CAJ | 학술논문

通过对木薯清洗机滚筒内运动轨迹的分析，建立了圆弧—抛物线运动轨迹方程；研究了木薯在清洗机滚筒内运动的最内层最小半径、最佳脱离角、最大降落高度、清洗系数及滚筒最佳速度等相关参数，以更加快速地清除木薯表面的泥土和须根，提高木薯清洗机的清洗效率。该研究可为进一步优化木薯清洗机，从而提高整个木薯工业化生产的效率提供了坚实的理论依据。
통과대목서청세궤곤통내운동궤적적분석，건립료원호—포물선운동궤적방정；연구료목서재청세궤곤통내운동적최내층최소반경、최가탈리각、최대강락고도、청세계수급곤통최가속도등상관삼수，이경가쾌속지청제목서표면적니토화수근，제고목서청세궤적청세효솔。해연구가위진일보우화목서청세궤，종이제고정개목서공업화생산적효솔제공료견실적이론의거。
Based on the analysis of the cassava washing machine drum trajectory , establishing the arc-parabolic trajecto-ry equations to study the innermost layer of the cassava in the cleaning machine drum movement minimum radius , the best divorce angle , maximum drop height , cleaning factor , the best drum speed and other relevant parameters , in order to remove the dirt and fibrous roots on the surface of cassava more quickly , improve the cleaning efficiency of the cassava washing machines .To further optimize the cassava washing machine , thereby improving the efficiency of the entire indus-trial production of cassava provides a solid theoretical basis .