TWI237601B - Special decoration printed metal sheet and its manufacturing method - Google Patents

Abstract

A special decoration printed metal sheet 10 constructed in accordance with the present invention comprises a metal sheet 11 with a surface on which a predetermined pattern is printed with required number of screen lines, a transparent resin film 14 with a surface on which a continuous pattern of an arbitrary shape is formed by a large number of convex lens-like projections 15 or concave lens-like recesses with the standard number of screen lines, and adhesion means 12 for adhering the transparent resin film 14 onto the surface of the metal sheet.

Description

1237601 (1) 发明. Description of the invention [Technical field to which the invention belongs] The present invention relates to a special decorative printed metal plate capable of realizing a three-dimensional effect by changing a pattern or color from a viewing angle, and a method for manufacturing the same. [Prior art]

A decorative sheet for the principle of changing patterns or colors from the angle of view and forming lines and stripes by interference of light is described in Japanese Patent No. 3 13 1771 shown in Fig. 24. This decorative sheet A is a convex mirror plate having a lens having a protruding shape in cross section. The decorative sheet A using a translucent plate is formed by forming a continuous pattern of a composite structure of protruding lenses on a sheet surface of a transparent sheet C, printing the desired pattern D on the sheet surface, and forming a shape on the surface of the transparent sheet c. Forming the pattern, creating a three-dimensional appearance on the sheet

The transparent sheet C is adhered to a flexible resin plate or a plastic plate with an adhesive at normal temperature to form a flexible decorative sheet A. The decorative sheet A can be used as a towel, shower curtain, window decoration sheet, postcard, Handbag material. The decorative sheet A can be used as a decorative body for making a flat sheet feel three-dimensional, and it is known to be used as a special decorative sheet that creates a three-dimensional appearance on the transparent sheet C. In the past, the decorative sheet A was formed by pasting a transparent sheet C on a resin plate or a plastic plate. However, will there be a possibility to apply the decoration technology that creates a three-dimensional mold -5- 1237601 (2) to tinplate, etc. Problems with objects made of metallic materials. In particular, when the transparent sheet C is formed of a synthetic resin such as polyvinyl chloride or polyester, the fusion property between the transparent sheet C and the metal plate is poor, and it may be difficult to adhere the transparent sheet C tightly to the metal plate to form a single body. It is also difficult to apply printing on the surface of the metal plate to promote the creation of a three-dimensional pattern. When the three-dimensional pattern is created on the surface of an object made of a metal material, in order to manufacture various products without jeopardizing the decoration function, how to perform the forming or mechanical processing of the product has become one of the issues. [Summary of the Invention] The present invention is to solve the problems mentioned above, and its purpose is to provide a special decorative printed metal plate that can stably and smoothly create a three-dimensional appearance with a three-dimensional appearance on the surface of an object composed of a metal material and the Production method. Another object of the present invention is to provide a special decorative printed metal plate which can precisely print the three-dimensional mold created on the surface of the metal plate and can make the transparent resin film firmly adhere to the surface of the metal plate to which printing has been applied, and a method for manufacturing the same. . Another object of the present invention is to provide a special decorative printed metal plate capable of preventing the convex lenticular protrusions or concave lenticular concaves formed on the surface of a transparent resin film from deforming, and enabling the transparent resin film to be joined to the surface of a metal plate without separation. method. Another object of the present invention is to provide the special decorative printing surface applied by the metal plate so as not to be deformed, and the special decorative printed metal plate can be shaped or machined in the shape of the desired shape-6- (3) 1237601 to improve the product Special decorative printed metal plate with additional price. In order to achieve the above object, the special decorative printed metal plate of the present invention is characterized by a plurality of convex lens shapes formed by printing a predetermined pattern on a surface with a desired number of screen dots and a surface having a standard number of screen dots. A transparent resin film having a projection or a concave lens-like recess to form a continuous pattern of any shape, and an adhesive means for adhering the resin film to the surface of the metal plate. The special decorative printed metal plate of the present invention is the same as that in the patent application No. 1 ', in which the aforementioned metal plate has a predetermined pattern printed on at least a part of the surface. The special decorative printed metal plate of the present invention is the same as the item 1 of the patent application, in which the surface of the aforementioned metal plate is printed with a plurality of screens having different screen dots, and each screen is printed at a time, and the number of screen dots is applied to the surface of the metal plate. Different kinds of patterns are printed. In order to achieve the above-mentioned object, the special decorative printing metal plate of the present invention is the same as the first item in the scope of patent application, in which the surface of the aforementioned metal plate uses a plurality of screens with different dots, each color being different for each screen. Printing. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is like item 3 or 4 of the scope of patent application, in which at least one of the screen plates printed on the surface of the metal plate has a film surface formed on the surface of the transparent resin film. The number of standard network cables is the same. In order to achieve the above-mentioned object (4) 1237601, the special decorative printed metal plate of the present invention is the same as the first item of the patent application, wherein the aforementioned bonding means is made of acrylic resin, polyester resin, polyethylene resin, epoxy resin, urea resin, Adhesive made of resin materials such as melamine resin and cyanoacrylic resin. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is the same as the first item of the patent application, wherein the transparent resin film is made of polyester, polyethylene, polypropylene, nylon, urethane, polyvinyl chloride, etc. It is formed of a resin-made transparent sheet and has a sheet thickness of 2 0 // m to 2 0 0 // m. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is the same as in the patent application No. 7, wherein the transparent resin film is printed on the back surface of the transparent sheet with a desired pattern. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is the same as the first item of the patent application, wherein the transparent resin film is made of a transparent sheet made of synthetic resin and a laminated sheet made of transparent resin formed in a laminated structure, and It consists of a printed layer of a predetermined pattern between two sheets. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is the same as the first item of the patent application, wherein the aforementioned metal plate, transparent resin film, and bonding means are integrally formed by machining to form a bottle container. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is the same as the first item of the patent application, wherein the aforementioned metal plate, transparent resin film, and bonding means are integrally punched into a desired shape through mechanical processing to form the body of the thermos flask. The method for manufacturing a special decorative printed metal plate of the present invention is characterized in that -8-(5) 1237601 has a process of applying printing on the surface of the metal, and a preheating process of preheating the printed metal plate to a desired temperature. And the process of supplying a transparent resin film covering the surface of a heated printed metal plate, and deforming a continuous pattern of any shape formed on the surface of the transparent resin film without forming most convex lenticular protrusions or concave lenticular depressions. After the temperature is lower than the temperature, the supplied transparent resin film is heated and pressed on the surface of the printed metal plate, and the transparent resin film is heated and pressed on the surface of the printed metal plate. The process of cooling to the desired temperature. In order to achieve the above-mentioned object, the method for manufacturing a special decorative printed metal plate of the present invention is the same as the application for item 12 of the patent, in which the printing of the surface of the metal plate uses a plurality of screen plates with different dots in order, stepwise at 140 ° Printing is performed at a temperature of C ~ 2 10 ° C, and a predetermined pattern with a different number of dots is printed on the surface of the metal. In order to achieve the above-mentioned object, the method for manufacturing a special decorative printed metal plate of the present invention is the same as the application for patent No. 12, in which the printed metal plate that has been printed on the surface has a temperature of 10 ° C ~ 2 1 0 ° C. Preheating at the temperature. The method of manufacturing a special decorative printed metal plate of the present invention, in order to achieve the above-mentioned purpose, is the same as the patent application No. 12 in which the transparent resin film is heated and stamped onto the printed metal plate surface at a temperature of 10 ° C. Heating and crimping at a heating temperature of ~ 180 ° C. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is the same as the item 12 of the patent application. When the polyester resin is used for the transparent resin film, the printed metal plate is heated at a temperature of 1 50 ° C to 200 ° C in the preheating process. Pre-9- (6) 1237601 heat, in the process of heating and pressing, the transparent resin film is heated and laminated on the printed metal plate with a polyester resin adhesive in a heated state of 150 ° C to 180 ° C. . In order to achieve the above-mentioned object, the method for manufacturing a special decorative printed metal plate of the present invention is the same as the first item of the patent application. When the vinyl chloride resin is used for the transparent resin film, the printed metal plate is heated at a temperature of 100 ° C in the preheating process. The pre-heating and hot stamping process is also performed in a heated state at a temperature of about 100 ° C. In order to achieve the above-mentioned object, the method for manufacturing a special decorative printed metal plate of the present invention is the same as the application for item 12 of the patent, in which the transparent resin film is heated and laminated on the surface of the printed metal plate to be integrated, and then the transparent resin is cut. Thin film, remove excess parts of thin film. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is characterized in that: a continuous standard concave-convex pattern is provided on the surface, and a flat gluing portion is provided on the edge of the surface; A transparent sheet to which the back side edges of the sheet without the standard uneven pattern are overlapped and adhered to each other, a decorative object covered by the transparent sheet, and any one printed between the decorative object and the target uneven pattern It consists of the pattern to be printed on the surface. In order to achieve the above-mentioned object, the special decorative printed metal plate of the present invention is similar to the item 19 of the patent application, in which a single transparent sheet is rolled into a cylindrical shape, and the edges of the transparent sheet are interposed with each other by the aforementioned gluing part. Sticky. However, the metal referred to here also includes ceramics such as ceramics or glass. -10- (7) 1237601 [Embodiment] An embodiment of a special decorative printed metal plate and a manufacturing method thereof according to the present invention will be described with reference to the drawings. Fig. 1 is a structural diagram showing a first embodiment of a special decorative printed metal plate according to the present invention.

The special decorative printed metal plate of the present invention has a cross-sectional structure as shown in FIG. The special decorative printed metal plate 10 has a printed layer 12 printed on the surface of the plate-shaped metal plate i i, and a transparent resin film i 4 is bonded to the printed layer 12 by an adhesive 13 as a bonding means to be integrally bonded. Here, the bonding method is not limited to the use of an adhesive, and may be a bonding method that does not use an adhesive, such as heat sealing or pressure bonding. If it is a bonding method capable of bonding the printing layer 12 and the transparent resin film 14 .

This special decorative printed metal plate 10 uses a lenticular continuous pattern formed on at least the film surface of the transparent resin film 14 and a certain pattern printed on the metal plate 11 to create a three-dimensional shape on the surface of the metal plate 11 The three-dimensional appearance of the decorative body. Special decorative printed metal plates 10 can be used for patterns or monthly calendars, photo albums, signs, guide plates (instruction boards), steel ball stands, stands, badges, candy cans, tea cans, tin cans, cans, bath cans, Various metal products such as metal containers, storage boxes, thermos flasks, electric pots, clocks, digital plates, toys, etc. The metal plate 11 used for the special decorative printing metal plate 10 uses metal such as tin plate, iron plate, aluminum plate, stainless steel plate, surface-treated steel plate, and lead plate according to the application. The thickness of the metal plate 1 1 is 0. 1 5 ~ 2mm. For example, sugar -11-(8) 1237601 fruit cans, tea cans, canned cans, bath cans, etc., use a thickness of 0. 2 ~ 0. 4 m m tinned cans.  In addition, the adhesive uses acrylic resin, polyester resin, Epoxy resin, Urea resin, Melamine resin, Resin materials such as cyanoacrylic resin. The adhesive 13 is selected according to the type of resin material used for the transparent resin film 14 For example, when a polyester resin film is used as the transparent resin film, Adhesive uses polyester resin; When using vinyl chloride resin film, The binder used was polyethylene storage resin. The thickness of the adhesive layer of the adhesive 13 is about 30 / zm to 50 // m. Acrylic resin is used as an adhesive for double-sided tape for bonding at room temperature.  Adhesive 1 3 Adhesion temperature when using polyethylene resin is about 90 ° C ~ 120 ° C. Adhesion temperature when using polyester resin is about 180 ° C ~ 200 ° C, Adhesion temperature when using nylon resin is about 160 ° C. The adhesion temperature when using polypropylene (P / P) resin is about 80 ° C.  and then, The transparent resin film 14 may be a transparent body capable of transmitting light. It may be colored translucent. In addition, Even if the transparent resin film 14 is colored, As a result, it is sufficient to pass a light-transparent material as a result of sticking to the printed layer 12 of the plate-shaped metal plate 11. In addition, The material of the transparent resin film 14 is polyethylene, Polypropylene, Polyester, nylon, Urethane, Polyvinyl chloride, Polyvinyl nitrate, Film made of synthetic resin such as polyacrylic acid, The film thickness is approximately 20 // m to 200 / zm.  On the surface of the transparent resin film 1 4, A large number of convex lens-shaped protrusions 15 are arranged in a dot-like order through rolling processing. With this convex lens-like protrusions 1, 5, A rugged or grid-like uneven pattern is formed on the surface of the film (-12- 1237601 〇) as a predetermined pattern, A lens effect can be exerted.  The convex lens-like protrusions 15 formed in a predetermined pattern on the transparent resin film 14 are arranged at a pitch having a standard number of dots to form a pattern. The number of standard dots can be selected as appropriate from the number of lines in the range of 75 to 250 points. Dot count is the number of black dots (dots) between 1 cm or 1 inch. Instead of providing convex lens-like protrusions 15 on the surface of the transparent resin film 14, Instead, a concave lens-like recess is provided to form a concave-convex pattern.  The appearance 12a of the printing layer 12 printed on the surface of the metal plate 11, 12b, 1 2c, According to the positional relationship with the convex lenticular protrusions 15 formed on the transparent resin film 14, And looks like 12a, 12b, The presentation status of 12c is different. As shown in Figure 2 (A), The portion where the pattern 12a completely overlaps the protrusion 15, You can recognize the shape 1 2a from any direction. Or as shown in Figure 2 (B), The overlap of the protrusions 15 and the pattern 1 2b is substantially deviated from the radius of the protrusions 15 and So when viewed from the X direction, it can look like 1 2b, When looking from the Y direction, you can't recognize the appearance, According to the direction you look, From time to time, you can't see it.  and then, As shown in Figure 2 (C), The appearance 12c deviates more than the radius from the protrusion 15, Not just invisible from the Y direction, It is not easy to see the shape 1 2 c from the X direction, So totally unrecognizable.  therefore, Respective patterns 12a of the printed layer 12 printed on the surface of the metal plate 11 12b, 12c according to the relative positional relationship with the convex lens-like protrusions 15, That is, the appearance changes depending on the viewing angle.  As shown in Figure 3, -13- 1237601 do) with different dots printed on the surface of the metal plate 1 1 pattern A, B, C, D, E. Pattern a, B, C, D, E is printed with a predetermined number of screen dots (concave-convex pattern) of a predetermined number of standard screen dots formed on the transparent resin film 14 surface. Standard dots are set to 1 0 0 then pattern a, B, c, D, The number of dots in E is 9 0, 9 5. 1 0 0,  105, A certain ratio of 110 to form the pattern A, B, C, D, E.  In order to form a pattern A, with a different number of dots on the surface of the metal plate 11 B, C, D, E, Each pattern A, B, C, D, E use different printing screens 1 7 respectively. However, the pattern A, B, C, D, E is printed on the surface of the metal plate 1 1 using a printing screen that has been formed with each pattern. Each printing screen is aligned and printed.  Patterns A, 7 formed on each printing screen B, C, D, E color or shape, Printing can be performed in different states; Furthermore, each printing screen 17 is processed from the original plate to make it possible to print a pattern A, with a desired number of screen dots. B, C 'D, E. Pattern A, B, C, D, E is an example showing different positions printed on the metal plate 1 1, But in fact each pattern A, B, C, D, E can be printed on top of each other.  Pattern A on metal plate 1 1 B, C, D, Printing of E, Pre-coat the surface of the metal plate 1 1 at a sintering temperature of 14 0 ° C to 160 ° C to form a base layer 8, It is printed on the base layer 1 8 at a heating temperature of 140 ° C to 2 10 ° C and then sintered. By this sintering printing, the 'printing layer 12' is firmly bonded and printed on the metal plate 1 1 without peeling. When the metal plate 11 is a tin-plated plate that is tin-plated on a cold-rolled steel plate, Excellent printability ° However, Pattern A on metal plate 1 1 B, C, D, The printing of E is even a UV brush which irradiates UV (ultraviolet) to the printing surface and dries the UV ink -14- (11) 1237601.  However, Print a pattern A, with different dots on the metal plate 1 B,  C, D, E, Use a transparent adhesive 1 3 or an adhesive to adhere the transparent resin film 1 4 to the surface of the printed metal plate 1 1. The special printed metal plate 10, which forms an integrated structure as shown in FIG.  This special decorative printed metal plate 1 〇, A plurality of convex lens-like protrusions 15 are formed in a predetermined pattern on the film surface of the transparent resin film 14 in an uneven pattern. The convex lens-like protrusions 15 are formed into a halftone dot shape with a standard halftone dot number (tortoise shape, Grid-like), Therefore, each convex-shaped protrusion 15 and each pattern A, B, C, D, The imaging position produced by E, Due to the lens effect, : 8, 0: , 〇, £ looks all different.  The position where the protrusion 15 and the pattern A are imaged, And protrusions 15 and patterns A, B, C, D, E each imaged a different position, So pattern A, B, C, D, E is recognized as being on different planes.  therefore, Change perspective Then each pattern A, B, C, D, E looks like it moves and changes on different planes. On the other hand, a three-dimensional image having a three-dimensional appearance can appear on the surface of the metal plate 1 1. Pattern A with larger dots than standard dots A, B feels floating towards himself,  Pattern D with smaller dots, E felt sinking towards the inside.  The special decorative printing metal plate 10 shown in FIG. 1 is printed on the surface of the metal plate 1 1. The transparent resin film 14 is integrated on the surface of the printed metal plate 10 by an adhesive 13 or an adhesive. At that time, The film thickness of the transparent resin film 14 is about 20 to 200 // m, Layer thickness of adhesive 13 and 20 ~ 50 // m, The layer thickness of the printing layer 12 is a number // m to a number -15- (12) 1237601 1 0 // m, The best is about 1 0 # m. In addition, Because the transparent resin film i 4 is integrated with the adhesive, So the boundary layer is actually eliminated and does not exist. In addition, Pattern printed on the surface of the metal plate a, b, c, The screen angle of d'E is adjusted according to the thickness of the transparent resin film. Specifically, ‘the thicker the transparent resin film 1 4, the smaller the screen angle, The smaller the screen angle, the more a pattern A, B, C, D, A deeper, three-dimensional sense is applied between E.  Secondly, A method of manufacturing the special decorative printed metal plate 10 will be described with reference to Fig. 5.  In Figure 5, Metal plate 1 1 for special decorative printing metal plate 1 〇 Use mineral tin plate, After sintering at 140 ° C to 160 ° t, the surface of the mineral tin plate 11 is spray-coated beforehand to form a base layer 18. Pattern A, B, C, D, E is sequentially printed on the surface of the metal plate 11 which forms the base layer 18 through a plurality of printings. Pattern A, printed on metal plate 11, B, C, D, E is printed in a heated state of 1 40 ° C ~ 2 1 0 t with different dots and different colors. For example, 5 patterns A, B, C, D, E, The number of dots of the pattern C coincides with the standard number of dots of the convex lenticular protrusions 15 formed on the film surface of the transparent resin film 14.  When the pattern C is a standard number of dots, Pattern A, B and pattern D, E is printed by increasing or decreasing the standard dot number of the pattern C by a certain ratio. The patterns A to E are printed with specific characters or symbols arranged, shape, Graphics, Looks like totems or graphics.  -16- 1237601 (13) The printed metal plate 1 1 can be a continuous strip plate or a single plate.  An example in which Table 7K in FIG. 5 is printed on a single-plate metal plate 11 is shown.  After printing, the printed metal plates on the surface were once stacked in the feeder 20 or directly guided to the preheating device 21, Preheating is performed in this preheating device 21 using hot air. The preheating device 21 may directly heat the printed metal plate 1 by a heater or the like.  The preheating temperature by the preheating device 21 is in the range of several 10 ° C to 200 ° C. The preheating temperature is appropriately set according to the type of the transparent resin film 14 which is tightly bonded to the surface of the printed metal plate 1 1. When the transparent resin film 1 * uses polyester (PE T) resin, Preheat to 150 ° C to 180 ° C. Polyester resin is a resin that is easy to match with the environment. When a transparent resin film 1 4 uses a polyvinyl chloride resin, Preheat at a temperature below 100 ° C.  The printed metal plate 1 1 which has been preheated by the preheating device 2 1 is then guided to the heating and pressing device 2 2, However, before being guided to this hot stamping device 2 2, the surface of the printing metal plate 1 1 is sequentially covered with the strip-shaped transparent resin film F directly by the adhesive 1 3. The film surface of the transparent resin film F, A plurality of convex lenticular protrusions 15 are formed into a constant pattern at a pitch interval of a standard number of dots. In addition, The back side of the film is coated with an adhesive before being guided to the hot stamping device 22, In addition, this adhesive is formed into a thin sheet in advance, The transparent resin film 23 may be superimposed on the printed metal plate 11 by the adhesive.  In the heating and pressing device 22, the bonding roller 24 is pressed by a heating roller. 24 The transparent resin film 23 superimposed on the printed metal plate 11 is adhered with an adhesive, and then heat-pressed. When the transparent resin film 23 is a polyester (PET) resin film, Heating and crimping temperature is 150 ° C ~ 180 ° C; Transparent resin thin -17-1237601 (14) Film 2 3 When using polyvinyl chloride resin film, The thermal compression bonding temperature is 丨 〇 〇 or less.  The adhesive used has a good fusion with the metal surface of the printed metal plate 1 1 and has strong adhesion. Adhesive adhesive, Select the adhesive according to the type of metal plate 1 1 used. When a tin plate is used for the metal plate, Hot stamping below 100 ° C cannot make the polyester resin adhere to the printed metal plate 1 1 0 The conveying speed in the hot stamping device 22 is appropriately set according to the thickness of the printed metal plate 11 Heating roller press fit roller 2 4, The rolling pressure of 2 4 is in accordance with the thickness and size of the printed metal plate, The thickness of the transparent resin film F is adjusted. Actually, When the printed metal sheet 1 is a single sheet, Heat and press at a conveying speed of about 15 to 100 pieces / minute. The transparent resin film F is superimposed and closely adhered to the printed metal plate 11 by heating and punching to form a unitary joint.  The transparent resin film F bonded to the surface of the printed metal plate 11 is then cut by a cutting device. The extra parts are cut out to form a special device printed metal plate 10. When manufacturing this special decorative printed metal plate 10, The heating and pressing device 22 is heat-treated at a temperature that does not damage the predetermined pattern formed by the convex lens-like protrusions formed on the surface of the transparent resin film.  The heating rollers of the heating and pressing device 2 2 are pressed against the rollers 2 4 and are heated. Post-heating from a few 10 ° C to 170 ° C, Improve the adhesion effect; In addition, it is cooled with cooling air at a temperature of about 0 ° C to several ten degrees. Prevent the thin transparent resin sticking to the special decorative printing metal plate 10 -18- (15) 1237601 The film shrinks.  The special decorative printed metal plate 10 which has been post-heated or cooled by the post-heating / cooling device 25 is naturally cooled and deposited on a stacker 26.  The special decorative printed metal plate 10 stacked on the stacker 26 has a structure shown in Fig. I.  This special decorative printed metal plate 1 〇 is provided in the original shape as a picture or monthly calendar, sign, Use of guide board (instruction board); In addition, cans or containers can be manufactured by forming them by applying secondary machining, Finished products such as electrochemical products.  Fig. 1 shows an example in which the transparent resin film 14 of the special decorative printed metal plate 10 is formed of a single layer. However, as shown in Fig. 6, the transparent resin film 4 has a laminated structure in which the transparent resin film 28 and the laminated sheet 29 are stacked.  Fig. 6 shows a second embodiment of the special decorative printed metal plate of the present invention.  In this special decorative printed metal plate 10 A, the transparent resin film 14 is a laminated structure in which a transparent resin sheet 28 made of a synthetic resin material and a laminated sheet are laminated. On two sheets 28, For example, 29 spots are printed in a dot pattern 30.  The transparent resin film 14 is on the surface of the transparent resin sheet 28.  A tortoiseshell or grid-like pattern of irregularities is formed with a standard number of dots in which a plurality of convex lenticular protrusions are continuous 15; In addition, the dot pattern of the same standard number of dots on the surface as 30 is shifted in the axial direction or rotation direction (rotation on the flat surface of the sheet), and printed on the back of the sheet.  then, -19- 1237601 (16) A transparent laminated sheet 2 9 is laminated on the surface side of the transparent resin sheet 2 8 to form a transparent resin film 1 4 having a laminated structure. The transparent resin film 14 is bonded to the surface of the printing metal plate 1 1 with an adhesive or an adhesive to form a special decorative printing metal plate 10 A after integration.  The laminated sheet 29 may have a thickness capable of changing a relative positional relationship with the printing layer 12 formed on the surface of the metal plate 11. The material is the same as that of the transparent resin sheet 28. Transparent material is sufficient. Such as using polyethylene, Polypropylene, Polyester, nylon, Urethane, Synthetic resin flakes such as polyvinyl chloride, Polyester (PET) sheet is suitable for environmental reasons, It is suitable to use acrylic sheet from a climatic level, It is suitable to use soft vinyl chloride sheet from the aspect of flexibility.  This special decorative printed metal plate 1 〇 is depending on the angle of view, For example, a dot pattern 30 printed on the surface side of the transparent resin sheet 28 Sometimes it can be presented, but it cannot be.  The dot-like shape 30 can not be rendered, and the printed sheet 1 2 can be represented by the laminated sheet 29; Further, the laminated sheet 29 has a predetermined thickness, Therefore, the dot-like pattern 30 and the printed layer 12 are overlapped by the angle of view, It looks like a dot pattern 30 moves on the printed layer 12. That is special decorative printing metal plate 1 0 A, Each point shape changes according to the angle of view 3 〇, And get a three-dimensional appearance with three-dimensional effect, It is also possible to obtain a special decorative print having excellent decorative properties. Fig. 7 shows a third embodiment of the special decorative printed metal plate of the present invention.  The special decorative printed metal plate 10B shown in this embodiment, Same as -20- (17) 1237601 Special decorative printed metal plate 10A shown in Figure 6, The transparent resin film 14 has a laminated structure, The transparent resin sheet 28 and the laminated sheet 29 overlap each other.  The surface of the transparent resin sheet 2 8 is a predetermined pattern in which a plurality of convex lens-shaped protrusions 15 are arranged in a grid or tortoise shape with a standard number of dots. And the same as the sheet surface, The dot pattern with a standard number of dots, for example, is offset in the axial direction or the rotation direction, and printed on the back of the sheet.  then, A transparent laminated sheet 29 is adhered to the surface side of the transparent resin sheet 28. The back surface side of this laminated sheet 29 is bonded to the front surface side of the printed metal plate 1 1 with an adhesive to form an integral joint. In this case, Printing The front side of the metal plate 11 is printed with the same dot pattern 31 as on the back of the sheet. This dot-like pattern 3 1 has the same or different number of halftone dots as the standard halftone dots.  Special decorative printed metal plate 1 0B shown in Figure 7, By continuously changing the perspective, It appears that the protrusions 1 5 change the spot shape 3 0 by the lens effect, 3 1. Dot-like appearance 3 0, 3 1 Due to the relative relationship between the thickness of the laminated sheet 29 and the number of dots, Therefore, the relative positional relationship between the dot-like pattern 30 and the dot-like pattern 31 can also be continuously changed and can be presented. Therefore, it is possible to obtain a special decorative printed metal plate 10B, which looks more complicated and has a three-dimensional appearance with excellent decoration.  Fig. 8 shows a fourth embodiment of the special decorative printed metal plate of the present invention.  The special decorative printed metal plate 10 C shown in this embodiment, The transparent resin film i 4 is formed by a transparent resin sheet 28 and a laminated sheet 29 into a -21-(18) 1237601 laminated structure. then, A plurality of convex lenticular protrusions are provided on the surface of the transparent resin sheet 28 in a tortoiseshell or lattice pattern with a standard number of dots. A transparent printing layer 3 2 is provided on the back of the sheet.  In addition, A transparent laminated sheet 29 is adhered to the back side of the transparent resin sheet 28, The transparent resin film 14 of the laminated structure is adhered to the surface of the printed metal plate 1 1 with an adhesive 13 or an adhesive to form an integral connection. Constitute a special decorative printed metal plate 10 C. The surface of the metal plate 11 is a dot-like pattern 31 printed with the same number of dots as the standard dots of the protrusions 15 or different dots.  This special decorative printed metal plate can show a dot-like appearance at 10 ° C depending on the viewing angle. However, since the transparent printing layer 3 2 can confirm the dot shape 3 1, Therefore, the part that can display the dot-like pattern 31 becomes a mixed color of the color of the transparent printing layer 32 and the color of the dot-like pattern 31. In addition, the portion that cannot show the shape 31 can show the color of the transparent printing layer 32.  and then, The laminated sheet 29 has a predetermined thickness, Therefore, depending on the viewing angle, the overlapping position of the dot pattern 31 and the printed layer 32 is shifted to form a three-dimensional impression.  It looks like a dot-like pattern 31 moves on the printed layer 32. That is to change the color of the transparent printing layer 32 according to the viewing angle. One side looks like a mixed color part moves, A special decorative printed metal plate 10 c with a superior three-dimensional appearance can be obtained.  however, Figures 6 to 8 show an example of a two-layer laminated structure in which the transparent resin film 14 is configured. However, the transparent resin film 14 may have a laminated structure of three or more layers. The transparent resin film 14 has a laminated structure, for example, -22-1237601 (19), When the transparent resin film 28 and the laminated sheet 29 are made of the same resin, Because the joint surfaces are joined and integrated, Therefore, it sometimes becomes difficult to form a joint with a laminated structure.  Secondly, Describe the special decorative printed metal plate of the present invention The special decorative printed metal plate 40 is shown in FIG. 5, Manufacture as shown in Figure 1 or Figures 6 to 8.  Machining of this special decorative metal plate 40, Because of various products.  Tea cans for special decorative printed metal plates 40 of the present invention, Tin cans, Canned food, Cans such as sundries storage cans Fig. 9 shows an example of a lid 42 for a special decorative printed metal plate 40. Figs.  First of all, The brush metal plate 40 manufactured by the process shown in FIG. 5 is prepared, This special decorative printing metal plate 40 is formed into a desired shape by a press working machine (not shown), and then the forming process is performed on the press forming machine. In this forming process, the gap between the punch and die of the can-making press machine is measured by measuring the film thickness of 14 to determine the gap formed between the punch (male die) and the die.  The gap between the punch and the die of the press forming machine is set to a thickness of 100% of the film of the transparent resin film 14 added to the gap of the press machine. Due to proper press forming of the punch and die, Therefore, the transparent resin film 14 has been confirmed to be used without damaging the forming material.  It can be applied to candy cans,  Container example.  Cold can container 4 1 Special decorative head and die stamping.  Then use the molding process to punch a 70 ~ gap of the thickness of a normal can used for a conventional clear resin film (master mold) and punch the film surface under the convex lens-like protrusions or concave lens-like recesses of the film surface -23- (20) 1237601 .  Through the forming process of the press machine, the cap materials 43a for cap-shaped outer rolls and disc-shaped inner rolls are formed, 43b. The cover material 43a for the outer roll is formed into the cover 4 2 a by being rolled out after the flange is rolled out and then rolled out. The cover material 43b for the inner roll is rolled in by a hemming process to form an inner roll crimped lid 42b.  In addition, The body part 45 of the tank container 41 is the same as Manufactured as shown in Figure 11. FIG. 10 shows that the body of the tank container 41 has a sleeve shape, Cylindrical example. FIG. 11 shows that the body of the tank container 41 is a rectangular tube portion, Example of a box shape 〇 FIG. 10 shows a case where a cylindrical body portion of a tank container 41 is manufactured.  When manufacturing the body of this tank container 41, Prepare the desired rectangular shape, Large special decorative printed metal plate 40, After the chamfering process, the 4 corners of this special decorative printed metal plate 40 are concave, The body material is formed.  The four corner body materials 4 5 are then rolled to form a cylindrical or sleeve shape. The front edge of the body material 4 5 formed by the rolling process is bent to form a front flange 46, In addition, The trailing edge is also bent to form a back hem 47. After the front hem 46 and the rear hem 47 are combined and formed by the bending process, the hem is pressed. And made into a cylindrical or tubular body material 4 5.  This cylindrical or sleeve-like body material 4 5 is then subjected to flange processing to form outer peripheral flanges 4 8 for outer winding at both ends, 4 9. The inner peripheral flange 5 0 for inner winding is formed at both ends of the body material 4 5. 5 1 is also available.  Formed with a peripheral flange 48 for outer rolls, The body material 45 of 49 is then sealed at -24- (21) 1237601 as an example, and sealed. On the other hand, an outer curl is formed at the end of the body material 45. The can container 4 1 a is opened as one side.  This can container 4 1 a contains the product inside, After the sealing process, the outer cover is closed and the cover is closed (not shown). Canned products such as tin cans or candy cans.  In addition, In order to enable the opening and closing of the lid 42a of the tank container 41a, 42b, It is also possible to use a hemming process to form the outer hemming.  Fig. 11 is a view showing a case of manufacturing a rectangular cylindrical or box-shaped body portion of the tank container 41;  When manufacturing the body of this tank container 41, Prepare the desired shape, Size special decorative printed metal plate 40, The four corners of this special decorative printing metal plate 40 are dented to form the body material 54 by chamfering.  This body material 54 is then bent into a rectangular tube shape by a corner processing. The front edge of the body material 5 4 bent into a rectangular tube shape is bent to form a front flange 5 5 and a rear flange 56. The front hem 5 5 and the rear hem 5 6 formed by the bending process are combined and then pressed, A rectangular tube-shaped or box-shaped body material 54 is formed.  This quadrangular cylindrical body material 5 4 is then flange processed to form a peripheral flange 5 7 on one side. Inner flange 5 8 is formed on the other side. The outer peripheral flange 5 7 overlaps with the bottom cover 5 3 which is formed by pressing. The inner peripheral flange 5 formed on the other side of the quadrangular cylindrical body material 54 is tightly processed and integrated. In addition, it is set prominently throughout the entire week after being processed. Forming a circumferential section 59, It becomes the body part of the tank container 41b.  -25- 1237601 (22) Increase the mechanical / physical strength of the D part of the tank container 41 by using the circumferential direction segment portion 5 9. The circumferential direction section 59 has an upper cover 42a, 42b blocking function.  The body portion 60 of the can container 41 made in the process of FIG. 11 is detachably covered with the upper lid of FIG. 9 to form a can container 41 with a lid shown in FIG. The bottom of the tank container 41 uses the bottom lid 53 shown in Fig. 13.  The bottom cover 5 3 is formed by press working.  This way, Special decorative printing metal plate 40 Crimping, Mechanical processing such as bending, And the lid 42a (42b) or the body 52 of the tank container 41, 60forming, After forming, a can container 4 1 (4 1 a) with a three-dimensional three-dimensional pattern printing on the outer surface is formed. This can container 41 can improve the decoration of the outer surface. Therefore, it is formed into a large additional cost container, And it has a sense of three-dimensional or high-grade.  Fig. 14 is a schematic example of the use of the special decorative printed metal plate 40 of the present invention in the manufacture of a hot water bottle.  In this embodiment, a special decorative printed metal plate 40 is used to form the body portion 64 of the thermos 63. In order to make the body 64 of the thermos 63 with this special decorative printed metal plate 40, The special decorative printed metal plate 40 is formed into a fan shape through a cutting process of punching, And made body material 6 5.  This sector body material 6 5 is then chamfered to chamfer the 4 corners.  The angled body material 65 is then rolled into a conical shape by rolling.  The body material 65 bent into a cone shape is bent, Forming a front fold 66 at the leading edge, In addition, a rear hem 67 is formed at the trailing edge.  The formed front hem 66 and rear hem 67 are combined and pressed to form a -26- (23) 1237601 body combination. The upper body 6 8 of the thermos bottle 6 3 is attached to the body material 6 5 which has been folded and pressed.  After attaching the upper assembly 68 of the thermos 63 to the body material 65,  Attach a handle 6 9 to the side of the body material 6 5. After the handle 6 9 is installed, a lower collar 70 is installed on the lower side of the body material 65; Furthermore, this lower collar 70 is used to mount the lower seat 71, The thermos 63 can be assembled.  The thermos 63 is formed into a container with a three-dimensional appearance by applying a three-dimensional effect to the body 64 because the body 64 is formed of a special decorative printed metal plate 40. And can increase the additional price of thermos 6 3 値.  however, Figures 9 to 14 show examples of the special decorative printed metal plate 40 manufactured in accordance with the manufacturing sequence of Figure 5 for use in a tank container 41 or a thermos 63. However, the special decorative printed metal plate 40 of the present invention is not limited to this. It can also be widely used in electric cookers, Electrification products such as refrigerators and guide plates or signs, Emergency exit signs, Signs and other products.  Embodiments of the present invention, This example shows an example in which a transparent resin film with a lens effect is attached to a metal plate and integrated, However, it is not limited to the metal plate, and a transparent resin film having a lens effect in close contact with the bottle container may be integrally bonded. In this case, Also on the surface of the bottle container, The screen is printed with a desired number of dots by screen printing or the like.  Fig. 15 is a schematic cross-sectional view showing a fifth embodiment of a special decorative printed metal plate according to the present invention.  The special decorative printed metal plate 81 is a standard continuous pattern in which a large number of convex lens-shaped protrusions 80 formed by a standard number of dots are arranged in a tortoise shape in an orderly manner at a certain interval, and is formed on the surface of the transparent resin film 82-27. -(24) 1237601 construction, Adhesives 8 5 are adhered to decorative objects 8 4 such as the outer surface of a cylindrical tin can.  Standard continuous pattern on the surface of transparent resin film 82 Instead of the convex lenticular protrusions 83, concaves and convexes necessary for decorative functions such as concave lenticular depressions or tortoise-like protrusions may be used. Depending on the situation, Convex lenticular protrusions 83 provided on the surface of the transparent resin film 82, Concave and convexities necessary for decorative functions such as concave lens depressions or tortoise-like protrusions can not only be arranged in an orderly configuration, It can also be set as the structure arrange | positioned at the desired pitch of an irregular shape. The standard number of dots is, for example, an arbitrary number of dots in a range of 75 to 250 points.  Dot count refers to the number of dots between 1 cm or 1 inch.  In addition, Either convex-convex shaped portions such as convex lens-shaped protrusions 8 3 are formed on the surface of the transparent resin film 82, or a sheet of the concave-convex shaped portion and the transparent resin film 82 may be adhered to different members and formed. As the material of the transparent resin film 82, for example, polyethylene, Polypropylene, Polyester, nylon, Urethane, Polyvinyl chloride, Polyvinyl nitrate, A transparent body such as polyacrylic acid or a material colored as a translucent body.  If the material of the transparent resin film 82 is colored or adhered to the decorative object 84, A material of a transparent body that changes the molecular structure depending on the environment such as heat to allow light to pass through.  At the end of the surface of the special decorative printed metal plate 81 provided with a convex lenticular projection 83, With a plane of the desired width, That is, the gluing portion 86 is provided because the gluing portion 86 is not formed on the end of the sheet surface of the special decorative printing metal plate 81, and the convex lens-like protrusions 83 are not formed. It is also formed by means of thermal welding, such as -28-1237601 (25), which can damage the convex lens-like protrusions 83 formed.  Special decorative printed metal plates 8 1, Rolled in a cylindrical decorative object, The other end portion without the gluing portion 86 and the gluing portion 86 of the special decorative printed metal plate 8 1 overlap each other on the surface and are attached with a film adhesive 87. Therefore, it is fixed to the decorative object 8 4.  In addition, When the decorative object 84 is a metal can such as a tin can, During canning, the sheet metal is manufactured through a forming process such as rolling or cornering. The decorative object 84 of the metal can manufactured by these methods forms a hemming portion 88. The hemming portion 88 is generally formed as a surface that is more bulged toward the outer side or the inner side than the outer surface of the tube. Similarly, The transparent resin films 82 overlap each other and are bonded to each other. The upper rubber portion 86 also forms a more raised surface than the surfaces of other transparent resin films.  thus, In order to enhance the appearance and shape as required, The transparent resin film 82 can also be adhered to the decorative object 84 at a position where the gluing portion 86 and the folded portion do not overlap.  In addition, The thickness of the transparent resin film 82 is thinner than the thickness of other parts, Can also become a good appearance shape.  That is, the special decorative printed metal plate 81 has a structure in which the convex lens-like protrusions 83 are not provided only at the end portions of the surface of the transparent resin film 82, so that there is no gap between the transparent resin films 82 even if they are overlapped. So when the transparent trees overlap with each other, There must be enough contact area or bonding area, Improve the adhesiveness of thin adhesive 87, Therefore, the edges of the transparent resin films 82 can be bonded to each other.  however, The special decorative printed metal plate 8 1 is a structure in which a single transparent resin -29- (26) 1237601 film 8 2 is wound around a decorative object 8 4 with an adhesive 8 5.  However, a plurality of special decorative printings provided with a plurality of gluing portions 86 are overlapped, and the metal plates 81 are bonded to each other at the edges, A method of sticking to a decorative object is also possible.  Furthermore, the 'special decorative printed metal plate 81' has a structure in which a film adhesive 87 for superimposing the other end portion on which the gluing portion 86 is not provided is adhered to the surface of the gluing portion 86. However, it is not limited to sticking with the film adhesive 87. For example, ‘the other end portion where the gluing portion 86 is not provided is overlapped and then bonded to the surface of the gluing portion 86 by crimping or heat sealing, It is sufficient if the other end portion of the gluing portion 86 is not overlapped, and then it can be adhered to the surface of the gluing portion 86.  Similarly 'special decorative printed metal plate 8 1, It is set as the structure which bonded the transparent resin film 8 2 and the decoration object 8 4 with the adhesive agent 8 5, But even with different adhesives85, For example, if a pressure is applied between the transparent resin film 82 and the decorative object 84 to generate an adhesive force, the transparent resin film 8 2 and the decorative object 8 4 are bonded to each other, or the transparent resin film 8 2 is heat-sealed. The structure that is bonded to the decorative object 8 4 It suffices that the transparent resin film 82 and the decorative object 84 can be bonded together.  and then, The special decorative printed metal plate 8 1 is a transparent resin film 8 2 with one edge portion overlapping the other edge portion, That is, the structure superimposed on the gluing section 86. Therefore, if the decoration object 84 is cylindrical, Then, only the adhesive 8 8 for the film is used to bend the special decorative printed metal plate 8 1 into a cylindrical shape and then superimposed on the glue part 8 6 to be pasted, that is, to use the adhesive 8 5 to adhere to the decorative object 8 4 '. The special decorative printed metal plate 81 can be held on the decorative object 84.  -30- (27) 1237601 In this case, if the transparent resin film 82 is made of a material having a shrinking force, it can be made stronger by holding the special decorative printed metal plate 81 on the decoration object 84.  Special decorative printed metal plates 8 1, If the edges of the transparent resin film are connected to each other, When using the adhesive 8 5 to fully paste the decorative object 84 on the metal can, The thermal expansion rate of the transparent resin film 8 2 is greater than the thermal expansion force of the metal ’as the temperature changes, The pressure between the edges of the transparent resin film 8 2 increases, In addition, a peeling force is generated in a direction to peel the metal surface.  Therefore, if the adhesive resin 8 5 is used, the transparent resin film 8 2 of the special decorative printed metal plate 8 i is attached to the decorative object 8 4. Adhesive film 8 7 is used for film sticking or other methods are used to adhere the glued part 8 6 that is bent into a tube shape and overlapped, and is held on the decorative object 8 4. Is not affected by the difference in expansion rate, A stable decorative effect without the possibility of peeling the transparent resin film 82 from the metal can be applied to the metal.  In addition, If the decorative object 8 4 is cylindrical, The transparent resin film 82 is made of a shrinkable material, Further, the outer peripheral length of the longitudinal section may be shorter than the outer peripheral length of the longitudinal section of the decorative object 84, That is, it is formed into a cylindrical shape without seams. In this case, The transparent resin film 8 2 is not provided with a gluing portion 8 6, Insert the decorative object 84 into the cylindrical inside of the transparent resin film 82, The special decorative printed metal plate can be held on the decorative object 84 only by the shrinking force of the transparent resin film 82 without using the adhesive 85.  Figure 16 is for decoration object 84, 4 A special modification of the principle A cross-sectional view in principle of a decorative printed metal plate 81.  -31-(28) 1237601 Figure 1 5 shows the decorative object 8 4 is rolled to form a fold;  Tin cans, etc. However, other manufacturing methods for metal cans are deep-drawing when using highly moldable materials such as aluminum cans.  The decorative object 8 4 A, such as an inscribed tank formed by drawing, has a cylindrical shape.  In the special decorative printed metal plate 81 shown in Fig. 16, The package 8 4 A has a cylindrical shape without uneven seams. So do n’t worry about the situation, The transparent resin film 82 can be arbitrarily attached to the object a, and the edge portions of the transparent resin film 82 are overlapped with each other, and then the adhesive portion 86 is adhered.  In addition, Figure 16 shows a cylindrical decorative object without seams. However, the decorative object 84,  4A is not limited to a cylindrical shape, If it is wound resin film 8 2 After overlapping the edges with each other, the shape of 8 6 can be adhered. Set to columnar, The square shape or other shapes are all decorative objects 84, which are not three-dimensional spaces. It is also possible to have a form in which the transparent resin film 8 2 is superimposed only by 8 6.  Figure 17 is a detailed expanded display of special decorative printed metal plates!  Face view.  On the decorative object 8 4 side of the transparent resin film 82, In other words, The number of dots to be feared is different from that of the standard continuous pattern on the surface of the transparent resin film 82, Form the desired print pattern.  Therefore, by forming convex lens-like protrusions 8 3 of a standard continuous pattern and a desired printed pattern of a desired continuous pattern different from the standard continuous pattern, a texture pattern is obtained. This pattern looks like the transparent tree branch 8 8, For example, it has been deep seamed, the appearance of the object,  The gluing 84A,  The roll is transparent. The cut into the glue part i 1 is a three-dimensional impression obtained by forming a standard film on the back and a lipid film of 90 -32- (29) 1237601 8 2 on the surface and changing the number of standard points on the back. The larger the number of halftone dots of the pattern to be printed and the standard halftone dots, the more deep three-dimensional decorative effect is achieved.  In addition, The number of dots to be printed It is only necessary to achieve a different pattern for each desired part. A plurality of brush patterns 90 which are implemented with different desired dots and different dots are provided at each desired part, The depth of the three-dimensional effect of each desired part is different, On the other hand, the decorative object 8 4 can have a three-dimensional three-dimensional decorative effect with a multi-level depth.  That is, the special decorative printed metal plate 8 1 is a closed object that is difficult to be shaped like a metal stripe and is a closed surface. Can be used for decoration.  The special decorative printed metal plate 8 1 is the decorative object 84 side of the pattern 9 0 of the transparent resin film 82 to be printed. In other words, it is provided as a continuous pattern or an irregular shape of the number of dots which may be different from the standard number of dots if the composition is directly installed on the decorative object 84. Furthermore, to protect the pattern to be printed, A separate film composition 85 and a desired print 90 of the transparent resin film 82 may be provided.  Figure 18 shows the special decorative printing metal plate 81. 1 A resin film 8 2 is a sectional view of a modification.  Transparent resin film 82 A for special decorative printing metal plate 8 1 A resin film 9 1 with convex lens-like protrusions 8 3 and a resin film 9 2 provided with the desired printing 90, Continuously stick the continuous pattern outward to the difference in the number of other depths. According to the situation, the standard web will be printed and obtained. Set on the back, The setting is preferably placed on the sticky side. The transparent structure is a layered structure with both sides of the design pattern outer resin -33-1237601 (30) film 93.  In addition, A decorative pattern 94 is printed on the convex lens-like projection 83 side of the resin film 93 in the middle. Therefore, the totem portion of the decorative pattern 94 on the transparent resin film 82A cannot obtain the stripe pattern. The other parts have a stripe pattern, Therefore, the three-dimensional decoration effect of the totem that looks like a decoration 94 is achieved.  The special decorative printed metal plate 8 1 A is printed on the resin film 93. However, if the printed surface is the surface between the convex lens-shaped protrusion 83 and the decorative object 84, Even if it is another face, It is also possible to directly print on the decoration object 84. In addition, If necessary, the decorative pattern 94 may not be printed.  FIG. 19 is a front view showing an application example of the adhesive 8 5 of the special decorative printed metal plate 81. Fig. 20 is a front view showing another application example of the adhesive of the special decorative printed metal plate 81.  Special decorative printed metal plate 8 1 B of Fig. 19, The adhesive material is provided at a certain width and at the edges and points in a grid pattern between the transparent resin film 82 and the decorative object 84.  In addition, Figure 20 Special decorative printed metal plate 8!  C is set on a crossing line between the transparent resin film 82 and the decorative object 84 with a certain width.  Both the special decorative printing metal plate 8 1 B and the special decorative printing metal plate 8 1 C can maintain the function of holding the decorative object 84, While reducing the amount of adhesive 8 5 In addition, the coating operation of the adhesive 85 can be simplified.  Coating method of adhesive 8 5 As special decorative printed metal plate -34- 1237601 (31) 8 1 B or special decorative printed metal plate 8 1 C, No need to apply adhesive on all sides 8 5 If it has a special decorative printing metal plate 8 1 B, 1 The function of C sticking to the decoration object 84, Even other modifications are possible.  In addition, The transparent resin film 82 is wound around the cylindrical decorative object 84, Only the upper adhesive portion 86 adheres the edges of the transparent resin film 82 to each other. When sufficient adhesion is achieved, Or when it is not necessary to stick to the decoration object 84, It is not necessary to stick with adhesive 8 5.  Fig. 21 is a front view showing a modified example of the adhesive portion 86 on the transparent resin film 82. Figs.  The special decorative printed metal plate 8 1 D shown in FIG. 21 has a concave-convex shape in which the adhesive portions 86 connecting the transparent resin films are engaged with each other. Special decoration The printed metal plate 8 1 D can strengthen and stabilize the bonding of the transparent resin films 82 to each other.  Fig. 22 is a front view showing another shape example of the adhesive portion 86 on the transparent resin film 82. Fig. 23 is a sectional view of part A-A of the special decorative printing metal plate shown in Fig. 22.  The special decorative printed metal plate 8 1E is provided with a gluing portion 86 on the edge of a plurality of transparent resin films 82 having different shapes. The surface of the decoration object 84 can be completely decorated and joined to each other.  In the special decorative printed metal plate 81, the standard screen dots of the lenticular projections 83 on each transparent resin film 82 are set to be different from the standard screen dots on other transparent resin films 82. Therefore, different decorative effects can be obtained for each transparent resin film 82. In addition, Set each transparent resin film 82 to a different color, More decorative effects can also be achieved.  -35- (32) 1237601 If the gluing part 8 6 is like the special decorative printed metal plate 8 1 D or the special decorative printed metal plate 8 1E, it has the function of connecting the edges of the transparent resin film 82 to each other. It is not straight; In addition, depending on the purpose of the decoration,  It is also possible to use a form in which a plurality of transparent resin films 82 of various shapes are connected. and then, When a plurality of transparent resin films 82 are used, The number of standard dots of each transparent resin film 82 can also be changed depending on the decorative purpose.  Special decorative printing metal plate 8 1. 8 1 A, 8 1 B, 8 1 C, 8 1 D,  8 1 E, On the edge of the transparent resin film 82 having a continuous pattern of two different dots having a function of forming a texture pattern, Provide the upper rubber part 86 according to the shape of various uses, The transparent resin films 82 can be bonded to each other. and then, Special decorative printing metal plate with adhesive 8 1. 8 1 A, 8 1 B 、 81C, 81D, 81E adheres to decorative objects, Therefore, the decoration function can be applied to a decorative object 8 4 that has been difficult to adhere, such as a metal can.  [Possibility of industrial use] The special decorative printed metal plate of the present invention and its manufacturing method, Printing a predetermined pattern on the surface of a metal plate with a desired number of dots, In addition, a transparent resin film is bonded to the surface of the metal plate to form a unified joint. Utilizing the lens effect of a standard number of dots formed on the film surface of a transparent resin film, You can create a three-dimensional appearance with a three-dimensional effect on the surface of the metal stably and smoothly.  In addition, the special decorative printed metal plate and method of the present invention, Can print with precision and accuracy to create a three-dimensional pattern on the surface of metal To form a whole joint; Furthermore, the convex lenticular protrusions or concave lenticular depressions formed on the surface of the transparent resin film will not collapse, The transparent resin film can be bonded to the surface of the metal plate without separation, And can effectively use the lens effect.  Furthermore ', the special decorative printed metal plate of the present invention, The special decorative printing surface applied to the metal plate will not crush, Forming or machining can form the special decorative printed metal plate into the desired shape, And can increase the additional price of products.  In addition, the special decorative printed metal plate of the present invention, By setting the glue part on the transparent resin sheet, the transparent resin sheets can be adhered and fixed to each other.  In addition, the three-dimensional decoration function such as the texture pattern can be used for decorative objects such as metal cans, which used to be difficult to adhere.  [Brief Description of the Drawings] FIG. 1 is a schematic sectional view showing a first embodiment of a special decorative printed metal plate of the present invention.  (A) in Figure 2  (B),  (C) The figure shows the lens effect of the transparent resin film provided on the special decorative printed metal plate. Figure 3 is a plan view of the metal plate which simplifies the pattern of the number of dots on the surface of the metal plate.  Fig. 4 is a sectional view of the metal plate not shown in Fig. 3;  Fig. 5 is a process diagram schematically showing a process of a special decorative printed metal plate according to the present invention.  -37- (34) 1237601 Fig. 6 is a schematic sectional view showing a second embodiment of the special decorative printed metal plate of the present invention.  Fig. 7 is a sectional view schematically showing a third embodiment of the special decorative printed metal plate of the present invention.  Fig. 8 is a sectional view schematically showing a fourth embodiment of the special decorative printed metal plate of the present invention.  Fig. 9 is a diagram illustrating a manufacturing procedure of a cap of a bottle container made of the special decorative printed metal plate of the present invention.  Fig. 10 is a diagram illustrating a manufacturing procedure of a cylindrical body of a bottle container made of the special decorative printed metal plate of the present invention.  Fig. 11 is a diagram illustrating a manufacturing procedure of a rectangular cylindrical body portion of a bottle container made of the special decorative printed metal plate of the present invention.  Fig. 12 is a schematic sectional view of a bottle container made of a special decorative printed metal plate of the present invention.  Fig. 13 is a diagram showing the manufacturing procedure of the bottom cap of the bottle container.  Fig. 14 is an explanatory diagram showing a manufacturing procedure of a thermos bottle using the special decorative printed metal plate of the present invention.  FIG. 15 is a schematic cross-sectional view showing a fifth embodiment of the special decorative printed metal plate of the present invention.  Fig. 16 is a schematic cross-sectional view of a special decorative printed metal plate used in a modified example of a decorative object.  Fig. 17 is an enlarged sectional view showing a detailed decorative printed metal plate in detail. Fig. 18 is a sectional view showing a modified example of the transparent resin film -38- (35) 1237601 of the special decorative printed metal plate.  Fig. 19 is a front view showing an example of applying an adhesive to a special decorative printed metal plate.  Fig. 20 is a front view showing another example of application of the adhesive of the special decorative printed metal plate.  Fig. 21 is a front view showing an example of a shape of a gluing portion of a transparent resin film.  Fig. 22 is a front view showing another shape example of a gluing portion of a transparent resin film.  Fig. 23 is a cross-sectional view of A_A portion of the special decorative printed metal plate shown in Fig. 22.  Section 24 is a sectional view showing the structure of a conventional decorative sheet.  Component comparison table 1 〇: Special decorative printed metal sheet 1 1: Sheet metal plate 1 2: Printed layer 1 2 a ~ 1 2 c: Look 13: Adhesive 1 4: Transparent resin film 1 5: Convex lenticular protrusions 1 7: Printing stencil 1 8: Base layer 20: Feeder -39- (36) 1237601 2 1 ϊ 22:  twenty three :  twenty four :  25:  28:  29:  30,  32:  40:  41:  45:  46:  47:  48,  50,  52:  53:  Heat heating stamping device transparent resin film heating roller laminating roller stacker transparent resin sheet laminated sheet 3 1: Dot-like pattern Special printing layer Special decorative printing metal plate Can container Body material Front hem Back hem 49: Inner peripheral flange 5 1: Peripheral flange for outer roll Body bottom cover -40-

Claims (1)

(1) 1237601 Scope of patent application 1. A special decorative printing metal plate, characterized by: a metal plate that prints a predetermined pattern on the surface with a desired number of dots, and a majority formed by a standard number of dots A convex resin-like projection or a concave lens-like cavity is formed by a transparent resin film having a continuous pattern of any shape on the surface, and an adhesive means for adhering the transparent resin film to the surface of the metal plate. 2. If the special decorative printed metal plate of item 1 of the patent application scope, wherein the aforementioned metal plate is printed with a predetermined pattern on at least a part of the surface. 3 If the special decorative printed metal plate of item 1 of the patent application scope, where the foregoing On the surface of the metal plate, a plurality of screen plates having different screen dots are used, and each screen plate is printed at a time, and a plurality of patterns with different screen dots are printed on the surface of the metal plate. 4. The special decorative printing metal plate according to item 1 of the scope of patent application, wherein the surface of the aforementioned metal plate uses a plurality of screens with different dots, and each screen is printed in different colors each time. 5. The special decorative printed metal plate according to item 3 or 4 of the scope of patent application, wherein at least one of the screen plates printed on the surface of the aforementioned metal plate has the same number of dots as the standard screen lines formed on the film surface of the transparent resin film 〇6. If the special decorative printing metal plate of the scope of application for the first item of the patent, wherein the bonding means is acrylic resin, polyethylene resin, epoxy resin, urea resin, melamine resin, cyanoacrylic resin, etc. -41 -(2) Adhesive made of resin material of 1237601. 7. The special decorative printed metal plate according to item 1 of the scope of patent application, wherein the aforementioned transparent resin film is transparent made of synthetic resins such as polyester, polyethylene, polypropylene, nylon, aminoethyl acetate, polyvinyl chloride, etc. It is formed of a thin sheet with a film thickness of 20 // m to 200 // m. 8. The special decorative printed metal plate according to item 7 of the scope of patent application, wherein the transparent resin film is printed on the back surface of the transparent film with a desired pattern. 9. The special decorative printed metal plate according to item 1 of the scope of patent application, wherein the transparent resin film is made of a transparent sheet made of synthetic resin and a transparent resin laminated sheet formed in a laminated structure, and a predetermined sheet formed between the two sheets. Consists of a patterned printed layer. 10. For the special decorative printed metal plate in the scope of application for patent item 1, wherein the aforementioned metal plate, transparent resin film and bonding means are machined and formed to form a bottle container. 11. The special decorative printed metal plate as described in item 1 of the scope of patent application, wherein the aforementioned metal plate, transparent resin film, and bonding means are machined and punched into the desired shape to form a thermos body. 1 2. A method for manufacturing a special decorative printed metal plate, comprising: a process of applying printing on the surface of the metal plate, and a preheating process of preheating the printed metal plate to a desired temperature, and The process of supplying a transparent resin film covering the surface of a printed metal plate that has been preheated, and preventing a large number of convex lenticular protrusions or depressions formed on the surface of the transparent resin film -42-1237601 (3) lenticular depressions After heating the surface of the supplied stamped plate 13. If the manufacturing method, several screens, line printing, brushing. 14. Such as the manufacturing method, ~ 210 t of 15. Such as the manufacturing method, the number is 10 Μ. As the manufacturing method, the 15 500c is the 15 ° C clear resin film 17. As the manufacturing method, the process is 100. The transparent resin film is heated and pressed to the surface of the printed metal at a temperature below the temperature at which the continuous pattern of any shape formed by the 100 ° process is deformed, and the transparent resin film is heated and stamped on the printed metal. The process of cooling to the desired temperature. The scope of application for patent No. 12: Special decorative printing metal plate, among which the printing on the surface of the metal plate is performed in a stepwise manner in a heating state of 1 40 ° C to 2 10 ° C using a complex of different dots. The application for the printing of a predetermined pattern with a different number of dots in the patent application range is No. 12. The special decorative printing metal plate, of which the surface has been printed with a printing metal plate, is preheated at a temperature of 10 ° C. The scope of the patent application is No. 12 for special decorative printed metal plates, in which the transparent resin film is heated and stamped on the surface of the printed metal plate at a heating temperature of ° C ~ 1 80 ° c for thermal compression bonding. The scope of application for patent No. 12: Special decorative printed metal plate, in which the transparent resin film is polyester resin, the printed metal plate is preheated during the preheating process ~ 200 ° C, and the heating stamping process is ~ 180 ° C heating The polyester resin adhesive was used to press the heat-permeable roller to the printed metal plate. The scope of application for patent No. 12: Special decorative printed metal plate, in which the transparent resin film is made of vinyl chloride resin, the printed metal plate is preheated at a preheating degree of C, and the heating and pressing process is also the heating state of i degree for heating roller pressing. Together. -43- 1237601 (4) 1 8. For the manufacturing method of special decorative printed metal plate as described in item 12 of the patent application scope, in which the transparent resin film is heated and pressed against the surface of the printed metal plate to be integrated, and then cut Transparent resin film, remove excess film. 19. A special decorative printed metal plate, characterized in that: a continuous standard concave-convex pattern is provided on the surface, and a flat gluing portion is provided on the edge of the surface, so that the gluing portion is not provided with a standard unevenness It is necessary for the transparent sheet to be adhered to be overlapped with the edge part of the back surface of the pattern, the decorative object covered by the transparent sheet, and any surface printed on the arbitrary surface between the decorative object and the standard concave-convex pattern. Composed of printed patterns. 20. The special decorative printed metal plate according to item 19 of the patent application scope, wherein a single transparent sheet is flexed into a tube shape, and the edges of the transparent sheet are adhered to each other by the aforementioned gluing part. -44-