摘要
以中筒压力袜为试验样品进行真人穿着实验,测试了人体小腿部位12个测试点在标准站姿时静态下的压力分布规律,以及原地踏步、提踵、踝泵3种动作下测试点的压力分布规律。分析了人体运动对压力袜压力分布以及压力稳定性的影响,并结合压力袜的压力分布规律分析了压力袜产品的设计开发原则,指出静态和动态条件下压力袜的压力和压力分布存在差异,该研究可为压力袜的设计开发提供指导。
Taking the half-hose compressive stockings as the test samples for people wearing, the static pressure distribution law of twelve test points in the lower leg of human body were measured at the standard standings, and the pressure distribution law of test points at three dynamic poses including marking time, heel raising and ankle pump. The influence of human motions on the pressure distribution and pressure stability of compressive stockings were analyzed, and the design and development principles of stocking were also analyzed in terms of the pressure distribution. The results show that there are obvious differences in the pressure and pressure distribution of the test samples under the condition of static and dynamic state, which can provide references for the design and develop- ment of the compressive stockings.
出处
《针织工业》
2017年第10期15-18,共4页
Knitting Industries
基金
江苏省先进纺织工程技术中心重点项目(XJFZ/2016/1)
苏州市科技局重点产业技术创新项目(SGC201726)
关键词
压力袜
腿部压力
动态压力
压力分布
产品开发
Compressive Stockings
Leg Pressure
Dynamic Pressure
Pressure Distribution
Product Develop-ment
