Method for carving and embedding chromatic organic glass

Abstract

The invention relates to method for carving and embedding chromatic organic glass, which can effectively solve the engraving and embedding problems of chromatic organic glass with different shapes. The method has the technical solution that chromatic patterns are designed and created on articles with different shapes by drawing or photographing, and the chromatic patterns are decomposed into a plurality of parts according to different colors and positions, and then organic glass having the same color with the discomposed parts is selected to be respectively carved. The method comprises the following steps: relief carving, openwork carving or emblazonry carving; three-dimensional carving or emblazonry carving; rim and corner ornamental carving; putting, combining and adhering the created chromatic patterns on each carved part according to the original drawing, photographing or design; lustre adding: spraying environment-friendly polyurethane paint of a lustre adding material to the surface of the pattern after a whole carved and embedded pattern is completed. The method is advanced, scientific and unique and is effectively used for carving and embedding the chromatic organic glass,and thereby, the chromatic organic glass is solid and durable and is resistant to erosion and dampness. Therefore, the method is an innovation on organic glass carving.

Description

1. Technical field [0001] The invention relates to a method for engraving and inlaying colored organic glass. 2. Background technology [0002] Sculpture art since ancient times, due to the constraints of materials and technology, products are a single color, such as stone carvings, jade carvings, wood carvings, etc., in order to pursue the artistic effect of reality and beauty, people have painted some clay sculptures, ceramics, stone carvings, and wood carvings. color to meet aesthetic requirements. [0003] The invention of plastics and colored plexiglass in the 20th century has brought color pleasure to people. Since plastics are formed by injection molding and plexiglass is produced by casting molds to produce plates, the secondary processing is sawing, drilling, filing, and turning. The method is single. . With the development of science and technology, in recent years, although plexiglass has also adopted injection molding and casting technology, it is still a singl...

AI Technical Summary

Problems solved by technology

[0003] The invention of plastics and colored plexiglass in the 20th century has brought color pleasure to people. Since plastics are formed by injection molding and plexiglass is produced by casting molds to produce plates, the secondary processing is sawing, drilling, filing, and turning. The method is single.

However, computer engraving technology can only complete the engraving of trademark advertisements with Chinese and English characters and simple patterns. It is still unable to complete the complex sculpture art composed of bumps, curves, arcs, various patterns, and colors. The characteristics of beautiful materials and beautiful colors still cannot be brought into full play, which greatly limits the scope of use of colored plexiglass, and cannot enter the field of sculpture and plastic arts.

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