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Validation of ISO 9920 clothing item insulation summation method based on anambulance personnel clothing system

机译:基于ASO 9920服装项目绝缘求解方法的验证救护车人员服装系统

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摘要

This study aimed to validate the summation methods suggested by ISO 9920.Twenty seven items from an ambulance personnel clothing system were selected for testing.The basic insulation of each garment item (Iclu)was calculated based on the thermal manikin tests. More than 100 realistic clothingcombinations were compiled and basic insulation(Icl) of these ensembles was calculatedaccording to ISO 9920. These were ranked after the calculated insulation, and 14 setscovering insulation from 0.63 to 3.33 clo were measured on the thermal manikin foracquiring the basic clothing insulation (Icl).Regression analysis was used to compare the summed and measuredIcl values. The difference between valuesvaried from −18 to 12%. The highest percentual difference was for the lightest clothingsets, while the absolute differences were similar over the whole insulation range rangingbetween −0.17 to 0.18 clo with an average difference of 0.02 clo (−0.16%). All basicinsulation values stayed very close to the line of identity (R2=0.98). Thesummation equation gave, in the case of this ambulance clothing system, very close resultsto the measured values. This encourages evaluating and selecting protective clothingcombinations for thermal comfort based on individual item measurements.
机译:本研究旨在验证ISO 9920所建议的求和方法。选择了来自救护车人员服装系统的二十七种物品进行测试。每个服装项目的基本绝缘(ICLU)基于热人体试验计算。超过100种现实衣服编制组合和基本绝缘(ICL)计算了这些合奏根据ISO 9920。这些在计算的绝缘后排名,14套在热人体模型上测量从0.63到3.33 ClO的覆盖物质获取基本服装绝缘(ICL)。回归分析用于比较总结和测量ICL值。值之间的差异从-18到12%变化。最轻的含量差异是最轻的衣服套装,而绝对差异在整个绝缘范围范围内相似在-0.17至0.18克隆之间,平均差异为0.02克隆(-0.16%)。所有基本绝缘值保持非常靠近身份线(R2 = 0.98)。这求和方程给出,在这种救护车服装系统的情况下,非常接近的结果到测量值。这鼓励评估和选择防护服基于单个物品测量的热舒适性的组合。

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