A gypsum board high-precision cutting method and system based on dynamic optimization of a cutting knife

Abstract

This invention discloses a high-precision gypsum board cutting method and system based on dynamic optimization of the cutting blade, comprising the following steps: acquiring first cutting blade data; obtaining a first noise attribute of the cutting blade based on the first cutting blade data through a standard matching relationship, wherein the standard matching relationship is a data-driven expression of the consistency evaluation between the real-time attributes and standard attributes of the cutting blade, and the first noise attribute corresponds to the standardity of the first cutting blade data; and obtaining a first optimized cutting point of the cutting blade based on the first noise attribute and the first cutting blade data through a cutting optimization relationship. This invention constructs a cutting optimization relationship, and when it detects a decrease in cutting accuracy due to changes in the cutting blade's own attributes, and within a stage where the cutting accuracy can still be maintained by adjusting the cutting position, it determines the first optimized cutting point of the cutting blade, avoiding premature cutting blade replacement that leads to waste and increases in processing interruption rate and production costs.

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