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液压挖掘机工作装置具有自己的结构特点以及工作方式,文中运用运动学和动力学知识主要分析了液压挖掘机工作装置的主要构件,并利用这些理论以及计算机相关知识设计了液压挖掘机反铲工作装置的计算机辅助机构与仿真软件,完善了相关软件在挖掘机工作装置设计中的运用,通过选取挖掘机工作装置的动臂机构,充分说明了数控加工在特征建模技术的支持下,能够大大提高机械部件设计与制造的工作效率,具有一定的创新意义以及很好的工程实用价值。
Hydraulic excavator working device has its own structural features and working methods. In this paper, the main components of the hydraulic excavator working device are mainly analyzed by using kinematics and dynamics knowledge. Based on these theories and computer-related knowledge, the hydraulic excavator backhoe work is designed The computer aided mechanism and simulation software of the device improve the application of the related software in the design of the excavator working device. By selecting the boom mechanism of the excavator working device, it is fully demonstrated that the numerical control machining can be greatly supported by the feature modeling technology Improve the efficiency of the design and manufacture of mechanical components, have some innovative significance as well as very good engineering practical value.