5吨装载机前车架焊接变位机回转传动机构设计+CAD图纸+答辩PPT

摘要：焊接变位机已经成为制造业的一种不可缺少的设备，在焊接领域把它分为焊接辅助机，其形式系列和品种规格约有十余个系列、百余个品种，正在成为一个新兴行业。本题目是设计能承约1吨的转载机前车架的焊接变位机的回转传动机构设计。本文在完成焊接变位机Y、Z两个回转自由度传动设计和型式结构设计的基础上，确立传动系统方案、传动比的分配、电动机参数、选择合理的减速机、回转支承确定以及校验等。具体过程是根据任务书的要求确定所需电机类型，包括转速、额定功率等，合理分配传动比，在此基础上确定摆线针轮减速器、联轴器、蜗轮蜗杆减速器、齿轮和回转支承等主要零件，并且对相关数据进行校核。最后使用CAD软件绘制相关零件图、总装图等。5493
关键词：焊接变位机回转传动机构设计减速器回转支承

The Design of the Rotary Drive Mechanism of the front Frame Positioner in a 5 Tons Loader
Abstract: Welding positioner has becoming indispensable manufacturing equipment，in the welding area it designated as welding auxiliary machines. The form of series and varieties specifications about more than ten series and hundreds varieties, it is becoming an emerging industry. This topic is to design about 1 ton of reproduced machine frame welding displacement machine rotary actuator . Main content is: the welding in Y and Z displacement machine two rotation degrees of freedom transmission design, supporting structure design, the choice of motor, speed reducer, the determination of the shaft and bearing as well as check and so on. Specific process of the design is determined according to the requirement of the specification required for motor types, including speed, rated power, etc., on the basis of cycloidal pinwheel reducer, coupling, worm gear and worm reducer, gear and slewing bearing parts, and to check related data. Finally, using the CAD software to draw the related detail pictures, assembly pictures etc.
Key words: Welding positioner；Rotary actuator design；Reducer; Slewing bearing

目录
1.绪论.1
1.1焊接变位机的概述1
1.2焊接变位机械应具备的性能1
1.3焊接变位机的行业发展及背景2
1.4焊接变位机的型式. 3
1.4.1双立柱单回转式变位机 .3
1.4.2Ｕ型双座式头尾双回转型式3
1.4.3 L型双回转焊接变位机 4
1.4.4 C型双回转焊接变位机 4
    1.4.5座式通用变位机. 5
2.焊接变位机的型式结构及传动系统的选定及计算.6
2.1焊接变位机的型式结构选定6
2.2焊接变位机的传动方案选定及设计计算6
    2.2.1传动方案的选定6
    2.2.2电机的选定及功率估算9
2.2.3传动系统中各部件的传动比的分配.11
3.前车架结构尺寸及焊接结构设计. 13
3.1工件和夹具的中心.13
3.2工况与工位.14
3.3结构设计布局.15
4.回转传动机构的设计计算16
4.1摆线减速机的选用.16
4.2蜗轮蜗杆减速机的选用.19
4.3联轴器的设计计算.20
4.3.1联轴器的选型原则.21
    4.3.2联轴器的选型步骤.21
    4.3.3联轴器的选型计算.22
4.4回转支承的设计计算.22
    4.4.1回转支承选型计算的方法.23
    4.4.2小回转支承的选型计算.24
4.4.3大回转支承的选型计算.27
4.4.4螺栓强度的校核.30
4.4.5齿轮圆周力的校核.32
4.4.6回转支承参数的选择32
4.4.7回转支承的安装要求34
4.5直齿轮的设计计算.38
5.小结39
致谢40
参考资料41

5吨装载机前车架焊接变位机回转传动机构设计+CAD图纸+答辩PPT:http://www.youerw.com/jixie/lunwen_2544.html