基于运动学约束的5轴加工复杂曲面刀矢优化探究  

Optimization of Tool Vector for Five-Axis Machining ComplexSurface Based on Kinematic Constraints

作　　者：钱强 Qian Qiang(Jiangsu United Vocational and technical College Wuxi Electromechanical Branch,Wuxi,Jiangsu 214028,CHN)

机构地区：[1]江苏联合职业技术学院无锡机电分院,江苏无锡214028

出　　处：《模具制造》2024年第12期152-154,共3页Die & Mould Manufacture

基　　金：无锡市职业技术教育学会2024年“新质生产力与现代职业教育”研究课题:基于新质生产力背景下五年制高职数控铣削实训与考级精品课程建设研究(编号:wxzj24B05);2024年江苏联合职业技术学院无锡机电分院重点课题:五年制高职数控铣削实训与考级在线精品课程建设与实践(锡机电研:2024-JDZD01)。

摘　　要：针对5轴加工复杂曲面过程中的运动学约束问题,探究了刀具路径优化方法。首先,对5轴加工运动学约束进行分析。其次,基于运动学约束理论,探讨了复杂曲面刀矢优化方法,旨在提高5轴加工的效率和质量。最后,分析了优化结果,全面提高了5轴加工的整体质量和经济性,为5轴加工技术的发展提供了有益参考。It explores the optimization method of tool path for the kinematic constraint problem in the process of five axis machining of complex surfaces.Firstly,analyzes the kinematic constraints of five axis machining.Secondly,based on the theory of kinematic constraints,optimization methods for complex surface tool vectors were explored with the aim of improving the efficiency and quality of five axis machining.finally,analyzes the optimization results comprehensively improves the overall quality and economy of five axis machining,and provides useful references for the development of five axis machining technology.

关 键 词：运动学约束 复杂曲面 数控加工 刀矢优化 

分 类 号：TG659[金属学及工艺—金属切削加工及机床]