弹簧冲压模毕业设计说明书

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1、安徽机电职业技术学院毕业设计（论文）题目：弹簧冲压模设计系别机械工程系专业模具设计与制造班级0000班姓名张XX学号12020900002011～2012学年第一学期11(1)摘要模具是现代工业的重要工艺设备，随着科学技术的不断进步，它在国民经济中占有越来越重要的地位，发展前景十分广阔。装备制造业在2007年的迅速发展，尤其是汽车和电子电器产品的高速增长，为模具工业的发展营造了良好的市场环境。本次综合实训设计垫片的复合冲压模具，从零件的工艺性分析到模具结构的设计再到工艺计算，一直到最后的模具装配图。(2)摘要内容首先，模具是制造业的重要基础工艺装备，工业产品大批量生产和新产品开发都离不开模具，

2、用模具生产制件所达到的四高二低（高精度、高复杂程度、高一致性、高生产率和低耗能、低耗材）使模具工业在制造业中的地位越来越重要。其次，人们常见的工业产品有60％—90％的零件需要用模具成形。模具精度低，则产品质量差，模具寿命低，则产品成本高。模具的分类和占有量1、敞开模：结构简单，尺寸小、重量轻、制造易、成本低、但寿命低、精度差、适于精度要求不高，开头简单，小批量或试制的冲裁件。2、导板式：精度比敞开模高，适于开头简单，工件尺寸不大的冲裁件。要求压力机行程不大于导板厚度。3、导柱式：导柱导向保证冲裁间隙均匀，冲裁件的工件尺寸精度高，模具使用寿命长，安装方便，适于大批量生产。4、连续模：条料要求精

3、确定位，使内孔与外形相互位置精度得到保证。生产率高，具有一定的冲裁精度，适于大批量生产。5、复合模：冲裁件的内外形相互位置精度高，适合于大批量生产本设计主要是采用正装式复合模，进一步加深对冷冲压的了解。（3）关键词：词1：凸凹模词2：冲孔凸模、落料凹模22目录引言（绪论）···························································································1一、冲裁件的工艺性分析·····························································

4、···············7二、确定冲压工艺方案···············································································7三、选择模具结构形式···············································································71.模具的形式··················································································42.定位装置········

5、·············································································43.卸料装置·····················································································44.导向零件·····················································································45.模架··································

6、·························································4四、必要的工艺计算··················································································81.排样设计与计算············································································42.计算冲压力·························································

7、·························43.计算模具压力中心·········································································44.计算模具刃口尺寸·········································································4五、垫片复合