轴向柱塞泵体加工生产线专机及主要辅助设备生产线布置及粗镗机液压系统设计.rar
轴向柱塞泵体加工生产线专机及主要辅助设备生产线布置及粗镗机液压系统设计,7000多字 30页包括开题报告，毕业论文，工序卡，工艺卡，4张cad设计图摘 要21世纪的今天，以信息科技为重要标志的高新科技革命的飞速发展，正在改变着世界的面貌和人类的生活方式，推动着知识经济的到来。随着高新科技同机械行业的结合，现代机电产品不再...
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轴向柱塞泵体加工生产线专机及主要辅助设备生产线布置及粗镗机液压系统设计
7000多字 30页
包括开题报告，毕业论文，工序卡，工艺卡，4张CAD设计图
摘 要
21世纪的今天，以信息科技为重要标志的高新科技革命的飞速发展，正在改变着世界的面貌和人类的生活方式，推动着知识经济的到来。随着高新科技同机械行业的结合，现代机电产品不再是单纯的机械构件，而是由机械、电子、计算机等有机结合的所谓的“机电信息一体化”产品。
现代机电工程就是机械工程科技与信息科技等现代科技的紧密结合，然而，既是机电专业而不是别的专业，自己专业的基础、自己专业的实践是丝毫不能忽视的。“九层之台，起于垒土”，“千里之行，始于足下”，离开了实践，一切将会成为空洞的，机电专业就更是如此。
近十多年年来，液压传动在防漏、治污、降噪、节能和材质研究等各个方面都有长足的进步，它和电子技术的结合也由拼装、混合到整合，步步深入。时至今日，在尽可能小的空间内传出尽可能大的功率并加以精确控制这一点上，液压传动已稳居各种传动方式之首，无可替代。这种情况使液压传动的元件类型、油路结构、系统设计和制作工艺等都发生了深刻的变化，也改变了人们对它进行认识、分析和综合的方式方法。
轴向柱塞泵泵体是ZB40柱塞泵的关键零件之一。单件，小批量生产沿用普通机床加工，生产效率低，劳动强度大，质量不稳定。想要达到年产量1万台/年，同时提高生产率、降低劳动强度、保证生产质量就必须得采用专门的生产流水线来实现。本次设计主要是用液压系统来实现流水线生产加工过程的部份自动化。因此，在的设计过程中我决不能马虎，要认真的完成每一个步骤。
ABSTRACT
Today in the 21st century, the development at full speed of high-new revolution in science and technology taking information science and technology as important sign，Changing the appearance of the world and human life style, is promoting the arrival of the kownledge economy. As the new and high technology combines with mechanical trade, the modern electronic product is no longer a simple mechanical component, But by organized and so-called " electromechanical information integrates " products such as the machinery, electron, computer, etc.. The modern electromechanical project is that the mechanical engineering science and technology is combined closely with modern science and technology such as inform，However, it is electromechanics' professional but not other specialities，One's own specialized foundation, one's own specialized practice can't be ignored at all. " nine storeys of platforms, start from and build the soil ", " a thousand-li journey is started by taking the first step ", Having left practice, everything will become empty, the electromechanical speciality is even more like this. More than nearly ten comes every year, hydraulic transmission is in leak protection、 manage pollution、noise reduction、All respects of studying in energy-conservation and material etc. make considerable progress, The combination of it and electronic technology is assembled, mixed to combining, deepen step by step. Even to this day, the power as large as possible spreads in the space as small as possible and control accurately on this, Hydraulic transmission has already occupied the first place in various transmission way, irreplaceable. This kind of situation makes component type, structure of oil passage, system of hydraulic transmission design and make the crafts etc. and all change deeply, changing people will carry on knowing, analyze and comprehensive methods to it too.
Axial column fill in pump pump body ZB40 column key part to fill pump one of. Single one, produce in batches and continue to use ordinary machine tooling small, production efficiency is low, labour intensity is great, quality is unstable. Want, reach 10,000 of annual production / year, boost productivity, reduce labour intensity, guarantee quality of production must adopt special production line come, realize at the same time. This design is mainly to realize the component of the processing course of flow line production is automized with the hydraulic system. So,in design process among I must not the careless,ones that want conscientiously every completions step.
目 录
中文摘要 Ⅰ
英文摘要 Ⅱ
第一章 绪论 1
第二章 零件加工及工艺流程 2
第三章 生产流水线 6
第四章 粗镗机液压系统设计 7
4.1 确定各加工序余量 7
4.2 粗镗切削用量和基本工时的确定 8
4.3 粗镗机液压缸设计 10
4.3.1 粗镗左、右液压缸的动作分析 10
4.3.2 负载分析 11
4.3.3 液压缸主要参数的确定 12
4.3.4 液压缸主要参数的确定 13
4.3.5 液压缸的强度校核 14
4.3.6 夹紧液压缸设计 18
4.3.6.1 夹紧液压缸的的作用 18
4.3.6.2 夹紧液压缸的动作分析 18
4.3.6.3 夹紧液压缸的负载分析 18
4.3.7 液压系统的原理图的拟定 19
4.3.7.1 选择液压回路 19
4.3.7.2 液压回路的综合系统图的拟定 21
4.3.8 液压泵液压元件的选择 23
4.3.9 .阀类元件及辅助元件 24
4.3.10 油管 25
4.3.11 液压系统的性能验算 26
第五章 结论 27
参考文献 28
致谢 29
附录A 工序卡……………………………………………………………………….30
附录B 加工工艺卡……………………………………………………… 31
参 考 文 献
机械图样新旧国家标准对照汇编…………………………..蒋知民编
国防工业出版社，1986.8
机械制造技术基础…………………………………………..张捷主编
西安交通大学出版社，2006.2
液压传动……………………………………………………..黄宏甲、黄谊主编
机械工业出版社，2000.9
机械自动化和自动线………………………………………..华中工学院机械制造教研室编
机械工业出版社，1981.3
机械加工工艺手册………………………………………….孟少龙主编
机械工业出版社
7000多字 30页
包括开题报告，毕业论文，工序卡，工艺卡，4张CAD设计图
摘 要
21世纪的今天，以信息科技为重要标志的高新科技革命的飞速发展，正在改变着世界的面貌和人类的生活方式，推动着知识经济的到来。随着高新科技同机械行业的结合，现代机电产品不再是单纯的机械构件，而是由机械、电子、计算机等有机结合的所谓的“机电信息一体化”产品。
现代机电工程就是机械工程科技与信息科技等现代科技的紧密结合，然而，既是机电专业而不是别的专业，自己专业的基础、自己专业的实践是丝毫不能忽视的。“九层之台，起于垒土”，“千里之行，始于足下”，离开了实践，一切将会成为空洞的，机电专业就更是如此。
近十多年年来，液压传动在防漏、治污、降噪、节能和材质研究等各个方面都有长足的进步，它和电子技术的结合也由拼装、混合到整合，步步深入。时至今日，在尽可能小的空间内传出尽可能大的功率并加以精确控制这一点上，液压传动已稳居各种传动方式之首，无可替代。这种情况使液压传动的元件类型、油路结构、系统设计和制作工艺等都发生了深刻的变化，也改变了人们对它进行认识、分析和综合的方式方法。
轴向柱塞泵泵体是ZB40柱塞泵的关键零件之一。单件，小批量生产沿用普通机床加工，生产效率低，劳动强度大，质量不稳定。想要达到年产量1万台/年，同时提高生产率、降低劳动强度、保证生产质量就必须得采用专门的生产流水线来实现。本次设计主要是用液压系统来实现流水线生产加工过程的部份自动化。因此，在的设计过程中我决不能马虎，要认真的完成每一个步骤。
ABSTRACT
Today in the 21st century, the development at full speed of high-new revolution in science and technology taking information science and technology as important sign，Changing the appearance of the world and human life style, is promoting the arrival of the kownledge economy. As the new and high technology combines with mechanical trade, the modern electronic product is no longer a simple mechanical component, But by organized and so-called " electromechanical information integrates " products such as the machinery, electron, computer, etc.. The modern electromechanical project is that the mechanical engineering science and technology is combined closely with modern science and technology such as inform，However, it is electromechanics' professional but not other specialities，One's own specialized foundation, one's own specialized practice can't be ignored at all. " nine storeys of platforms, start from and build the soil ", " a thousand-li journey is started by taking the first step ", Having left practice, everything will become empty, the electromechanical speciality is even more like this. More than nearly ten comes every year, hydraulic transmission is in leak protection、 manage pollution、noise reduction、All respects of studying in energy-conservation and material etc. make considerable progress, The combination of it and electronic technology is assembled, mixed to combining, deepen step by step. Even to this day, the power as large as possible spreads in the space as small as possible and control accurately on this, Hydraulic transmission has already occupied the first place in various transmission way, irreplaceable. This kind of situation makes component type, structure of oil passage, system of hydraulic transmission design and make the crafts etc. and all change deeply, changing people will carry on knowing, analyze and comprehensive methods to it too.
Axial column fill in pump pump body ZB40 column key part to fill pump one of. Single one, produce in batches and continue to use ordinary machine tooling small, production efficiency is low, labour intensity is great, quality is unstable. Want, reach 10,000 of annual production / year, boost productivity, reduce labour intensity, guarantee quality of production must adopt special production line come, realize at the same time. This design is mainly to realize the component of the processing course of flow line production is automized with the hydraulic system. So,in design process among I must not the careless,ones that want conscientiously every completions step.
目 录
中文摘要 Ⅰ
英文摘要 Ⅱ
第一章 绪论 1
第二章 零件加工及工艺流程 2
第三章 生产流水线 6
第四章 粗镗机液压系统设计 7
4.1 确定各加工序余量 7
4.2 粗镗切削用量和基本工时的确定 8
4.3 粗镗机液压缸设计 10
4.3.1 粗镗左、右液压缸的动作分析 10
4.3.2 负载分析 11
4.3.3 液压缸主要参数的确定 12
4.3.4 液压缸主要参数的确定 13
4.3.5 液压缸的强度校核 14
4.3.6 夹紧液压缸设计 18
4.3.6.1 夹紧液压缸的的作用 18
4.3.6.2 夹紧液压缸的动作分析 18
4.3.6.3 夹紧液压缸的负载分析 18
4.3.7 液压系统的原理图的拟定 19
4.3.7.1 选择液压回路 19
4.3.7.2 液压回路的综合系统图的拟定 21
4.3.8 液压泵液压元件的选择 23
4.3.9 .阀类元件及辅助元件 24
4.3.10 油管 25
4.3.11 液压系统的性能验算 26
第五章 结论 27
参考文献 28
致谢 29
附录A 工序卡……………………………………………………………………….30
附录B 加工工艺卡……………………………………………………… 31
参 考 文 献
机械图样新旧国家标准对照汇编…………………………..蒋知民编
国防工业出版社，1986.8
机械制造技术基础…………………………………………..张捷主编
西安交通大学出版社，2006.2
液压传动……………………………………………………..黄宏甲、黄谊主编
机械工业出版社，2000.9
机械自动化和自动线………………………………………..华中工学院机械制造教研室编
机械工业出版社，1981.3
机械加工工艺手册………………………………………….孟少龙主编
机械工业出版社
