摘要
提高精梳机的速度是高产的重要途径,而速度的提高和机器的运动性能密切相关.通过对精梳机钳板机构运动来源的分析和计算,得出结论:曲柄半径尺寸变小时,钳板机构构件的惯性力矩和惯性力明显减少,振动减少,机构所消耗的功率也大大减少.
The important route of high production is to increase the comber＇s speed,and there is a close relation between the increase of speed and the movement performance of machine.Through the analysis of the movement of nipper mechanism and the calculation,conclusions are given as follows： decreasing the size of crank radius,the inertia torque and inertia force of component in nipper mechanism decrease evidently,and the power consumed by mechanism decreases greatly.
出处
《河南工程学院学报（自然科学版）》
2011年第2期6-10,共5页
Journal of Henan University of Engineering：Natural Science Edition
关键词
精梳机
曲柄半径
惯性力
功率
振动
comber
crank radius
inertia force
power
vibration
