Abstract

In view of the problems existed of sugarcane harvester in China, the paper analyzes the types and characteristics of the existing sugarcane collection mechanism. A new type of three degree of freedom sugarcane harvester hybrid drive collection mechanism was designed in three dimensions. The geometric model of the new configuration related components and the overall assembly was established. And imported into the ADAMS simulation software. After the simulation, the working point and the force curve of the component node were output and analyzed. In order to obtain the motion law of the new three-degree-of-freedom stacking mechanism, verify the correctness of the theoretical model, and provide reference for the in-depth research and prototype trial production of the stacking mechanism in the future.

Highlights

  • Throughout the development of the world sugar cane industry [1, 2], the regions of the Americas and Australia [3] have flat terrain due to sugarcane planting

  • Falling to the ground or unloading position is not conducive to the sugarcane transportation problem of harvesting, which greatly affects the efficiency of sugarcane harvesters and the quality of sugarcane, which seriously restricts the development of agricultural economy

  • According to different planting terrains, different types of cane collecting mechanisms such as one-side dumping stacking mechanism, double-side dumping stacking mechanism and triangular stacking mechanism have been designed [4, 5], it is found that flexibility of the sugarcane collection mechanism is poor

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Summary

Introduction

Throughout the development of the world sugar cane industry [1, 2], the regions of the Americas and Australia [3] have flat terrain due to sugarcane planting. The development history of sugarcane harvesters in China is relatively slow, and there are few researches on sugarcane harvesters. From the specific point of view, the existing sugarcane harvesters have the imperfections in the collection of sugarcane efficiency and quality after harvesting, such as the existence of sugarcane collection. Falling to the ground or unloading position is not conducive to the sugarcane transportation problem of harvesting, which greatly affects the efficiency of sugarcane harvesters and the quality of sugarcane, which seriously restricts the development of agricultural economy.

The design of the sugarcane collection mechanism
Mechanical simulation analysis
Conclusions

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