DTⅡ型带式输送机的设计.doc

专业代码：080301学 号：061401030034贵 州 师 范 大 学（本 科）毕 业 论 文题 目：DTⅡ型带式输送机的设计学 院：机械与电工程学院专 业：机械设计制造及其自动化年 级：2006 级姓 名：崔亚义指导教师：任珍刚（副教授）完成时间：2010 年 5 月 5 日1DTⅡ型带式输送机的设计崔亚义摘要本次毕业设计是关于 DTⅡ型固定式带式输送机的设计首先对胶带输送机作了简单的概述；接着分析了带式输送机的选型原则及计算方法；然后根据这些设计准则与计算选型方法按照给定参数要求进行选型设计；接着对所选择的输送机各主要零部件进行了校核普通型带式输送机由六个主要部件组成：传动装置，机尾和导回装置，中部机架，拉紧装置以及胶带最后简单的说明了输送机的安装与维护目前，胶带输送机正朝着长距离，高速度，低摩擦的方向发展，近年来出现的气垫式胶带输送机就是其中的一个在胶带输送机的设计、制造以及应用方面,目前我国与国外先进水平相比仍有较大差距,国内在设计制造带式输送机过程中存在着很多不足 关键词：DTⅡ型；带式输送机；选型设计；主要部件AbstractThe design is a graduation project about the belt conveyor of DTⅡ. At first, it is introduction about the belt conveyor. Next, it is the principles about choose component parts of belt conveyor. After that the belt conveyor abase on the principle is designed. Then, it is checking computations about main component parts. The ordinary belt conveyor consists of six main parts: Drive Unit, Jib or Delivery End, Tail Ender Return End, Intermediate Structure, Loop Take-Up and Belt. At last, it is explanation about fix and safeguard of the belt conveyor. Today, long distance, high speed, low friction is the direction of belt conveyor’s development. Air cushion belt conveyor is one of them. At present, we still fall far short of abroad advanced technology in design, manufacture and using. There are a lot of wastes in the design of belt conveyor. Keyword: DTⅡ,belt conveyor; lectotype design，main parts2目录摘要 ..........................................................................1Abstract......................................................................11 绪论 ........................................................................52 带式输送机概述 ..............................................................62.1 带式输送机的应用 ......................................................62.2 带式输送机的分类 ......................................................62.3 各种带式输送机的特点 ..................................................62.4 带式输送机的发展状况 ..................................................72.5 带式输送机的工作原理 ..................................................72.6 带式输送机的结构和布置形式 ............................................92.6.1 带式输送机的结构 ................................................92.6.2 布置方式 .......................................................103 带式输送机的设计计算 .......................................................113.1 已知原始数据及工作条件 ...............................................113.2 计算步骤 .............................................................113.2.1 带宽的确定: ....................................................113.2.2 输送带宽度的核算 ...............................................143.3 传动滚筒圆周驱动力 ...................................................143.3.1 计算公式 .......................................................143.3.2 主要阻力计算 ...................................................153.3.3 主要特种阻力计算 ...............................................163.3.4 附加特种阻力计算 ...............................................163.3.5 倾斜阻力计算 ...................................................173.4 传动功率计算 .........................................................173.4.1 传动轴功率（ AP）计算 ..........................................183.4.2 电动机功率计算 .................................................183.5 输送带张力计算 .......................................................183.5.1 输送带不打滑条件校核 ...........................................193.5.2 输送带下垂度校核 ...............................................203.5.3 各特性点张力计算 ...............................................203.6 传动滚筒合张力计算 ...................................................223.7 传动滚筒最大扭矩计算 .................................................223.8 拉紧力计算 ...........................................................233.9 绳芯输送带强度校核计算 ...............................................234 驱动装置的选用与设计 .......................................................2434.1 电机的选用 ...........................................................244.2.1 传动装置的总传动比 .............................................245 带式输送机部件的选用 .......................................................265.1 输送带 ...............................................................265.1.1 输送带的分类： .................................................265.1.2 输送带的连接 ...................................................265.2 传动滚筒 .............................................................275.2.1 传动滚筒的作用及选型 ...........................................275.2.2 传动滚筒结构 ...................................................285.2.4 传动滚筒的直径验算 .............................................285.3 托辊 .................................................................295.3.1 托辊的作用与类型 ...............................................295.3.2 托辊的选型 .....................................................315.3.3 托辊的校核 .....................................................325.4 制动装置 .............................................................335.4.1 制动装置的作用 .................................................335.4.2 制动装置的种类 .................................................335.5 改向装置 ............................。