惰轮轴工艺设计和钻孔工装设计 毕业设计/毕业论文/课题报告 - 工
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密 惠 保
摘 要:
本设计的零件为惰轮轴，选用QT60-2钢。根据零件的形状、尺寸精度、生产的经济效益等各方面的详细分析其加工工艺，多采用专用机床加工。通过对零件的分析，此轴要求精度高，工序适当集中，要求光滑，所以选用工具和尺寸要准。最后对零件进行校核。以便达到零件精度的要求。
[来源：http://www.think58.com]
关键词：夹具、校核、
Abstract :
The design of the axle components are inert choose QT60-2 steel. According to parts of shape, size precision, production and other economic benefits of the detailed analysis of its manufacturing processes, the use of dedicated processing machine. Part of the analysis, accuracy of this axis, the appropriate concentration processes require smooth, and use tools to prospective size. Finally, the parts are checked. To meet the requirements of precision parts.
[资料来源：http://THINK58.com]
Keywords : Fixture, Verification, [版权所有：http://think58.com]
目 录
4
2.1.1、工艺设计的基本任务................................................................5
2.1.2、夹具设计的基本任务................................................................5
2.2.1、工艺设计的设计要求................................................................5
2.2.2、夹具设计的设计要求................................................................5
3.1、生产纲领的计算与生产类型的确定...............................................6
3.2、零件材料的分析...............................................................................6
3.3、零件图的分析...................................................................................7
3.4、确定毛坯...........................................................................................8
3.5、加工工艺路线...................................................................................8
3.6、确定工序尺寸及其公差...................................................................9 [来源：http://think58.com]
3.7、确定切削用量...................................................................................10
3.8、机床及工艺设备的选择..................................................................10
3.9、设计工艺过程卡..............................................................................11
3.10、零件的程序编制............................................................................12
4.1、夹具设计的目的和要求..................................................................12
4.2、夹具类型的确定..............................................................................13
4.3、定位装置的设计..............................................................................13
4.4、夹紧装置的设计..............................................................................16
4.5、导向装置的设计及其它装置结构、夹具体的确定......................18
4.6、确定夹具技术要求和有关尺寸、公差配合...................................18
4.7、夹具精度分析与计算.....................................................................19 [来源：http://think58.com]
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