简单的3D夹板重建使用低成本的智能手机线激光3D扫描仪

K. Sukvichai, K. Wongsuwan, Chanunya Loraksa, Surachat Chantarachit
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引用次数: 0

摘要

本研究的重点是开发一种简单、廉价的三维扫描仪和三维夹板重建方法,用于偏远地区的卫生服务站点。利用线激光发生器和智能手机摄像头获取感兴趣的患者外部器官的图案,然后通过三角剖分计算生成点云图像。采用RANSAC和Poison曲面重构技术生成网格对象。夹板表面是通过简单的几何形状代替网格对象生成的。最后,在夹板上添加额外的部件,以增强夹板的额外功能。为了证实所提出的方法的完成,从一个病人的实验中打印出真实的夹板。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simple 3D splint reconstruction using a low cost smart phone line laser 3D scanner
This research is focused on development of the simple and cheap a 3D scanner and 3D splint reconstruction method for health service sites in remote areas. Line laser generator and smart phone camera are used to obtain the pattern of the interested patient external organs, then, the point cloud image is created using a triangulation calculation. RANSAC and Poison surface reconstruction technique are used to generate mesh object. The splint surface is generated by replacing mesh object by simple geometry shapes. Finally, the extra parts are added to the splint in order to enhance splint with extra features. The real splints are printed from the experiments on a patient in order to confirm the accomplishment of the proposed method.
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