论文部分内容阅读
桔园多建于山丘坡地,桔树常种在狭窄梯台。桔树树冠低矮,整机和操作者均难于进入作业,为使机器能伸入树冠下作业,宜采用前置式结构(将旋耕器设在前部),为使前置式旋耕器获得入土力矩并稳定作业,需采用上切削(铊刀自下向上切削即反转)。本文从实验机型出发,对前置上切削旋耕机的运动学、动力学和功率消耗等问题进行了初步的分析研究。
Orange garden and more built in the hillside slopes, orange trees are often planted in the narrow ladder. Orange tree canopy is low, the whole machine and the operator are difficult to enter the homework, in order to make the machine into the canopy operation, should adopt the front structure (rotary trowel located in the front), in order to make the front rotary tillage Machine access to earthing torque and stable operation, the need to use the upper cutting (thallium knife cut from bottom to top that is reversed). In this paper, based on the experimental models, the kinematics, dynamics and power consumption of the front-cutting rotary tiller are analyzed and studied.