摘要
为解决武术兵道护具的功能优化和规范佩戴,从分析兵道运动时运动员竞技动作入手,探究受击打部位与服装运动功能性之间的关联性。通过模拟兵道运动竞技动作的动态造型和技术特征,解析击打部位的受力特征;在护具设计中基于武术兵道运动的实际需求构建压力传感系统模型,并提出压力传感式智能护具的设计方案。采用多学科交叉的设计方法优化现有武术兵道护具的设计,为构建竞技武术运动智能装备系统的设计研究提供参考。
In order to optimize the function and standardization of the wearing of Wushu Bingdao protective gear,the correlation between the hit part and the sports function of clothing was explored from the analysis of the athletes′competitive movements during Wushu Bingdao sports.By simulating the dynamic modeling and technical features of the competitive movements of Wushu Bingdao,the stress characteristics of the striking parts were analyzed.In the design of protective gear,the pressure sensing system model was built based on the actual demand of Wushu Bingdao movement,while the design scheme of intelligent protective gear with pressure sensing was proposed.The multi-disciplinary design method was adopted to optimize the design of the existing Wushu Bingdao protective gear,which also provided a reference for the design and research of the intelligent equipment system of competitive Wushu.
作者
王小伟
周莉
李兵
WANG Xiaowei;ZHOU Li;LI Bing(College of Sericulture,Textile and Biomass Sciences,Southwest University,Chongqing 400715,China;Sports Psychology Education Research Center,Southwest University,Chongqing 400715,China)
出处
《纺织科技进展》
CAS
2024年第2期18-22,共5页
Progress in Textile Science & Technology
基金
重庆市体育局重点攻关项目(A202212)。
关键词
兵道护具
竞技动作
击打部位
压力传感
Wushu Bingdao protective gear
competitive action
striking position
pressure sensing
