首页>
外国专利>
Tool Wear Monitoring System with Hybrid Approach to Cutting Force Regulation
Tool Wear Monitoring System with Hybrid Approach to Cutting Force Regulation
展开▼
机译：混合方法切削力调节的刀具磨损监测系统
展开▼
页面导航
摘要
著录项
相似文献
摘要
The present invention relates to a system that for effective monitoring of tool wear causing lost productivity and processing errors The purpose is the implementation of the automated and unmanned monitoring of the tool through a casting mold or through a CNC machining, based on the ultimately stable processing can be achieved through which a high-efficiency machining of high productivity. ; The present invention is applicable to a hybrid (off-line / real-time) equalization method for cutting. Only detect changes in signal due to wear cutting tool to eliminate the factors due to processing conditions in the changing of the NC cutting predict the cutting forces on the working conditions of the Data by leveling the cutting forces for machining conditions through an offline process from which the feed rate optimization and You can. For the cutting process also stabilized by increasing tool wear, and DSP (Digital Signal Processor) leveled by adjusting the feed rate of the real-time feed rate override control module configured to, where the feed rate is reduced resulting in a change in the average value of the override tool through can be monitored for wear. Through the present invention, the processing and automation unmanned required in CNC machining can be achieved through the processing conditions and tool wear monitoring systems that make up the maximization of productivity and process stability when changing from cutting forces as a tool wear leveling of each hybrid .
展开▼
