仿真App智能剖面及虚拟测试的训练方法和系统
By mapping user-defined 2D lines to 3D meshing constraints, and combining virtual entity completion and virtual strain gauge technology, the problems of complex 3D model sectioning operations and inaccurate data alignment are solved, achieving stable meshing and efficient simulation analysis, and improving user experience and the credibility of simulation results.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- ZHEJIANG YUANSUAN TECH CO LTD
- Filing Date
- 2026-04-17
- Publication Date
- 2026-07-17
AI Technical Summary
Existing technologies are complex to operate in 3D model cross-section, lack robustness, have high computational costs for Boolean operations on web pages, have large discrepancies between simulation results and actual product structure perception, have inaccurate data benchmarking, and cause GPU resource contention and interaction lag when loading multiple models, making it difficult to achieve stable and reproducible comparative conclusions.
By mapping user-defined 2D lines to 3D meshing constraints, stable meshing and cross-sectional display of 3D models are achieved. Virtual entity completion and cross-sectional compensation mechanisms are introduced, and virtual strain gauge technology is used for equivalent modeling. Furthermore, a unified control mechanism is introduced at the interaction level, enabling multiple models to share the same set of view operation and analysis commands.
Stable meshing and cross-sectional display of 3D models have been achieved, improving simulation analysis efficiency and user experience, ensuring consistency between simulated strain data and measured data, reducing GPU resource contention and interaction lag, and enhancing the credibility and interpretability of simulation results.
Smart Images
Figure CN122046850B_ABST