CAJ | 학술논문

经编机上的电子送经系统一般有蜗轮蜗杆式和多级齿轮式两类传动形式，分析这两种传动机构的工作原理及其对送经精度的影响，并通过试验测试两种送经系统传动下的送经量偏差率。结果表明：蜗轮蜗杆传动比多级齿轮传动送经有更高的精度；当整经成形良好时，经轴的周长偏差对送经精度的偏差影响较小，对织物品种的影响也较小；良好的生产环境以及定期检查蜗轮蜗杆和齿轮的传动状况都有利于提高送经精度。
경편궤상적전자송경계통일반유와륜와간식화다급치륜식량류전동형식，분석저량충전동궤구적공작원리급기대송경정도적영향，병통과시험측시량충송경계통전동하적송경량편차솔。결과표명：와륜와간전동비다급치륜전동송경유경고적정도；당정경성형량호시，경축적주장편차대송경정도적편차영향교소，대직물품충적영향야교소；량호적생산배경이급정기검사와륜와간화치륜적전동상황도유리우제고송경정도。
Electrical beam control system transmission used on warp knitting are divided into two types, in-cluding worm and multi-stage gear. The drive principle and the let-off accuracy influence of worm and multi-stage gear were analyzed, and two kinds of warp system deviation rate were experimentally measured. The results show that, worm transmission has a better precision than multi-stage gear transmission; when the beam-warping shape is well, the deviation of beam perimeter have less effect on deviations of let-off precision; good production environ-ment and checked regularly the drive status of worm and gear have a certain impact on let-off precision.