被动轴零件图A2
被动轴的加工工艺及夹具设计
摘要
设计内容被动轴的加工工艺及夹具设计。通过对任务书的解读，内容有加工工艺规程，钻床专用夹具两部分。在掌握零件作用以及对其进行分析的基础上，完成了这两部分的设计内容。
在进行设计之前，对机床专用夹具部分的内容进行了了解和掌握。对零件被动轴的零件图进行了分析，知晓该被动轴的作用是传递相关的运动和动力，因为零件在工作中承受的载荷不是很大，工作相对平稳，其材料是常见40Cr。编写了加工工艺路线，填写过程卡还有工序卡，对其中相应切削数据进行计算。完成了零件毛坯图的绘制，坯料用圆钢。
本次设计的专用夹具是钻90°交角Ф6.5通孔而设计的。采用Z3040摇臂钻床进行加工。在明确定位原理的基础上，完成零件定位方案的设计；选择了定位元件；完成夹紧方案的设计；选择了夹紧元件。还对钻套、钻削力等进行选择与计算。
关键词：被动轴、加工工艺、钻90°交角Ф6.5通孔、夹具、Z3040
ABSTRACT
Design the processing technology and fixture design of the passive axis. Through the interpretation of the task book, the contents include two parts processing technology, special fixture for drilling machine. On the basis of mastering the function of parts and analyzing them, the design contents of the two parts are completed.
Prior to the design, the contents of the special fixture part of the machine toolwere understood and mastered. The part drawing of the passive shaft is analyzed. It is known that the function of the passive axis is to transmit the related motion and power, because the load that the part bears in thework is notvery large, thework is relatively stable, and the material is the common 40Cr. The processing routewas compiled, the process card and the process cardwere filled out, and the corresponding cutting datawere calculated. The blank drawing of parts is completed, and the blank is made of round steel.
The special fixture designed is designed to drill 6.5 degrees through 90 angles. The Z3040 rocker drilling machine is used for processing. On the basis of clear positioning principle, the design of part positioning scheme is completed; the positioning element is selected; the clamping scheme design is completed; and the clamping element is selected. The drill sleeve and drilling force are also selected and calculated.
Keywords passive shaft, processing technology, drilling 90 degree angle, 6.5 hole, clamp, Z3040
目录
摘要I
ABSTRACT II
引言1
第一章被动轴零件结构分析4
1.1零件的作用4
1.2零件的组成表面4
1.3零件的加工要求及形位公差5
1.3.1零件的加工要求5
1.3.2零件的形位公差5
第二章机械加工工艺规程设计6
2.1机械加工工艺规程概述6
2.2零件生产类型、材料、制造形式及热处理6
2.2.1零件的生产类型6
2.2.2零件的材料6
2.2.3零件的制造形式6
2.2.4零件的热处理6
2.3零件的毛坯图6
2.4零件加工基准的选择7
2.5零件加工工艺路线的设计7
2.6零件加工装备、装夹方案、刀具及量具的选择9
2.7零件加工余量的确定10
2.8零件切削用量及基本工时的计算12
第三章专用夹具设计24
3.1定位方案的确定24
3.1.1被动轴定位方案的确定24
3.1.2 V型定位块定位方案的确定24
3.1.3定位钻模座定位方案的确定24
3.1.4钻模板定位方案的确定24
3.2定位元件的确定24
3.2.1被动轴定位元件的确定24
3.2.2 V型定位块定位元件的确定24
3.2.3定位钻模座定位元件的确定24
3.2.4钻模板定位元件的确定24
3.3夹紧方案的确定25
3.3.1被动轴夹紧方案的确定25
3.3.2 V型定位块夹紧方案的确定25
3.3.3定位钻模座夹紧方案的确定25
3.3.4钻模板夹紧方案的确定25
3.4夹紧元件的确定25
3.3.1被动轴夹紧元件的确定25
3.3.2 V型定位块夹紧元件的确定26
3.3.3定位钻模座夹紧元件的确定26
3.3.4钻模板夹紧元件的确定26
3.5夹具体的确定26
3.6导向装置的确定26
3.7钻削力的确定27
3.8夹紧力的确定27
3.9定位误差的确定28
结论29
致谢30
参考文献31
夹具装配图A0
V型定位块A3
V型夹紧块A4
被动轴毛坯图A2
定位钻模座A2
工件插销A4
夹紧套A4
夹具体A1
压板A4
钻模板A3
过程卡
夹具设计部分
设计目录
设计所包含文件
摘要部分
字数统计
工序卡
