拖拉机半轴壳铣床夹具设计-铣削φ36端面含proe三维及12张CAD图+说明书

三维夹具装配图

拖拉机半轴壳铣床夹具设计
摘要
机床夹具是在金属切削加工中,用以准确地确定工件位置,并将其牢固地夹紧,以接受加工的工艺设备.本着夹得快,夹得牢,夹得准的设计原则和在经济,高效的市场观念指导下进行本次设计。汽车半轴壳是汽车的重要部件之一。它既要承受车体和车载的全部质量，还要承受汽车在行驶过程中由于道路不平而引起的冲击力和扭矩，并要保证在行驶过程中不发生变形，而半轴在其内旋转自如。由拖拉机半轴壳零件图可知零件的基本结构和加工要求。该工件铸成后要达到图纸所示的加工要求要分三阶段完成，第一阶段需车削四个端面和两个外圆；车削后第二阶段铣削三个端面，其中两个是为了钻孔而做的前期工作，而有10度倾角要求的端面是零件结构的要求。完成前两阶段加工后再对两个端面钻通孔，各端面孔的位置要求为均布。据些分析设计铣床夹具。
关键词：铣削夹具工件定位精度
Tractor rear axle shaft housing milling jig design
The engine bed jig is in the metal machining,with by accurately the definitework piece position, and its clamps reliably, accepts the processing the process unit. In linewith clamps quickly, clamps the jail, clamps the accurate principle of design and in the economy, under the highly effective market idea instruction carries on this graduation project. The automobile rear axle shaft housing is one of automobile important parts.It already mustwithstand the complete qualitywhich the chassis and thevehicle carry, but also mustwithstand the automobile in the travel process because the path does not put down the impulse and the torquewhich causes, and must guarantee does not have the distortion in the travel process, but the rear axle revolves in among them freely.May know the components by the tractor half axle sleeve detail drawing the basic structure and the processing request.After thiswork piece casts must achieve the blueprint shows the processing request must divide three stages to complete, the first stage needs the turning four end surfaces and two outer annuluses. After the turning the second stage milling three end surfaces, but has 10 degree inclination angle request end surface is the components structure request.After completes the first two stage processing to drill through the hole again to two end surfaces,various ends face position request is the even cloth.According to analysis design milling jig.
Keywords: Milling jigwork piece pointing accuracy

目录
1绪论1
1.1前言1
1.2课题总体任务概述1
2工件的加工工艺分析4
3.夹具的结构设计5
3.1定位方案选择及定位元件设计5
3.2定位误差分析7
3.3夹具对定方案的确定8
4.绘制夹具总图(见图纸) 9
4.1铣削力的计算9
4.1.1圆盘铣刀…………………………………………………………………………….9
4.1.2粗齿锥柄立铣刀…………………………………………………………………...10
4.2夹紧力的计算10
5.确定夹具的主要尺寸,公差及技术要求12
5.1夹具总图上应标尺寸,公差12
5.2夹具总图应标注的技术条件12
6.总结13
7.参考文献14
8．致谢15

A0-装配图

A0-半轴壳

三维零件图

A1-夹具体

A3-端盖

A3-辅助底板

A3-推套

A3-摇板

A4-顶杆

A4-定位键1

A4-定位键2

A4-联动螺杆

A4-压杆

三维夹具体

设计目录

设计所包含文件

摘要部分

字数统计