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首页> 外文期刊>The Journal of the Textile Institute >Subjective wear trials to evaluate thermal comfort of the foot clothing system including a sweat pad
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Subjective wear trials to evaluate thermal comfort of the foot clothing system including a sweat pad

机译:主观磨损试验以评估包括汗垫在内的脚部服装系统的热舒适性

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摘要

Subjective wear trials were conducted to evaluate effects of disposable antibacterial sweat pads on foot thermal comfort. Sweat pads were produced with polypropylene and polylactic acid nonwoven topsheet layers which were treated with different herbal antibacterial materials. Trials were carried out with 10 male subjects under 10 degrees C and 50% relative humidity simulating sweating during a moderate activity in cold environments. Besides microclimate temperature and relative humidity measurements, subjective thermal (coolness, dampness, and comfort) and other sensations (stickiness, slippiness, etc.) were obtained by five point rating scales. Bending rigidity, friction coefficients, and moisture management properties of the topsheet fabrics and pads were tested. Results show that foot sweat pads enabled drier microclimate, warmer sensations, and higher comfort evaluations. Antibacterial treatments did not affect bending rigidity values of the nonwoven topsheet fabrics, but some applications decreased spreading speed, increased roughness of the pad surfaces, and wetting time values which are not preferable.
机译:进行了主观磨损试验,以评估一次性抗菌汗垫对脚部热舒适性的影响。用聚丙烯和聚乳酸非织造顶片层生产汗垫,该顶片层用不同的草药抗菌材料处理。在寒冷环境中进行适度运动时,在10摄氏度和50%相对湿度下模拟了出汗的10位男性受试者进行了试验。除小气候温度和相对湿度测量外,还通过五点等级量表获得了主观温度(凉爽,潮湿和舒适)和其他感觉(黏性,滑爽度等)。测试了顶片织物和垫的弯曲刚度,摩擦系数和水分管理性能。结果表明,脚部汗垫使干燥的微气候,温暖​​的感觉和更高的舒适度评估成为可能。抗菌处理不影响非织造顶片织物的抗弯刚度值,但是某些应用降低了铺展速度,增加了垫表面的粗糙度和润湿时间值,这不是优选的。

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