充电器外壳注射模的CAD设计

论文编号:JX823  论文字数:14458.页数:34   附任务书，开题报告，文献综述，外文翻译，CAD图，3D图

摘  要
 注射成型技术能够一次成型形状复杂的制件，具有成型周期短、生产效率高和尺寸精确的优点，注射模是当今模具行业中潜力最大的一种模具，本文为一个充电器外壳完成了其注射模的结构设计计算及3D设计。该模具采用一模两腔的型腔布局，总体结构设计为单分型面点浇口注射模，成型零部件采用整体嵌入式结构。模具设计过程中应用模具三维CAD技术，首先用SolidWorks软件完成塑料瓶盖产品的三维建模，然后用SolidWorks软件完成注射模的三维设计，最后绘制出模具的二维装配图和部分零件图。总体上，模具结构设计合理，计算简要，三维设计直观性强且易于实现模具CAM和数控加工，对该类产品的模具设计及制造有一定的借鉴意义。
 关键字：注塑模  单分型面  SolidWorks  IMOLD  CAD 
 The Injection Mold Design of a Electricity Charger Cover Based on CAD
 
Abstract
 Injection molding technology to a complex shape parts with short cycle times, production efficiency and size advantages of precision injection mold tooling industry today, the greatest potential for a mold, the paper shell as a charger to complete its Injection Mold for structural design calculations and 3D design. The use of a mold cavity of the two-mode cavity layout, the overall structure of the design surface for the single-point gate injection mold, molding components embedded using the whole structure. Mold design process the application of three-dimensional CAD technology, first used SolidWorks software products, plastic bottle three-dimensional modeling, and then use SolidWorks software to complete the three-dimensional injection mold design, mold the final draw of the two-dimensional assembly drawings and parts diagram. In general, the die structure design is reasonable to calculate a brief, three-dimensional design of intuitive and easy to achieve strong CAM and CNC machining molds, the products of the mold design and manufacture of a certain degree of reference.
 Keywords: Injection Mold; Two-plate Mold; SolidWorks; IMOLD; CAD
 
目  录
摘  要 i
Abstract ii
目  录 iii
第一章 绪论 1
1.1  我国模具工业的现状和发展 1
1.2  SolidWorks 2007 软件的简介 4
1.3  课题的提出及主要内容 6
第二章 塑件结构工艺性分析及设计计算 7
2.1  塑件结构分析 7
2.2  塑件的尺寸精度及表面质量 9
2.3  PP的性能分析与成型特点 10
2.4  模具结构形式与设计计算 12
第三章 基于SolidWorks的模具三维设计 15
3.1  装载产品、设置收缩率、调节模具坐标 15
3.2  型腔布局设计和浇注设计 18
3.3  标准模架的载入、冷却系统和推出机构的设计 21
第四章 结论 28
参考文献 29
致  谢 30

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