二层式升降横移自动立体车库结构设计Word格式.docx

1、本次设计的主要内容是自动立体车库的结构设计。而自动立体车库按结构可分为升降 横移类、垂直循环类、水平循环类、平面移动类、巷道堆垛类、垂直升降类、简易升降类 等。本文主要对两层式升降横移自动立体车库进行详细的结构设计和对关键部位受力分析 并校核。四柱结构型式钢结构车库由于其结构较为简单有较大使用范围，本文对其进行详细设 计。文中主要对自动立体车库的横梁，纵梁，支撑柱以及载车板进行详细的受力分析和校 核。另外，本文中的自动立体车库采用了液压系统进行传动，区别与采用电动机驱动的自 动车库。由于液压传动的优点，车库在升降或是横移过程中会更加稳定，减少了运动中所 产生的噪音，使其适用于更多场合。在车库的

2、设计中还介绍了车库运行中重要的安全防护 装置。除此之外，还绘制了总装图、零件图。关键词：自动立体车库；结构设计；液压AbstractWith the development of the national economy in our country, more and more cars are entering the common families. Stereo garage becomes the first choice for solving the problemsof hard parking. Especially, lift-sliding type stereo gar

3、age is the most widely used The main content of this design is the design of automatic stereo garage, the stereo garage is including lift-sliding type, vertical circulation type, level of circulation,plane mobile, laneway type, vertical lifting, simple movements and etc. The main contents of this pa

4、per is about the design structure of two layers of lifting and transferring automatic stereo garage and the force analysis and check by the key parts of stereo garage.Four-column type steel structure garage has a large range of use because of its simple structure. The main content of this paper is t

5、he force analysis and check by the beams, stringers, support columns and car carrying boards. In addition, automatic stereo garage use hydraulic system for driving, it has difference between using the motor-driven automatic garage. Because of the advantages of hydraulic transmission, the garage will

6、 be more stable in process. This makes it suitable for more occasions. The design of the garage is also introduced the safety protection device in the running ofgarage .In addition, the paperincludes drawn up the assembly diagram, parts diagram.Keywords: automatic stereo garage; structure design; hy

7、draulic目录摘要.I.ABSTRACTII目录V1 绪论.1.1.1 本课题研究的内容及意义.1.1.2 国内外的发展概况.2.1.3 本章小结.4.2 自动立体车库的总体设计方案.5.2.1 升降横移自动立体车库选型.5.2.2 自动立体车库提升方式的选择.6.2.3 自动立体车库的其他部件.6.2.4 自动立体车库的设计参数.7.2.5 二层式升降横移自动立体车库结构设计的内容及要求.7.2.6 本章小结.7.3 自动立体车库主体框架设计.8.3.1 立体车库的工作原理.8.3.2 自动立体车库钢结构设计.8.3.2.2 横梁受力分析.1.2.3.2.3 纵梁受力分析.1.3.3.2.1 支撑柱设计.9.3.3 载车板受力分析校核.1.5.3.4 本章小结.1.6.4.1 上层载车板提升装置设计.1.7.4.1.1 升降传动系统设计.1.7.4 自动立体车库的传动系统.1.7.4.1.2 升降液压系统设计.1.9.4.1.3 升降液压系统链轮设计.