异型三向交织平纹织物织造系统设计  

Design of special-shaped three-way interwoven plain weave system

作　　者：付晓莉[1] 胡盛龙 张伟杰[1] 尚会超[1] FU Xiaoli;HU Shenglong;ZHANG Weijie;SHANG Huichao(Zhongyuan University of Technology,Zhengzhou 451191,Henan,China)

机构地区：[1]中原工学院,河南郑州451191

出　　处：《上海纺织科技》2021年第3期52-55,59,共5页Shanghai Textile Science & Technology

摘　　要：根据现有三向交织平纹织物的结构及其织造过程,为简化织造工艺,改良织物性能,提出异型三向交织平纹织物的结构模型,并设计新型45°双向开口织造法。研制异型三向交织平纹织物织造系统,采用伺服电动缸作为45°双向开口机构驱动部件,采用气缸作为引纬、打纬机构的驱动部件,并在单片微控制器上实现了各机构的协调运行。利用ADAMS完成开口机构仿真分析,结果证实,开口机构达到织造要求并取得良好的运动规律曲线,确保了织造系统的可靠性。According to the existing three-way interwoven plain weave structure and its weaving process,in order to simplify the weaving process and improve the fabric performance,a special three-way interwoven plain weave structure model is proposed,and a new 45°two-way open weaving method is designed.A special three-way interwoven plain weaving system is developed.The servo electric cylinder is used as the driving part of the 45°bidirectional opening mechanism,the cylinder is used as the driving part of the weft insertion and beating mechanism,and the coordinated operation of each mechanism is realized on a single-chip microcontroller.The simulation analysis of the opening mechanism is completed by using ADAMS to achieve weaving requirements and obtain a good motion regular curve to ensure the reliability of the weaving system.

关 键 词：织机机构 开口机构 织造系统 异型三向交织平纹织物 45°双向开口织造法 

分 类 号：TS103.3[轻工技术与工程—纺织工程]