Investigation of the dynamic measuring method and development of the evaluation system for wearing comfort using remote sensing technology

遥感技术动态测量方法研究及佩戴舒适度评价系统开发

• 批准号: 13680132
• 负责人: TAYA Yoshiko
• 金额: $ 2.5万
• 依托单位: Japan Women's University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 2001
• 资助国家: 日本
• 起止时间: 2001 至 2003
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-13680132/
• 关键词: wearing comfort; clothing environment; temperature; humidity; continuous measurement; sensor; wireless; telemetry; 連続測定; センサー

This study is aimed to investigate the method for quantifying the subjective and ambiguous wearing comfort. It can be obtained to propose the dynamic measuring method and to develop the evaluation system for wearing comfort using a technique of remote sensing. These measuring method and evaluation system can transform the data that based on the long-term continuous monitoring of clothing microclimate into the objective feeling of fit. The required information for more comfortable fit to wearer of clothes will be able to informed by the method and system of present study.In this study, first, the high response humidity was developed and improved and it was examined the possibilities of measuring for continuous change of clothing environment in daily life, and also remote monitoring system was considered. Next, the continuous monitoring of temperature and humidity of clothing environment were carried out per several hours to develop the dynamic measuring system for thermal conditions ins … More ide clothes with varieties of clothes and changes of ambient temperature. Furthermore, variances of thermal conditions inside of clothes with usual physiological and psychological activity were evaluated by the continuous monitoring of clothing environment in healthy persons for 24 hours.The measurement results showed that daily thermal conditions inside clothes in healthy persons varied severely by the influence of not only air-permeability of clothes or ambient temperature but also usual physiological and psychological activity. It was considered that changes of temperature and humidity inside clothes were influenced by physiological activity and uncomfortable in addition to heat product and sweat cause of physical activity. Moreover, application of present system for bedridden persons who cannot move alone and express their subjective demand was examined. The continuous monitoring measurements of clothing environment for 48 hours were conducted for a child with severe motor and intellectual disabilities, whom physical and intellectual activity were not hardly observed because of serious compound handicaps. The similar changes of temperature and humidity were observed inside clothes as healthy persons. These results suggested that changes of thermal conditions inside clothes may become the objective index of mental stress and discomfort for not only healthy persons but also disabled ones. The long-term continuous measuring method of clothing environment was established by the present study and this measuring method enables the evaluations of dynamics feeling of wearing. Less

本研究旨在探讨主观与模糊穿着舒适度的量化方法。提出了动态测量方法，并利用遥感技术开发了穿着舒适性评价系统。这些测量方法和评价体系可以将基于服装小气候长期连续监测的数据转化为客观的合身感。通过本研究的方法和系统，将能够提供更舒适的服装穿着所需的信息。本研究首先对高响应湿度进行了开发和改进，探讨了日常生活中服装环境连续变化的测量可能性，并考虑了远程监测系统。其次，每隔几小时对服装环境的温度和湿度进行连续监测，开发出服装热条件动态测量系统。通过对健康人服装环境连续监测24小时，评价了正常生理和心理活动下服装内部热条件的变化。测量结果表明，健康人的日常衣内热状况除了受衣服透气性、环境温度的影响外，还受日常生理和心理活动的影响。认为衣服内部温度和湿度的变化除了受到身体活动的热产物和出汗的影响外，还受到生理活动和不舒服的影响。同时，对不能独立行动、不能表达主观需求的卧床病人，探讨了现行制度的适用。对1例严重运动和智力残疾儿童进行了48小时的服装环境连续监测，该儿童因严重复合残疾而很难观察到身体和智力活动。与健康人衣物内的温度和湿度变化相似。这些结果表明，无论是健康人还是残疾人，衣服内热条件的变化都可能成为心理压力和不适的客观指标。本研究建立了服装环境的长期连续测量方法，该测量方法能够对动态穿着感觉进行评价。少

项目成果

Y Doi, C Narita, Y Taya: "Application of temperature-accumulating materials for clothes"Journal of The Graduate School Home Economics Human Life Science (Japan Women's University). 10. 213-219 (2004)

Y Doi，C Narita，Y Taya：“衣服蓄热材料的应用”，研究生院家政学人类生命科学杂志（日本女子大学）。

Yoshihiko Wakabayashi, Koji Mitsubayashi, Yoshiko Taya, Yoko Nomura: "A telemetry system with mobile phones for monitoring human physical indices"Journal of Advanced Science. 14. 35-36 (2002)

Yoshihiko Wakabayashi、Koji Mitsubayashi、Yoshiko Taya、Yoko Nomura：“用于监测人体身体指标的移动电话遥测系统”《先进科学杂志》。

多屋淑子: "衣服内環境からの生活支援"人間生活工学. 4. 2-5 (2003)

田谷芳子：“衣服内部环境的生命支持”人类生命工程。 4. 2-5 (2003)。

土井夕起子, 成田千恵, 多屋淑子: "衣服材料としての蓄熱材の応用"日本女子大学大学院紀要 家政学研究科・人間生活学研究科. 10. 213-219 (2004)

Yukiko Doi、Chie Narita、Yoshiko Taya：《蓄热材料作为服装材料的应用》日本女子大学研究生院家政学/人类生命科学研究生院通报 10. 213-219 (2004)。

藤村明子, 多屋淑子: "手触りによる着心地の簡便な評価法の検討"日本女子大学大学院紀要 家政学研究科・人間生活学研究科. 10. 221-229 (2004)

Akiko Fujimura、Yoshiko Taya：“基于触摸的舒适度简单评估方法的研究”日本女子大学研究生院公告，家政研究生院/人类生活研究学院 10. 221-229 (2004)。