Balance optimization based on detaching roller transmission mechanism of combing machine

In order to reduce the vibration when the combing machine is in high-speed operation,the linear independent vector method is adopted,and based on the mathematical analysis of the existing detaching roller transmission mechanism of the combing machine, the Solidworks 3-D modeling technology,Adams virtual prototype technology and Mat Lab computer programming technology are used in studying the detaching roller transmission mechanism of the combing machine,the inertial force of the individual component and the proportion accounts for the total inertia force are discussed,and the changes of the inertial force before and after optimization are compared. The research results show that the proportions of the inertial forces generated from the timing adjustment plate,the connecting rod 1,the eccentric sleeve,the swinging arm,the connecting rod 2,the rocker and the rocker connector accounts for 0. 73%,8. 01%,36. 87%,38. 55%,5. 72%,8. 75% and 1. 37% of the total inertia force,respectively; and the way of adding the weight on the eccentric sleeve can make the total inertia force decreased by 11. 30%,and it is conducive to improve the speed of the combing machine and reduce the energy consumption.