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A Comparison of Traditional and 3D Scanning Measurement in Ear Anthropometry

机译:耳上测量中传统和3D扫描测量的比较

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Ear anthropometry is important in physical ergonomics for ear-related products. With various anthropometric methods, comparisons between different measuring techniques have not been sufficiently studied especially for ear dimensions. This study aimed at comparing traditional measurement and 3D scanning method for ear anthropometry, with addressing their usages in practice. For thirty participants, ear length and ear width were measured by the same investigator with two measuring methods. Traditional measurement was directly conducted with a caliper, whereas dimensions using 3D scanning technique were extracted from the point cloud acquired from a structured light scanner. Statistical results showed the differences between traditional and 3D scanning measurement, which can provide empirical evidences of differences between different measuring techniques for ear anthropometry. Additionally, the usages of different methods were discussed so that the proper method can be selected to match specific goals for future research.
机译:耳朵人体测量法在耳膜相关产品的物理人体工程学中是重要的。利用各种人类测量方法,尤其是针对耳尺寸的不同测量技术之间的比较。本研究旨在比较传统的测量和3D扫描方法的耳朵人体测量法,在实践中解决其使用。对于三十名参与者,通过同一调查仪测量耳长和耳朵宽度,具有两种测量方法。传统的测量用卡钳直接进行,而使用3D扫描技术的尺寸从由结构化光扫描仪获取的点云提取。统计结果表明,传统和3D扫描测量之间的差异,可以提供耳朵人体测量法不同测量技术之间的差异的实证证明。此外,讨论了不同方法的用途,以便可以选择适当的方法以匹配未来研究的特定目标。

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