设计简介
摘 要
本文基于机械设计、机械原理和Solidworks三维绘图软件等相关知识与理论,通过搜集啤酒生产线贴标机设备的相关资料、阅读相关的文献与书籍以及参考市面上的啤酒生产线贴标机设备实体,首先对啤酒生产线贴标机设备的主要机构零部件模型进行设计,其次利用Solidworks三维绘图软件将设计好的零部件模型进行零件建模,然后将建好的所有零部件模型进行装配设计,得到相应的装配体模最后对装配体模型进行运动仿真。
关键字:啤酒生产线贴标机设备,Solidworks,零件建模,装配设计,运动仿真
本文基于机械设计、机械原理和Solidworks三维绘图软件等相关知识与理论,通过搜集啤酒生产线贴标机设备的相关资料、阅读相关的文献与书籍以及参考市面上的啤酒生产线贴标机设备实体,首先对啤酒生产线贴标机设备的主要机构零部件模型进行设计,其次利用Solidworks三维绘图软件将设计好的零部件模型进行零件建模,然后将建好的所有零部件模型进行装配设计,得到相应的装配体模最后对装配体模型进行运动仿真。
关键字:啤酒生产线贴标机设备,Solidworks,零件建模,装配设计,运动仿真
ABSTRACT
This paper is based on the machinery design and machinersoftware to conduct the part modeling which was designed well, and then conduct assembly design which the parts was built, get the corresponding assembly model, finally conduct movement simulation to the corresponding assembly model. ing machine and reading the related literature books and referring to the sewing machine in the tailor shop, first of all, design the main parts institutional model of the sewing machine, secondly use the Solidworks 3D drawing software to conduct the part modeling which was designed well, and then conduct assembly design which the parts was builty principle and the 3d drawing software and related knowledge and theory, by collecting relevant data of sewing machine and reading the related literature books and referring to the sewing machine in the tailor shop, first of all, design the main parts institutional model of the sewing machine, secondly use the Solidworks 3D drawing software to conduct the part modeling which was designed well, and then conduct assembly design which the parts was built, get the corresponding assembly model, finally conduct movement simulation to the corresponding assembly model. ing machine and reading the related literature books and referring to the sewing machine in the tailor shop, first of all, design the main parts institutional model of the sewing machine, secondly use the Solidworks 3D drawing software to conduct the part modeling which was designed well, and then conduct assembly design which the parts was built, get the corr。
Key Words: sewing machine, Solidworks, part modeling ,assembly design, movement simulation
This paper is based on the machinery design and machinersoftware to conduct the part modeling which was designed well, and then conduct assembly design which the parts was built, get the corresponding assembly model, finally conduct movement simulation to the corresponding assembly model. ing machine and reading the related literature books and referring to the sewing machine in the tailor shop, first of all, design the main parts institutional model of the sewing machine, secondly use the Solidworks 3D drawing software to conduct the part modeling which was designed well, and then conduct assembly design which the parts was builty principle and the 3d drawing software and related knowledge and theory, by collecting relevant data of sewing machine and reading the related literature books and referring to the sewing machine in the tailor shop, first of all, design the main parts institutional model of the sewing machine, secondly use the Solidworks 3D drawing software to conduct the part modeling which was designed well, and then conduct assembly design which the parts was built, get the corresponding assembly model, finally conduct movement simulation to the corresponding assembly model. ing machine and reading the related literature books and referring to the sewing machine in the tailor shop, first of all, design the main parts institutional model of the sewing machine, secondly use the Solidworks 3D drawing software to conduct the part modeling which was designed well, and then conduct assembly design which the parts was built, get the corr。
Key Words: sewing machine, Solidworks, part modeling ,assembly design, movement simulation
目 录
第1章引言 1
1.1 课题来源及研究目的和意义 1
1.2 啤酒生产线贴标机设备的方案分析 5
1.2.1 结构分析 5
1.2.2 机械结构总体方案和布局 6
2.1分离气缸的选用 8
2.2夹瓶装置的设计 10
2.2.1 夹瓶电机的选用原则及计算 10
2.2.1同步带传动的设计………………………………… ……………11
2.3分瓶装置的设计…………………………………………………………….12
2.3.1步进电机的工作原理…………………………………………….13
2.3.2布进电机的设计计算…………………………………… ………16
2.4贴标装置的设计…………………………………………………………….17
2.4.1收卷电机的选择…………………………………………………….18
2.4.2传动轴的设计计算………………………………………………….19
2.4.3轴承的强度的校核………………………………………………….23
第3章 机架的设计 24
第4章 结构设计及三维建模 26
4.1自动储瓶装置的设计及建模 27
4.2分瓶装置的设计及建模 29
4.3 夹瓶装置的的设计及建模 30
4.4 设计中用到的标准件建模 30
第5章 主要零件的应力分析及仿真……………………………………….31
第6章 三维软件机械设计总结………………………………………..............31
结 论 32
参 考 文 献 33
致 谢 34














