电动葫芦总装图
电动起重葫芦设计
摘要
起重机械在近年来现实应用很大。起重机械设计的安全和实际操作实用性有重要意义。起重机械设计从始至终都存在着很大困扰。近代全世界都在致力于对于起重机械设计周期进行缩短的问题，还有对加速起重机设计方法加速的趋势。在满足机体本身的要求之外，需要对起重机械的设计周期的加速进行改进，还有机体本身体重也要进行改进，经济效率需要进行大幅度的提高，这些对于实际应用有着很大的意义
电动葫芦就是起重机械的一份子。电动起重葫芦是目前体积最小的机械。设计本身就是财产与生命的安全必须放在首位，其次是故障的检修。电动起重葫芦是由滚筒装置、挂钩装置、操作机构、联轴器、减速机、电机等组成。设计的是1.6t单钩钢丝绳电动起重葫芦还有传动系统。在参照了许多资料后，进行了合理构思。对减速器和电机E形设计、钢丝绳选择和强度校核进行了校核，并对其体积进行了校核。对气缸参数、齿轮传动比、各齿轮参数、强度计算、轴、轴承等各种机械零件的选择进行了计算校核计算，并对齿轮、轴、RO的装配图进行了选择。绘制了LLER、减速箱和升降机构。
关键词：电动葫芦；卷筒装置；起重机械；吊钩；减速器；装配方案；
Abstract
Lifting machinery has beenwidely used in practice thisyear. The safety and practicability of crane design is of great importance. Hoisting machinery design from the beginning to the end of a lot of trouble. In modern times, thewholeworld has been committed to the problem of shortening the design cycle of hoisting machinery and accelerating the design method of accelerating crane. Outside meet the requirements of the body itself, the need for the acceleration of hoisting machinery design cyclewas improved, and theweight of the body itself alsowants to improve, economic efficiency needs to be greatly improved, these is of great significance for practical application
Electric hoist is a part of lifting machinery. The electric hoist is the smallest machine at present. The safety of the property and life of the design must be put in the first place, followed by the maintenance of failure. The electric hoist is composed of drum device, hook device, operating mechanism, coupling, reducer and motor. I chose 1.6t single hookwire rope electric hoist hoist and drive system. After referring to a lot of data, a reasonable ideawas made. The E- shape design of reducer and motor, the choice of steelwire rope and strength checkwere carried out, and itsvolumewas checked. Parameters of the cylinder, gear ratio, the gear parameters, strength calculation, selection of shaft, bearings and other mechanical parts check calculation, the calculation and the assembly drawing of gear, shaft, RO option. LLER, reducer and lifting mechanism are drawn.
Keywords：Electric hoist; reel device; hoisting machine; hook; reducer; assembly scheme;
目录
摘要I
Abstract II
第1章绪论1
1.1研究目的与意义1
1.2电动葫芦起重机的现状与发展2
1.2.1现代起重机的发展趋势2
1.2.2钢丝绳电动葫芦存在的问题4
1.2.3国内葫芦式起重机发展简史及现状5
1.3课题的主要研究内容7
第2章电动葫芦总体方案设计8
2.1电动葫芦单梁桥式起重机的简介8
2.2电动葫芦传动系统的选型9
2.3传动系统电动机的选用11
2.3.1电动机容量的确定11
2.3.2电动机的选用14
2.3.3电动机类型15
2.3.4减速器的参数设计15
2.3.4传动效率的计算17
2.3.5均载机构的选型17
2.3.6起升机构的总体设计方案17
第3章钢丝绳与卷筒18
3.1钢丝绳及卷筒的选型18
3.1.1钢丝绳直径的计算与选择18
3.1.2钢丝绳的选型19
3.2卷筒的设计计算20
3.2.1卷筒绳槽尺寸20
3.2.2卷筒直径20
3.2.3卷筒长度20
3.2.4卷筒的选型21
3.4安装与失效因素21
3.4.1钢丝绳的安装21
3.4.2钢丝绳的维护保养22
3.4.3钢丝绳失效分析23
第4章轴的设计计算25
4.1轴1的设计计算25
4.2轴2的设计计算27
4.3中间轴的设计计算29
参考文献37
致谢39
轴二
轴连接
电动葫芦机架
设计目录
设计所包含文件
设计摘要部分
设计字数统计
