鉴于大家对电子机械十分关注，我们编辑小组在此为大家搜集整理了“汽车离合器面片清洗机设计-洗片部分”一文，供大家参考学习
机械设计制造及其自动化论文，论文编号:JX1239 论文字数:26034.页数:80 附:任务书 . 开题报告.文献综述
摘 要
离合器面片清洗机是一台专用设备。
它主要加工的面片尺寸范围是Φ150—Φ450mm，面片的厚度范围是3—6mm.清洗的过程是将面片通过人工推入清洗机，面片被上下两个接触的滚刷带动进入洗刷的那段工序。清洗系统分为滚刷部分和淋水系统。通过刷毛对面片的刷，及上下几组喷嘴对面片的冲洗，来使面片表面被清洗干净，清洗干净的面片经过滚刷带动，带出清洗系统，掉入传送带，经过传送装置进入烘干系统进行烘干，烘干完成既整个洗刷过程完成。
滚动毛刷速度可调，转速100rpm—500rpm，洗刷用过的水，经过沉淀，水泵抽取，来实现水的循环使用，从而实现节约水资源。经过刷子和水的清洗及烘干的面片表面，干净清洁，干燥和无水痕。
关键词：离合器面片 清洗机 淋水系统 烘干系统 循环使用
Abstract
The clutch facing clean machine is a special purpose equipment.
It mainly processes the surface facing size scope is diameter 150 arrives diameter 450mm, the surface facing thickness scope is 3~6mm.. The process of clean is to pass the facing the artificial push to go in to clean machine, the facing is been two by the top and bottom to roll to brush to arouse in to wash and brush contiguously of that work preface.The clean system divides into rolls brushes partial and clean machine. Through brushes the wool opposite facing brushing, and about several groups of spray nozzles opposite facing flushing, causes the surface.facing surface to clean cleanly, cleans the clean surface facing processto roll brushes the impetus, carries over the clean system, falls into the conveyer belt, enters the drying system after the transport unitto carry on drying, drying completes already the entire scrubbing process to complete.
Rolls the hair brush speed to be possible to move, rotational speed 100rpm~500rpm, Scrubbing has used the water, the process precipitates, the water pump extracts, realizes the water circulation use, thus realizes saves thewater resources. After brush and water clean and drying surface of facing , clean, is dry and does not have the water mark..
Keywords: clutch facing clean machine Water spray system drying system Circulation use 目 录
中文摘要
英文摘要
目录
第一章 绪论 1
1．1 概述 1
1．2 设计动机与目的 2
1．3 设计简介 2
第二章 总体设计 3
2．1 总体设计 3
2．2 清洗设计的简介 3
第三章 设计计算与说明 4
3．1 电动机的选择 4
3．2 滚刷部分的设计 4
3．2．1 轴的设计 4
3．2．2 轴上带轮及带的设计 6
3．2．3 轴上的链轮与链的计算与说明 9
3．2．4 轴上滚刷的的设计 12
3．2．5 安置滚刷的刚架的设计 15
3．3 换向装置的设计计算 15
3．3．1 换向装置的介绍 15
3．3．2 带轮和齿轮的选用与计算 15
3．4 淋水系统的设计 17
3．4．1 淋水系统的布置 17
3．4．2 淋水系统的设计 18
第四章 烘干系统简介 25
第五章 总结 26
参考文献 27
致谢 28外文翻译
