Tempered glass decorative plate printed with three-dimensional patterns and printing process thereof

A tempered glass, three-dimensional technology, applied in the printing process, the printing of special varieties of printed matter, decorative art, etc., can solve the problems of dizziness and partial treatment, and achieve simple process, flexible and vivid pattern visual effect, and shrink tortoise The effect of grain area

Active Publication Date: 2013-08-21
WUXI KEHONG LABEL
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Products produced by this process must be printed by offset printing, so the material can only be produced by flexible coils, and the substrate lenticular film is a full-page effect, which cannot be partially processed. The pattern effect is produced by the movement of the line of sight. dizzy feeling

Method used

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  • Tempered glass decorative plate printed with three-dimensional patterns and printing process thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0019] Example 1: Production of on-hook panels for air conditioners

[0020] (1) Cut the ordinary glass according to the required size, and perform 0.5mm, 45-degree bevel on the side for safety chamfering, as the substrate 2; send the finished substrate 2 into the semi-automatic screen printing machine, According to the shape of the pattern to be formed, a pattern area is planned on the front of the substrate 2, and a 300-mesh screen is used to print transparent bumps 1 with a mixed high-temperature resistant UV varnish in the pattern area, and then cured by a UV light curing machine;

[0021] (2) Send the substrate 2 with printed transparent bumps 1 into a tempering furnace, and heat it for 6 minutes at a temperature of 700°C for tempering;

[0022] (3) Place the tempered substrate 2 on the working table of the screen printing machine, start printing, transmit power through the transmission mechanism, let the squeegee squeeze the ink and the screen printing plate in motion, a...

Embodiment 2

[0024] Example 2: Production of air-conditioning cabinet panels

[0025] (1) Cut the ordinary glass according to the required size, and perform 0.5mm, 45-degree bevel on the side for safety chamfering, as the substrate 2; send the finished substrate 2 into the semi-automatic screen printing machine, According to the shape of the pattern to be formed, a pattern area is planned on the front of the substrate 2, and a 300-mesh screen is used to print transparent bumps 1 with a mixed high-temperature resistant UV varnish in the pattern area, and then cured by a UV light curing machine;

[0026] (2) Send the substrate 2 with printed transparent bumps 1 into a tempering furnace, and heat it for 5 minutes at a temperature of 700°C for tempering;

[0027] (3) Place the tempered substrate 2 on the working table of the screen printing machine, start printing, transmit power through the transmission mechanism, let the squeegee squeeze the ink and the screen printing plate in motion, and m...

Embodiment 3

[0029] Example 3: Production of refrigerator panels

[0030] (1) Cut the ordinary glass according to the required size, and perform 0.5mm, 45-degree bevel on the side for safety chamfering, as the substrate 2; send the finished substrate 2 into the semi-automatic screen printing machine, According to the shape of the pattern to be formed, a pattern area is planned on the front of the substrate 2, and a 300-mesh screen is used to print transparent bumps 1 with a mixed high-temperature resistant UV varnish in the pattern area, and then cured by a UV light curing machine;

[0031] (2) Send the substrate 2 with printed transparent bumps 1 into a tempering furnace, and heat it for 5 minutes at a temperature of 750°C for tempering;

[0032] (3) Place the tempered substrate 2 on the working table of the screen printing machine, start printing, transmit power through the transmission mechanism, let the squeegee squeeze the ink and the screen printing plate in motion, and make the scre...

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Abstract

The invention relates to a tempered glass decorative plate printed with three-dimensional patterns and printing process thereof. The tempered glass decorative plate comprises a base plate which is characterized in that the base plate is made of tempered glass, a pattern area which is used for forming three-dimensional patterns are arranged on the base plate, a plurality of transparent bumps whichare distributed regularly are printed in the pattern area on the front side of the base plate, and shapes and dimensions of the transparent bumps are identical; a dot layer which is composed of a plurality of colored dots which are distributed regularly is printed at the back of the base plate; and a reflective coating protecting layer is printed on the dot layer, and the color of a portion of the reflective coating protecting layer which corresponds to the pattern area of the base plate is different from that of portions which correspond to other areas except the pattern area. The transparent bumps of the tempered glass decorative plate are subjected to toughening treatment after being printed, so that the three-dimensional effect is guaranteed and the problem that the fastness of the transparent bumps which are printed after being subjected to toughening treatment is not good is also solved. The three-dimensional patterns produced according to the printing process provide a three-dimensional space sense of X, Y and Z for people visually.

Description

technical field [0001] The invention belongs to the technical field of printing and packaging, and in particular relates to a tempered glass decorative plate printed with three-dimensional images and a printing process thereof. Background technique [0002] The traditional three-dimensional image is to print the pattern on the back of the lenticular sheet with multiple staggered screens or stereoscopic imaging technology. The grating stripes on the surface of the lenticular sheet are aligned in parallel with the pattern layer, and the incident light is refracted by the grating stripes to form a three-dimensional dynamic image. Products produced by this process must be printed by offset printing, so the material can only be produced by flexible coils, and the substrate lenticular film is a full-page effect, which cannot be partially processed. The pattern effect is produced by the movement of the line of sight. dizzy feeling. Contents of the invention [0003] The purpose ...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B41M3/06B41M1/12B41M1/34B44C5/04
Inventor 陈建平
Owner WUXI KEHONG LABEL
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