet 29 is transmitted through the colored ink layer 26, and the color of the colored ink layer 26 is viewed brightly. Further, the Fresnel lens-shaped uneven pattern can give an impression as if a light emitter exists behind.

(4) Neither the light-shielding ink layer 25 nor the colored ink layer 26 is coordinated on the surface side of the curved mirror sheet 29. The reflected light from the curved mirror sheet 29 is viewed brightest, and an impression can be given as if there is a strong light emitter behind.

In addition, the kind of ink of the light-shielding ink layer 25 and the colored ink layer 26 is not particularly limited, and a desired light transmittance can be obtained as a whole depending on the color and density of the ink, the coloring rate, the number of shaded dots, and the like. It only has to be obtained. If the light-shielding ink layer 25 is printed on the entire surface of the decorative plate 20, the meaning of providing the curved mirror sheet 29 is lost. Therefore, the light-shielding ink layer 25 is not provided or provided only partially.

(About the fluoroscopic part 41)
In the present invention, in order to make various expressions by the curved mirror sheet 29 and the light adjustment layer 30 more various, the see-through part 41 is provided in a part of the decorative board 20. The see-through portion 41 does not have the curved mirror sheet 29 including the mount 21 and the light adjustment layer 30, and is made of a transparent material of the light-transmitting sheet layer 28 and the adhesive 27 so that the back side of the see-through portion 41 can be seen. It is a thing. In the example of FIG. 2, the support plate 31 and the adhesive 32 are not punched out and the light emitting body 42 such as an LED disposed on the back side of the decorative plate 20 is directly visible from the front side.

(Production method)
The decorative board 20 is manufactured by a printing process, an adhesion process, and a process of forming a see-through part.
The printing step is a step of forming the light adjustment layer 30 on the front side of the curved mirror sheet 29, and the bonding step is a step of attaching the translucent sheet layer 28 to the front side of the light adjustment layer 30 with the adhesive layer 27. These steps may be performed according to the above description.
The process of forming the fluoroscopic part 41 includes a pre-process and a post-process.
This pre-process is a process of forming the peeling layer 44 on the front side of the adhesive layer 27 at a position where the see-through portion 41 is formed before the bonding process. The post-process is a process of removing a part on the back side from the adhesive layer 27 with a blade that reaches the peeling layer 44 from the back side of the decorative board 20 at a position where the see-through portion 41 is formed after the bonding process.
More specifically, as shown in FIG. 3, as a post process, the see-through portion 41 cuts the decorative plate 20 from the back side to the colored ink layer 26 by punching with a blade 48 such as Thomson. The back side opening 43 is formed. At the time of this excision, in the conventional decorative plate 20 of this type, since the surface side of the light adjustment layer 30 and the translucent sheet layer 28 are firmly bonded by the adhesive 27, it can be neatly excised. Can not. Therefore, as a pre-process, the peeling layer 44 is applied to a place where the fluoroscopic part 41 is to be formed, and the translucent sheet layer 28 is bonded to the surface side by the adhesive 27. Thus, by inserting the blade 48 from the back side along the outer periphery of the release layer 44, the surface side of the light adjustment layer 30 (colored ink layer 26) and the translucent sheet layer 28 are released from the release layer 44. And can be removed neatly.

In this development, the present inventor studied that the curved mirror sheet 29 and the light adjustment layer 30 in which through holes were previously formed were bonded to the light transmissive sheet layer 28 with an adhesive 27. However, since the UV adhesive is not cured unless it is irradiated with ultraviolet rays while being sandwiched between the two layers of the translucent sheet layer 28 and the light adjusting layer 30, the adhesive is applied to the entire back surface of the translucent sheet layer 28. When 27 is applied, the adhesive 27 applied to the portion of the fluoroscopic part 41 is not cured. Further, even when a through-hole is formed in the light adjustment layer 30 in advance and the adhesive 27 is applied on the surface side thereof, the adhesive 27 protrudes into the fluoroscopic part 41 and cannot be cleanly bonded. . Therefore, it was examined that a release agent for an adhesive such as a UV adhesive was applied as the release layer 44 without forming through holes in the curved mirror sheet 29 and the light adjustment layer 30 in advance. However, release agents generally have low transparency, and many have a color such as yellow. On the other hand, at the time of the above resection, the peeling layer 44 may not be completely removed, and a part thereof may remain attached to the adhesive 27. Therefore, if the release layer 44 is not highly transparent, it becomes unsightly and impractical.

As a result of earnest research, the present inventor applied the transparent ink having no adhesiveness to the UV adhesive as the release layer 44, so that the transparency of the transparent portion 41 is substantially reduced even if a part of the ink remains. As a result, the present invention was successfully put into practical use.
This transparent ink is preferably an ink having a transparent ink film and a releasable ink, and is generally the same ink as that marketed under the names of masking ink, strippable ink, releasable resist ink, etc. A transparent resin component can be used. This ink needs to have a physically removable function with respect to the UV adhesive, and can be easily peeled off from the UV adhesive.

These inks include radiation curable inks, evaporative drying inks, thermosetting inks, plastisol inks, etc., and any ink can be used as long as it has releasability from UV adhesives. Considering the workability of peeling, it is desirable to use water-based evaporative drying ink or ultraviolet curable ink. For example, water-based masking ink for screen printing using ethylene glycol mono-normal-butyl ether as a resin component and copper and a copper compound as pigments, and UV ink containing silica and solid paraffin can be used.

The support plate 31 is attached to the back side of the decorative plate 20 on which the see-through portion 41 is formed as described above by an adhesive 32, as in the case of a normal decorative plate. At this time, it is desirable to form a blank portion on the support plate 31 corresponding to the see-through portion 41. This blank portion can be implemented as a through-hole 45 having substantially the same size as the back-side opening 43, whereby the light from the light-emitting body 42 on the back side can be emitted to the outside through the see-through portion 41. In addition, after attaching the support plate 31 to the decorative board 20, the back side opening part 43 and the through-hole 45 can also be formed together. The blank portion may be made of a transparent material such as a translucent sheet layer in addition to the through-hole 45 so that the back side can be seen from the blank portion.
The light emitter 42 may be directly or indirectly supported by the support plate 31 and may be appropriately disposed in a housing (not shown) together with other electronic devices of the game table 13.

(Example of decoration means)
Thus, since the back side of the see-through | perspective part 41 can be shown, in addition to being able to let the light of the light-emitting body 42 pass outside as mentioned above, various decoration means can be added.
FIG. 5 shows a decorative sheet 46 attached to the back surface of the fluoroscopic part 41. This decorative sheet 46 is a printed synthetic resin seal. More specifically, it is used by being attached to the back surface of the adhesive 27 with a transparent adhesive applied to one surface of the decorative sheet 46 made of synthetic resin. Various decorative designs are printed on the other surface of the decorative sheet 46, and the ink of this printing can be visually recognized from the outside through the see-through portion 41. Although various printing methods can be adopted for this printing, hot stamping or silk screen printing is preferably used. In particular, by using a diffusing ink containing a light diffusing resin composition as the printing ink, the candle property can be further improved. Even if this diffusion ink is used as the ink of the conventional colored ink layer 26, if UV adhesive is used as the adhesive 27, the light diffusive unevenness will not substantially function as the light diffusible unevenness. , No light diffusion effect occurs. However, by sticking as the decorative sheet 46 as described above, the light diffusibility can also be visually recognized from the surface side of the fluoroscopic part 41. In this case, the light emitting body 42 of the previous example may be used in combination, but the light emitting from the back side of the decorative board 20 can be performed without forming the through hole 45 in the support plate 31. The decorative sheet 46 can be attached to the inner peripheral surface of the rear side opening 43 (the end surface that is the cut surface of the light adjustment layer 30) without any gap, or the decorative sheet 46 and the inner peripheral surface of the rear side opening 43 A space may be provided between them so that light from the back side leaks to the front side. From the viewpoint of design, the design of the fluoroscopic part 41 and the design of other parts may be made continuous or different designs.

In FIG. 6, a decorative object 47 is arranged on the back side of the fluoroscopic part 41. The ornament 47 is a variety of three-dimensional objects such as characters, and a viewer such as a player can see the ornament 47 through the see-through part 41 and the through hole 45. As the decorative object 47, a highly reflective light such as a mirror ball, or a thing that moves with an electric motor or the like can be used. The ornament 47 may be disposed in the through hole 45 or may be disposed on the back side of the support plate 31. Unlike the previous example, the illuminant 42 is arranged on the back side of the support plate 31 so as to illuminate the decoration 47 from the front side. However, the present invention is not limited to this. . In addition, the decorative sheet 46 can be used in combination, and the light emitter 42, the decorative sheet 46, and the decorative object 47 shown in each example can be used in combination.

The support plate 31 may be made of wood as described above, but may be made of synthetic resin. In particular, a through hole 45 can be formed by cutting a transparent synthetic resin plate such as PET having a large thickness. Today, a board of a gaming table 13 called a transparent cell made by injection molding a transparent synthetic resin is used. However, it is too expensive to manufacture, such as a mold fee, and if it is not adopted for a large number of gaming tables 13, the unit price per unit Is extremely high. However, a small amount can be produced at low cost by using a transparent synthetic resin plate and cutting and forming the through holes 45 in the transparent synthetic resin plate.

DESCRIPTION OF SYMBOLS 11 Pachinko machine 12 Game area 13 Game stand 14 Winning slot 15 Window part 16 Variable display part 20 Decorating board 21 Mount 22 Adhesive 23 Reflective layer 24 Translucent resin layer 25 Light-shielding ink layer 26 Colored ink layer 27 Adhesive 28 Translucent sheet layer 29 Curved mirror sheet 30 Light adjustment layer 31 Support plate 32 Adhesive 41 Transparent portion 42 Light emitter 43 Cutting tool 44 Peeling layer 45 Through hole 46 Decoration sheet 47 Decoration article 48 Cutting tool

Claims (7)

A decorative board is coordinated on the front side,
In the gaming machine, the decorative plate includes a curved mirror sheet in which a plurality of reflecting mirror segments that reflect light as a convex mirror are arranged vertically and horizontally.
The decorative board includes the curved mirror sheet, a light adjustment layer by printing laminated on the front side of the curved mirror sheet, and a translucent sheet layer laminated on the front side of the light adjustment layer. And
A part of the decorative plate is provided with a see-through part,
The see-through part has no curved mirror sheet and the light adjustment layer, and is made of a transparent material including the translucent sheet layer,
A gaming machine characterized in that the back side of the see-through portion can be seen. A decorative part is provided on the back side of the fluoroscopic part,
The decoration part is disposed on the back side of the translucent sheet layer, the decorative sheet affixed on the back side of the translucent sheet layer, the light emitter disposed on the back side of the translucent sheet layer, and the back side of the translucent sheet layer The gaming machine according to claim 1, wherein the gaming machine is at least one selected from the group consisting of decorated ornaments. The light adjusting layer and the translucent sheet layer are bonded by an adhesive layer interposed between the two,
In the see-through portion, a release layer is formed between the adhesive layer and the translucent sheet layer, and is a blade that reaches the release layer from the back side of the decorative board, and at least the back side of the adhesive layer The gaming machine according to claim 1 or 2, wherein the side portion is removed. The curved mirror sheet includes a transparent synthetic resin sheet, and a metal reflective layer deposited on the back surface of the transparent synthetic resin sheet having irregularities,
The adhesive layer is a UV adhesive;
The gaming machine according to claim 3, wherein the release layer is a transparent ink having no adhesiveness to the UV adhesive. A support plate is provided on the back of the decorative plate,
The support plate includes a blank portion on the back side of the see-through portion,
In the said blank part, the said support plate is removed or it is comprised with the transparent material, The back side was made visible from the said see-through part and the said blank part, The one in any one of Claims 1-4 characterized by the above-mentioned. The gaming machine described. A support plate is provided on the back of the decorative plate,
The gaming machine according to claim 1, wherein the support plate is configured by a thick translucent sheet layer. In a method of manufacturing a decorative board including a curved mirror sheet in which a plurality of reflecting mirror segments arranged vertically and horizontally are arranged as a convex mirror, which is a decorative board arranged in front of a gaming machine,
A printing step of forming a light adjustment layer on the front side of the curved mirror sheet;
An adhesion step of attaching a translucent sheet layer to the front side of the light adjustment layer with an adhesive layer;
Forming a see-through part on a part of the decorative plate,
The step of forming the fluoroscopic part includes a pre-process and a post-process,
In the pre-process, the adhesive layer and the translucent sheet layer are formed by forming a release layer on the front side of the adhesive layer at a position where the transparent portion is formed before the bonding process. Is a step that allows a release layer to be disposed between
The post-process is a step of removing at least a portion on the back side from the adhesive layer with a blade reaching the release layer from the back side of the decorative board at a position where the see-through portion is formed after the bonding step. A method for producing a decorative board for a gaming machine, which is characterized in that: