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首页> 外文期刊>Turkish Journal of Agriculture & Forestry >Research on Applying an Anchor Mechanism to Orchard and Vineyard Tractors Produced in Turkey
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Research on Applying an Anchor Mechanism to Orchard and Vineyard Tractors Produced in Turkey

机译:将锚机制应用于土耳其生产的果园和葡萄园拖拉机的研究

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In recent years, orchard and vineyard tractors have become widespread in Turkey. Owing to their narrow-track width and work environment, these tractors overturn easily. Therefore, tractor manufacturers have to fabricate roll-over protective structures (ROPS) that are high enough to prevent continuous rolling. In this study, an innovative system that increases the safety of the driver and decreases the ROPS height was tested on 20 tractors that are currently available for retail sale in Turkey. In order to determine the effect of an anchor mechanism on the height of the ROPS, the following parameters were investigated: tractor mass, the type of drive capability, the height of the center of gravity, and the moment of inertia. It was observed that an anchor mechanism could decrease the height of the ROPS by between 183 and 455 mm. The use of an anchor mechanism provides the manufacturers with an option that will allow them to produce more effective tractors with lower ROPS heights.
机译:近年来,果园和葡萄园拖拉机在土耳其普遍存在。 由于它们狭窄的宽度和工作环境,这些拖拉机容易翻开。 因此,拖拉机制造商必须制造高度足以防止连续轧制的滚动保护结构(ROP)。 在这项研究中,在20个拖拉机上测试了一种增加驾驶员安全性并降低ROPS高度的创新系统,目前正在为土耳其零售销售。 为了确定锚机构对ROPS高度的影响,研究了以下参数:拖拉机质量,驱动能力的类型,重心的高度和惯性矩。 观察到锚机机构可以将ROP的高度降低183和455mm。 锚机机制的使用提供了制造商的选择,该选项将使它们产生更有效的拖拉机,具有较低的ROPS高度。

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