立式自动螺丝装配平台结构设计(含CAD零件图装配图)

立式自动螺丝装配平台结构设计(含CAD零件图装配图)(任务书,开题报告,外文翻译,论文说明书10900字,CAD图11张)  
摘 要
本论文是对立式自动螺丝装配平台结构的设计，自动螺丝装配平台是螺丝装配制造机器总成的主要组成设备，承担着螺丝装配制造运行过程中的可靠送锁螺丝的动作，其机构工作频繁，内部元件之间磨损严重，是螺丝装配机器整体组成设备中最容易损坏的重要设备之一。本设计是针对自动螺丝装配平台结构组成进行设计研究，设计一个自动螺丝装配平台，通过送锁螺丝机的送锁机构的运行对螺丝装配工作进行研究，确保螺丝装配工作的各项技术性能、工作参数满足使用的设计要求，在立式自动螺丝装配平台结构开发过程中，合适的机构对螺丝装配过程中节省材料，降低成本，缩短研发周期，提高螺丝装配工作的效率、延长螺丝装配机器的使用寿命和工作效率，都是非常必要和重要的，而合适的的螺丝装配平台具有节约制造研发周期的优点，对于降低螺丝装配工作设计研究的成本有着十分重要的意义。
文中阐述了自动螺丝装配平台装置的布置结构和工作原理，在确定了设计方案的基础上完成了送锁螺丝机传动机构的设计，并对设计的结构进行了布置合理性分析和力学刚度、强度的校核，使得此螺丝装配平台能够完成如螺丝装配送锁螺丝工作的工作，并依据设计的具体参数和详细情况，最后运用AUTOCAD制图工具绘制了结构的装配图和传动机构的部分零件图。

关键词：立式自动螺丝装配平台；结构设计； AUTOCAD绘图软件

Abstract
This thesis belongs to the mechanical structure design of the paper, the mechanical structure design of the paper is through studying in school of mechanical design theory and in practice in the factory the actual learning, appropriate completed a mechanical structure design, ultimately meet the expected design goal, makes the final design of the machine can complete the design index requirements etc..
This thesis is of vertical online adaptive screw assembly platform structure design, adaptive screw assembly platform is screw assembly manufacturing machine assembly is composed of the main equipment, bear the screw assembly manufacturing operation reliable send a lock screw of the action, the agencies frequently, internal components between serious wear and tear is screw assembly machine as a whole composed of equipment in the most easy to damage is one of the important equipment. This design is based on adaptive screw assembly platform structure design and research, design a adaptive screw assembly platform, by sending a lock mechanism lock screw machine operation of screw assembly work, ensure that the technical performance, screw assembly work parameters meet the requirements of design, in the vertical online adaptive screw assembly platform the structure of the development process, appropriate organization of reducing cost to save materials, screw assembly process, shorten the development cycle, improve efficiency, screw assembly work extended screw assembly machine service life and work efficiency, it is very necessary and important, but the right of the screw assembly platform has advantages of saving the manufacturing development cycle. Has a very important significance for reducing the cost of assembling screw design. [资料来源：www.doc163.com]
This paper describes the adaptive screw assembly platform device structure and working principle of the arrangement, in determining the design scheme based on complete the send a lock screw machine transmission mechanism design, and on the design of the structure of rational layout analysis and mechanical stiffness, strength check, so that the screw assembly platform to complete, such as screw assembly send a lock screw, and according to the design of various parts of the detailed parameters, the final use of AutoCAD drawing software rendering the overall assembly drawing and the transmission mechanism of the parts of the map.
Keyword: vertical automatic screw assembly platform; structure design; AUTOCAD drawing software

3.1总体结构
（1）外形尺寸：长572*宽572*高1300，组合式机架。
（2）分度机构：4工位数目，可扩展。
（3）轴数：4轴。
  [资料来源：Doc163.com]

目录
1 绪  论    1 [资料来源：https://www.doc163.com]
1.1 课题的来源和意义    1
1.2 自动螺丝装配平台运动概述    2
1.3 立式自动螺丝装配平台结构的国内外研究现状    2
1.4 立式自动螺丝装配平台结构的分类    4
1.5 本课题的研究内容    4
1.5.1立式自动螺丝装配平台结构的电机传动系统设计    4
1.5.2立式自动螺丝装配平台结构的外形设计    5
1.5.3立式自动螺丝装配平台结构整机控制系统的设计    5
1.5.4传送机构装置的结构设计    5
1.6螺丝装配送锁螺丝工作送锁螺丝机的设计参考标准    5
2 自动螺丝装配平台的机械机构总体设计    6
2.1总体参数的确定    6
2.1.1立式自动螺丝装配平台结构总体设计    6
2.1.2立式自动螺丝装配平台的总体设计的工作原理    7
2.1.3送锁机构的结构确定    9
2.1.4震动料斗的设计    10
2.1.5震动料斗的计算    10 [资料来源：Doc163.com]
3 整机参数的详细计算    12
3.1总体结构    12
3.2螺栓输送结构    12
3.3锁紧传动结构    12
3.3.1万向联轴器    13
3.3.2滑动轴承    14
3.4升降气缸的设计与校核    14
3.4.1升降气缸的尺寸设计与校核    14
3.5送锁机构驱动电动机功率的计算和电动机的选择    18
3.5.1电动螺丝刀锁紧螺丝时的功率的计算    18
3.5.2电动机功率的计算    19
3.6电机驱动轴的计算    20
3.7送锁机构各轴安装的传动轴承的选型    20
3.7.1选型    20
3.7.2计算径向力    21
3.7.3计算轴向力    21
3.7.4计算当量载荷    21
3.7.5验算轴承寿命    21
参考文献    23
致 谢    24

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