摘要
簇绒地毯织机轴系的动不平衡是影响织机工作质量的一个因素。为了降低轴系的振动,提高织机的工作质量,本文以织机主轴模型为研究对象,采用影响系数法对簇绒地毯织机耦联主轴进行了动平衡校正。首先利用三维建模软件建立主轴模型,再经有限元软件对主轴进行柔性处理,最后结合动力学仿真软件和影响系数法对主轴的振动特性进行仿真分析。通过比较主轴校正前后的振动曲线以及轴心轨迹图,仿真结果说明了影响系数法能够明显减小主轴的振动。
The dynamic imbalance of coupling rotor in tufting carpet knitting machine is a key factor which has a negative impact on the work quality. To reduce the vibration of the shafting and improve the work quality of the loom, this paper selects loom spindle model as research object, and carries out dynamic balance correction for cou- pling spindle of the tufting carpet knitting machine with influence coefficient method. Firstly, coupling rotor model is established by three-dimensional modeling software, and then the model is dealt by finite element software, final- ly its vibration is simulated and analyzed by dynamic simulation software combining with the influence coefficient method. Comparing the spindle vibration curve and the axis orbit diagram before and after the correction, it draws the conclusion that the influence coefficient method can decrease the vibration of the spindle obviously.
出处
《机械科学与技术》
CSCD
北大核心
2013年第8期1159-1162,共4页
Mechanical Science and Technology for Aerospace Engineering
基金
国家自然科学基金项目(51175075)
上海市教委重点项目(11ZZ58)资助
关键词
簇绒地毯织机
耦联主轴
动平衡
影响系数法
carpet manufacture
dynamic mechanical analysis
frequency responst
looms
computer simulation
computer software
finite element method
mathematical models
three dimensional
vibrations （ mechani-cal）
tufting carpet knitting machine
coupling rotor
dynamic balance
influence coefficient method
