Abstract
The grain combine harvester is a large and complex agricultural machine, and the transmission system is an important part of the combine harvester. The effect of the transmission system has a significant impact on the performance of the combine harvester. Hydraulic systems play an increasingly important role in harvester drive systems. The body leveling hydraulic system generally has overflow loss and heavy throttling loss leading to hydraulic energy loss. There is a power mismatch between the power source and the load, and the power mismatch causes the energy loss problem. At present, there is less research on the leveling of harvesting locomotives in China. In this paper, reasonable power matching is carried out for the components of the grain combine harvester body, and the hydraulic drive scheme of the functional module that meets the requirements is designed. The parameters of the hydraulic system are optimized by AMESim simulation software, and the subsequent combine harvester drive System design provides a reference.
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