CAJ | 학술논문

通过对砂土铣刨收集机械抛料板抛料运动的分析，建立了抛料板上砂土微元的受力模型，并利用Matlab软件编程迭代计算，得出了砂土微元能够被收集的约束条件，据此设计了抛料板的安装角度和旋转速度。实验表明，在此抛料板参数下砂土铣刨收集机械对砂土的收集率可达97．8％，实现了砂土的高收集率清除。
통과대사토선포수집궤계포료판포료운동적분석，건립료포료판상사토미원적수력모형，병이용Matlab연건편정질대계산，득출료사토미원능구피수집적약속조건，거차설계료포료판적안장각도화선전속도。실험표명，재차포료판삼수하사토선포수집궤계대사토적수집솔가체97．8％，실현료사토적고수집솔청제。
Based on analyzing the motion of the throw-out plate on the sandy soil milling, the mechanical model of the minute sandy soil is established.And with the Matlab software tool, the constraint equation of collecting the minute sandy soil is got. Based on this, the setting angle and rotational speed of the throw-out plate are designed.With the new throw-out plate, ex-perimental results indicate that rate collecting sandy soil of sandy soil milling is greater than or equal to 97.6%.