Transparent colored acrylic serving as color reference, manufacturing method therefor, and mirror using transparent colored acrylic

Abstract

With respect to a transparent colored acrylic serving as a color reference and a manufacturing method therefor, according to the disclosed present invention, the method for manufacturing a transparent colored acrylic serving as a color reference comprises: a first step of molding transparent acrylic of a specific color; a second step of positioning the transparent acrylic on an achromatic sheet; a third step of matching, with the color of a colored acrylic serving as a reference, the color that appears when the transparent acrylic plate is put on the achromatic sheet; and a fourth step of setting, as the color reference of the transparent acrylic plate, the color of the colored acrylic matching the transparent acrylic plate. According to the present invention, the color that appears when the transparent colored acrylic is put on the achromatic sheet, in a state in which the transparent colored acrylic having a specific color has been molded and then positioned on the achromatic sheet, matches the color of the colored acrylic serving as a reference, and the color of the colored acrylic matching the transparent colored acrylic is set as the color reference of the transparent colored acrylic, and thus the color reference of the transparent colored acrylic is made such that the colors of transparent acrylic plates can be systemized, and a mirror layer is formed on the transparent colored acrylic and thus can also be used as a mirror.

Description

Transparent colored acrylic as a color standard, its manufacturing method, and mirror using transparent colored acrylic

[0001] The present invention relates to transparent colored acrylic as a color standard, a method for manufacturing the same, and a mirror using the transparent colored acrylic, and more specifically, to transparent colored acrylic as a color standard that can apply color standards applied to colored acrylic, such as Pantone colors, to transparent colored acrylic, a method for manufacturing the same, and a mirror using the transparent colored acrylic.

[0002] Acrylic generally refers to acrylic acid or acrylic resin. The material is colorless and transparent, but can be produced in various colors using pigment paints. It is easy to process, so it is an industrial material that is used in all fields necessary for the advancement of products.

[0003] Acrylic, a versatile processing material, is precisely expressed as acrylic sheet when solidified from raw materials. Acrylic is the general term for acrylic resin sheets, formally known as methacrylic resin sheets. It is colorless, highly transparent, comes in a wide variety of colors, is lightweight, durable, has excellent surface gloss, and possesses excellent formability and processability.

[0004] Acrylic is broadly divided into cast acrylic and extruded acrylic.

[0005] Casting acrylic is a method of manufacturing by pouring liquid resin [Methyl Meth Acrylate (MMA)] into two pieces of glass using the cell casting method (pouring it into a mold). There are vertical casting methods in which the glass mold is set up vertically to cure and horizontal casting methods in which it is laid down horizontally to cure.

[0006] Vertical casting involves a hardening process in high-temperature water, while horizontal acrylic is manufactured using special equipment such as a large-scale drying furnace capable of high-temperature heat treatment.

[0007] Horizontal acrylic is dried while maintaining a horizontal position, resulting in minimal thickness variation. However, vertical acrylic exhibits some variation. Furthermore, compared to horizontal acrylic made from 100% pure raw materials, vertical acrylic, which incorporates some recycled raw materials, exhibits somewhat lower transparency and strength. Therefore, horizontal acrylic is preferred when producing high-quality finished products.

[0008] Extruded acrylic is a process that forces acrylic resin between two rollers, which create the desired thickness. Compared to cast acrylic, extruded acrylic has less thickness variation and superior plate smoothness. However, its surface strength is weaker than cast acrylic, making it prone to scratches and cracks.

[0009] In this way, a technology for manufacturing acrylic plates was proposed in Korean Patent Publication No. 2010-0125535.

[0010] However, unlike colored acrylic, Patent Document 1 had a problem in that it was difficult to systematize the color of transparent acrylic plates because there was no color standard for transparent acrylic plates.

[0011] (Patent Document 1) Korean Patent Publication No. 2010-0125535 (December 1, 2010)

[0012]

[0013] The present invention has been conceived in consideration of the above points, and the object of the present invention is to provide a transparent colored acrylic that serves as a color standard by matching the color that appears when a transparent colored acrylic is placed on an achromatic sheet with the color of a colored acrylic to which a Pantone color is applied, and a method for manufacturing the same, and a mirror using the transparent colored acrylic.

[0014] In order to achieve the above object, a method for manufacturing transparent color acrylic as a color standard according to the present invention may be characterized by including: a first step of molding transparent color acrylic of a specific color; a second step of positioning the transparent color acrylic on an achromatic sheet; a third step of matching a color that appears when the transparent color acrylic is placed on the achromatic sheet with a color of a color acrylic that serves as a standard; and a fourth step of setting a color standard of the transparent color acrylic with a color of the color acrylic that matches the transparent color acrylic.

[0015] When performing the above third step, the colorless sheet may be characterized by using a white sheet.

[0016] When performing the above third step, the color of the colored acrylic may be implemented based on the Pantone color.

[0017] In addition, a transparent color acrylic that serves as a color standard can be prepared by a method for manufacturing a transparent color acrylic that serves as a color standard.

[0018] In addition, it can be characterized in that a mirror layer is formed by depositing aluminum or chrome on either the front or back surface of a transparent color acrylic that is a color standard and is manufactured using a method for manufacturing a transparent color acrylic that is a color standard.

[0019] In addition, the present invention comprises a first step of forming a transparent colored acrylic of a specific color by injecting an acrylic original liquid between upper and lower glass plates and then curing it; a second step of positioning the transparent colored acrylic on an achromatic sheet provided to have a certain standard brightness; a third step of matching the color of the transparent colored acrylic reflected by the achromatic sheet when the transparent colored acrylic is placed on the achromatic sheet with the color of a color acrylic that is a standard to which a Pantone color is applied; Including a fourth step of setting a color standard of the transparent color acrylic with the color of the color acrylic matched with the transparent color acrylic when the color of the transparent color acrylic and the color acrylic are matched; and not determining the color of the transparent color acrylic itself, but overlapping the transparent color acrylic with an achromatic sheet to which an objective standard Pantone color is applied, the saturation and brightness of the color of the transparent color acrylic identified by being reflected by the achromatic sheet are matched to the saturation and brightness of the color of the color acrylic, and after performing the step of setting the color standard of the transparent color acrylic, the step of displaying color information on the transparent color acrylic may be performed.

[0020] According to the present invention, when a transparent colored acrylic of a specific color is molded and placed on an achromatic sheet, the color that appears when the transparent colored acrylic is placed on the achromatic sheet is matched with the color of the color acrylic that serves as a reference, and the color standard of the transparent colored acrylic is set with the color of the color acrylic that matches the transparent colored acrylic, thereby creating a color standard of the transparent colored acrylic, thereby systematizing the color of the transparent colored acrylic plate, and forming a mirror layer on the transparent colored acrylic so that it can also be used as a mirror.

[0021] Figure 1 is a block diagram illustrating a method for manufacturing transparent colored acrylic that serves as a standard according to the present invention.

[0022] Figure 2 is a schematic diagram showing a process that serves as a standard for color by a transparent color acrylic manufacturing method according to the present invention.

[0023] Figure 3 is a side view showing a mirror using transparent colored acrylic as a standard according to the present invention.

[0024] The above-described objects, features, and other advantages of the present invention will become more apparent by describing preferred embodiments of the present invention in detail with reference to the accompanying drawings. Hereinafter, with reference to the accompanying drawings, a transparent colored acrylic, which serves as a color reference according to an embodiment of the present invention, a method for manufacturing the same, and a mirror using the transparent colored acrylic will be described in detail.

[0025] FIG. 1 is a block diagram illustrating a method for manufacturing transparent colored acrylic as a standard according to the present invention, FIG. 2 is a schematic diagram illustrating a process for manufacturing transparent colored acrylic as a standard according to the present invention, and FIG. 3 is a side view illustrating a mirror using transparent colored acrylic as a standard according to the present invention.

[0026] Referring to FIGS. 1 and 2, the method for manufacturing transparent color acrylic, which is the color standard of the present invention, includes a transparent color acrylic molding step (S100), a transparent color acrylic positioning step (S110) on an achromatic sheet, a color matching step with a colored acrylic color (S120), and a color standard setting step of the transparent color acrylic (S130).

[0027] The transparent color acrylic molding step (S100) is a step of molding transparent color acrylic (100) having color.

[0028] At this time, the transparent color acrylic molding step (S100) is not shown in the drawing, but is prepared by injecting MMA (Methyl Meth Acrylate) liquid, which is an acrylic raw material, between the upper and lower glass plates while packing is provided on the edges of the opposing surfaces of the upper and lower glass plates, which are glass molds, and then curing the liquid.

[0029] The step (S110) of positioning transparent colored acrylic on an achromatic sheet is a step of positioning transparent colored acrylic (100) on an achromatic sheet (110).

[0030] Meanwhile, when performing the transparent color acrylic positioning step (S110) on an achromatic sheet, the achromatic sheet (110) is provided to have a certain standard brightness, and a white sheet is used as an example. At this time, it is preferable that the white sheet be a white of the same series as white paper among the Pantone colors.

[0031] The color matching step (S120) with the color acrylic is a step in which the color (C1) of the transparent color acrylic (100) reflected by the colorless sheet (110) when the transparent color acrylic (100) is placed on the colorless sheet (110) provided in white is matched with the color (C2) of the color acrylic (120) that serves as a reference.

[0032] That is, the transparent color acrylic (100) has its own color (C1), and when the transparent color acrylic (100) is placed on an achromatic sheet (110) and viewed from above, the color (C1) of the transparent color acrylic (100) that appears is different from the color (C1) of the transparent color acrylic (100) itself in terms of saturation and brightness, and the color (C1) of the transparent color acrylic (100) that appears when placed on an achromatic sheet (110) is matched with the color (C2) of the colored acrylic (120).

[0033] In this way, the saturation and brightness of the color (C1) of the transparent color acrylic (100) are matched to be the same as the saturation and brightness of the color (C2) of the color acrylic (120).

[0034] Here, when performing the color matching step (S120) with the color acrylic color, the color (C2) of the color acrylic (120) is applied as a color of the Pantone color, which is a world color standard and systematized into a system. At this time, the Pantone color is created by mixing the color colors with white to obtain an opaque base during color manufacturing.

[0035] Moreover, when performing the matching step (S120) with the color acrylic color, the transparent color acrylic (100) and the color acrylic (120) placed on the achromatic sheet (110) are compared with the naked eye while placed on the light, but the color (C1) of the transparent color acrylic (100) can also be matched with the color (C2) of the color acrylic (120) using a spectrophotometer, saturator, color tester, etc.

[0036] The color standard setting step (S130) of transparent color acrylic is a step of setting the color standard (brightness, saturation, etc.) of transparent color acrylic (100) with the color of color acrylic (120) that matches the transparent color acrylic (100).

[0037] At this time, after performing the color standard setting step (S130) of transparent color acrylic, a step of displaying color information on transparent color acrylic (100) can be performed.

[0038] Therefore, the color of the transparent color acrylic (100) manufactured by the transparent color acrylic manufacturing method that serves as the color standard of the present invention can be made by matching the color that appears when the transparent color acrylic (100) is placed on a white, achromatic sheet (110) with the color of the color acrylic (120) to which the Pantone color is applied.

[0039] Referring to FIG. 3, a mirror using transparent colored acrylic as a reference according to the present invention includes a mirror layer (102) formed on either the front or back surface of transparent colored acrylic (100). In this way, the mirror layer (102) formed by laminating the transparent colored acrylic (100) can also be used as a mirror.

[0040] At this time, the mirror layer (102) is formed by thinly depositing aluminum or chrome, etc., on transparent colored acrylic (100).

[0041] The configurations included in the various embodiments described above may also be implemented as embodiments of various other possible combinations of changes not exemplified above, as long as the combinations are not clearly mutually exclusive in terms of implementation.

[0042] [Explanation of symbols]

[0043] 100: Transparent color acrylic

[0044] 102: Mirror layer

[0045] 110: Achromatic sheet

[0046] 120: Colored Acrylic

Claims

1. The first step is to inject the acrylic raw material between the upper and lower glass plates and then harden it to form a transparent acrylic of a specific color; A second step of placing the above transparent colored acrylic on an achromatic sheet provided to have a certain standard brightness; A third step of matching the color of the transparent colored acrylic reflected by the achromatic sheet when the transparent colored acrylic is placed on the achromatic sheet with the color of the color acrylic that serves as a reference for applying the Pantone color; Including a fourth step of setting the color standard of the transparent color acrylic with the color of the color acrylic that matches the transparent color acrylic when the colors of the transparent color acrylic and the color acrylic are matched; Rather than determining the color of the transparent color acrylic itself, the color of the transparent color acrylic is overlapped with an achromatic sheet to which an objective standard Pantone color is applied, and the saturation and brightness of the color of the transparent color acrylic identified by the achromatic sheet are matched to the saturation and brightness of the color of the color acrylic. A method for manufacturing transparent color acrylic that serves as a color standard, characterized in that after performing a color standard setting step of the transparent color acrylic, a step of displaying color information on the transparent color acrylic is performed.

2. In paragraph 1, A method for manufacturing transparent colored acrylic as a color standard, characterized in that a white sheet is used as the colorless sheet when performing the third step.

3. A transparent color acrylic that serves as a color standard manufactured using a method for manufacturing a transparent color acrylic that serves as a color standard according to paragraph 1 or 2.

4. A mirror using transparent color acrylic, characterized in that a mirror layer is formed by depositing aluminum or chrome on either the front or back surface of transparent color acrylic, which is a color standard and is manufactured using a method for manufacturing transparent color acrylic, which is a color standard according to paragraph 1 or 2.

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