CAJ | 학술논문

针对现有花生排种器只能定量排种的弊端，设计了一种调整挡板结构。其通过改变内孔宽度的大小实现对较小种子的排种，提高了排种器的精播率。建立了清种区种子的运动数学模型，计算出了排种盘的角速度范围，在此基础上通过 ADAMS仿真得到了较为理想的排种盘角速度范围，并通过分析内孔和外孔中种子的运动轨迹曲线得到了不同排种盘角速度和不同内孔深度对清种区大小的影响，为排种器的改进和发展提供了一定的理论参考。
침대현유화생배충기지능정량배충적폐단，설계료일충조정당판결구。기통과개변내공관도적대소실현대교소충자적배충，제고료배충기적정파솔。건립료청충구충자적운동수학모형，계산출료배충반적각속도범위，재차기출상통과 ADAMS방진득도료교위이상적배충반각속도범위，병통과분석내공화외공중충자적운동궤적곡선득도료불동배충반각속도화불동내공심도대청충구대소적영향，위배충기적개진화발전제공료일정적이론삼고。
In view of the existing peanut seeder can only metering malpractice ,this paper put forward an Adjustment-baf-fle structure to solve this problem .This structure improves the metering precision sowing rate , which can realize the see-ding of the smaller seeds that through changing the width size of inner hole .Mathematical model of motion for the seeds in the clearing area was established , the range of angular velocity of the seed discharging disc was calculated , on the ba-sis of it, ideal range of angular velocity was gotten through ADAMS simulation , and the effects that different seeding disc angular sizes and different hole depth on the cleaning zone was gotten through the analysis of inner hole and the hole trajectory curve of seed .It provides certain theory reference for the improvement and development of metering device .