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Design of the Chassis Copying Device for the Greenhouse Self-propelled Car

机译:温室自推进车的底盘复印装置的设计

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China's research and application in facility agriculture has continued to develop. The construction area of greenhouses and greenhouses now accounts for more than 40% of the world. Vegetables grown in the greenhouse, flowers only be harvested, managed, and harvested can it achieve greater benefits. Due to the unevenness of the ground, the depth of seeding of traditional sowing machines varies. Besides, it also affecting the emergence of neat seedlings and increasing management difficulties. Foremostit causing the waste of chemical liquids and serious pollution during plant protection machinery work. These traditional working machines are no longer suitable for the fine agriculture that the country wants to develop for agriculture.Combining with the actual situation of greenhouse production in China, it is a very important task to improve the design of a suitable profiling machine by studying the appropriate profiling devices at home and abroad.However, there are few studies on the greenhouse landscaping machine at present, More importantly, most of the copying devices are hydraulic profiling and spring profiling for field operations. Therefore, in order to adapt to the urgent need of improvingthe greenhouse greenhouse and high-efficiency agriculture, the hydraulic-spring profiling mechanism was designed and designed, and the chassis was generally laid out and designed. Moreover , dynamic analysis was performed after 3D mapping.
机译:中国在设施农业的研究和应用继续发展。温室和温室的建筑面积现在占世界40%以上。在温室中种植的蔬菜,仅收获,管理和收获的花卉可以实现更大的好处。由于地面的不均匀,传统播种机的播种深度变化。此外,它还影响整洁幼苗的出现以及增加的管理困难。在植物保护机械工作中造成化学液体浪费和严重污染的原因。这些传统的工作机器不再适用于该国希望为农业开发的良好农业。通过中国温室生产的实际情况,这是一种通过学习改善合适的分析机器设计的非常重要的任务在国内外的适当分析设备。然而,目前有很多关于温室园林绿化机的研究,更重要的是,大多数复制装置是用于现场操作的液压分析和弹簧分析。因此,为了适应改善温室温室和高效农业的迫切需要,设计设计和设计了液压弹簧分析机制,底盘通常布置和设计。此外,在3D映射之后进行动态分析。

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