摘 要
甘蔗种植机是一种用于甘蔗种植的现代化机械装置，它可以实现自动化的甘蔗种植，提高种植效率和收成质量。本文通过对甘蔗种植机的机械设计进行研究，提出了一种新的甘蔗种植机设计方案。
首先，本文对现有的甘蔗种植机进行了分析和评估，发现现有的甘蔗种植机存在结构复杂、操作繁琐、效率低下等问题。因此，本文提出了一种基于传动轴的甘蔗种植机设计方案，该方案通过减少传动轴的数量和优化传动轴的结构，实现了甘蔗种植机的简化和自动化。其次，本文对甘蔗种植机的机械结构进行了设计和优化。在设计中，本文采用了三维建模技术，对甘蔗种植机的各个部件进行了精确的建模。在优化中，本文采用了有限元分析技术，对甘蔗种植机的各个部件进行了强度和刚度分析，确保了甘蔗种植机的可靠性和稳定性。最后，本文对甘蔗种植机进行了实验验证。实验结果表明，本文设计的甘蔗种植机具有结构简单、操作方便、种植效率高、收成质量好等优点，可以有效地提高甘蔗种植的效率和质量。
综上所述，本文提出了一种新的甘蔗种植机设计方案，通过对甘蔗种植机的机械结构进行设计和优化，实现了甘蔗种植机的自动化和简化，取得了较好的实验效果，为甘蔗种植机的机械设计提供了一种新的思路和方法。
关键词：甘蔗种植机；自动存储排种器；机械设计；结构设计；CAD
ABSTRACT
Sugarcane planter is a modern mechanical device used for sugarcane planting, which can realize automatic sugarcane planting, improve planting efficiency and harvest quality. In this paper, a new design of sugarcane growers. Firstly, this paper analyzes and evaluates the existing sugarcane growers and finds some problems including complicated structure, complicated operation and low efficiency.
Therefore, this paper proposes a sugarcane planter design scheme based on the drive shaft, which simplifies and automates the sugarcane planter by reducing the number of drive shafts and optimizing the structure of the drive shafts. Secondly, the paper designs and optimizes the mechanical structure of the sugarcane growers. In the design, this paper adopts three-dimensional modeling technique to accurately model each parts of sugarcane planter. In the optimization, the finite element analysis technique is used to analyze the strength and stiffness of the reliability and stability of sugarcane growers. Finally, this paper has experimentally verified the sugarcane growers. The experimental results show that the sugarcane planter has simple structure, convenient operation, high planting efficiency and good harvest quality, which can effectively improve the efficiency and quality of sugarcane planting.
In conclusion, this paper proposed a new design scheme, which by designing and optimizing the mechanical structure of sugarcane growers achieves automation and simplification, achieves good experimental effect, and provides a new idea and method for the mechanical design of sugarcane growers.
Key words: sugarcane planter; automatic storage seed filter; mechanical design; structural design; CAD
