Protective film cutting method based on double-cutter film engraving machine

Abstract

The invention discloses a protective film cutting method based on a double-blade film engraving machine, which comprises the following steps: firstly, acquiring an electronic product model and a cutting quantity input by a user terminal, and acquiring a first drawing style corresponding to an electronic product from a cloud server according to the electronic product model when the input cutting quantity is less than or equal to the number stored by an account; then, after it is confirmed that a to-be-carved film material is placed in the double-blade film engraving machine, controlling a firstfilm carving cengraving cutter of the double-cutter film engraving machine to carve a film on the to-be-carved film material according to the first film engraving path, meanwhile, controlling a second film carving cutter of the double-cutter film carving machine to carve a film on the to-be-carved film material according to the second film engraving path; and obtaining the protective film corresponding to the electronic product, which is more convenient to fit and more comprehensive and diversified in protection. By the adoption of the technical scheme, minimum production requirements do notneed to be set, the protective film is cut according to needs, protective film inventory overstock is avoided, and production cost is reduced.

Description

technical field [0001] The invention relates to the technical field of computers, in particular to a protective film cutting method based on a double-knife film cutting machine. Background technique [0002] Since the emergence of electronic products such as mobile phones and tablet computers in the 1990s, the display screens have always had problems such as scratches and bursts caused by contact. One of the main methods to solve this problem is to improve the surface and appearance of electronic products Apply a protective film. There are mainly two types of materials for the production of protective films. One is PVC, PET, TPU, and TPH materials as the main raw materials. The production process is mainly to use tool stamping for mass production; 0.44 mm to 0.33 mm thick glass, from flat, straight, 2.5D, 3D to the latest curved glass protective film, the production process is the factory's large-scale CNC cutting, grinding, tempering, ultrasonic cleaning and other processe...

AI Technical Summary

Problems solved by technology

[0003] The inventor found in the process of implementing the present invention that there are the following technical problems in the prior art: due to the rapid replacement of electronic products, and there are many global brands, the display screens of each product have large and small differences, resulting in Manufacturers who produce protective film need a large number of molds, and in order to save costs, a well-adjusted mold must set minimum production requirements to avoid losses caused by too little input, but at the same time it will also cause a large backlog of inventory

In fact, the cost of glass and PET, TPU, and TPH materials is not high, but these inventory factors lead to huge waste of resources (materials, production processes, labor, automobile transportation, air transportation, sea transportation costs, etc.)

In addition, the production according to the manufacturer's preset mold will result in a single product form and few patterns, which cannot meet the growing needs of consumers for personalized appearance protective films

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