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Design of variable screw pitch rib snapping roller and residue cutter for corn harvesters

机译:玉米收割机变螺距肋条snap紧辊和切屑机的设计

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The blocking between two snapping rollers will seriously constrict the harvesting efficiency for corn harvester. A variable screw pitch rib snapping roller was developed to solve this problem. The comparative experiment between fixed screw pitch rib snapping rollers and variable screw pitch rib snapping rollers illustrated that variable screw pitch ribs can avoid corn-stalk blocking effectively, and it can improve working efficiency by 56.7%. Conservation tillage with standing corn residue was testified that it had a strong control of soil wind erosion. In order to implement this mode of conservation tillage at a production scale, a cutter was developed in this study. Subsequently, two experiments were conducted, one was to test the cutting ratio (defined as the totally cut off stalk population divided by total stalk population), and the other one was to test standing-residue height. The experiment results showed that the mean cutting ratio increased significantly (p.
机译:两个卡紧辊之间的阻塞将严重限制玉米收割机的收割效率。为了解决这个问题,开发了一种可变螺距的肋条咬合辊。固定螺距肋条抓紧辊和可变螺距肋条抓紧辊的对比实验表明,可变螺距肋条可以有效避免玉米秸秆阻塞,工作效率提高56.7%。证明了保留玉米残留物的保护性耕作对土壤风蚀具有很强的控制作用。为了在生产规模上实施这种保护性耕作模式,本研究开发了一种切割机。随后,进行了两个实验,一个是测试截割率(定义为完全截断的秸秆数量除以总秸秆数量),另一种是测试残渣高度。实验结果表明,平均切削率显着提高(p。

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