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韩国空军飞行员面部尺寸分析用于氧气面罩设计。

Analysis of the facial measurements of Korean Air Force pilots for oxygen mask design.

机构信息

a Department of Industrial and Management Engineering , Pohang University of Science and Technology , Gyeongbuk , 790-784 , Republic of Korea.

出版信息

Ergonomics. 2013;56(9):1451-64. doi: 10.1080/00140139.2013.816376. Epub 2013 Jul 12.

Abstract

UNLABELLED

This study measured the facial dimensions of Korean Air Force (KAF) pilots, to design a pilot oxygen mask, and compared them with those of Korean civilians and US Air Force (USAF) personnel. Twenty-two facial dimensions were measured for 278 KAF male pilots (KMP) and 58 KAF female pilots and cadets (KFP) using an anthropometer and a three-dimensional scanner. The KMP face measurements were found to be significantly larger (mean difference, [Formula: see text] = 0.7-26.5 mm) and less varied (ratio of SDs = 0.29-0.82) than those of Korean male civilians. The average face length, lip width and nasal root breadth of the KMP were significantly longer ([Formula: see text] = 4.7 mm), narrower ([Formula: see text] = -2.4 mm), and wider ([Formula: see text] = 5.2 mm), respectively, than those of USAF male personnel. Lastly, the KMP face measurements were significantly larger ([Formula: see text] = 1.8-26.1 mm) than those of the KFP.

PRACTITIONER SUMMARY

The face measurements of KAF pilots were collected and compared with those of Korean civilians and USAF personnel. The distinct facial features of the populations identified in this study are applicable to custom design of an oxygen mask for prevention of excessive pressure and oxygen leakage.

摘要

本研究测量了韩国空军 (KAF) 飞行员的面部尺寸,以设计飞行员氧气面罩,并将其与韩国平民和美国空军 (USAF) 人员的面部尺寸进行比较。使用人体测量仪和三维扫描仪测量了 278 名韩国空军男性飞行员 (KMP) 和 58 名韩国空军女性飞行员和学员 (KFP) 的 22 个面部尺寸。KMP 的面部测量值明显更大 (平均差异,[公式:见文本] = 0.7-26.5 毫米),且变异更小 (标准差比 = 0.29-0.82),与韩国男性平民相比。KMP 的平均脸长、唇宽和鼻根宽分别显著更长 ([公式:见文本] = 4.7 毫米)、更窄 ([公式:见文本] = -2.4 毫米) 和更宽 ([公式:见文本] = 5.2 毫米)。最后,KMP 的面部测量值明显大于 KFP 的 ([公式:见文本] = 1.8-26.1 毫米)。

从业者总结

收集了 KAF 飞行员的面部测量值,并与韩国平民和 USAF 人员的面部测量值进行了比较。本研究确定的人群具有独特的面部特征,适用于设计可防止过度压力和氧气泄漏的定制氧气面罩。

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