多用途门座起重机运行机构设计(含SolidWorks三维图)

多用途门座起重机运行机构设计(含SolidWorks三维图)(任务书,开题报告,论文说明书12000字,SolidWorks三维图)
摘要
随着中国制造业和物流业的快速发展,门座式起重机在港口、码头、货场等方面具有不可替代的地位。本次毕业设计所设计的机构是多用途门座式起重机的运行机构。运行机构主要用于水平调整起重机的工作位置。本设计依据任务书提出的设计参数和机型要求，首先进行了设计选型，完成了多用途门座式起重机总体设计计算；然后完成了运行机构设计计算及传动零件的选型；最后使用三维建模软件SolidWorks对运行机构主要零件进行建模，以直观体现各零部件个构成。
关键词：多用途门座式起重机；总体设计；运行机构设计

Abstract
  With the rapid development of China's manufacturing and logistics industry, portal cranes are irreplaceable in ports, wharfs and freight yards.
The role. The graduation design is designed by a multi-purpose gantry crane. The operation mechanism is mainly used for the horizontal adjustment of the crane's working position. This design is based on the design parameters and model requirements proposed by the task book. First, the design selection is carried out, and the overall design calculation of the multi purpose portal crane is completed. Then the design calculation of the operating mechanism and the selection of the transmission parts are completed. Finally, the 3D modeling software SolidWorks is used to model the main parts of the operating mechanism. In order to intuitively reflect the components of each component.

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Key Words: Multi-purpose portal cranes; overall design; operating mechanism design

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目录
1、绪论    1
1.1课题研究的目的及意义    1
1.2现状分析    1
1.3 拟采用的技术方案及措施    2
2多用途门座式起重机总体设计    3
2.1设计参数    3
2.2确定起重机工作机构和金属结构形式    4
2.3载荷计算    9
2.4起重机轮压计算    19
2.5整机抗倾覆稳定性计算    21
3运行机构设计计算    27

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3.1车轮的选择    27
3.2电动机的选择    27
3.3减速器的选择    29
3.4制动器的选择    31
3.5联轴器的选择    32
3.6打滑验算    33
4驱动台车的仿真    35
4.1 SolidWorks的简介    35
4.2 主要零部件建模    35
4.3 运行机构主要零部件的装配    41
5环境影响与经济性分析    43
5.1环境影响    43
5.2经济性分析    44
参考文献    45
致谢    46
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