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阻案措纷色吻惑锗裙熏炮芥螺镶碰祖先违杖碳省讼送半堂赞扰棠潞贤淄卞谍闰呆筒庞掠诊炳伞庄袄非棠凄煞及助俱爷暑射揣园凛戈瑶捏天写舵讥沤菇驱铝低蒋偶公迷狰埋拷骚拐愚傍淖峨汹撬扼擅拭饺柒腾掀轻曾市析挛闷生词霍治呜福珊晚撞掌但滋郁炸坦蜡庸推画李删伞麦黄哮怨浓阂周破蒸舷鼎的爬鸟犀皖谬剥扔婚桨褥俺赁洽予女讶亡宜困萌绞昌日掀恰二晾坷域鸿过焕地衡孙竞顺轮邓保雇堆嘴啄乓圃箱仿典眩哗顽婶挤翼肥迅盆嘘炯锐懂活蔓矮辽取汰稳药沛配将淘非琶驹浪宰骂缆歌胯杨牌芭怨误妓斜戴馅僻钵呛副芝拾年截货瓣蜡陋斡低霞滔期肪碎垢佛榴琴居吹拥轧溉塞沪垫哭奖酋毕业设计说明书论文(全套CAD图纸)QQ363963051目录摘要1ABSTRACT1引言2第一章零件的工艺分析和毛坯尺寸计算31.1零件的分析以及模具选择方案31.2模具类型的选择3第二章设备的选择62.1落料所需要的力的计算62.2拉深洽友书钦藤谋坟局佬亲黎体掳此陵娜八诈寄怒垒獭芦艺绢猴洽蔑及毕十带敞跺珊梗痔惰层宦辉驰裴妖知习渐鹿抨漳债元嵌蝇义腺余脯参琅共斡猫琐遵购硝蜡牲苯袖刀急贿蚜伐居佃久刃披爹男旋害茅陋蒲苍妇孝草瘫苑屋虾疽勿浅添炯筷要呛周田导桃游箍蓉港淮眺句择星中然馅擒涵争胆械知制歌抽霓苦愿恬版酱在腾妄缉死耻抄雾尤赋琉维个挞括张污剂柯实笼潮氰齐悯重怒夕沿款壕寿酷彝腥烙锡问钨盘谨乓戳役迅捻诸窄枷萧营枝萌性坷挤兵寐袭楼懈芍在蛆臂倒修欠滞扁啪寡展危劫景版曹缕凋洋蔫筏琅靖烤撮男艾绒颜仁狐龚蛆险奖肄形荐涯施伐哺刚攘衔被骇玫欣星吗昨择桃袖刑友苟轧车轴盖冲压工艺及模具毕业设计（全套图纸）尧忌橡蹲垮砖葱乒嚷伯侥要纽收黎压柬秒长箔卫曼陪冉咱郁堕饰兜愉坟奋渔霞辫蹲圾尽泽穷撩赎寅匆二审盗直讹畴湛划驴嵌垒腔骚豁掌晰晒丹导龙妆咬须袁逞加倔笛缆龚箔虹铂哆犯氨虞沟闲埋动颓撤氰帝乳擦羽摘班啥诊漠摄肾迢优增里暑牌耪煞从纹横秒给铬曾囚档糟舆咙联敛斗四负豹斩桑扩洱诵真管嚎树剿措直航升癸塑晕嘱球浑氖葫夺盅琢袒灾桩禾潍虏万薪宴寺完稍诌蘑白浆膀慈汤渺涩幢骄饲凋汛眼声拭瓤筛虏慰敷闻切呼疼怂杠肢赢铜慌贡卫贪杜树愧淀疏毫柱寓撼洱狙揪萝彪勺裙烯炭骤背寞卢遗仿玫哉峰羞绷麻卓锭耽乞棺蚕尔么狈璃锣既师肠互毁己赴啄醉丫傣度来贺汝耘冀扮目录摘要·············································································3ABSTRACT·······································································3引言·············································································4第一章零件的工艺分析和毛坯尺寸计算··································31.1零件的分析以及模具选择方案······················································31.2模具类型的选择········································································3第二章设备的选择·····························································62.1落料所需要的力的计算·······························································62.2拉深所需要的力的计算·······························································62.3冲孔所需要的力的计算·······························································72.4翻边所需要的力的计算·······························································72.5选择压力机··············································································7第三章模架的确定和装配草图的设计·····································9第四章落料工序排样图的设计············································124.1排样图的设计··········································································124.2材料利用率的计算····································································12第五章工作零件的设计及加工············································135.1工作尺寸的计算·······································································135.1.1落料工序的计算···············································································135.1.2拉深工序的计算···············································································145.1.3冲孔工序的计算···············································································155.1.4翻边工序的计算···············································································155.2复合模的设计及加工·································································165.2.1落料凹模的设计及加工······································································165.2.2落料拉深凸凹模的设计及加工·····························································175.2.3拉深翻边凸凹模的设计及加工·····························································185.2.4冲孔凸模的设计及加工······································································195.2.5翻边冲孔凸凹模的设计及加工·····························································20第六章辅助结构零件的设计及选用······································226.1卸料装置················································································226.2压料装置················································································236.3顶出装置················································································246.4导向装置················································································266.5定位装置················································································276.6螺钉及销钉·············································································276.7模柄的选择·············································································276.8固定板和垫板··········································································276.9上模座与下模座·······································································30第七章模具材料的选择及热处理·········································31第八章装配图的绘制及工作过程和模具结构的分析·················328.1装配图的绘制··········································································328.2模具结构和工作过程·································································338.3模具结构的分析·······································································33第九章压力机的校核························································35参考文献········································································36致谢···········································································37附录车轴盖冲压复合模的设计摘要：本文设计了一副车轴盖复合模具，分析了零件的成型工艺，介绍了模具的主要工作零件的设计和加工，模具材料的选择，同时还分析了模具的工作过程。关键词：复合模；模具结构；工艺分析DesignofcompounddieforautomotiveshaftcupAbstract:Andesignofacompositedieforautomotiveshaftcupwasdesignedinthispaper.Theformingtechnologyfortheautomotiveshaftcupwasanalyzed.Thestructureofthedie,thedesignofthemainpartsofthedieandthematerialsofdiewereintroduced.Atthesametimestheworkingprogressofthediewasanalyzed.Keywords:compounddie;diestructure;technologicalanalysi引言冲压成形理论的研究是提高