Effect of Shoe Materials on Wear Comfort and Microclimate between Shoe and Skin

鞋材对穿着舒适度及鞋与皮肤微气候的影响

• 批准号: 09680058
• 负责人: MITSUI Michiko
• 金额: $ 1.47万
• 依托单位: Showa Women's Junior College
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 1997
• 资助国家: 日本
• 起止时间: 1997 至 1998
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-09680058/
• 关键词: shoe; shoe materials; microclimate between shoe and skin; temperature and humidity; sense of sweating; sense of soaking; thermal sensation; comfort sensation

The effect of shoe materials on wear comfort and microclimate between shoes and skin while exercising was studied using leather, synthetic leather and artificial leather. Temperature and absolute humidity in synthetic leather shoes were higher than with the other two shoes. Temperatures in leather and artificial leather shoes were about the same but absolute humidity in leather shoes was lower than with artificial leather shoes.Temperature and absolute humidity were high at the measuring point between the big toe and the first toe, on the skin surface at the arch of the foot and on the socks at the arch of the foot in this order.The four subjective sensations in connection with wearing synthetic leather shoes were the highest and those wearing the other two shoes were about the same. The effect on those subjective sensations of temperature and absolute humidity between the big toe and the first toe was very large.

以皮革、合成革和人造革为材料，研究了运动时鞋用材料对穿着舒适性和鞋与皮肤间微气候的影响。合成革鞋的温度和绝对湿度高于其他两种鞋。皮鞋和人造皮鞋的温度基本相同，但皮鞋的绝对湿度低于人造皮鞋，大脚趾和第一脚趾之间的测量点温度和绝对湿度较高，在足弓处的皮肤表面上和在足弓处的袜子上，按此顺序。与穿着合成革鞋有关的四种主观感觉穿另外两只鞋的人的得分差不多。对大脚趾和第一脚趾之间的温度和绝对湿度的主观感觉的影响非常大。

项目成果

三ツ井紀子 他: "靴の衛生学的検討(第1報)靴素材による靴内気候と着用感" 日本繊維製品消費科学会誌. 40・5. (1999)

三井纪子等人：“鞋的卫生研究（第一次报告）取决于鞋材料的鞋内气候和穿着感觉”日本纤维产品和消费者科学学会杂志 40, 5。（1999 年）

Michiko Mitsui, et al.: "Hygienic Study on Shoes part 1 Effect of Shoe Materials on Wear Comfort and Microclimate between Shoe and Skin" Journal of the Japan Research Association for Textile End-Uses. Vol.40. (1999)

Michiko Mitsui 等人：“鞋类卫生研究第 1 部分鞋类材料对穿着舒适度和鞋与皮肤之间微气候的影响”日本纺织品最终用途研究协会杂志。