摘要
经编机运行过程中,由于各部件本身所具有的质量在运行状态下产生的惯性作用,使得机器运行过程中产生很大的振动力,直接影响经编机的高速运行性能。为此,基于虚拟样机技术,并借助Solidworks和ADAMS软件建立了经编机的虚拟样机模型,对机器在配重块不同材料及不同大小时的运行过程进行了动态仿真,得出了对机构总质心位移及基座转动副处受力的影响规律,并就减小机器振动力提出了方法。
Due to the inertia effect of the every part itself has a mass, the warp knitting machine will produce a large vibration force during operation, and directly impacts the high speed running performance of warp knitting machine. In this paper, the virtual prototype model of warp knitting machine was built based on the virtual prototype technology and the software of Solidworks and ADAMS. The machine dynamic running process was simulated while the balancing weight was at the different material and different size, the law of the mechanism total displacement and the stress of the revolute pair was obtained. The method was proposed to reduce the vibration force.
出处
《江苏纺织》
2014年第12期52-55,70,共5页
JIANGSU TEXTILE
关键词
经编机
振动力
虚拟样机
配重块
warp knitting machine
Vibration force
Virtual prototype model
Balancing weight
