摘要通过对国内起重行业需求的研究，在参考大量有关起吊设备的资料前提下，设计了一种适合于小型工厂或者实验室内的简易吊车；通过对各类起重机的分析，选择一种门座式起重机方案；设计出几种不同的门座式起重机方案，比较后选择一个最优设计方案：使用工字型钢作为主梁、方管为支撑架，通过焊接的连接方式形成主架；主运行机构为单轨运行小车，设计了一个小车来让重物可以进行水平横向移动，通过齿轮齿条驱动，齿轮通过一根轴连接圆环链链轮，最终可以使用人力拉动圆环链来完成重物水平移动的手动控制；副起升机构为手拉葫芦和支撑部分一套桁架结构；主架下部装有四个带锁的工业脚轮，可以推动支架让吊起的在室内纵向移动；同时进行了单轨运行小车零部件的设计计算；并且对钢结构的主梁受力做了深入的理论分析、计算和校核；利用AutoCAD和Solidworks软件，进行计算机辅助设计，实现起重机总体结构零部件的三维造型和工程图的绘制；再使用Abaqus对部分零部件的强度、刚度进行有限元分析；最后再对方案进行优化。63545
毕业论文关键词 简易吊车 吊装 工字钢 桁架结构 安全自锁
毕业设计说明书（论文）外文摘要
Title A three-dimensional design of simple hanger frame
Abstract Design a simple crane suitable for small factories or laboratories by lifting the domestic industry needs research and reference to a number of information about the premise of lifting equipment; Through the analysis of various types of cranes, choose a program of gantry cranes; Design several different programs gantry cranes, compare and choose an optimal design; Use the joist steel as the main steel beams, square tube support bracket are connected by welding to form the main frame;The main running organization monorail trolleys, designed a car to make the heavy horizontal lateral movement can be carried through the rack and pinion drive gear shaft is connected via a ring chain sprocket, eventually pulling ring chain can be used to complete the human horizontal movement of heavy manual control;Auxiliary lifting hoists and organizations to support part of a truss structure; The lower part of the main frame with four lockable industrial casters, can push bracket allow longitudinal movement in the room lifted;At the same time a monorail trolleys parts of the design calculations; and steel girders for the force to do a thorough theoretical analysis, calculation and check of; The use of AutoCAD and Solidworks for computer-aided design, the overall structure of the crane components to achieve three-dimensional modeling and engineering mapping; Abaqus for re-use some parts of the strength and stiffness of the finite element analysis; Finally,Optimizing the program.
Keywords Simple crane Lifting Joist steel Truss structural Safety self-locking
目 次
1 绪论 1
1.1 选题的意义 1
1.2 本课题的研究目的 1
1.3 起重机的分类 3
2 总体方案设计 5
2.1 设计要求 5
2.1.1 设计内容： 5
2.1.2 确定满足要求吊车的主要技术参数： Abaqus简易吊装架三维立体设计:http://www.youerw.com/jixie/lunwen_70104.html