A mobile phone lens and printing method thereof
A printing method and lens technology, applied in printing, printing devices, etc., can solve the problems of poor coverage of white ink and achieve the effect of improving the coverage
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Examples
Embodiment 1
[0049] This embodiment is used to illustrate the operation steps and the obtained effects of the printing method of the present invention;
[0050] 1. Use a camera to take a display frame pattern of an ordinary mobile phone and input it into the computer. The display frame pattern includes a display area pattern and a frame pattern, and the typesetting work is done to achieve an aesthetic effect;
[0051] 2. Output the typesetting display frame pattern to the film through the computer;
[0052] 3. Use this film to make two screens with different meshes and materials that meet the requirements. Among them, the first screen is made of monofilament polyester screen with a mesh of 150 mesh, and the second screen is made of a mesh with a mesh of 150. Made of 380 mesh ordinary polyester screen;
[0053] 4. At room temperature (20°C), use the first screen printing (using a scraper at 75°C) on the surface of the mobile phone lens substrate to be printed with a layer of frosting paste...
Embodiment 2
[0075] This embodiment is used to illustrate the operation steps and the obtained effects of the printing method of the present invention;
[0076] 1. Take a picture of the display frame pattern of an ordinary mobile phone and input it into the computer. The display frame pattern includes a display area pattern and a frame pattern, and the typesetting work is done to achieve an aesthetic effect;
[0077] 2. Output the typesetting display frame pattern to the film through the computer;
[0078] 3. Use this film to make two screens with different meshes and materials that meet the requirements. Among them, the first screen is made of monofilament polyester screen with a mesh of 120 mesh, and the second screen is made of a mesh of 120 mesh. Made of 180 mesh ordinary polyester screen;
[0079] 4. At room temperature (25°C), use the first screen printing (using a 90-degree scraper) on the surface of the mobile phone lens substrate to be printed with a layer of frosting paste produ...
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Description
Claims
Application Information
- IPC
- B41M1/12; B41M1/26
- Inventors
- 李海滨; 张璐璐
