农业机械智能化数控加工系统轨迹规划技术的研究

Research on trajectory planning technology of intelligent CNC machining system for agricultural machinery

针对现代农业机械对复杂零件加工的高要求,该文提出了一种基于智能控制的数控轨迹规划方法,并结合扇轮的加工实例进行验证。通过对扇轮的几何特征进行分析,设计了适应其加工需求的轨迹规划算法,确保在加工过程中既能提高生产效率,又能保证零件的加工质量。结果表明,所提出的轨迹规划技术能够显著优化数控加工过程,减少加工时间,提高成品的精度和表面质量,为农业机械零部件的智能化加工提供了有效的解决方案。

For the high requirements of modern agricultural machinery for the processing of complex parts,this article proposes a CNC trajectory planning method based on intelligent control,and combined with the processing examples of fan wheel parts to verify.Through the geometric characterization of the fan wheel parts,this paper designs a trajectory planning algorithm adapted to its machining needs,to ensure that the machining process can both improve productivity and ensure the quality of the parts.The experimental results show that the proposed trajectory planning technology can significantly optimize the CNC machining process,reduce the machining time,improve the accuracy and surface quality of the finished product,and provide an effective solution for the intelligent machining of agricultural machinery parts.