Solidworks卷绕式真空镀膜机总体及送丝机构结构设计+CAD图纸
本文重点对真空镀膜机的工作原理、特点、结构等进行了介绍，同时对镀膜机力能参数的计算进行了分析，并计算选择了相关棍子的电机，计算了镀膜机的驱动功率。镀膜机的机架、机座、传动等部分设计不属于本次设计的重点，所以在这里只是作了简单的介绍，本文最后总结了设计结果和相关参数。限于本人的水平，文中有误漏之出，还请批评指正。通过对本课题的设计我更加深入的了解了本次课题研究的不敌与意义。22331
毕业论文关键词：镀膜机；真空；辊子；冷却辊Abstract
Winding vacuum coater is starts from the 30's a vacuum device with vacuum aluminized paper and appear. Development so1 far, many countries have already formed a variety of their products, and widely the equipment for electrical film, optical film, heat insulation film, decorative film, magnetic film, trademark film and gold and silver thread, bronzing materials in production, use in various fields of the national economy. Before the factory mostly adopts
double motor drive, along with the development of social economy, already cannot satisfy people processing of large material, in this case, large coating machine three motor driven emerge as the times require, so we carried on the design.
This paper focuses on the working principle, characteristics, structure of vacuum coating machine are introduced, calculation and parameter of the coating machine are analyzed, and the calculating and choosing the motor related stick, drive power coating machine is calculated. Part of the design of the straightening machine frame, frame, transmission and so on are not the focus of this design, so here is a brief introduction, this thesis summarizes the design results and related parameters. Because of my limited level, this paper has missed out, also please criticism. Through the design of the topic I more in-depth understanding of the defeat and significance of this subject research.
Keywords: Coating machine, winding, vacuum
目录
摘要 1
Abstract 2
目录 3
第1章 绪论 4
1.1 课题介绍 4
1.2 选题背景 4
1.3 选题意义 6
1.4 国内外发展现状 7
1.4.1 在光学应用领域 8
1.4.2 在半导体器件、大规模集成电路制造的应用领域 10
1.4.3 电容器、包装和装饰金属化膜材的应用 12
第2 章 设计方案的论证 13
2.1 技术参数 13
2.2卷绕系统及控制 13
第3章 卷绕式真空镀膜机的组成和工作原理 15
3.1 真空主体——真空室 15
3.2 辅助抽气系统 15
3.3 蒸发系统 19
3.4 成膜控制系统 20
第4章 卷绕式真空镀膜机的总体设计 22
4.1 各部件的设计 22
4.1.1 输入轴的设计计算 22
4.1.2 输出轴的设计计算 25
4.3 轴承的选择计算 26
4.3.1 轴承的选择 26