滑动臂注塑装配图
录像摄像机摇臂的注塑模具设计
摘要
近年来，信息产业、汽车及其配件、塑料制品等工业的快速发展，对模具水平的要求越来越高，需求量也越来越大。
尤其是注塑模具，而塑料模占模具总量的比例达到35%～40%，塑料成型模具的应用在类模具的应用中占有领先地位。随着我国经济的发展，国家经济建设持续稳定的发展，塑料制件的生产越来越广泛，塑料成型工业在基础工业中的地位日益重要。
本文详细介绍了摄像机摇臂的注塑模具设计，型腔布局，浇注系统，成型零部件，合模导向机构，脱模机构，调温系统等工艺做了完整的设计和计算。
关键词：注塑模具、摄像机摇臂、设计、计算
ABSTRACT
In recent years, the information industry, automotive and accessories, plastic products and other industries of rapid development of the requirements of the mold level is getting higher and higher demand is also growing.
Especially the injection mold, and plastic mold accounted for the proportion of the total amount of mold to 35% to 40%, the application of plastic molding die in the application of various types of mold occupy a leading position. With the development of China's economy and the sustained and stable development of the national economy, the production of plastic parts is becoming more and more extensive. The position of plastic molding industry in the basic industry is becoming increasingly important.
This paper introduces the design and calculation of the injection mold design, cavity layout, gating system, forming parts, mold clamping mechanism, stripping mechanism and thermostat system of the camera rocker.
Key words：injection mold、camera rocker、design、calculation
目录
摘要I
ABSTRACT II
1.绪论1
1.1选题依据和理论意义1
1.2研究概况和发展趋势1
1.3设计任务和预计成果2
2.工艺性分析3
2.1材料选择3
2.2塑件的尺寸与公差3
2.3确定塑件工艺参数3
2.4塑件的结构要素设计3
3.摄像机摇臂的注塑模具设计4
3.1选择注射机4
3.2型腔布局5
3.3分型面的设计5
3.4浇筑系统的设计5
3.5设计排气措施7
3.6成型零部件的设计8
3.7设计合模导向机构10
3.8脱模机构设计11
3.10设计温度调节系统12
4.结论13
参考文献14
附录一通过等离子体氮化法对AISI-SUS420模具进行微型成型注塑成型15
附录二英文原文17
致谢25
滑动臂A2.
动模型腔
滑动臂型腔结构示意图A2
脱模示意图A2
装配部分视图1A1
装配部分视图2A1
定模型腔
设计字数统计
设计所包含文件
设计目录
中英文摘要
