Design and Simulation of Visual Monitoring Platform of Self-driven Articulated Arm Coordinate Measuring Machine
To address the defects of the traditional CMM manual measurement mode with large errors and poor 3D vi-sualization of the motion simulation platform,this paper designs a 3D visualization and monitoring platform for the self-driv-en articulated arm CMM with six degrees of freedom based on Unity 3D software.The 3D model of the measuring machine is established by using SolidWorks software,and the optimization processing and import of the 3D model is completed jointly with 3ds Max software.The visualization interface framework is built by using Unity 3D's own UI components,and C#scripts are written to bind the model parts to realize the self-driven control of the virtual CMM.The research includes 3D modeling and lightweight processing,model loading,visualization and monitoring platform interface design,measurement ma-chine motion simulation,and UDP communication to realize real-time data transmission.Through the study of the virtual vi-sualization simulation platform of self-driven articulated arm CMM,self-driven control of the measuring machine and real-time monitoring of dynamic measurement can be realized,and the research results have important significance for the appli-cation of 3D visualization and monitoring in the field of measuring machine.
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