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Design of a New Soil-Tuber Separation Device on Potato Harvesters

机译:马铃薯收获机上新型土壤-土壤分离装置的设计

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A new soil-tuber separation device on potato harvesters has been developed. It mainly comprises a linear motor, a rectangular screen, a frame, four supporting springs and four dampers. It is the first time to propose that the soil-tuber separation device is driven by the linear motor. Forces acting on the rectangular screen are found. A differential equation for describing the forces is set up. An equation for evaluating exciting force of the linear motor has been derived from the solution to the differential equation. An equation of the factors affecting on the device resonance has also been obtained. Additionally, an equation for evaluating the deformed magnitude of the damping springs in the dampers has been derived. And finally a motion simulation experiment for the rectangular screen on a potato harvester has been done with the Matlab/Simulink module. The experiment expressed that the method is feasible.
机译:已经开发了马铃薯收获机上的新型土壤块茎分离装置。它主要包括一个线性电动机,一个矩形筛网,一个框架,四个支撑弹簧和四个阻尼器。这是首次提出用线性电动机驱动土壤块茎分离装置。找到作用在矩形屏幕上的力。建立用于描述力的微分方程。从微分方程的解中导出了用于评估线性电动机的激振力的方程。还获得了影响器件谐振的因素方程。另外,已经得出了用于评估减震器中的减震弹簧的变形量的方程式。最后,使用Matlab / Simulink模块对马铃薯收割机上的矩形筛子进行了运动仿真实验。实验表明该方法是可行的。

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