TWI545026B - Rolling method can simulate the matte and optical laser printing method and its printed matter - Google Patents

Description

Rolling type simulation method for printing frosted and optical laser printing and printing products thereof

The invention relates to a printing method of a roulette type simulation matte and optical laser printing pattern and a printed product thereof, and more particularly, a method for coating any color on a hot stamping tin foil without additional In the case of fitting an optical laser film, it can also exhibit the novel invention of optical laser printing.

According to the second figure, in the conventional printing process, if a print is to exhibit the special printing effect of the optical laser print, it is first attached to the end face of a printed material 10 (such as paper). Firstly and comprehensively adhering a layer of tin foil 11 which is a metallic bright surface, and the tin foil 11 can be a single color with glare visual effects such as gold, silver, red, blue, yellow, green, etc., and then The end surface of the tin foil material 11 is coated with a white lacquer layer 12, and by the color gamut concentration (ie, thick, light, deep, and shallow) of the white lacquer, the localized or regional "hot stamping" portion is presented. In the deeper part of the white lacquer layer 12, the color of the tin foil 11 will be largely covered, while the shallower part will be less covered, thereby exhibiting a local or regional "hot stamping" effect. Then, a general coloring process is performed on the white lacquer layer 12 to print the main printing contents such as characters, patterns, patterns, colors, and the like, thereby forming a so-called printing color layer 13, and in the printing color layer 13 On top of it will be coated with a layer of gold oil 14 to obtain color protection and increase Utility, Finally, a layer of adhesive on top of the optical laser film gold reservoir 1415 and completion.

Of course, the optical laser film 15 widely sold on the market has a specific Special pattern patterns (such as star-shaped light pattern, logic light pattern, strip light pattern, ring-shaped light pattern, etc.), so that it can be combined with the brilliance of tin foil material 11 to display a unique visual effect.

However, although these printing techniques have been used for many years, they can indeed exhibit special visual effects different from those of general printing. However, if we further explore them, we will find that there are still several deficiencies that need to be improved; for example, The single color of the tin foil 11 is selected from the beginning and can no longer be changed or subjected to multi-color gradation treatment, so that it will be boring, and it must be fully attached to the tin foil 11 and optical. The laser film 15 can exhibit so-called optical laser visual effects, and there are inevitable doubts about excessive waste of resources.

Therefore, in view of the above facts, the inventors have actively invested in R&D and innovation based on their practical experience in practicing the industry for many years. The invention has been published early; therefore, it mainly hopes to have more streamlined resources and printing steps. In order to achieve the same printing effect as desired, and at the same time, it is more desirable to display the changing colors to enhance the different levels and feelings of the visual, thereby improving the printing technology and quality, and providing better printing products to the consumers. It is the main purpose of the invention.

Therefore, it is matched with the automatic printing machine of the coil type, and a layer of local hot stamping tin foil is first adhered to the end surface of the printed material by cold-blowing technology, and then colored to form a general printing color layer. In particular, the hot stamping tin foil can also be coated. The ink of each color is made into an arbitrary color, and then a proper amount of gold oil and repelling oil are sequentially coated on the printing color layer to form a frosted layer, and finally, a soft printing film is used to match the optical laser film, so that It is characterized by the depression of the same pattern of the optical laser film on the end face of the frosted layer.

10‧‧‧Printed materials

11‧‧‧ tin foil

12‧‧‧White paint layer

13‧‧‧Printing layer

14‧‧‧ Gold oil layer

15‧‧‧Optical laser film

20‧‧‧Printed materials

30‧‧‧ bronzing foil

40‧‧‧Printing layer

50‧‧‧Sand layer

52‧‧‧ dent marks

First: A partially enlarged schematic view of a printed product produced in accordance with the process of the present invention.

The second picture: a partial enlarged schematic view of the printed product made according to the traditional process.

In order to further understand the technical means and features of the present invention, the following is a detailed description of the following:

As shown in the first figure, a partial enlarged schematic view of a printed product according to the process of the present invention is shown in the figure, which is matched with a roll-type automatic printing machine (not shown) before the printed material 20 The end face is adhered with a layer of local hot stamping tin foil 30 by cold-blowing technology, and then colored to form a general printing color layer 40. In particular, the hot stamping tin foil 30 can also be partially or completely coated with various colors of ink to make any color. Applying an appropriate amount of gold oil and repelling oil to the printing color layer 40 to form a frosted layer 52, and finally using a soft transfer printing technique with an optical laser film (not shown) to make it The depression mark 52 which is the same as the optical laser film pattern is pressed out on the end surface of the frosted layer 50, and the color of the stamping layer 40 is matched by the brightness of the stamping tin foil 30, and then the frosted layer 50 and the depressed impression 52 thereof are transmitted. The light and shadow refraction effect is characterized by the expected printing effect.

The aforementioned so-called reel type automatic printing machine is a basic existing printing device, and because it is used to make the printed material 20 into a bundle shape, and enters the printing machine in a full-sheet continuous conveying mode, it is called a printing operation. It is a "rolling type" automatic printing machine. As for the use of gold oil mixed with oil to make the undulating undulating printing surface, which is commonly known as the "matte" printing surface layer (depending on the particle size, which can also be called the ice-printed surface layer), it is a skill, for the industry. It is not well known to the members and is not a feature of the invention. Therefore, the inventor will not repeat them. I would like to examine them.

Furthermore, the distribution and depth of the depressed impressions 52 depend on the pattern of the optical laser film. It is known that the optical laser films are a film-like product on which various patterns (such as stars) are printed. Dot-like light, logic light, strip light, ring light, etc.), therefore, when the pattern is slightly convex, the invention is pressed by the soft transfer technique After referring to the frosted layer 50, the frosted layer 50 will simultaneously form corresponding concave impressions 52 according to the pattern and the depth of the pattern. In particular, the optical laser film can be repeatedly used again and again, it is easy to say that the present invention The optical laser film of any pattern can be used as a transfer means by visual client preference, so as to obtain the desired optical laser print, without wasting any optical laser film, thereby achieving the best economy. And environmental benefits.

The printed product obtained by the method of the present invention comprises: a water-absorbing printed material 20, which refers to various materials which can be printed and colored; and a partial hot stamping tin foil 30 which is adhered to the printed material 20 In the above, it can be used in various colors and various patterns; a printing color layer 40 is printed on the printed material 20 and the bronzing tin foil 30 to form a pattern, a pattern and a color to be printed; a frosted layer 50, Gold oil and repellent oil are sequentially applied to the printing color layer 40, and the concave laser marks 52 of the optical laser pattern are imprinted on the end faces.

Therefore, with the innovative process and technology of the present invention, it can not only apply the coloring step to the hot stamping foil 30, but also obtain various colors or gradient treatments to be obtained, thereby demonstrating the variability and enrichment of the hot stamping foil 30. It is not necessary to adhere to the optical laser film on the printed product, but also can display the visual effect of the expected optical laser print, which proves that the invention has high application and use value.

Looking at the above, the present invention is not only a high-level ideological creation obtained by utilizing the natural law, but also intensive in the printing industry technology and application categories, in addition to not being found in similar articles and related publications in the market, it has already possessed The practical value and positive benefits of novelty and progress are consistent with the requirements for patent applications, and should be protected by the patent law.

20‧‧‧Printed materials

30‧‧‧ bronzing foil

40‧‧‧Printing layer

50‧‧‧Sand layer

52‧‧‧ dent marks

Claims (4)

The utility model relates to a printing method for simulating frosting and optical laser printing, which is matched with a rotary automatic printing machine, and a layer of local hot stamping tin foil is first adhered to the end surface of the printed material by cold ironing technology, and then colored and formed. Generally, the color layer is printed, and then a proper amount of gold oil and repelling oil are sequentially coated on the printing layer to form a frosted layer, and finally the optical printing film is combined with the optical laser film to make it The end face of the matte layer is characterized by the same depression mark as the optical laser film pattern. The method for printing a roll-type simulated frosted and optical laser printed pattern as described in claim 1 of the patent application, wherein the hot stamping tin foil is colored to be of any color. The utility model relates to a rotating product capable of simulating frosting and optical laser printing, which is matched with a rotary automatic printing machine, and a layer of local hot stamping tin foil is first adhered to the end surface of the printed material by cold ironing technology, and then colored and formed. Generally, the color layer is printed, and then a proper amount of gold oil and repelling oil are sequentially coated on the printing layer to form a frosted layer, and finally the optical printing film is combined with the optical laser film to make it The end face of the frosted layer is pressed out of the concave print mark which is the same as the optical laser film pattern, and the printed product includes: a water-absorbing printed material, which refers to various materials for printing and printing; a partial hot stamping tin foil, Adhered to the printed material, it is made of various colors and various patterns; a printed layer is printed on the printed material and bronzing tin foil to form the pattern, pattern and color to be printed; a matte layer The gold oil and the repellent oil are sequentially coated on the printing color layer, and the concave laser marks of the optical laser pattern are embossed on the end surface. The printing method of the roulette-type simulated matte and optical laser printing as described in the third paragraph of the patent application scope The product, its hot stamping tin foil has to be colored to make any color.