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首页> 外文期刊>Journal of Lasers in Medical Sciences >Technical Report on the Modification of 3-Dimensional Non-contact Human Body Laser Scanner for the Measurement of Anthropometric Dimensions: Verification of its Accuracy and Precision
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Technical Report on the Modification of 3-Dimensional Non-contact Human Body Laser Scanner for the Measurement of Anthropometric Dimensions: Verification of its Accuracy and Precision

机译：用于人体测量的3维非接触式人体激光扫描仪的改进技术报告：验证其准确性和准确性

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Introduction: Three-dimensional (3D) scanners are widely used in medicine. One of the applications of 3D scanners is the acquisition of anthropometric dimensions for ergonomics and the creation of an anthropometry data bank. The aim of this study was to evaluate the precision and accuracy of a modified 3D scanner fabricated in this study. Methods: In this work, a 3D scan of the human body was obtained using DAVID Laser Scanner software and its calibration background, a linear low-power laser, and one advanced webcam. After the 3D scans were imported to the Geomagic software, 10 anthropometric dimensions of 10 subjects were obtained. The measurements of the 3D scanner were compared to the measurements of the same dimensions by a direct anthropometric method. The precision and accuracy of the measurements of the 3D scanner were then evaluated. The obtained data were analyzed using an independent sample t test with the SPSS software. Results: The minimum and maximum measurement differences from three consecutive scans by the 3D scanner were 0.03 mm and 18 mm, respectively. The differences between the measurements by the direct anthropometry method and the 3D scanner were not statistically significant. Therefore, the accuracy of the 3D scanner is acceptable. Conclusion: Future studies will need to focus on the improvement of the scanning speed and the quality of the scanned image.
机译：简介：三维（3D）扫描仪广泛用于医学领域。 3D扫描仪的应用之一是获取人体工程学的人体测量尺寸并创建人体测量数据库。这项研究的目的是评估在此研究中制造的改进型3D扫描仪的精度和准确性。方法：在这项工作中，使用DAVID Laser Scanner软件及其校准背景，线性低功率激光和一个高级网络摄像头，获得了3D人体扫描。将3D扫描导入Geomagic软件后，获得了10位受试者的10个人体测量尺寸。通过直接人体测量法将3D扫描仪的测量值与相同尺寸的测量值进行比较。然后评估3D扫描仪的测量精度和准确性。使用独立样本t检验和SPSS软件分析获得的数据。结果：3D扫描仪连续3次扫描的最小和最大测量差异分别为0.03 mm和18 mm。直接人体测量法和3D扫描仪进行的测量之间的差异在统计上并不显着。因此，3D扫描仪的精度是可以接受的。结论：未来的研究将需要集中在提高扫描速度和扫描图像的质量上。

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