CAJ | 학술논문

针对精梳机高速后钳板摆动机构产生较大振动的问题，运用Solidworks三维建模技术找出了构件的质心及其特征参数值，利用Matlab程序算出了机构在一个运动周期内的惯性力幅值曲线，运用最优化方法对钳板摆动机构进行了部分平衡优化．结果显示，当装在钳板摆轴上的配重质径积为262．2 kg·mm时，减振效果最好．将优化后的配重进行实际加工，在HC500精梳机上验证了结论的正确性．
침대정소궤고속후겸판파동궤구산생교대진동적문제，운용Solidworks삼유건모기술조출료구건적질심급기특정삼수치，이용Matlab정서산출료궤구재일개운동주기내적관성력폭치곡선，운용최우화방법대겸판파동궤구진행료부분평형우화．결과현시，당장재겸판파축상적배중질경적위262．2 kg·mm시，감진효과최호．장우화후적배중진행실제가공，재HC500정소궤상험증료결론적정학성．
For the problem of larger vibration in nipper swing mechanism when comber is running at high speed,the Solidworks 3D modeling technology is used to find the centroid and its characteristic parameters value,the amplitude curve of inertia force of entire mechanism in one movement cycle is worked out through Matlab programming. Using optimization method,partial balance optimization is carried out to nipper swing mechanism,results show that the anti-vibration effect is best when mass-radius product of counterweight mounted on nipper swing shaft is 262. 2 kg·mm,and then the optimized weight was processed,the correctness of the conclusion was verified by experiment on HC500 comber.