设计简介
摘要：随着科学技术的进步和工业生产的迅速发展，冲压加工技术的应用越来越广泛，模具成形已成为当代工业生产的重要手段。
本设计以吊耳加强板零件冲压工艺与冲模设计的全过程，通过审查及工艺分析确定其为单工序模。然后再对此单工序模进行整体设计，在此过程中，凸凹模的设计为一难点，主要的是刃口的计算及定位方式的选择问题，然后再利用得出的数据结合有关的参考资料和图表，对模具的主要零件进行结构设计，最后根据全部零件的结构设计选用合适的模座和模柄，并选用合适的冲压设备，最后，画出冲裁模的总装图和零件图，在绘图过程中，使用的软件为Auto CAD。
关键词：冲压工艺 冲模设计 冲裁模
Abstract: with the development of science and technology and the rapid development of industrial production, stamping processing technology used more widely, die forming has become an important means of modern industrial production.
This design to lug reinforcing plate stamping parts stamping process and design process of examining and process analysis, determine the single procedure mode. Then again for a single process modules overall design, in this process, the design of die and punch for a difficulty, main is rigid the calculation and positioning the choice of the ways of problems, then reuse concluded data by combining relevant reference material and graphs, the main parts of mould structure design, according to all parts of the structure design chooses appropriate mould seat and die, and selects the appropriate handle pressing equipment, finally, draw the punch die final assembly figure and parts graph, in a drawing process, USES a software for Auto CAD.
Keywords: stamping process mould design punch mould
目 录
1. 前言1.1 机械与模具制造业在国民经济中的地位………………2
1.2 当前国际模具发展现状及其特点………………………2
1.3 我国模具发展现状及其特点……………………………3
1.4 冲压的基本工序及模具…………………………………4
1.5 吊耳加强板零件的简单介绍……………………………5
2.吊耳加强板冲压工艺分析2.1 零件结构的分析…………………………………………6
2.2冲裁件的精度与粗糙度…………………………………6
2.3冲裁件的材料……………………………………………6
2.4 确定工艺方案……………………………………………6
3. 冲裁模的设计 3.1冲压模具总体结构设计…………………………………8
3.2 零件工艺计算……………………………………………8
3.3冲裁力与冲裁压力中心的计算…………………………10
3.4 刃口的计算………………………………………………12
3.5 模具零部件结构的确定…………………………………12
3.6压力机的校核……………………………………………14
3.7冲裁模装配图……………………………………………16
3.8冲裁模零件图……………………………………………17
4 冷冲模零件的制造工艺4.1 传统模具制造向现代模具制造的过渡…………………19
4.2 冲模零件的加工工艺……………………………………20
5.结论……………………………………………21
6.参考文献………………………………………22
7.致谢……………………………………………23
本设计以吊耳加强板零件冲压工艺与冲模设计的全过程，通过审查及工艺分析确定其为单工序模。然后再对此单工序模进行整体设计，在此过程中，凸凹模的设计为一难点，主要的是刃口的计算及定位方式的选择问题，然后再利用得出的数据结合有关的参考资料和图表，对模具的主要零件进行结构设计，最后根据全部零件的结构设计选用合适的模座和模柄，并选用合适的冲压设备，最后，画出冲裁模的总装图和零件图，在绘图过程中，使用的软件为Auto CAD。
关键词：冲压工艺 冲模设计 冲裁模
Abstract: with the development of science and technology and the rapid development of industrial production, stamping processing technology used more widely, die forming has become an important means of modern industrial production.
This design to lug reinforcing plate stamping parts stamping process and design process of examining and process analysis, determine the single procedure mode. Then again for a single process modules overall design, in this process, the design of die and punch for a difficulty, main is rigid the calculation and positioning the choice of the ways of problems, then reuse concluded data by combining relevant reference material and graphs, the main parts of mould structure design, according to all parts of the structure design chooses appropriate mould seat and die, and selects the appropriate handle pressing equipment, finally, draw the punch die final assembly figure and parts graph, in a drawing process, USES a software for Auto CAD.
Keywords: stamping process mould design punch mould
目 录
1. 前言1.1 机械与模具制造业在国民经济中的地位………………2
1.2 当前国际模具发展现状及其特点………………………2
1.3 我国模具发展现状及其特点……………………………3
1.4 冲压的基本工序及模具…………………………………4
1.5 吊耳加强板零件的简单介绍……………………………5
2.吊耳加强板冲压工艺分析2.1 零件结构的分析…………………………………………6
2.2冲裁件的精度与粗糙度…………………………………6
2.3冲裁件的材料……………………………………………6
2.4 确定工艺方案……………………………………………6
3. 冲裁模的设计 3.1冲压模具总体结构设计…………………………………8
3.2 零件工艺计算……………………………………………8
3.3冲裁力与冲裁压力中心的计算…………………………10
3.4 刃口的计算………………………………………………12
3.5 模具零部件结构的确定…………………………………12
3.6压力机的校核……………………………………………14
3.7冲裁模装配图……………………………………………16
3.8冲裁模零件图……………………………………………17
4 冷冲模零件的制造工艺4.1 传统模具制造向现代模具制造的过渡…………………19
4.2 冲模零件的加工工艺……………………………………20
5.结论……………………………………………21
6.参考文献………………………………………22
7.致谢……………………………………………23
