Cutter matching method for machining process

Abstract

The invention provides a cutter matching method for a machining process. A selective range of cutters to be matched is gradually decreased according to different characteristics of parts to be machined to obtain multiple cutters to be selected satisfying part processing requirements; and then, a final cutter is selected through calculating a carbon emission. The matching method is clear in steps and definite in levels, can reduce the cutter matching complexity, and can improve the reasoning efficiency and the accuracy of cutter matching. As the carbon emission in the machining process is introduced into a cutter matching scheme evaluation as a final selecting standard of the cutters to be matched, on the one hand, the finally matched cutter scheme is closer to actual production requirements to guarantee the matching result practicability, and on the other hand, the control of energy consumption of a workshop production system and the control of the carbon emission in the machining process are realized to a certain extent to improve the green degree of the whole system and to provide the reference for the realization of efficient cutter selection, energy conservation and emission reduction in the machining process.

Description

technical field [0001] The invention belongs to the technical field of advanced manufacturing and automation, and relates to a tool matching method for machining process. Background technique [0002] With the rapid development of my country's equipment manufacturing industry, it has become a pillar industry of the national economy, but at the same time it consumes a lot of social resources, and it has become the main source of current environmental pollution problems and an important object of energy conservation and emission reduction. In order to save resources, reduce energy consumption, and reduce the negative impact on the environment as much as possible in the process of product processing, enterprises pay more and more attention to energy saving and emission reduction in the production process. ) becomes increasingly important. In the modern machining process, the tool has become an important part of the entire manufacturing system that cannot be ignored. It is not ...

AI Technical Summary

Problems solved by technology

[0004] 1) The problem of tool selection involves many contents of production resources and processing technology. With the increase of enterprise processing equipment and product types, the amount of information in this part will become larger and larger, and the relationship between them will become more and more complicated. Traditional methods based on It is difficult for the expert system of production reasoning rules to discover the inherent relationship between information and rules, resulting in a decrease in selection efficiency

[0005] 2) In the process of tool matching, due to the lack of consideration of environmental factors, the energy consumption of the entire machining process cannot be well controlled, resulting in a matching plan that is divorced from actual production and lacks practicability

[0006] Due to the existence of the above two problems, along with the increase in the amount of manufacturing information and the emergence of new manufacturing models, the traditional tool selection method can no longer meet the requirements of actual production, and the tool selection process has become an influence and restriction on the smooth progress of machining. bottleneck problem

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