成都理工大学工程技术学院毕业论文
基于Pro/E的 手机充电器外壳设计
作者姓名:杨三万
专业名称:机械设计与制造
指导教师:向渝
基于Pro/E的手机充电器外壳设计
摘 要
计算机仿真设计是制造业中的新型手段,是应用电子计算机对系统的结构、功能和行为以及参与系统控制的人的思维过程和行为进行动态性比较逼真的模仿。它是一种描述性技术,是一种定量分析方法。通过建立某一过程和某一系统的模式,来描述该过程或该系统,然后用一系列有目的、有条件的计算机仿真实验来刻画系统的特征,从而得出数量指标,为决策者提供有关这一过程或系统得定量分析结果,作为决策的理论依据。
运用计算机软件对运动和动力学仿真分析,从而验证、修改、优化设计方案,使得以前需要组织研究团队,进行复杂设计计算,制造物理样机验证结果的设计过程大大简化,节约成本。下面我们通过pro\\E对手机充电器外壳进行结构设计、参数设计及三维建模。
关键词:三维建模 仿真技术
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基于Pro/E的手机充电器外壳设计
Abstract
Computer simulation design is new in manufacturing, which means to apply a computer system structure, function and behavior and participation of control system for dynamic process of thinking and behavior of comparative lifelike imitation. It is a descriptive technology, is a kind of quantitative analysis method. By establishing a process and a system model, to describe this process or the system, then use a series of purpose, conditional computer simulation experiment to depict the system characteristic, thus draws quantitative index for decision makers with this process or systems quantitative analysis results, as decision theory basis.
Using computer software means of movement and dynamics simulation, which testified, modify, optimizing design scheme, making that need to be organized research team, before the complex design calculation, manufacturing physical prototype design of the results of the validation process, saving cost greatly simplified. Below we through the pro \\ E of cell phone charger shell structure design, parameter design and 3d modeling.
Key words: 3d modeling,The simulation technology
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基于Pro/E的手机充电器外壳设计
目 录
摘 要 ............................................................................................................. I Abstract ....................................................................................................... II 目 录 ........................................................................................................... II 前 言 ............................................................................................................ 1 绪 论 ............................................................................................................ 2
1 手机充电器简介 .............................................................................. 2
2 电话的市场调研 .............................................................................. 4 3 手机充电器的市场走向 ................................ 错误!未定义书签。 1 材料的选取 .............................................................................................. 10
1.1ABS树脂的性质 ..................................................................... 10 1.2 ABS树脂的材料展望 ............................................................. 10 1.3 ABS树脂的管材的特点 ......................................................... 11
2 面底壳的设计 .......................................................................................... 13
2.1 止口线的制作 ........................................................................ 13 2.2 螺丝柱的结构 ........................................ 错误!未定义书签。 2.3 主扣分布 ................................................................................ 16 2.4 接触头的滑槽的设计 ............................................................ 17 2.5 散热窗、贴主标的位置,支撑凸点的设计 .......................... 18 2.6 USB 的固定结构 .................................. 错误!未定义书签。
3 压盖的设计 .............................................................................................. 20
3.1 压盖装配位置的结构设计 .................................................... 20 3.1 压盖装配位置的结构设计 .................................................... 21
4 各部分的安装设计 .................................................................................. 22
4.1 插头安装的设计 .................................... 错误!未定义书签。
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