基于机电控制的甘蔗收获机切割装置性能优化OA

The mechanization of sugarcane includes multiple operational processes such as cane support,cutting,conve-ying,and cleaning.The cutting process directly affects the overall harvesting efficiency,the quality of sugarcane stem cuts,and the subsequent conveying effect.Traditional cutting devices mainly rely on mechanical structures and fixed pa-rameters for operation,which have problems such as low cutting efficiency,unstable cutting quality,and severe tool wear.This article is based on electromechanical control technology and a real-time monitoring and adjustment scheme based on PLC and sensor feedback.By dynamically adjusting the speed,pressure,and angle of the cutting blade,the cutting accuracy is improved,energy consumption is reduced,and tool wear is effectively reduced.Finally,its effective-ness is verified through field experiments.The research aims to provide theoretical support and practical basis for the in-telligent development of sugarcane harvesting machinery.