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Dynamic Simulation Research on Chain Drive Mechanism of Corn Seeder Based on ADAMS

机译:基于ADAMS的玉米播种机链驱动机制动态仿真研究

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In order to reduce the damage to the chain and improve the seeding quality of the seeding machine, the corn seeder has the characteristics of the seeding quality and some technical indexes in the work of the corn seeding machine. The dynamic analysis of the chain drive mechanism is carried out by using the dynamic virtual prototype. In this paper, the speed of the corn planter is 5km/h, and the speed of the simulated knuckle is 0. l~0.9s. The velocity is 0.12m/s, which is equal to the chain speed when the seeder is running normally. Of the dynamic simulation of the movement and the actual situation is basically consistent with the apparent speed of the drive wheel has changed the acceleration and additional dynamic load, the chain drive has a very serious damage, and the maximum load value of 47.28N, in order to reduce the damage to the chain , As far as possible so that the sowing machine in the work to maintain a reasonable uniform speed, to avoid a greater acceleration, the corn sowing machine drive the design of a certain reference.
机译:为了减少对链条的损坏,提高播种机的播种质量,玉米播种机具有播种质量的特点和玉米播种机的工作中的一些技术指标。通过使用动态虚拟原型来执行链驱动机构的动态分析。在本文中,玉米播种机的速度为5km / h,模拟节点的速度为0.1〜0.9s。速度为0.12m / s,当播种机正常运行时等于链速。在运动的动态模拟和实际情况基本上与驱动轮的表观速度一致,链条驱动具有非常严重的损坏,最大负载值47.28n,在为了减少链条的损坏,尽可能使播种机在工作中保持合理的均匀速度,避免更大的加速,玉米播种机驱动某种参考的设计。

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