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Development of the clothing environmental measuring system using a specific compact telemeter

使用特定紧凑型遥测仪开发服装环境测量系统

基本信息

批准号：
16500473
负责人：
MITSUNO Tamaki
金额：
$ 2.37万
依托单位：
Shinshu University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2004
资助国家：
日本
起止时间：
2004 至 2006
项目状态：
已结题

项目摘要

Recently, clothing products for human to improve a comfortable feeling and to assist functions have been expected. To develop these clothing products, we must grasp the environmental actual situation not only in a laboratory level, but also in generated clothing in the outdoors. Therefore we developed the clothing environmental measuring system using a specific compact telemeter.It became clear that many human factors as respiration metabolism, skin temperature, blood velocity, waistband pressure, and volume in lower legs and foot were changing when the global environment changed. That is, these factors changed with a seasonal variation even if we did not change environmental temperature positively. Furthermore, the blood velocity changed with circadian rhythm, and the waistband pressure and the volume of lower legs and foot changed by phase of a menstrual cycle significantly. In other words, if we consider seasonal variation, phase of a menstrual cycle, and circadian rhythm, we can realize more comfortable clothing environment. In this way, we were able to investigate these factors which we must not overlook to understand the actual situation of clothing environment precisely, and to clarify the effects of these factors. In future, we intend to accumulate the data which accorded with actual life with the clothing environmental measuring system using a specific compact telemeter developed by own, and to arrive at the basic design indicator that is necessary for development of a product assisting a function of the human body.

近来，人们期待用于人类改善舒适感和辅助功能的服装产品。要开发这些服装产品，我们不仅要掌握实验室层面的环境实际情况，还要掌握户外生成的服装的环境实际情况。因此，我们开发了使用特定紧凑型遥测仪的服装环境测量系统。很明显，当全球环境发生变化时，许多人为因素，如呼吸代谢、皮肤温度、血流速度、腰带压力以及小腿和足部的体积正在发生变化。也就是说，即使我们没有积极改变环境温度，这些因素也会随着季节变化而变化。此外，血流速度随昼夜节律而变化，腰带压力以及小腿和足部的体积随月经周期的阶段而显着变化。换句话说，如果我们考虑季节变化、月经周期阶段和昼夜节律，我们可以实现更舒适的穿着环境。这样，我们就可以对这些不容忽视的因素进行调查，准确了解服装环境的实际情况，明确这些因素的影响。未来，我们打算使用自己开发的特定紧凑型遥测仪，通过服装环境测量系统积累符合实际生活的数据，并得出开发辅助人体功能的产品所需的基本设计指标。