JPH10277212A - Illumination device for game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enhance a reliability in quality along with economical advantage by accomplishing a common designing for the array of light emitting parts among multiple types of machines to produce a stable light emitting pattern. SOLUTION: In this apparatus, the standardisation of mounting areas 4 and 5 is made for functional parts which are stationarily used for multiple types of machines and besides the mounting areas, light emitting display parts 6-13 are arranged in horizontal symmetry. A common designing is accomplished for the array of the light emitting display parts 6-13 so that the light emitting display parts 6-13 comprising electroluminescence lamps are arranged besides the mounting areas in which relatively large opening parts are manufactured in configuration among the multiple types of machines and a light emitting pattern is produced to allow the light emitting display parts 6-13 to be stably arranged on a board surface thereby improving visibility.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an illuminating device used for a game machine such as a pachinko machine or a slot machine and provided with an electroluminescent lamp as a light emitting display section.

[0002]

2. Description of the Related Art Illumination devices for pachinko machines are disclosed in Japanese Utility Model Laid-Open No. 4-50092, Japanese Patent Laid-Open No. 7-16341 and Japanese Patent Laid-Open No. 7-108084.
It is known to provide, as a light-emitting display unit, an electroluminescent lamp in which a front electrode, a light-emitting layer, an insulating layer, and a back electrode are superimposed on a front surface of a game board.

[0003]

Game machines such as pachinko machines, slot machines, and the like have different designs, arrangements, dimensions, and shapes of functional components for each model, thereby providing a novelty in design. For this reason, the position, size, and shape of the light-emitting display unit composed of the electroluminescent lamp with respect to the board surface are generally different for different models. However, the surface of the panel, including the electroluminescent lamp, is designed to have a unique design that changes with each model, and the price of the electroluminescent lamp is called a normal cell with a non-luminescent paint printed on the back of the front panel. Since the number of design sheets is more than ten times that of one design sheet, the period in which one model is used in one store is as short as 6 months to 1 year. In addition, if the light emitting display unit is disposed at an asymmetrical position in the left and right direction, the light emitting display unit has an unstable light emitting mode with respect to the board surface.

[0004] Therefore, the present invention seeks to provide an electric illumination device for a gaming machine which is economically advantageous and has high quality reliability by making the arrangement of the light emitting display portions common among the models and achieving a stable light emitting mode. Things.

[0005]

According to a first aspect of the present invention, there is provided an electric decoration device for a gaming machine, comprising an electroluminescence lamp as a light-emitting display portion on a back surface of a light-transmitting front panel. The device is characterized in that a mounting area of a functional component which is constantly used in a plurality of game machine models is standardized, and a light-emitting display unit is arranged outside the mounting area. According to the configuration of the first aspect, the mounting area is standardized for the mounting area of the functional component that is constantly used for a plurality of models, and the light emitting display unit is arranged in a region other than the mounting area. Even if various designs such as design, game control design, etc. are progressed individually in a plurality of departments, a light emitting display unit is arranged between a plurality of models in a region other than a mounting area where a relatively large opening is machined. In addition, the common arrangement of the light emitting display units can be achieved, which is economically advantageous and can improve the quality reliability. According to a second aspect of the present invention, there is provided an illumination device for a game machine, comprising an electroluminescence lamp as a light-emitting display unit on a back surface of a light-transmitting front panel. It is characterized by being arranged in. According to the configuration of the second aspect,
By arranging the light-emitting display portions symmetrically, the light-emitting display portions are stably arranged with respect to the board surface, so that the appearance can be improved. The illumination device for a gaming machine according to claim 3, wherein the illumination device is a functional component in which the electroluminescence lamp is provided as a light-emitting display unit on the back surface of a light-transmitting front panel. And a design display portion having a light guiding property of the functional component is mounted corresponding to the light emitting display portion. According to the configuration of the third aspect, the light emitting display section is disposed in the mounting area of the functional component, and the design display section having the light guiding property of the functional component is mounted corresponding to the light emitting display section, so that the electroluminescent display section is provided. The design display section of the functional component can be stably emitted with uniform brightness by the light emitted from the light-emitting display section composed of a luminescence lamp. That is, when the design indicator of the functional component is caused to emit light by the light bulb, uneven light emission is likely to occur due to the distance from the light bulb, but the light emission unevenness is avoided by causing the design indicator of the functional component to emit light by the electroluminescence lamp. be able to. According to a fourth aspect of the present invention, in the illumination device for a game machine, the electroluminescent lamp is provided as a light-emitting display unit on the back surface of the light-transmitting front panel. The present invention is characterized in that a light-shielding mask layer is used to form a design drawing that is visible from the front of the front panel. According to the configuration of the fourth aspect, the light-emitting display unit is formed with the light-shielding mask layer to form a design view visible from the front surface of the front panel, so that the light emitted from the light-emitting display unit can be shielded from the light-shielding mask layer. The luminous display can be performed with the color of the luminous display section. Also, even if the print pattern of the light emitting layer and the back electrode of the light emitting display unit is shared by a plurality of models, if the print pattern of the light shielding mask layer is changed according to each of a plurality of models, or If the color is changed in addition to the print pattern, it is possible to illuminate and display a desired design drawing that varies from model to model. In the illumination device for a gaming machine according to claim 5, in the illumination device for a gaming machine provided with an electroluminescent lamp as a light emitting display portion on the back surface of a light-transmitting front panel, The present invention is characterized in that a light-transmissive mask layer is used to form a design view visible from the front surface of the front panel. According to the fifth aspect of the present invention, the light emitted from the light-emitting display unit is light-transmissive because the light-emitting display unit is formed with the light-transmitting mask layer to form a design view visible from the front surface of the front panel. Light can be emitted and displayed in a composite color of the color of the light-emitting layer and the color of the light-transmitting mask layer through the mask layer. Further, even if the print pattern of the light emitting layer and the back electrode of the light emitting display section is shared by a plurality of models, the print pattern of the light transmissive mask layer is changed according to the plurality of models, or the light transmissive mask is changed. If the color is changed in addition to the printing pattern of the layer, a desired design drawing that is varied for each model can be displayed by light emission.
According to a sixth aspect of the present invention, in the illumination device for a gaming machine, the light emitting display section according to the fourth or fifth aspect is formed in a single color. According to the configuration of the sixth aspect, since the light emitting display portion is formed in a single color, the cost of the electroluminescent lamp can be reduced.

[0006]

1 to 4 show a first embodiment,
FIG. 1 shows the game board 1 before mounting various functional parts, FIG. 2 shows a cross section cut along the line AA in FIG. 1, and FIG.
FIG. 4 shows the game board 20 after the various kinds of functional parts are attached, and FIG. 4 shows the game board 30 after the first kind of various functional parts are attached.
The first and second types of pachinko machines are called
As a rule of the “Winning Adequacy Law”, the classification of pachinko machines described in the “Rules on Approval of Game Machines and Verification of Model Type” that specifies the game specifications, the size and layout of accessories, etc. in detail This represents the majority of the pachinko machines nationwide.

In FIG. 1, a game board 1 has a shape in which a decorative sheet 3 is integrally joined to the whole area of the front surface of a substrate 2 such as a substantially rectangular plywood. The decorative sheet 3 has a plurality of mounting areas 4 corresponding to functional components that are constantly used for a plurality of types such as classifying a gaming machine as a first type and a second type.
5 are standardized, and a plurality of light-emitting display portions 6, 7, 8, 9, 10, 11, 12, 1, 1 comprising electroluminescent lamps symmetrically arranged outside these mounting areas 4, 5 are arranged.
3 and a non-light emitting display portion 14 as a portion other than the light emitting display portions 6 to 13 and a portion other than the mounting regions 4 and 5. In this embodiment, functional components that are constantly used in a plurality of models are, for example, defined as an upper center role, a lower center role, an out port, and the like, which are arranged vertically at the center of the game board 1. I have. The mounting areas 4 and 5 and the light-emitting display sections 6 to 13 are hatched to clearly display them, and do not represent a sectional state.

In FIG. 2, a decorative sheet 3 is made of a transparent polyethylene terephthalate film (PE) having a light transmitting property and formed in a square having a shape almost congruent with the front surface of the substrate 2.
Transparent front panel 3 made of T-film)
a transparent front electrode 3b formed by vacuum deposition on the entire back surface of the front panel 3a; a light emitting layer 3c printed on a portion of the front electrode 3b corresponding to the light emitting display portions 6 to 13; A non-light-emitting layer 3d printed on a portion corresponding to the non-light-emitting display section 14 of FIG.
an insulating layer 3e printed on the back surface of the front electrode 3b so as to cover the entire back surface of the back surface d, and a back electrode 3f printed on the back surface of the insulating layer 3e at a position corresponding to the light emitting layer 3c; A protective layer 3g printed so as to cover the entire back surface of the back electrode 3f and the entire back surface of the insulating layer 3e, an adhesive layer 3h printed over the entire back surface of the protective layer 3g, and an adhesive sheet 3 The fixing member 15 is formed on a laminate composed of a fixing paper 3i such as Kent paper for improving the fixing when bonding at 15.

In the case of this embodiment, the manufacturing process of the game board 1 will be described. As shown in FIG. 2A, the entire back surface of the front panel 3a having a tabloid size or a square size substantially congruent with the substrate 2 is shown. The light emitting layer 3c and the non-light emitting layer 3d are formed in a state in which the light emitting layer 3c and the non-light emitting layer 3d are arranged in parallel by multicolor printing on the back surface of the formed surface electrode 3b. For example, a printing screen for a light emitting layer having a material for forming the light emitting layer 3c in the light emitting layer forming part and excluding the material other than the light emitting layer forming part is used.
c is formed on the back surface of the front electrode 3b by performing self-alignment (positioning) of multicolor printing and printing. or,
A printing screen for a non-light-emitting layer having a paint for forming the non-light-emitting layer 3d on the non-light-emitting layer forming portion and removing the paint from portions other than the non-light-emitting layer forming portion. Self-alignment is performed on the back side with reference to the positioning portion at the time of the self-alignment, and printing is performed. Although the printing of the light emitting layer 3c and the non-light emitting layer 3d has been described as two steps, in practice, the light emitting layer 3c
Each of the non-light emitting layer 3d and the non-light emitting layer 3d form a pattern that appeals to the human eye in a state of providing a plurality of design drawings in multiple colors. Either of the light emitting layers 3d may be printed first, but if the thinner printed layer is printed first, the previously printed light emitting layer 3c and the non-light emitting layer 3d are formed. This prevents transfer of materials and paints to the printing screen used later, shortens the fixing waiting time, and shortens the printing time of the light emitting layer 3c and the non-light emitting layer 3d.

After the light emitting layer 3c and the non-light emitting layer 3d arranged side by side on the back surface of the front electrode 3b are fixed, the back surface of the front electrode 3b, the back surface of the light emitting layer 3c and the back surface of the non-light emitting layer 3d are covered. Then, an insulating layer 3e is formed by printing on the entire back surface thereof. Due to the formation of the insulating layer 3e, the attachment regions 4 and 5 are filled with the insulating layer 3e. This insulating layer 3e
Is fixed, the back electrode 3f is formed with a material for forming the back electrode 3f in the back electrode forming portion, and the back electrode 3f is printed on the back electrode printing screen by removing the material other than the back electrode forming portion and the gap forming portion. Self-alignment is performed on the flat back surface of the insulating layer 3e with reference to the positioning portion at the time of the self-alignment, and a film is formed by printing and fixed. Thereafter, a protective layer 3g is formed on the entire back surface of the insulating layer 3e including the back electrode 3f by printing in a state of covering the back electrode 3f. After the protection layer 3g is fixed, the flat back surface of the protection layer 3g is fixed. A fixing paper 3i formed substantially in the same shape as the front panel 3a is integrally bonded to the entire surface of the sheet by interposing an adhesive layer 3h and applying pressure in a superposed state.
These front panel 3a, front electrode 3b, light emitting layer 3c,
Non-light emitting layer 3d, insulating layer 3e, back electrode 3f, protective layer 3
In the case where the laminate composed of g, the adhesive layer 3h and the fixing paper 3i has a size like a tabloid, the decorative sheet 3 is completed by stamping and molding into a rectangle substantially the same shape as the substrate 2. Further, a melted adhesive 15 is glued on the entire front surface of the substrate 2, the back surface of the fixing sheet 3 i of the decorative sheet 3 is overlapped on the adhesive 15, and the decorative sheet 3 is A pressure is applied in a direction facing each other from both the front side and the back side of the substrate 2, and the substrate 2 and the decorative sheet 3 are integrally joined in a state where the substrate 2 and the decorative sheet 3 are pressed and adhered with the adhesive 15 interposed therebetween. Panel 1 is completed.

Next, as shown in FIG. 2B, post-processing according to the model for forming various holes for nails, holes for decorations, holes for attaching accessories, etc. on the completed game board 1. I do. By this post-processing, the mounting areas 4 and 5 have openings 3 for mounting the accessory.
j is formed. By attaching various functional parts according to the model to the game board 1 which has been processed thereafter, FIG.
Second type game board 20 shown in FIG. 4 or first type game board 3 shown in FIG.
0 is completed.

A second type game board 20 shown in FIG. 3 drives a game nail (not shown) into the base plate 2 from the front of the decorative sheet 3 and a band 21 and a variable winning opening device 2 serving as an upper center role.
2. Various functional parts such as a winning center decoration device 23 as a lower center role, an out opening 24, a lamp windmill 25, a tulip 26, a prize ball lamp cover 27, a stop lamp cover 28, a side lamp cover 29, and the like. Is attached to the front surface of the decorative sheet 3. Then, for example, when a power source (not shown) is turned on, the light-emitting display units 8 and 9 electrically display the design drawings formed thereon to visually appeal the state in which the game can be performed. Further, game balls (not shown) fired from a ball shooting device (not shown) are fired one by one into a game area formed inside the band 21 and the shot game balls are directed downward from above in the game area. Rolling and hitting the game nails and lamp windmill 25 etc. in the middle of the
Winning opening device 22 which enters the starting opening 23a provided in the
, A winning ball simply entering the tulip 26 and paying out a constant prize ball, or entering the out port 24 and becoming an out ball. And the starting port 23a
When the game ball wins, a constant number of prize balls are paid out, and the left and right blades 22a of the variable winning opening device 22 are opened a predetermined number of times or a predetermined time. When the blade 22a opens and a game ball enters the V zone 22b of the variable winning opening device 22, the blade 22
The opening and closing are repeated 18 times after a is closed. The number of continuations in which the 18 opening / closing operations are performed once is displayed on the continuation number display section 22c of the variable winning opening device 22, and the processing ends at a maximum of 16 times.
During this game, every time a prize ball is paid out, the light-emitting display unit 7 emits light electrically, and light emitted from the light-emitting display unit 7 emits light from the synthetic resin red light of the prize ball lamp cover 27, which is made of synthetic resin. The colored design indicator 27a emits light. When the player wins the V zone 22b, the light-emitting display units 8 to 13 flash electrically to emit light, thereby expressing the joy of the winning game. Further, when an abnormality occurs during the game, the light-emitting display section 6 emits light electrically, and the colored synthetic display section 28a made of synthetic resin having a light-guiding property of the stop lamp cover 28 emits light to notify the abnormality. .

A first type game board 30 shown in FIG. 4 drives a game nail, not shown, into the substrate 2 from the front of the decorative sheet 3 and a band 31, a symbol matching device 3 as an upper center accessory.
2. Various functional parts such as a special winning opening device 33, an out opening 34, a lamp windmill 35, a tulip 36, a prize ball lamp cover 37, a stop lamp cover 38, a side lamp cover 39, etc. as a lower center role. It is attached to the front of the decorative sheet 3. Then, for example, when a power source (not shown) is turned on, the light-emitting display units 10 and 11 electrically display the design diagrams formed thereon to visually appeal the state in which the game can be performed. Further, game balls (not shown) fired from a ball firing device (not shown) are fired one by one into a game area formed inside the band 31 and the shot game balls are directed downward from above in the game area. Rolling and hitting the game nail or the ramp windmill 35 on the way,
Into the starting port 33a provided in the
, A winning ball simply entering the tulip 36 and paying out a constant prize ball, or entering the out port 34 and becoming an out ball. When a game ball wins in the starting port 33a, a constant number of prize balls are paid out,
When the image display unit 32a of the symbol matching device 32 variably displays a plurality of symbols and stops, and when the combination of the stopped symbols is aligned with a predetermined symbol combination, the opening / closing body 33b of the special winning opening device 33 is switched a predetermined number of times or a predetermined number of times. Open only for hours. During this game, every time a prize ball is paid out, the light emitting display unit 7
Electrically emits light, and the light emitted from the light-emitting display unit 7 causes the colored design display unit 37 a made of synthetic resin, which has a light-guiding property, of the prize ball lamp cover 37 to emit light. or,
When the combination of the stop symbols matches the predetermined symbol combination, the light-emitting display units 8 to 13 flash electrically to emit light, thereby expressing the joy of the winning game. Further, when an abnormality occurs during the game, the light-emitting display section 6 emits light electrically, and the colored synthetic display section 38a made of synthetic resin having a light guiding property of the stop lamp cover 38 emits light to notify the abnormality. .

According to the first embodiment, the variable winning opening device 22 or the symbol matching device as the upper center role, in which the mounting area 4 is permanently used for the second type game board 20 or the first type game board 30, is used. 32, the attachment area 5 is a winning center decoration device 23, an out opening 24, and a tulip 26 as a lower center role that is constantly used in the second type game board 20 and the first type game board 30; , The light emitting display units 6 to 13 are standardized so as to correspond to the special winning opening device 33, the out opening 34, and the tulip 36.
Even if various designs such as design design, functional component design, game control design, etc. are individually advanced in a plurality of departments, a plurality of light-emitting display units 6 to 13 composed of electroluminescent lamps are The arrangement of the light emitting display units 6 to 13 is shared by improving the quality reliability by arranging the light emitting display units 6 to 13 at positions other than the mounting regions 4 and 5 where the relatively large openings 3j for mounting the functional components are machined. be able to. In addition, the disadvantage that the light emitting layer 3c, which is more expensive than the insulating layer 3e during processing of the opening 3j, is discarded as cutting chips can be eliminated. Further, since the light-emitting display units 6 to 13 are arranged symmetrically to the left and right, the light-emitting display units 6 to 13 are stably arranged with respect to the board surface, so that the appearance can be improved.

Generally, the game nails are arranged symmetrically on the game board 1. However, if the game nails are arranged symmetrically, the game nails are arranged symmetrically and the light emitting display units 6 to 13 are displayed. The player can feel a stable design form in which both the symmetric arrangement and the left-right symmetric arrangement are combined.

Further, the light emitting display portions 6, 7, 12, 13 are provided with award ball lamp covers 27, 37, a stop lamp cover 28,
And the light emitting display portions 6, 7, and
Light-guided design display portions 27a and 28 such as prize ball lamp covers 27 and 37, stop lamp covers 28 and 38, and side lamp covers 29 and 39 corresponding to the lamps 12 and 13.
a, 37a, and 38a, the light emitting display units 6, 7, 12, 13, which are composed of electroluminescent lamps.
Prize ball lamp covers 27, 37, stop lamp covers 28, 38 and side lamp cover 2
Functional parts such as 9, 39, etc. can be uniformly illuminated by omitting the bulb.

3 and 4, light-emitting display units 6, 7, 12,
13, the prize ball lamp covers 27, 37,
The functional components such as the stop lamp covers 28 and 38 and the side lamp covers 29 and 39 were made to emit light, but the guide rails 21 and 31 were formed of a synthetic resin having a light-guiding property. Even if a light emitting display section made of an electroluminescent lamp is formed in the mounting area of the 31 or the lamp windmills 25, 35, the guide rails 21, 31 or the lamp windmills 25, 35 emit light with the light emitted from the light emitting display section. The same applies.

FIG. 5 shows a second embodiment, in which the front panel 3
A front surface electrode 3b is formed on the entire back surface of a, and a light emitting layer 3c is formed on the entire back surface of the formed surface electrode 3b other than the mounting regions 4 and 5 by printing. For example, the light emitting layer 3c is printed on the back surface of the surface electrode 3b with a printing screen for the light emitting layer having a material for forming the light emitting layer 3c in the light emitting layer forming portion and excluding the material other than the light emitting layer forming portion. The self-alignment (positional alignment) is performed and printed. After the light emitting layer 3c is fixed, the light shielding mask layer 3m is formed by printing. A printing screen for a mask layer having a material for forming the light-shielding mask layer 3m in a portion where the mask layer is to be formed and excluding a portion other than the portion where the mask layer is to be formed.
m is formed on the back surface of the light emitting layer 3c by self-alignment with respect to the positioning portion at the time of the self-alignment, and formed into a film by printing and fixed. The material of the light-shielding mask layer 3m has a relative dielectric constant larger than the relative dielectric constant of the insulating layer 3e (the relative dielectric constant of the light-shielding mask layer 3m> the relative dielectric constant of the insulating layer 3e). The insulating layer 3e is formed by printing so as to cover the back surface of the formed light-shielding mask layer 3m, the back surface of the light emitting layer 3c, and the back surface of the front electrode 3a. Due to the formation of the insulating layer 3e, the attachment regions 4 and 5 are filled with the insulating layer 3e. After the insulating layer 3e is fixed, a printing screen for a back electrode having a material for forming the back electrode 3f in the back electrode forming portion and excluding a portion other than the back electrode forming portion and the gap forming portion from the back electrode forming portion, The back electrode 3f is formed on the flat back surface of the insulating layer 3e by self-alignment with reference to the positioning part at the time of the self-alignment, and is formed by printing and fixed. Then, the back electrode 3f
The protective layer 3g is formed on the entire back surface of the insulating layer 3e including the back electrode 3f by printing, and after the protective layer 3g is fixed, the entire surface of the flat back surface of the protective layer 3g is covered with the front surface. Fixing paper 3i formed in substantially the same shape as panel 3a
An adhesive layer 3h is interposed, and pressure is applied in an overlapped state to be integrally joined. The decorative sheet 3 completed in this way is bonded to the substrate 2 with the adhesive 15 to complete the game board 1. By performing post-processing according to the model for forming a prepared hole for various nails, a prepared hole for ornaments, a hole for mounting an accessory, and the like on the completed game board 1, the mounting areas 4 and 5 are used for mounting an accessory. Opening 3j is formed.

According to the second embodiment, the surface electrode 3b
When a rated voltage required for light emission of the light emitting layer 3c is multiplied between the light emitting layer 3c and the rear electrode 3f, the light emitting operation is performed by the relative permittivity of the light shielding mask layer 3m in portions other than the light emitting layer 3c corresponding to the light shielding mask layer 3m. Instead, the light-emitting layer 3c emits light in a portion other than the portion corresponding to the light-shielding mask layer 3m, and the light emitted from the light-emitting layer 3c passes through the front electrode 3b and the front panel 3a, and passes through the light-shielding mask layer 3m. The bordered design drawing can be displayed in the color of the light emitting layer 3c.

FIG. 6 shows a third embodiment in which the surface panel 3
A light-shielding mask layer 3m and a light-transmitting mask layer 3n are formed by printing on the entire rear surface of a.
The light-transmitting mask layer 3n is formed on the mounting areas 4 and 5 on the rear surface of the front panel 3a and the portion corresponding to the non-light-emitting display section 14, and the light-shielding mask layer 3m is formed on the light-emitting display sections 6 to 6 on the rear surface of the front panel 3a. A film is formed on a portion corresponding to No. 13. These formed light-shielding mask layer 3m and light-transmitting mask layer 3n
The surface electrode 3b is formed on the entire surface of the back surface of the substrate, and the light emitting layer 3c is formed by printing on the entire surface other than the mounting regions 4 and 5 on the back surface of the formed surface electrode 3b. For example, the light emitting layer 3c is printed on the back surface of the surface electrode 3b with a printing screen for the light emitting layer having a material for forming the light emitting layer 3c in the light emitting layer forming portion and excluding the material other than the light emitting layer forming portion. The self-alignment (positional alignment) is performed and printed. Then, after the light emitting layer 3c is fixed,
The insulating layer 3e is formed by printing so as to cover the back surface of the light emitting layer 3c and the back surface of the front electrode 3a. Due to the formation of the insulating layer 3e, the attachment regions 4 and 5 are filled with the insulating layer 3e.
After the insulating layer 3e is fixed, a printing screen for a back electrode having a material for forming the back electrode 3f in the back electrode forming portion and excluding a portion other than the back electrode forming portion and the gap forming portion from the back electrode forming portion, The back electrode 3f is formed on the flat back surface of the insulating layer 3e by self-alignment with reference to the positioning part at the time of the self-alignment, and is formed by printing and fixed. Thereafter, a protective layer 3g is coated on the entire back surface of the insulating layer 3e including the back electrode 3f with the back electrode 3f.
After the protective layer 3g is fixed, the fixing paper 3i formed substantially in the same shape as the front panel 3a is coated on the entire surface of the flat back surface of the protective layer 3g with the adhesive layer 3h. And pressurized in a superposed state to be integrally joined. The decorative sheet 3 completed in this way
Is bonded to the substrate 2 with an adhesive 15 to complete the game board 1. By performing post-processing according to the model for forming a prepared hole for various nails, a prepared hole for ornaments, a hole for mounting an accessory, and the like on the completed game board 1, the mounting areas 4 and 5 are used for mounting an accessory. Opening 3j is formed.

According to the third embodiment, the surface electrode 3b
When a rated voltage required for light emission of the light emitting layer 3c is multiplied between the light emitting layer 3c and the rear electrode 3f, the entire area of the light emitting layer 3c emits light.
In a portion of the light emitting layer 3c corresponding to the light shielding mask layer 3m, light emitted from the light emitting layer 3c is blocked by the light shielding mask layer 3m. In a portion of the light emitting layer 3c corresponding to the light transmitting mask layer 3n, the light emitting layer 3c is provided. The illuminated light is transmitted through the surface electrode 3b, the light transmission mask layer 3n, and the front panel 3a, and the design diagram in which the light is shielded by the light-shielding mask layer 3m shows the color of the light-emitting layer 3c and the color of the light transmission mask layer 3n. Can be displayed in a composite color of.

In the second and third embodiments, the light emitting display section 6
Even when the print pattern of the light emitting layer 3c and the back electrode 3f is shared by a plurality of models and the color of the light emitting layer 3c is shared by a single color by a plurality of models, the print pattern and the color of the light-shielding mask layer 3m are not changed. Is changed according to each of a plurality of models, or the print pattern and color of the light-shielding mask layer 3m and the light-transmitting mask layer 3n are changed according to each of a plurality of models. Can be luminescently displayed.

In the second and third embodiments, even if the light emitting layer 3c is a single color and the cost of the electroluminescent lamp is reduced, if the light shielding mask layer 3m is made a plurality of colors,
In addition, when the light-shielding mask layer 3m and the light-transmitting mask layer 3n are formed in a plurality of colors, a design of a plurality of colors can be expressed.
In this case, the single color of the light emitting layer 3c may be changed according to the model, but if the same color is used in a plurality of models, the cost of the electroluminescent lamp can be further reduced.

In each embodiment, if a material having the same physical properties as the insulating layer 3e is used as the protective layer 3g, the protective layer 3g can be firmly bonded to the insulating layer 3e between the superposed surfaces, and the protective layer 3g can be firmly bonded. If a material having the same physical properties as the adhesive layer 3h is used as the layer 3g, the protective layer 3g can be formed integrally with the adhesive layer 3h. In other words, it is also possible to replace the protective layer 3g with one or both of the insulating layer 3e and the adhesive layer 3h to facilitate the manufacturing operation.

In each of the embodiments, the extensible PET film is used for the front panel 3a when the nail is driven. Therefore, when the nail is driven into the substrate 2 from the decorative sheet 3, the front panel 3a is attached to the outer peripheral surface of the nail. Along the surface electrode 3b
Is extended from the side of the back electrode 3f to the side of the back electrode 3f to form an electric insulating film between the surface electrode 3b and the back electrode 3f so as to avoid a short circuit. Even if it is formed of a material having an insulating property, the same can be applied.

In the above-described embodiment, a pachinko machine using a game ball as a game machine has been illustrated and described. However, in the embodiment, a game situation by winning a game ball is read as a game situation by inserting a medal, and a slot machine is used. Is also applicable.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a decorative sheet according to a first embodiment.

FIG. 2 is a sectional view taken along the line AA of FIG. 1;

FIG. 3 is a front view of a second type game board of the first embodiment.

FIG. 4 is a front view of the first type game board of the first embodiment.

FIG. 5 is a sectional view of a decorative sheet according to a second embodiment.

FIG. 6 is a sectional view of a decorative sheet according to a third embodiment.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Gaming board 2 Substrate 3 Decorative sheet 4,5 Mounting area 6-13 Light-emitting display part 14 Non-light-emitting display part 3a Surface panel 3b Surface electrode 3c Light-emitting layer 3f Back electrode 3j Opening 3m Light-shielding mask layer 3n Light-transmitting mask layer

Claims (6)

[Claims] 1. A lighting device for a game machine having an electroluminescent lamp as a light-emitting display unit on a back surface of a front panel having a light-transmitting property, in which a functional component constantly used for a plurality of models of the game machine is mounted. An electric decoration device for a gaming machine, wherein an area is standardized, and a light-emitting display portion is arranged outside the mounting area. 2. An illumination device for a game machine having an electroluminescence lamp as a light-emitting display portion on a back surface of a light-transmitting front panel, wherein the light-emitting display portions are arranged symmetrically. Illumination equipment. 3. A lighting device for a game machine having an electroluminescent lamp as a light emitting display unit on the back surface of a light transmitting front panel, wherein the light emitting display unit is disposed in a mounting area of a functional component, and the light emitting display is provided. A lighting device for a game machine, wherein a design display unit having a light guiding property of a functional component is attached to a corresponding part. 4. An electric decoration device for a game machine having an electroluminescent lamp as a light-emitting display portion on the back surface of a light-transmitting front panel, wherein a light-shielding mask layer is provided on the light-emitting display portion from the front surface of the front panel. An illuminating device for a gaming machine, wherein a visually recognizable design drawing is formed. 5. An illumination device for a game machine having an electroluminescent lamp as a light-emitting display portion on the back surface of a light-transmitting front panel, wherein the front panel has a light-transmitting mask layer on the light-emitting display portion. An electric decoration device for a gaming machine, wherein a design drawing that is more visible is formed. 6. The illumination device for a gaming machine according to claim 4, wherein the light emitting display section is formed in a single color.