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The Research on Slices' Data Repair and Filling Path Optimization

机译:切片数据修复与填充路径优化研究

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Fused deposition modeling (FDM) is one of rapid prototyping process, which process includes Common Layer Interface (CLI) file generation and rapid prototyping. This paper focuses on algorithm to repair error datum of slices to generate CLI file and arithmetic-zoning scanning algorithm based intersection sorting which were used to FDM process. Conclusions of experiment show that the algorithm to repair error datum of slices can correct repair the error datum and fast extraction of contour information, and it provides an efficient method for generating CLI file from Stereo lithography (STL) slices; that arithmetic-zoning scanning method can reduce the possibility of model wrapping and shrinkage stress. The two algorithms improve production efficiency of FDM and are worth promoting.
机译:融合沉积建模(FDM)是快速原型过程之一,该过程包括公共层接口(CLI)文件生成和快速原型设计。本文侧重于修复切片错误基数据的算法,以生成基于CLI文件的基于CLI文件和算术分区扫描算法,用于FDM过程。实验结论表明,修复切片误差基准的算法可以纠正修复误差数据和快速提取轮廓信息,它提供了一种从立体声光刻(STL)切片生成CLI文件的有效方法;算术分区扫描方法可以减少模型包裹和收缩应力的可能性。这两种算法提高了FDM的生产效率,值得促进。

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