CAJ | 학술논문

通过对逆转旋耕抛土过程的分析，根据现有抛土模型及某新型旋耕灭茬施肥播种联合作业机工作参数，运用MatLab 计算了抛土率，拟合了旋耕刀轴在270 r/min 下的抛土轨迹，确定了旋耕刀向前抛土时的角度位置，推导出了土垈碰撞后的运动轨迹，并运用MatLab 计算了抛土分布效果。该研究为新型旋耕灭茬施肥播种联合作业机排种管、排肥管的设计与布置提供了理论依据。
통과대역전선경포토과정적분석，근거현유포토모형급모신형선경멸치시비파충연합작업궤공작삼수，운용MatLab 계산료포토솔，의합료선경도축재270 r/min 하적포토궤적，학정료선경도향전포토시적각도위치，추도출료토대팽당후적운동궤적，병운용MatLab 계산료포토분포효과。해연구위신형선경멸치시비파충연합작업궤배충관、배비관적설계여포치제공료이론의거。
Back-throw-soil ration was calculated by matlab based on existing models and co-operation machine of rotary tiller fertilization sowing working parameters , and the soil trajectory was fitted when rotary knife shaft under 270r/min, the position of the rotary knife tossing the soil forward angle was determined .Deduced soil trajectory after the collision , throwing soil volume of up-cut rotary were calculated , and calculate the back-throw-soil distribution by matlab , it pro-vide the basis for the layout of seed tubes and fertilization tubes of co-operation machine of rotary tiller fertilization so-wing .