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In view of the fact that in the sugarcane planting area in southern China, the plow foundation is mainly plowed and the hard plow bottom is formed, and in recent years, there are some problems such as the soil adhesion of soil components, crop stalks and other jamming tools and the high energy consumption of the machine tools in the implementation of conservation tillage techniques. Based on the above problems, we designed the 1SG-230-type rear-mounted subsoiling and rotary tillage combined machine. In this paper, we design and analyze the key components such as the overall mechanism of machine tools, rotary tillage and deep pine, etc., and evaluate the performance of the machine in field experiments with the intelligent subsoiling system.

Development of 1SG-230 Type Intelligent Rear-Mounted Subsoiling and Rotary Tillage Combined Machine for Sugarcane Field