[优秀毕业设计精品] 管类零件喷涂跟踪机构.doc

毕业论文（管类零件喷涂跟踪机构）第1页目录摘要·····························································Abstract··························································1绪论·····························································61.1喷涂机构在管类零件生产中的意义································61.2跟踪机构在喷涂机构中的意义····································61.3方案实现分析·························71.4三维建模软件应用·······················71.5主要设计内容··················································82管类零件喷涂跟踪机构总体结构方案设计······························92.1管类零件喷涂跟踪设计目标······································92.2管类零件喷涂跟踪机构的原理····································92.3管类零件喷涂跟踪机构的主要运动································92.4跟踪机构的主要零件的选择·····································112.4.1跟踪喷涂机构往复摆动运动零件的选择·······················122.4.2跟踪喷涂机构往复运动零件的选择···························122.5管类零件喷涂跟踪机构的总体设计·······························132.6总体设计方案优点·············································132.7管类零件喷涂跟踪机构主要运动分析·····························142.7.1摆动凸轮的运动分析······································142.7.2圆柱凸轮的运动分析······································162.7.3摆动凸轮和圆柱凸轮运动的联系····························172.8总结·························································18毕业论文（管类零件喷涂跟踪机构）第2页3管类零件喷涂跟踪机构的总体设计···································193.1圆柱凸轮设计及相应配件的设计·································193.1.1圆柱凸轮·················································193.1.2假轮毂的设计·············································223.2齿轮的设计···················································223.3摆动凸轮及相应其配件的设计···································243.3.1摆动凸轮设计·············································253.3.2摆动凸轮配件的设计·······································283.4导杆的设计···················································293.5微调器的设计·················································303.6总结·························································314三维软件建模·····················································324.1建模软件介绍·················································324.2圆柱凸轮三维模型·············································344.3盘形摆动凸轮三维模型·········································344.4导杆三维模型·················································354.5齿轮三维模型·················································374.6微调器三维模型···············································384.7轴三维模型···················································404.8机架、支架、摆杆、轴承及其他配件·····························404.9管类零件喷涂跟踪机构三维模型·································444.10总结························································455使用安装、维护及总结············································465.1使用安装、维护··············································465.1.1管类零件喷涂跟踪机构的安装方法··············465.1.2管类零件喷涂跟踪机构的维护················465.2总结························································46毕业论文（管类零件喷涂跟踪机构）第3页6展望·····························································487致谢·····························································49参考文献···························································50毕业论文（管类零件喷涂跟踪机构）第4页摘要管类零件喷涂跟踪机构是用于管类零件在连续输送过程中，对其内壁自动喷涂塑料薄膜的机构，减少人工喷涂的塑料薄膜的不均匀和工作强度。论文基于跟踪，喷涂质量，以及缩短非生产时间，提出了采用盘状摆动凸轮机构的往复摆动与圆柱凸轮机构往复移动的协调性动作，实现喷枪的跟踪喷塑的设计方案，进行了结构设计，考虑到机构实际使用中喷管的安装调整问题，设计了微调机构。并应用三维建模软件UGNX4.0进行了实体建模及整体装配。该喷涂机构结构紧凑，运动可靠，对提高管类零件喷涂质量和生产效率，具有一定的工程实际意义。关键词：管类零件喷涂跟踪机构凸轮机构UGNX4.0