TWM464323U - Printed matter with glaring and encrypting visual effect - Google Patents

Description

Printed products with glare and encrypted visual effects

This creation is related to a printed product with glare and encrypted visual effects. More specifically, it refers to a kind of isolated white lacquer that can be combined with a special glare base film and a transparent gamut according to a single production line. The screen imprinting technology produces a special printed product that can reveal natural glare from the inside out, and the novel creation which greatly saves the printing cost and has the printing efficiency and the expected effect is obtained.

According to the national invention I323223 "printing encryption lithography method" (hereinafter referred to as the cited case) and the new M415808 "multi-stereoscopic effect of the widely used printed products" (hereinafter referred to as the cited two cases), etc. The prior patents disclose that the use of a multi-layer logic pattern to match a transparent UV coating, or a technique in which a logic pattern is adhered to a transparent viewing surface on the other side to obtain an encrypted visual effect has been adopted by the industry; However, if we go deeper into its real effects or actual application, there are a few missing items that need to be overcome: the first case is cited in the case of lithographic printing and the pressurization method is repeated to print logic light. The pattern and the UV coating are on the same base layer. Therefore, when there are unexpected factors such as time control errors, ink quality differences or improper pressure control, the incidence of defective deinking products will be greatly increased, resulting in a large amount of unnecessary cost. Timely effect.

As mentioned above, it is well known that the so-called "printing" is basically an overall pattern in which the ink is distributed in dots on the base layer. Therefore, if the details of the various types of printed matter are observed with a magnifying glass, it will be found that the base layer is covered with ink bumps. In general, the printing ink of the lithography has a low bump height, and it is obviously not practical to obtain a high stereoscopic effect with a highly transparent UV coating. In the same way, it is not a good idea to repeat the printing to obtain a layered and distinct effect. This is the basic principle that is easy to clarify.

Secondly, the general UV coating does not contain the spontaneous glare effect, and the mixing and stacking of other paints will make the printing parts and color levels more dim. Therefore, when we look at the so-called local logic light encryption pattern, It is absolutely necessary to have a clearer view of the physical appearance of the encrypted part in a brighter light environment or with other auxiliary lighting fixtures, otherwise it will be ineffective and meaningless.

It is obvious that it is a combination of two or more members. Although the stereoscopic effect that can be obtained is more obvious, it is of course impossible in terms of process and economic cost-effectiveness. Be as good as you want.

Therefore, in view of the above facts, the creators have actively invested in R&D and innovation based on their practical experience in practicing this industry for many years. This creation was born early; therefore, it mainly uses an optical composite glare base film combined with a layer. The white lacquer in the gamut can be controlled to moderately control the glare of the base film, and after completing the desired color printing process, the embossed three-dimensional embossing is embossed by the screen printing technology. In addition, it has obtained special printing products that reveal natural glare from the inside out, and has achieved significant savings in printing costs and has high printing efficiency and expected results. It is the main purpose of this creation.

Yes, it mainly applies an optical composite glare base film to a water-absorbing substrate, and then coats the glare film with a layer of opaque white paint in a transparent gamut. Printing a color pattern layer on the isolated white lacquer layer to form a pattern pattern or a logic light pattern to be printed, and finally, at a predetermined partial position of the color pattern layer, encrypting the three-dimensional pattern by screen printing technology It is embossed to complete the printing operation.

10‧‧‧Printed materials

20‧‧‧ glare base film

30‧‧‧Isolated white paint

40‧‧‧Colored pattern layer

50‧‧‧Encrypted three-dimensional decoration

The first picture: a partial enlarged view of the side profile of the creation.

In order to further understand the technical means and characteristics of this creation, the following is a detailed description of the following: As shown in the first figure, the partial section of the creation is an enlarged schematic view, which is mainly preceded by a water-absorbing one. An optical composite glare base film 20 is attached to the printing material 10, and a layer of the opaque white lacquer layer 30 in the opaque color gamut is coated on the glare film 20 to be printed, and then the lacquer layer is isolated. The color pattern layer 40 is printed on the 30 to form a pattern or logic pattern to be printed, and finally, at a predetermined partial position of the color pattern layer 40, the encrypted three-dimensional pattern 50 is pressed by screen printing technology. Printing is completed.

By the above printing process, it will be able to isolate the white lacquer layer 30 by appropriate shading, so that the glare level of the glare base film 20 is controlled as desired, so that it has a reflection from the inside out at a specific part. The light performance is combined with the color-changing light-developing effect of the encrypted three-dimensional decorative pattern 50, thereby producing a printed product rich in glare visual effects and expected stereo encryption.

The above-mentioned "... color gamut range..." refers specifically to the color gamut of each printing ink (or the percentage of color). In other words, the higher the color gamut of a certain color, the more full the color will be. Therefore, it is possible to completely cover the color of the lower layer of printing, even if it is a white paint, and to achieve a complete covering effect; for example, in the case of black paint, since the color gamut range is generally high, the perspective range will also be Less, on the other hand, white paint is the opposite. Therefore, this creation uses white lacquer as the isolation layer, and by means of its wider wide-area perspective, and then uses different color gamuts to moderately cover the glare of the local glare film 20, according to the formation. The special printing effect is to be obtained; therefore, when the white paint of different color gamuts is applied to different parts of the same glare film 20, the parts of the glare film 20 will reflect different degrees of perspective. Light visual effect.

As for the optical composite glare film 20, generally refers to a special metallic luster film of gold or silver, and has a gorgeous color reflection light, which is a basic wide-ranging material, which is well known to all walks of life. It is not the characteristic appeal of this creation, so it will not be repeated. Please check it out.

Therefore, in a specific area to be colored by the glare film 20, a layer of white lacquer 30 is applied, and each part of the lacquer layer 30 is determined by the degree of glare desired. White paints having different color gamuts respectively, after which the other white coloring operations (i.e., coloring the pattern layer 40) are performed on the isolating white paint layer 30 to form a pattern or logic to be printed. Light pattern.

Moreover, the reason for coloring the predetermined partial position of the pattern layer 40 is to imprint the encrypted three-dimensional embossing 50 by screen printing technology, mainly to form an ink bump or a stencil print by the embossing process. The specific partial encrypted three-dimensional decorative pattern 50 is more three-dimensional, and at the same time, the color mixing development function can be added due to the high and low drop of the paint, so that we can touch the concave and convex at the encrypted three-dimensional decorative pattern 50. The three-dimensional grain.

Of course, since the paste and printing process of this creation is closely linked and transported by the special printing machine, it can be completed from the beginning to the end, so the process and efficiency are the same as the general printing steps, so that the desired result is excellent. Economically beneficial.

Looking at the above, this creation not only does not appear in the market of similar goods and related publications, but also has the practical value and positive benefits of "newness" and "progress". It has already met the requirements of patent applications, and it is reasonable to obtain the patent law. Protection, 提出 apply in accordance with the law.

10‧‧‧Printed materials

20‧‧‧ glare base film

30‧‧‧Isolated white paint

40‧‧‧Colored pattern layer

50‧‧‧Encrypted three-dimensional decoration

Claims (3)

The invention relates to a printed product with glare and encrypted visual effect, which is mainly provided with an optical composite glare base film on a water-absorbing printed material, and then coated on the glare base film to have a transparent gamut range. Isolating a white paint layer, and then printing a color pattern layer on the isolated white paint layer to form a pattern or logic light pattern to be printed, and finally at a predetermined partial position of the color pattern layer, Screen printing technology embosses encrypted three-dimensional decorative patterns to complete the printing operation. For printing products with glare and encrypted visual effects as described in claim 1 of the patent application, in a specific area to be colored by the dazzling base film, a layer of isolated white paint is applied, and the white paint layer is isolated. Each part is also dependent on the degree of glare that is desired, and can be white paint with different color gamuts. The invention relates to a printed product with glare and encrypted visual effects, which comprises: a water-absorbing printed material, which refers to various materials which can be printed and colored, such as paper materials; an optical composite glare base film, which is laminated On the surface of the printed material, it refers to a special metallic luster film of gold or silver, and has a gorgeous color reflection light; a white lacquer layer is applied to a specific area of the glare film to be colored, and The degree of glare to be obtained, and the white lacquers having different color gamuts respectively; a coloring pattern layer, having various colors, printed on the layer of isolated white lacquer, thereby forming a pattern or pattern to be printed Logic light pattern; an encrypted three-dimensional pattern, embossed on the part of the color pattern layer, so that the concave, convex three-dimensional texture.