Cloud-based self-adaptive saw tooth grinding method for saw blade grinding machine

Abstract

The invention discloses a self-adaptive sawtooth sharpening method based on cloud for saw web tooth sharpening machines. According to the method, a tooth sharpening machine X axis and a driving motorthereof, a tooth sharpening machine Y axis and a driving motor thereof, a tooth sharpening machine R axis and a driving motor thereof, a tooth sharpening machine controller, a remote communication module and a cloud server, in the sawtooth sharpening process, the displacement parameters and the power parameters of the X axis, the Y axis and the R axis are uploaded to the cloud server in real timethrough the remote communication module, and finally, the cloud server issues the optimized sawtooth angle parameters to the tooth sharpening machine controller through the remote communication module, and then sharpening is carried out according to the optimized sawtooth angle parameters. The method has the beneficial effects that the problems that a saw web easily becomes blunt, and the overallservice life of the saw web is relatively short due to the sawtooth angle parameter selection errors can be effectively solved, the effects of better predicting the working conditions of the saw web and more reasonably optimizing the sawtooth angle parameters can be achieved, the cost is low, and popularization is easy.

Description

Technical field [0001] The invention relates to a tooth grinding method of a saw blade gear grinding machine, in particular to a cloud-based adaptive saw tooth grinding method of a saw blade automatic gear grinding machine. Background technique [0002] Saw blades (also known as "circular saw blades") are important cutting tools in modern industry. They can be used for cutting wood, stone, steel and other materials and are widely used in various fields of modern industry. When the saw blade is working, its cutting action is mainly completed by the saw teeth located on the edge of the saw blade. The angle parameter of the saw tooth (also known as the "saw tooth profile parameter") is the key to determining the cutting quality. The serration angle parameters mainly include rake angle, clearance angle, wedge angle, etc. The rake angle determines the cutting sharpness (the larger the rake angle, the better the cutting sharpness, the lighter the cutting, the less effort the pushing), ...

AI Technical Summary

Problems solved by technology

There are practical problems in selecting sawtooth angle parameters based on experience: because different users need to cut different materials, different cutting machines and equipment, and different cutting performance requirements, the saw blades will have different performances for different users. Among them, the most i

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