摘要
定制是制作压力服的一种重要手段。从压力服材料性能、人体生理特征、人体尺寸测量手段、服装压力评价和舒适阈值5个方面分析了压力服定制压力的影响因素;归纳了3种压力服量身定制的方法,即折减系数法、Laplace定律法及3D虚拟设计法,并分析了这3种方法的局限性。针对当前定制技术制作压力服存在效率低、操作性不强及服装压舒适阈值不明确等问题,从服装压力舒适阈值研究、织物力学性能的量化研究、3D人体建模的智能化研究以及不同人体材料力学属性数据化研究4个方面提出了一种3D虚拟定制压力服模式,该模式可以减少定制压力服在整个制作过程中所花费的时间与成本,为压力服的开发提供一定的参考。
Customization is an important means of making compression garment.The paper analyzed the factors that affect the customization pressure of compression garment from five aspects,including material performance of compression garment,physiological characteristics of human body,body size measurement methods,clothing pressure evaluation and comfort threshold.And three customization technologies of compression garment were concluded,including the reduction coefficient method,Laplace’s law and 3 D virtual design method,and their limitations were analyzed.In view of the problems of low efficiency,poor operability and unclear comfort thresholds of clothing pressure in making compression garment by current customization technologies,a 3 D virtual customization mode of compression garment was proposed form 4 aspects,including research on comfort threshold of clothing pressure,quantitative research on mechanical properties of fabrics,intelligent research on 3 D human modeling.This mode could reduce the time and the cost in the entire production process of customized compression garment.This paper provides theoretical reference for the development of compression garment.
作者
林剑叠
阎玉秀
金子敏
陶建伟
LIN Jiandie;YAN Yuxiu;JIN Zimin;TAO Jianwei(School of Fashion Design and Engineering,Zhejiang Sci-Tech University,Hangzhou 310018,China;Key Laboratory of Advanced Textile Materials and Manufacturing Technology,Ministry of Education,Zhejiang Sci-Tech University,Hangzhou 310018,China;Zhejiang Bangjie Medical Technology Co.,Ltd.,Yiwu 322000,China)
出处
《浙江理工大学学报（自然科学版）》
2021年第1期13-20,共8页
Journal of Zhejiang Sci-Tech University(Natural Sciences)
基金
浙江省科技厅省级新产品试制计划项目(2018D60SA733455)。
关键词
压力服
服装压
定制技术
3D虚拟设计
研究进展
compression garment
garment pressure
customization technology
3D virtual design
research progress
