M8-M10外六角扳手工艺性分析及冲压模具设计
我设计的M8-M10外六角扳手主要用于家具装潢中，与家居装潢的木螺钉是配合使用的。当然我也是通过对实际的家具装潢中使用的M8-M10的木螺钉经行了测绘，深入了解后进行设计模具的。本说明书中还阐述了设计该型号的外六角扳手冲压模具的实用性和优缺点，对设计这套模具的整体思路做了详细的说明。并对其他几种成形工序模的适用范围也进行了介绍。我的说明书中对一些工艺参数的计算，还有详细的经验公式和参数表格。对一些比较抽象而复杂的概念如：搭边值压力中心确定方法等，配合相应的图做了详细的介绍。
毕业论文关键词：倒装复合模；工艺性分析；成型工序；
ABSTRACT This design instruction booklet mainly includes two aspects. First of all, with the prospect of the future development of my design subject of stamping die. Secondly, the entire contents of my curriculum design. Mainly includes the process analysis and calculation of the process parameters, the overall structure of the mold design, the main parts design, mold assembly and so on. My curriculum design is a M8-M10 hexagonal wrench mould. Through their own analysis, the blanking die to achieve the production and processing of parts, mold structure flip composite modulus. This design has the advantages of in on a design drawing simple, practical operation become safety, production efficiency. The rate is high, and the production cost is low.
The M8-M10 six angle wrench is mainly used for furniture and decoration, and home decoration wood screws are used in conjunction with. Of course, I also according to the actual use of the wood screw via the mapping, in-depth understanding of mold design. The specification also describes the design models of six angle wrench stamping die practical advantages and disadvantages, to design the mold overall train of thought of the detailed description. And several other forming process mode applicable scope were introduced. In the description of some process parameters calculation is also attached a detailed empirical formulas and tables. For some more abstract The complex concepts such as the method of determining the boundary value pressure center, and so on, are introduced in detail.
Key words: flip chip; process analysis; forming process;
目 录
第一章 绪论 1
第二章 冲压件工艺分析 2
2.1冲压件材料分析 2
2.2零件图分析 2
2.2.1零件结构形状分析 2
2.2.2尺寸和精度要求分析 3
第三章 冲压工艺方案确定 4
3.1冲裁工序组合 4
3.2选取复合模结构 4
第四章 工件的排样与搭边 6
4.1工件的排样设计 6
4.2搭边值 6
4.3材料利用率计算 7
4.3.1条料宽度计算及板材型号选择与剪切 7
4.3.2材料利用率计算 8
第五章 冲裁工艺力计算及压力机选择与校核 9
5.1冲裁力计算 9
上一篇：家用塑料喷头的注塑模设计
下一篇：UG聚丙烯塑料套模具设计与制造