A三维总装图
摘要
由于我国机械行业整体发展较晚，因此导致在焊接领域，我国筒西方欧美国家之间也存在着差距，为了使我国的焊接技术能够与发达国家之间的距离缩短，本文基于阶段学习的内容对焊接机进行设计。在本文中所完成的内容主要是焊接机的结构部分，主要包括电机、焊枪、减速箱、工作平台、上料装置等部件。
在对焊接机进行结构设计之前，首先对其国内外发展现状以及未来发展趋势进行调研，这样可以使本文所设计的焊接机能够符合社会发展对焊接机的需求。在此基础上，确定焊接机的整体结构，以此为依据进行各零件的选型，在确定具体零部件的型号后，对其进行校核分析，确保其能够满足设计要求。
本次所设计的焊接机具有实际应用价值，这与以后在工作岗位上所进行的产品设计已经十分相似，因此通过此次设计可以显着提高我的工作能力。
关键词：线圈；全自动；焊接；同步带；振动上料
Abstract
Due to the relatively late development of my country’s machinery industry as a whole, there is also a gap between my country’s Western European and American countries in the field of welding. In order to shorten the distance between my country’s welding technology and developed countries, this article is based on the content of undergraduate studies. Design the welding machine. The content completed in this article is mainly the structural part of the welding machine, including the motor, welding torch, reduction box, working platform, feeding device and other components.
Before the structural design of the welding machine, the current development status and future development trends of the welding machine at home and abroad are first investigated, so that the welding machine designed in this article can meet the needs of the social development for the welding machine. On this basis, the overall structure of the welding machine is determined, and the selection of each part is based on this. After determining the model of the specific part, it is checked and analyzed to ensure that it can meet the design requirements.
The welding machine designed this time has practical application value, which is very similar to the product design carried out on the job in the future, so my work ability can be significantly improved through this design.
Key words: Coil; Automatic; Welding; Synchronous Belt; Vibration Feeding
目录
摘要I
Abstract II
第1章绪论1
1.1研究背景及意义1
1.2国内外研究及发展现状1
第2章总体设计3
2.1设计要求3
2.1.1课题要求3
2.1.2设计原则3
2.2方案选定3
2.2.1驱动方式的选择3
2.2.2焊枪调整机构4
2.2.3焊丝送进机构4
2.3总体方案确定4
第3章结构设计7
3.1电磁振动给料机的设计7
3.1.1电磁振动给料机简介7
3.1.2运动学参数的选择和计算7
3.1.3动力学参数选择及计算8
3.3.4电振机电磁参数计算9
3.1.5振动料斗参数选择及设计要点10
3.2焊枪移动气缸的选择11
3.2.1气缸种类11
3.2.3选定气缸的行程12
3.2.4其他12
第4章选型计算13
4.1驱动电机的选择13
4.1.1参数计算13
4.1.2电机型号的选择15
4.2同步带传动的设计与选择16
4.2.1同步带传动计算与选择16
4.2.2同步带的设计18
4.2.3同步带轮的设计18
第5章控制系统设计20
5.1硬件设计20
5.1.1数控系统的硬件结构20
5.1.2数控系统硬件的功能20
5.2各线路元件之间线路连接20
5.3控制系统电路设计21
总结24
参考文献25
致谢26
A0-线圈全自动焊接机装配图
动力连接板-A2
大带轮-A3
字数
小带轮-A3
摘要
旋转底座-A2
焊枪底座-A2
目录
自动上料装置-A1
设计所包含文件
设计方案
转盘-A1
