基于常见保暖鞋排湿性能的研究  

The Research on Warm Shoes Performance of Sweat Releasing

作　　者：王欣[1] 

机构地区：[1]黎明职业大学,福建泉州362000

出　　处：《西部皮革》2017年第15期59-63,共5页West Leather

摘　　要：选择10名年龄在18~22岁、身高170~175 cm、体重61~66 kg的经常运动的男性测试者,穿着三种款式、鞋号鞋底材料相同的牛皮保暖鞋,通过测试被测试对象在每小时4.1 km、每小时3.1 km以及每小时2.1 km的速度下奔跑,穿着三种不同的样品鞋对鞋子的吸湿量进行测试。与此同时还面向4 g、8 g、12 g、16 g干燥剂质量下展开全面分析,了解鞋腔湿度变化与干燥剂吸湿情况,继而衡量保暖鞋排湿性能是否优越。通过试验可知4.1 km/h步速下人体比较舒适,心率变化不大,同时,8 g干燥剂质量在干燥一定时间后可以满足鞋腔达到湿度平衡(40%左右),12 g、16 g质量干燥剂样品鞋达到湿度平衡后吸湿质量均为1.5 g左右。因此,可以用4.1 km/h步速下、8 g干燥剂质量下鞋腔湿度回归曲线分析来对样品吸湿排湿性能进行表征。样品鞋鞋腔湿度回归曲线复合对数模型Y=121.952-6.042ln(x)。This topic selected 10 aged from 18 to 22 years old, height 170-175 cm, weight 61-66 kg ofregular exercise of male subjects, in three models, the same warm shoes, leather shoe sole materialsthrough test subjects in the 4.1 km/h, 3.1 km/h, 2.1 km/h speed in three different models of shoes underthe moisture absorption capacity, analysis on 4 g, 8 g, 12 g, 16 g on the quality of the 4 kinds ofdesiccant, shoe cavity humidity change and the change of the desiccant moisture absorption quality ofwarm shoes of cavity platoon is wet performance advantages and disadvantages. Through the test we canknow the body in step 4.1 km/h speed to feel more comfortable. At the same time, the quality of 8 gdesiccant in dry after a certain period of time can satisfy the conditions of shoe cavity balanced humidity（40%）, 12 g and 16 g quality desiccant quality of sample shoes after reaching humidity balance of moistureabsorption of around 1.5 g. So we can use 4.1 km/h speed, 8 g desiccant quality shoes cavity underhumidity under the regression curve analysis to characterizing the platoon is humidity absorptionperformance of the sample.The regression curve of humidity inside of the sample shoes conform to thelogarithmic regression curve model is ： Y =121.952-6.042ln（x）.

关 键 词：保暖鞋 排湿 干燥 湿度平衡 统计分析 

分 类 号：TS943.1[轻工技术与工程—服装设计与工程]