Manufacturing method of crystal imitation screen

Abstract

The invention belongs to the technical field of imitation screen manufacture, and particularly relates to a manufacturing method of a crystal imitation screen. The method comprises the steps of 1, feeding and preparing a base plate according to a design drawing; 2, printing a pattern on the base plate according to the design drawing; 3, conducting punching process on the base plate according to a locating point, pasting a transparent film on the base plate, and laminating a film through using a dry film laminator to form a blind hole; 4, conducting adhesive-dripping process on the base plate. According to the manufacturing method of the crystal imitation screen, because a surface crystal adhesive composite technology is adopted, and protection is formed on the surface of the base plate, the crystal imitation screen has the advantages of being grease proofing, dust proofing, sun-proof, light in weight, environmentally friendly, attractive and the like.

Description

technical field [0001] The invention belongs to the technical field of making an analog screen, and in particular relates to a method for manufacturing a crystal analog screen. Background technique [0002] As an important analog display device in the industrial field, the analog screen has been widely used in the system dispatching and monitoring center of public utilities and related fields. It can display the working parameters and operating status of field equipment in real time, and reflect the operating status of system equipment to dispatchers in a timely, true and comprehensive manner. In some systems where the equipment changes relatively frequently, due to the limitations of the computer monitor itself, it is difficult to achieve the expected effect if it is only used to run the simulation display or monitor the operating status of multiple screens and parameters, which makes the operator It is difficult to grasp the situation of the controlled system macroscopica...

AI Technical Summary

Problems solved by technology

In some systems where equipment changes relatively frequently, due to the limitations of the computer monitor itself, it is difficult to achieve the expected effect if it is only used to run the simulation display or monitor the operating status of multiple screens and parameters, which makes the operator It is difficult to grasp the situation of the controlled system macroscopically

[0003] The bottom plate of the existing analog screen is made of metal material, using silk screen or etching process, the surface is not beautiful, easy to have dust, not oil-proof, not durable, and the pattern will fall off after a long time

[0004] Some bottom plates are made of plexiglass, using the back engraving process, only simple line patterns can be completed, and the gradient of graphics cannot be done, and the cost is high and the efficiency is low

[0005] Moreover, the lamp position holes in the existing simulation screen need to use metal fixing sleeves and LED rubber particles, which additionally increases the cost and process