JP3527487B2 - Metallic visor for automobile and method of manufacturing the same - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automobile visor that exhibits a metallic color and a method for manufacturing the same.

[0002]

2. Description of the Related Art Conventionally, as this type of visor, there has been used an automotive visor in which an undercoat layer, a vapor deposition layer and a topcoat layer are formed in this order from the bottom on the surface of a substrate made of a transparent or translucent synthetic resin. It has been disclosed (Japanese Patent Laid-Open No. 10-278).
582). In this automobile visor, the vapor deposition layer is metal,
It is formed by vacuum deposition of a vapor deposition material of at least one of a metal oxide, a metal fluoride and an inorganic oxide. With the automobile visor thus configured, it is possible to obtain a metallic appearance without impairing the visibility from the inside of the vehicle. Further, since the top coat layer is formed on the upper surface of the vapor deposition layer, it is possible to prevent contamination of the surface of the vapor deposition layer, prevent oxidation and peeling of the vapor deposition layer, and impart weather resistance and scratch resistance. There is.

[0003]

However, in the automotive visor disclosed in the above-mentioned Japanese Patent Laid-Open No. 10-278582, the undercoat layer and the vapor deposition layer must be formed unless the base material is molded into a predetermined shape. In addition, since the top coat layer cannot be formed, the number of man-hours for manufacturing the visor increases.
Further, in the above-mentioned conventional automotive visor, since the two layers of the undercoat layer and the topcoat layer are coated, the smoothness of the surface of the visor is deteriorated, and the light passing through the visor is greatly refracted and the visibility through the visor is reduced. There is also a problem that the light is distorted or the light reflected by the visor is irregularly reflected and becomes dull, which impairs the appearance.

An object of the present invention is to manufacture a resin film laminated body in advance, and laminate the laminated body to the board body to adhere the laminated body to the board body. To provide. Another object of the present invention is that the refraction of light passing through the visor is substantially constant, the field of view through the visor is hardly distorted, and the reflected light becomes a sharp metallic tone brilliant color. And to provide a manufacturing method thereof. Still another object of the present invention is to provide a metal visor for automobiles and a method for producing the same, which does not cause cracks in the metal layer during molding of a resin board or a molded body and does not impair the appearance.

[0005]

The invention according to claim 1 is
As shown in FIGS. 1 to 3, for a vehicle formed by molding a resin board 18 obtained by laminating a resin film laminate 11 on a transparent or semitransparent acrylic board body 17 into a predetermined shape. A metal visor, in which a resin film laminate 11 coats a film layer 12 formed of a transparent or semitransparent acrylic film and a back surface of the film layer with a liquid containing transparent or semitransparent PET as a main component. A printed layer 13 formed by the above, a metal layer 14 laminated and adhered to the surface of the printed layer by a vapor deposition method, and a transparent or translucent hot melt layer 16 laminated and adhered to the surface of the metal layer. The metal laminate visor for automobiles is characterized in that the film laminate 11 is laminated on the board body 17 via the hot melt layer 16. This claim 1
In the automobile metal-tone visor described in (1), since the film layer 12 on the surface of the resin film laminate 11 is formed of an acrylic film having a constant thickness, the refraction of light passing through the visor 21 becomes substantially constant and the visor. The field of view through 21 is hardly distorted, and the light reflected by the visor 21 becomes a bright metallic tone color. Therefore, the metal color of the metal layer 13 can be visually recognized from the surface, and most of them are plated. It has an unchanging appearance. On the other hand, since the adhesion between the film layer 12 and the printing layer 13 and the adhesion between the printing layer 13 and the metal layer 14 are good, the film layer 12, the printing layer 13 and the metal layer 14 can be quickly formed at the time of molding the resin board 17. Extend to.
As a result, cracks do not occur in the metal layer, so that the continuous metal color of the metal layer 14 can be exposed through the printing layer 13 and the film base material layer 12, and the visor 21 can maintain a good appearance. be able to.

According to the second aspect of the present invention, as shown in FIG. 4, a transparent or translucent acrylic molded body 53 is formed and molded by molding the resin film laminate 11 into a predetermined shape. A metal visor for an automobile, in which a resin film laminate 11 is laminated on a body, wherein the resin film laminate 11 includes a film layer 12 formed of a transparent or translucent acrylic film, and a transparent or transparent layer on the back surface of the film layer. A printing layer 13 formed by coating a liquid containing translucent PET as a main component, and a metal layer 14 laminated and adhered to the surface of the printing layer by a vapor deposition method,
A metal for automobile, comprising: a transparent or semi-transparent hot melt layer 16 laminated and adhered to the surface of the metal layer, and the resin film laminate 11 is laminated on the molded body 53 via the hot melt layer 16. It is a key visor. This claim 2
In the automobile metal-tone visor described in (1), since the film layer 12 on the surface of the resin film laminate 11 is formed of an acrylic film having a constant thickness, the refraction of light passing through the visor 51 becomes substantially constant. The field of view through 51 is hardly distorted, and the light reflected by the visor 51 becomes a bright metallic tone color. Therefore, the metal color of the metal layer 13 can be visually recognized from the surface, and most of them are plated. It has an unchanging appearance. On the other hand, since the adhesiveness between the film layer 12 and the printed layer 13 and the adhesiveness between the printed layer 13 and the metal layer 14 are good, the film layer 1 is formed when the molded body 53 is molded.
2. The printed layer 13 and the metal layer 14 grow quickly. As a result, since no cracks are generated in the metal layer, the continuous metal color of the metal layer 14 can be exposed through the printing layer 13 and the film layer 12, and the visor 51 can maintain a good appearance. it can.

The invention according to claim 3 is, as shown in FIGS. 1 to 3, a transparent or semitransparent PET on the back surface of the film layer 12 formed of a transparent or semitransparent acrylic film.
A step of forming a printed layer 13 by coating a liquid containing as a main component, a step of laminating and adhering a metal layer 14 on the surface of the printed layer by a vapor deposition method, and a transparent or translucent hot melt layer on the surface of the metal layer. 16 is laminated and adhered to form a resin film laminate 11
And a step of producing a resin board 18 by laminating and adhering the resin film laminate to a transparent or semi-transparent acrylic board body 17 via the hot melt layer 16 and a resin board by a vacuum forming method. A method of manufacturing a metal-tone visor for automobiles, including a step of molding into a predetermined shape. In the method of manufacturing a metallic tone visor for an automobile according to claim 3, since the resin film laminate 11 is produced in advance and the laminate 11 is laminated and adhered to the board body 17, the number of manufacturing steps of the visor 21 is reduced. It can be reduced.
Further, the field of view through the visor 21 is hardly distorted, the light reflected from the visor 21 becomes a bright metallic tone color, and the metal layer 14 is not cracked when the resin board 18 is molded. The visor 21 described in 1 can be obtained.

In the invention according to claim 4, as shown in FIG. 4, the back surface of the film layer 12 formed of a transparent or translucent acrylic film is coated with a liquid containing transparent or translucent PET as a main component. To form the printed layer 13, a step of laminating and adhering the metal layer 14 to the surface of the printed layer by a vapor deposition method, and a transparent or translucent hot melt layer 16 to the surface of the metallic layer by laminating and adhering the resin film. The step of producing the body 11, the step of inserting the resin film laminate into the mold 54 of the injection molding machine, and the molten transparent or translucent acrylic are poured into the mold to form the molded body 53 into a predetermined shape. And a step of laminating and adhering the resin film laminate 11 to the resin film laminate 11 via the hot melt layer 16 at the same time of injection molding. In the method for manufacturing a metallic tone visor for automobiles according to claim 4, the resin film laminate 11 is manufactured in advance, and the laminate 11
Are laminated and adhered to each other when the molded body 53 is molded.
The number of manufacturing steps can be reduced. Further, the view through the visor 51 is hardly distorted, the light reflected from the visor 51 becomes a sharp metallic tone bright color, and the metal layer 14 is not cracked when the molded body 53 is molded. The visor 51 described in 2 can be obtained.

In the invention according to claim 5, as shown in FIG. 1, a film layer 12 formed of a transparent or translucent acrylic film and a transparent or translucent PET on the back surface of the film layer are the main components. A printed layer 13 formed by coating a liquid, a metal layer 14 laminated and adhered to the surface of the printed layer by a vapor deposition method, and a transparent or translucent hot melt layer 16 laminated and adhered to the surface of the metal layer. It is a resin film laminated body provided with. As shown in FIG. 1, the invention according to claim 6 is a transparent or semitransparent resin film laminate 11 according to claim 5 and a resin film laminate 11 laminated and adhered to the resin film laminate 11 via a hot melt layer 16. It is a resin board provided with an acrylic board body 17.
In the resin film laminate or the resin board according to claim 5 or 6, since the film layer 12 on the surface of the resin film laminate 11 is formed of an acrylic film having a constant thickness, the resin film laminate 11 or the resin The refraction of the light passing through the board 18 is substantially constant, the view through the resin film laminate 11 or the resin board 18 is hardly distorted, and the light reflected by the resin film laminate 11 or the resin board 18 is sharp. Since it has a metallic tone bright color, the metallic color of the metal layer 13 can be visually recognized from the surface, and the appearance is almost the same as that of the plated one.

In the invention according to claim 7, as shown in FIG. 1, the back surface of the film layer 12 formed of a transparent or translucent acrylic film is coated with a liquid containing transparent or translucent PET as a main component. To form the printed layer 13, a step of laminating and adhering the metal layer 14 to the surface of the printed layer 13 by a vapor deposition method, and a step of laminating and adhering a transparent or translucent hot melt layer 16 to the surface of the metal layer 14. It is a method for producing a resin film laminate including. In the invention according to claim 8, as shown in FIG. 1, the resin film laminate 11 produced by the method according to claim 7 is applied to a transparent or translucent acrylic board body 17 via a hot melt layer 16. It is a method of manufacturing a resin board including a step of laminating and adhering. In the method for manufacturing a resin film or resin board according to claim 7 or 8, the field of view through the resin film laminate 11 or the resin board 18 is hardly distorted and is reflected from the resin film laminate 11 or the resin board 18. It is possible to obtain the resin film 11 or the resin board 18 according to claim 5 or 6 in which the light has a sharp metallic color.

[0011]

BEST MODE FOR CARRYING OUT THE INVENTION Next, a first embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1, the resin film laminate 11 includes a film layer 12 formed of transparent or translucent acrylic and a back surface (lower surface) of the film layer.
A printing layer 13 formed by coating a transparent or semitransparent liquid containing PET (polyethylene terephthalate) as a main component, a metal layer 14 laminated and adhered to the surface of the printing layer by an evaporation method, and a metal layer A transparent or semi-transparent hot melt layer 16 laminated and adhered to the surface (lower surface).

The thickness of the film layer 12 is 50-100 μm.
m, preferably 75 to 100 μm, and its surface (upper surface) is formed into a smooth flat surface. The print layer 13
Is formed to have a thickness of 3 to 20 μm, preferably 5 to 7 μm. The metal layer 14 has a thickness of 100 to 2000 Å, preferably 200 to 1400 Å by vapor deposition of aluminum, titanium or an alloy containing these one or more times.
Is formed. Further, the hot melt layer 16 is mainly composed of a thermoplastic resin and has a thickness of 30 to 35 μm.
m, preferably 30 to 32 μm.

A procedure for manufacturing the resin film laminate 11 thus constructed will be described with reference to FIG. Figure 1 (a)
As shown in FIG. 1, first, a film layer 12 formed of transparent or translucent acrylic is prepared. Next, the lower surface of the film layer is coated with a liquid containing transparent or translucent PET as a main component to form a printing layer 13 (FIG. 1).
(B)). At this time, it is preferable that the liquid containing PET as a main component is coated on the lower surface of the film layer 12 by a means such as a gravure printing method or a roll coating method.

Next, a metal layer 14 is formed on the surface of the printed layer 13 by vacuum-depositing a metal (FIG. 1 (c)).
The vapor deposition of metal is performed by a physical vapor deposition method. Any physical vapor deposition method such as vacuum vapor deposition, ion plating, sputtering or plasma may be used, but continuous vapor deposition is possible when a long film substrate layer is used. The possible vacuum deposition method is preferred. The metal deposited here is preferably aluminum, titanium or an alloy containing these. This is because these metals exhibit a metal color similar to that of conventional plating. However, the metal to be vapor-deposited is not limited to these, but ferromolybdenum,
It may be a metal such as manganese or tin, or another alloy. For example, brass, which is an alloy of copper and zinc, can exhibit a shade similar to that of gold plating, and an alloy of aluminum and copper can exhibit a shade such as chrome plating.

Further, a transparent or translucent hot melt layer 16 is formed on the lower surface of the metal layer 14 by applying it by means of a gravure printing method, a roll coating method or the like and drying it (FIG. 1 (d)). In this way, the resin film laminate 11 is obtained.

On the other hand, the resin board 1 comprises the resin film laminate 11 and a board body 17 laminated and adhered to the resin film laminate via the hot melt layer 16.
8 is formed (FIG. 1 (e)). This board body is made of transparent or translucent acrylic and its thickness is from 1 to
Those having a diameter of 5 mm, preferably 1 to 4 mm, and more preferably 1 to 2 mm are used.

A method of manufacturing the resin board 18 thus constructed will be described with reference to FIG. By placing the resin film laminate 11 on the upper surface of the board body 17 having the same area as the resin film laminate 11 so that the hot melt layer 16 of the resin film laminate 11 is on the lower side, and thermocompression bonding in this state. The resin board 18 is obtained.
Specifically, the hot melt layer 16 is formed on the upper surface of the board body 17.
With the resin film laminated body 11 placed on the board body 17 and the resin film laminated body 11,
Thermocompression bonding is performed by applying a pressure of 0.5 to 1 MPa in an atmosphere of 0 to 140 ° C.

Next, a method of manufacturing an automobile metal tone visor using the resin board 17 will be described with reference to FIGS. As shown in FIG. 3, the side door 19 of the automobile 19
The side visors 21 and 22 are attached to the outer surface of the door window from the front edge to the upper edge of the door window or along the upper edge, and the front visor 23 is attached to the inside of the vehicle along the upper edge of the windshield glass 19b. . These visors 21,
Since 22 and 23 are manufactured by substantially the same method, the manufacturing method of the side visor 21 will be described as a representative. The side visor 21 is formed by molding the resin board 18 described above, and is formed by attaching the resin board 18 to a mold 26 having a predetermined shape, as shown in FIG. The mold 26 in this embodiment is for molding a side visor, and the mold 26 is provided with a curved convex portion 26a corresponding to the inner shape of the side visor. The mold 26 is mounted on a molding device 27. The molding device 27 includes a container 28 having a recess 28a for housing the mold 26, and a clamp 29 provided on the periphery of the recess 28a for gripping the resin board 18. An elevating device 31 for driving the mold 26 in the vertical direction in the concave portion 28a, and a concave portion 28
and a vacuum tank 32 configured to be able to suck the air in a.

In order to manufacture the side visor 21, first, the resin board 18 is prepared. The resin board 18 is cut into a predetermined shape so that a clamp 29 provided on the peripheral edge of the recess 28a of the container 28 can hold the resin board 18. Next, the resin board 18 is heated by the heater 33. The resin board 18 is heated at a temperature of 130 to 180 ° C. and 60 to 90 per 1 m ^3.
It is preferable to carry out for about a second. The heated resin board 18 is placed on the upper side so that the film layer 12 is exposed on the front side (convex side) after molding, and the periphery thereof is held by the clamp 29 of the molding apparatus 27 to be kept horizontal. Then, the mold 26 is raised by the lifting device 31 and the valve 34
Is opened to communicate the inside of the concave portion 28a with the vacuum tank 32, and molding is performed at atmospheric pressure so that the resin board 18 is attached to the curved convex portion 26a of the mold 26. After molding in this way, the valve 34 is closed to return the inside of the recess 28a to atmospheric pressure, and the mold 26 is lowered by the elevating device 31. After that, the molded product 36 is taken out from the mold 26, and the surplus portion in the periphery is cut and removed to obtain the side visor 21.

The film layer 12, the printing layer 13, the hot melt layer 16 and the board body 17 are all transparent.
When the thickness of the metal layer 14 is formed to be relatively thin as 200 to 500Å, a gap is generated between the metal fine particles forming the metal layer 14, and the visual field on the side through the resin board 18 can be visually recognized (transmittable). Suitable for the side visor 21. In addition, if any of the film layer 12, the printing layer 13, the hot melt layer 16 and the board body 17 is colored semi-transparent and the rest is transparent and the metal layer 14 is formed to be relatively thin with a thickness of 200 to 500Å, A gap is generated between the metal fine particles forming the layer 14, and the field of view on the side that penetrates through the resin board 18 can be visually recognized (transmissible) in the state of being colored with the semitransparent color. Suitable for Further, when the metal layer 14 is formed to have a relatively large thickness of 700 to 1400Å, the metal fine particles forming the metal layer 14 are closely contacted with each other, and the resin board 18 becomes opaque (impervious), which can be used as the front visor 23. It is possible (the front visor 23 may be one that can visually recognize the field of view through the visor).

The side visor 21 thus obtained
Then, since the film layer 12 on the surface of the resin film laminate 11 is formed of an acrylic film having a constant thickness, the refraction of light passing through the side visor 21 is substantially constant, and the view through the side visor 21 is hardly distorted. . In addition, since the light reflected by the side visor 21 has a sharp metallic tone bright color, the metallic color of the metallic layer 13 can be visually recognized from the surface, and the appearance is almost the same as the plated one. Therefore, when the side visor 21 is attached to the automobile 19 as shown in FIG. 3, a classic type appearance using a lot of plating is exhibited, and the appearance can be improved. Further, the adhesion between the film layer 12 and the printing layer 13 and the printing layer 13
Since the adhesiveness between the metal layer 14 and the metal layer 14 is good, the film layer 12, the printing layer 13, and the metal layer 14 are rapidly expanded when the resin board 18 is molded. As a result, the metal layer 14
Since no cracks are generated in the film, the continuous metal color of the metal layer can be exposed through the printing layer 13 and the film layer 12, and the appearance of the side visor 21 can be kept good.

FIG. 4 shows a second embodiment of the present invention.
In this embodiment, the side visor 51 and the resin film laminate 11 of the first embodiment are molded into a predetermined shape by an injection molding machine, and the hot melt layer 16 is interposed in the resin film laminate 11. And a molded body 53 that is laminated and adhered. The mold 54 of the injection molding machine has a fixed mold 56 having a curved concave portion 56a for forming the surface (convex surface) of the side visor 51, and is inserted into the curved concave portion 56a to form the back surface (concave surface) of the side visor 51. And a movable movable die 57 having a curved convex portion 57a. In addition, the movable mold 57 includes a curved concave portion 5 of the fixed mold 56.
A through hole 57b for pouring the melted acrylic is formed in a cavity 54a formed when the curved convex portion 57a of the movable die 57 is inserted into the 6a.

Next, a method for manufacturing the side visor 51 will be described. First, as shown in FIG. 4A, the hot melt layer 16 faces the curved concave portion 56 a of the fixed die 56 in a state where the curved convex portion 57 a of the movable die 57 is separated from the curved concave portion 56 a of the fixed die 56. Thus, the resin film laminate 11 is inserted between the fixed die 56 and the movable die 57. Then in FIG.
As shown in (b), after the resin film laminate 11 is attached to the curved concave portion 56a of the fixed die 56, the curved convex portion 57a of the movable die 57 is inserted into the curved concave portion 56a of the fixed die 56. Next, in this state, the molten resin is poured into the cavity 54a from the through hole 57b and cooled, and the molded body 53 is injection molded into a predetermined shape. At this time, the molded body 53 is laminated and adhered to the resin film laminate 11 via the hot melt layer 16. Further, the movable die 57 is separated from the fixed die 56 to form the molded body 53.
After taking out and cutting and removing the surplus portion of the periphery, the surface of the molded body 53 is coated with a transparent paint or ink and dried to laminate and adhere the transparent coating layer to the film layer 12. In this way, the side visor 51 is obtained.

Side visor 51 manufactured by this method
Since the step of laminating and adhering a flat resin board to the resin film laminate 11 can be omitted, the number of manufacturing steps can be reduced as compared with the first embodiment. Although the side visor and the front visor are described as the visors in the first and second embodiments, a rear visor or another visor mounted on the upper edge of the outer surface of the door window of the back door may be used.

[0025]

As described above, according to the present invention, a transparent or semitransparent film layer, a transparent or semitransparent printing layer, a metal layer, and a transparent or semitransparent hot melt layer are laminated. The resin film laminate was laminated on the transparent or semi-transparent board main body via the hot melt layer, so that the film layer on the surface of the resin film laminate is formed of an acrylic film having a constant thickness and is transmitted through the visor. The refraction of light is substantially constant, and the view through the visor is hardly distorted. In addition, since the light reflected by the visor has a sharp metallic tone bright color, the metallic color of the metallic layer can be visually recognized from the surface, and the appearance is almost the same as the plated one. In addition, the adhesion between the film layer and the printing layer and the adhesion between the printing layer and the metal layer are good, and when the resin board is molded, the film layer,
The printed layer and the metal layer grow quickly. As a result, cracks do not occur in the metal layer and the continuous metal color of the metal layer can be expressed through the printing layer and the film layer, so that the visor can be kept in good appearance. A transparent or semitransparent film layer, a transparent or semitransparent printed layer, and a metal layer,
When a resin film laminate having a transparent or semitransparent hot melt layer laminated thereon is laminated on a transparent or semitransparent molded product via the hotmelt layer, the same effect as described above can be obtained.

A liquid having PET as a main component is coated on the back surface of the film layer to form a printing layer, and a metal layer is laminated and adhered on the surface of the printing layer by a vapor deposition method. The melt layer is laminated and adhered to form a resin film laminate, and the resin film laminate is laminated and adhered to the board body via the hot melt layer to form a resin board, and the resin board is formed into a predetermined shape by a vacuum forming method. If molded into, in comparison with a conventional automobile visor in which the number of man-hours for manufacturing a visor increases because an undercoat layer or the like is formed after the shape of the base material, in the present invention, a resin film laminate is prepared in advance. Since the laminated body can be laminated and adhered to the board body, the number of manufacturing steps of the visor can be reduced. Further, the field of view through the visor hardly distorts, the light reflected from the visor becomes a bright metallic tone color, and cracks do not occur in the metal layer during molding of the resin board, and a good-looking visor can be obtained. . Further, the back surface of the film layer is coated with a liquid containing PET as a main component to form a printing layer, and a metal layer is laminated and adhered on the surface of the printing layer by a vapor deposition method, and a hot melt layer is laminated on the surface of the metal layer. Adhesive to make a resin film laminate, insert the resin film laminate into the mold of the injection molding machine,
Further, the same effect as described above can be obtained by pouring molten acrylic into this mold to injection-mold a molded body into a predetermined shape and at the same time laminate-bond it to the resin film laminated body via the hot melt layer.

[Brief description of drawings]

FIG. 1 is a sectional view showing a manufacturing process of a resin board according to a first embodiment of the present invention.

FIG. 2 is a diagram showing a step of molding the resin board to obtain a side visor.

FIG. 3 is a perspective view of a main part of an automobile equipped with the side visor.

FIG. 4 is a diagram showing a forming process of a side visor according to a second embodiment of the present invention.

[Explanation of symbols]

11 Resin film laminate 12 film layers 13 printing layers 14 metal layers 16 Hot melt layer 17 Board body 18 resin board 21,22,51 Side visor 23 Front visor 53 molded body 54 mold

─────────────────────────────────────────────────── ─── Continuation of front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) B60J 3/00 B32B 15/08 B60R 13/00

Claims (8)

(57) [Claims] 1. An automobile formed by molding a resin board (18) obtained by laminating a resin film laminate (11) on a transparent or translucent acrylic board body (17) into a predetermined shape. A metal tone visor for use, wherein the resin film laminate (11) is mainly composed of a film layer (12) formed of a transparent or semitransparent acrylic film, and a transparent or semitransparent PET film on the back surface of the film layer. Printing layer formed by coating liquid as a component
(13), a metal layer (14) laminated and adhered to the surface of the printed layer by a vapor deposition method, and a transparent or translucent hot melt layer (16) laminated and adhered to the surface of the metal layer, The resin film laminate (11) is the hot melt layer (16)
A metal-tone visor for automobiles, which is laminated on the board body (17) via 2. A transparent or translucent acrylic molded body (53) is formed by molding the resin film laminated body (11) into a predetermined shape and the resin film laminated body (53) is formed on the molded body. 11) is a laminated metal visor for automobiles, wherein the resin film laminate (11) has a film layer (12) formed of a transparent or translucent acrylic film, and a transparent film on the back surface of the film layer. Alternatively, a printing layer formed by coating a liquid containing translucent PET as a main component.
(13), a metal layer (14) laminated and adhered to the surface of the printed layer by a vapor deposition method, and a transparent or translucent hot melt layer (16) laminated and adhered to the surface of the metal layer, The resin film laminate (11) is the hot melt layer (16)
A metal-tone visor for automobiles, which is laminated on the molded body (53) via 3. A printing layer (13) in which a transparent or semitransparent liquid containing PET as a main component is coated on the back surface of a film layer (12) formed of a transparent or semitransparent acrylic film.
A step of forming a metal layer (14) on the surface of the printed layer by vapor deposition, and a transparent or semi-transparent hot melt layer (1) on the surface of the metal layer.
A step of laminating and adhering 6) to produce a resin film laminate (11), and the resin film laminate to the transparent or semitransparent acrylic board body (17) via the hot melt layer (16). A method of manufacturing a metal-tone visor for automobiles, comprising: a step of laminating and adhering to produce a resin board (18); and a step of forming the resin board into a predetermined shape by a vacuum forming method. 4. A printing layer (13) in which a transparent or semitransparent liquid containing PET as a main component is coated on the back surface of a film layer (12) formed of a transparent or semitransparent acrylic film.
A step of forming a metal layer (14) on the surface of the printed layer by vapor deposition, and a transparent or semi-transparent hot melt layer (1) on the surface of the metal layer.
A step of laminating and adhering 6) to produce a resin film laminate (11), a step of inserting the resin film laminate into a mold (54) of an injection molding machine, and a transparent or semi-melted product in the mold. A hot melt layer (16) is formed on the resin film laminate (11) at the same time by injection molding a molded body (53) into a predetermined shape by pouring transparent acrylic.
And a step of laminating and adhering via a method of manufacturing a metal-tone visor for automobiles. 5. A film layer (12) formed of a transparent or translucent acrylic film, and a printing formed by coating the back surface of the film layer with a liquid containing transparent or translucent PET as a main component. A layer (13) and a metal layer laminated and adhered to the surface of the printed layer by vapor deposition
A resin film laminate comprising (14) and a transparent or translucent hot melt layer (16) laminated and adhered to the surface of the metal layer. 6. The resin film laminate according to claim 5,
And a transparent or translucent acrylic board body (17) laminated and adhered to the resin film laminate via a hot melt layer (16). 7. A printing layer (13) in which a transparent or semi-transparent liquid containing PET as a main component is coated on the back surface of a film layer (12) formed of a transparent or semi-transparent acrylic film.
A step of forming a metal layer (14) on the surface of the printed layer by vapor deposition, and a transparent or semi-transparent hot melt layer (1) on the surface of the metal layer.
6. A method for producing a resin film laminate, which comprises the step of laminating and adhering 6). 8. A step of laminating and adhering the resin film laminate (11) produced by the method according to claim 7 to a transparent or translucent acrylic board body (17) via a hot melt layer (16). And a method for manufacturing a resin board containing.