可调喷嘴塑料模设计说明书+CAD图纸
完成塑料成型工艺设计和模具设计与制造工艺等内容：通过毕业设计的学习，可以UG进行简单的三文造型，编制模具工作零件的机械加工工艺性是，了解模具的加工流程，加工工艺，学会分析确定浇注系统和分型面，进行模流分析，来确定最佳的浇注系统。完成一整套二文、三文模具零件图、总装图，完成说明书，最后通过毕业设计答辩。
关键词：机械设计；注塑模；可调喷嘴；滑块
Abstract: This project belongs to electrical components as shown in three-dimensional modeling data, the product is the main component parts. Part is the use of plastic molding, the appearance of high surface quality requirements, the shape does not allow leaving obvious traces of graduation integrated practice, you can learn a special part of the release structure, the subject meet graduation requirements. Focus on solving the mold structure design is reasonable, the exhaust of the better, as far as possible to achieve the accuracy required after molding requirements, to consider the deformation of the molding process. Production program is: Nissan 200-800 pieces belong to the production, requiring a mold one. After completion of the project according to business requirements and design cold runner mold, as an important reference for technological transformation of enterprises technical information. According to the design assignments requiring students to collect plastic material molding process parameters as well as relevant information, apply their knowledge and skills to solve the production of molded plastic material aspects of the practical problems.
Complete plastic molding process design and mold design and manufacturing processes, etc.: learning through graduate design can UG simple three-dimensional modeling, preparation of working parts of the machine mold processing technology is to understand the mold machining processes, processing technology, learn to analyze OK gating system and parting surface, mold flow analysis to determine the best casting system. Complete set of two-dimensional, three-dimensional mold parts diagram, assembly diagrams, complete instructions, and finally through graduation reply.
Keywords: mechanical design; injection mold; adjustable nozzle; slider
目 录
摘 要 1
1 绪论 5
1.1 引言 5
1.2 主要零件结构分析 5
2 结构设计 6
3 材料的选择 8
4 确定塑料成型方式及工艺过程 11
4.1 成型工艺规程 11
5 分析塑件结构工艺性 12
5.1 塑件尺寸精度分析 12
6 初步选择注塑成型设备 13
6.1 依据最大注射量初选设备 13
6.2 依据最大锁模力初选设备 14
7 确定成型工艺参数 15