ZL50轮式装载机工作装置设计

论文编号:JX1206 所有图纸,任务书,论文字数:39607.页数:88

摘   要

     装载机属于铲土运输机械类，是一种通过安装在前端一个完整的铲斗支撑结构和连杆，随机器向前运动进行装载或挖掘，以及提升、运输和卸载的自行式机械。它广泛用于公路、铁路、建筑、水电、港口和矿山等工程建设。装载机具有作业速度快、效率高、机动性好、操作轻便等优点，因此成为工程建设中土石方施工的主要机种之一，对于加快工程建设速度，减轻劳动强度，提高工程质量，降低工程成本都发挥着重要的作用，是现代机械化施工中不可缺少的装备之一。
这次设计采用先进的现代设计方法，对这种轮式装载机工作装置进行了总体设计到零部件设计。主要包括轮式装载机工作装置的关键零部件，如铲斗、连杆机构以及转斗油缸、举升油缸等，并对重要零件进行了刚度、强度分析。应用CATIA软件对轮式装载机工作装置整体进行设计，并用它对本次设计进行立体展示表达。

关键词： 装载机； 机械化； 工作装置

ABSTRACT

       Loader of soil belonging to the transport machinery，Through the installation of a front-end in a bucket full support structure and linkage, Random forward movement for loading or excavation, And the upgrading, transportation and unloading of self-propelled machinery. It widely used in highway, railway, construction, utilities, ports and mines, and other construction projects. Loader is operating speed, high efficiency, good mobility, the advantages of operating the Light, So as the construction of earth and stone in the construction of one of the main machine, speed up the construction speed and reduce labor intensity and improve quality, lower costs of the project has played an important role in the construction of a modern mechanized equipment indispensable one.
    The design of the modern use of advanced design methods, wheel loaders working on such a device design to design components. Wheel Loader work includes installation of critical components, such as the bucket, linkage and the fuel tank to the bucket, lifting the oil tanks, and carry out important parts of the stiffness, strength analysis. Application of CATIA software installed on the wheel loader work for the overall design and its use of this design three-dimensional display of expression.

Keywords：Loader； Mechanization；Work-Equipment

目    录

1  绪论 ....................................................................1
1.1  轮式装载机概述 ........................................................1
1.1.1  装载机简介.......................................................... 1
1.1.2  装载机的主要技术性能参数 ............................................1
1.1.3  装载机的用途 ........................................................2
1.1.4  装载机的分类 ........................................................3
1.2  轮式装载机应用技术发展................................................ 5
1.2.1  国外轮式装载机发展现状.............................................. 6
1.2.2  国外轮式装载机发展趋势.............................................. 12
1.2.3  国内轮式装载机发展现状.............................................. 13
1.2.4  国内轮式装载机发展趋势 ..............................................14
1.3  本章小结........................................................ ......15
2  装载机工作装置总体设计 ..................................................16
2.1  工作装置的总体结构与布置 ..............................................16
2.2  工作装置连杆机构的结构形式与特点...................................... 18
2.3  工作装置自由度的计算 ..................................................24
2.4  工作装置总体设计...................................................... 26
3  ZL50 装载机工作装置设计................................................. 27
3.1  工作装置的设计要求.................................................... 27
3.1.1  工作装置工作性能 ....................................................27
3.1.2  对工作装置的要求 ....................................................27
3.2  铲斗设计 ..............................................................27
3.2.1  铲斗的结构形式...................................................... 28
3.2.2  铲斗的分类.......................................................... 30
3.2.3  铲斗断面形状和基本参数确定.......................................... 31
3.2.4  铲斗容量的计算...................................................... 34
3.3  工作装置连杆系统设计 ..................................................35
3.3.1  机构分析............................................................ 35
3.3.2  尺寸参数设计 ........................................................37
3.3.3  连杆系统运动分析.................................................... 46
3.4  工作装置静力学分析及强度校核.......................................... 50
3.4.1  静力学分析........................................................ ..50
3.4.2  强度校核........................................................ ....55
3.5  液压缸设计 ............................................................58
3.5.1  液压缸的类型和结构.................................................. 58
3.5.2  液压缸基本参数设计 ..................................................59
4  CATIA软件的应用 .........................................................62
4.1  CATIA软件的介绍....................................................... 62
4.2  CATIA软件的应用....................................................... 64
4.2.1  零件设计 ............................................................64
4.2.2  产品设计............................................................ 67
结论....................................................................... 69
参考文献 ...................................................................70
附录 .......................................................................71
翻译部分................................................................... 72
英文原文....................................................................72
中文译文................................................................... 82
致谢....................................................................... 88

相关论文