Jm14或jhmb14绞车的设计说明书
摘要
绞车又称为卷扬机，主要运用于建筑、水利工程、林业、矿山、码头等的物料升降或平拖。是用卷筒缠绕钢丝绳或链条以提升或牵引重物的轻小型起重设备
本次设计的思路是先以给定的数据确定钢丝绳的直径参数，而后计算卷起钢丝绳的卷筒的各个尺寸参数，通过给定的数据推出电动机的转速和功率，从而选择电动机，确定传动比，再分配给各个减速器计算其各个参数，最后计算及校核各轴、联轴器、制动器等机构零件。
本课题JM14绞车，之前对其结构都有所了解，根据给定的数据设计其各个部件的尺寸，但是现在市面上的一些绞车结构比较多样化，各个零件的安放位置也有所不同，因此我总结了大部分绞车的一些优缺点，重新设计，这里我主要从减速器，底座，卷筒等方面入手，对其进行改进设计。
绞车的用途多种多样，所以它们的结构也各种各样，性能特点也是大不相同的。为了更好的研究绞车的结构和性能特点，我们需要对绞车的组成和分类进行仔细深入地探讨。
关键词慢速绞车；蜗轮蜗杆减速器；轴；制动器
Abstract
The winch also called hoist, mainly used in construction, water conservancy project, forestry, mining, wharf and the material or smooth drag. With the drum winding wire rope is to ascend or traction or chain of heavy light small lifting equipment.
This design train of thought is first in the given data to determine the diameter of wire rope parameters, and then calculating of wire rope of rolling up each size parameters, through the given data out of the motor speed and power, and thus the choice of motor, determine the transmission ratio, redistribution, to all the various parameters calculation speed reducer, finally calculated and checked the axis, coupling, brakes and such institutions parts.I mainly from base, reducer, reel and other aspects, carries on the improvement design.
The subject of JM14winch, prior to its structure has knowledge, according to the given data to design the size of each part, but now on the market a number of winches structure diversification, various parts of the position is different, so I sum up some of the advantages and disadvantages of most of the winch, redesign
Winch for a variety of purposes, so their structure is various, performance characteristics is different. In order to better study the winch's structure and performance characteristics, we need to carefully winch composition and classification of the deeply discussion.
Keywords slow winch worm gear worm reducer the axis the brake
目录
摘要........................................................................................................................................I Abstract.................................................................................................................................II 1 绪论. (1)
1.1课题背景 (1)
1.1.1绞车的分类 (1)
1.1.2绞车的特点和性能要求 (1)
1.1.3绞车功能与结构 (2)
1.2国内外绞车发展状况 (2)
1.2.1我国慢速绞车的发展 (2)
1.2.2国外慢速绞车发展状况 (3)
1.2.3国内外绞车的发展趋势 (3)
1.3国内外绞车发展水平对比 (4)
1.3.1品种 (4)
1.3.2结构 (4)
1.3.3产品性能 (5)
2 JM14绞车的主要参数确定 (6)
2.1钢丝绳计算 (6)
2.2电机的计算和选取 (6)
2.3运动参数的改进计算 (7)
3各类零件的设计和强度计算 (9)
3.1蜗轮蜗杆的改进设计和计算 (9)
3.2齿轮的改进设计与计算 (13)
3.2.1一级齿轮的改进设计与计算 (13)
3.2.2二级齿轮的改进设计与计算 (20)
3.3各轴的设计和计算 (26)
3.3.1蜗杆的设计和强度计算 (26)
3.3.2蜗轮轴的分析和强度校核 (30)
3.3.3齿轮轴的分析与强度校核 (32)
3.3.4滚筒轴分析与强度计算 (35)
3.4联轴器的选择和计算 (38)
3.5制动器的选择和计算 (39)
3.5.1制动器概述 (39)
