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首页> 外文期刊>Mechanical Engineering Journal >Development of technique for checking insulation distance for large-scale CAD data using voxel meshes
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Development of technique for checking insulation distance for large-scale CAD data using voxel meshes

机译:开发使用体素网格检查大型CAD数据的绝缘距离的技术

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Conventionally, designers of electronic equipment structures visually inspect the insulation distance or check it by using CAD software functions. However, unintentionally failed detection and overdetection of objects being inspected can cause problems. Therefore, we are developing a technique for checking the insulation distance. The technique calculates the insulation distance by using voxels, which are in orthogonal meshes. The inputs of this technique involve checking conditions such as the clearance distance threshold and creepage distance threshold, setting part attributes such as of insulation and conduction, and calculating parameters such as voxel sizes. The output of this technique is the visualization of violating parts and paths detected by calculating the insulation distance and generating a distance map. We confirmed that our technique can measure the clearance and creepage distances, detect violation parts, and reduce overdetection of a model for inspection.
机译:常规地,电子设备结构的设计者目视检查绝缘距离或通过使用CAD软件功能对其进行检查。但是,无意中检测对象的失败和过度检测会导致问题。因此,我们正在开发一种检查绝缘距离的技术。该技术通过使用正交网格中的体素来计算绝缘距离。该技术的输入涉及检查条件(例如间隙距离阈值和爬电距离阈值),设置零件属性(例如绝缘和导电性)以及计算参数(例如体素大小)。该技术的输出是可视化通过计算绝缘距离并生成距离图而检测到的违反零件和路径。我们确认,我们的技术可以测量间隙和爬电距离,检测违规零件,并减少对检测模型的过度检测。

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