助力器阀芯组件自动装配设备设计(送料系统与机架)

论文编号:JX776  论文字数:10070.页数:24   附CAD图

 摘     要
 
 离合器助力器是汽车上不可或缺的重要部分，主要作用是减小离合器踏板力，减轻驾驶员的劳动强度，增加操控灵敏度，确保行车安全。目前离合器助力器大多是通过人工装配生产的，严重制约了离合器助力器的生产速度，难以满足汽车生产中的大量需求。此次设计正是针对这一现状为离合器助力器生产企业设计阀芯自动装配设备。
   本设计从阀芯组件的结构和特性分析入手，充分了解各个零件的功能与外形，制定了设计方案。用圆筒料仓和圆棒料仓解决了零件的装料送料问题，，用粘连和抓取方法解决了零件的取料问题，用电动缸作为精确推进的动力，用气缸作为定位推进的动力。最后将设计用SolidWorks三维设计软件绘制成模型，导出成AutoCAD图纸。

关键词：助力器  装配设备  设计  绘制
Design of booster spool components automatic assembly equipment

Abstract

 Clutch booster is an indispensable part of the car, its main function is to reduce the force of the clutch pedal, to reduce the driver’s labor intensity and increase the control sensitivity to ensure road safety. Now most of the clutch booster assembled manually, it seriously restricted the production rate of clutch booster, cannot meet the high demand for automotive production. This design is for the status design spool automated assembly equipment for the clutch booster manufacturers.
  The design started from the structure and characteristics of valve component, fully understand the different parts of the function and appearance, then set design. Cylindrical silo with a cylinder hopper and loading of parts to solve the feeding problem, with the adhesion and capture solutions to the problem of parts reclaiming, electric power cylinder as precise advance, push forward with the cylinder as the driving force. Finally, the design with Solid Works 3D design software to draw into the model, export to AutoCAD drawings .

Keywords: booster design draws assembly-equipment

目  录
中文摘要 i
英文摘要 ii
目录 iii
第一章     绪论 1
1.1  设计背景与意义 1
1.2  设计方法与系统描述 3
1.3  论文內容概述 4
第二章     阀芯组件 5
2.1   阀芯组件零件介绍 5
2.2   阀芯组件装配过程 6
第三章     装料卸料机构设计 8
3.1   第一工位设计 8
3.2   第二工位设计 9
3.3   第三工位设计 10
3.4   第四工位设计 10
3.5   第五工位设计 11
3.6   第六工位设计 13
3.7   第七工位设计 14
第四章     设计过程疑难及解决 18
第五章     结论 19
参考文献 20
致谢 21

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