3D Model Generation Using Plane Element Selection and Sweep Operations

The patent segments the three-dimensional model generation process into multiple stages: creating individual plane elements from measurement data, connecting them through boundary line processing, and performing closing processes. This segmentation allows each stage to be optimized independently, particularly enabling manual or automated boundary line closing to correct measurement errors before final model generation, thus maintaining both speed and precision.

The patent implements feedback mechanisms where the system detects offset connections and shape deviations during the model generation process, then automatically or manually adjusts boundary lines and plane element connections. This feedback loop allows correction of measurement errors and conversion errors, ensuring the final model achieves desired dimensional accuracy while maintaining efficient automated generation.

The patent provides dynamic flexibility by allowing users to switch between manual boundary line closing processes and automated closing processes based on the specific requirements of each model. The system can adaptively select the appropriate method, combining manual precision correction where needed with automated efficiency in other areas, thus balancing productivity and manufacturing precision.

The patent implements self-service capabilities where the system automatically performs boundary line closing and model correction processes without requiring manual intervention. The automated closing process detects and corrects offset connections and shape deviations independently, eliminating time-consuming manual correction work while maintaining high dimensional accuracy, thus resolving the contradiction between precision and productivity.