基于PLC的立体车库设计毕业设计

《基于PLC的立体车库设计毕业设计》由会员分享，可在线阅读，更多相关《基于PLC的立体车库设计毕业设计（48页珍藏版）》请在毕设资料网上搜索。

1、 毕业设计（论文） 题 目： 基于 PLC 的立体车库设计 二一三年四月 第 II 页 内容摘要及关键词： 【摘要】 ：随着我国经济的飞速发展，城市人口日益增多，特别是随着改革开放以来， 我国进入了汽车拥有率迅速上升时候。以往那种单层平面停车场也越来越不能满足市 场的需求。对多停车位、少占空间、使用操作简单、安全可靠的“立体停车库”的建 设， 是解决目前寸土寸金的大都市内停车难的有效办法。 立体车库是一种以单层平 面停车场为核心、多平面的空间停车车库，通过可编程 控制器(Programming Logic Controller，简称 PLC)控制车位空间位置的变动,使车位能够实现空间到平面的转

2、化， 实现多重单层平面停车的功能。升降横移式立体车库利用托盘移位产生垂直通道，实 现多层车位的升降来存取车辆。本研究课题对升降横移式立体车库原理的研究与设计， 介绍了两层立体车库模型实现情况。 利用三菱FX-2N型PLC编程， 采用哪个基于WINDOWS 平台的工控组态软件 MCGS，通过对组态软件数据库的构建、动画的连接及控制流程的 编制、调试，进行模拟仿真。 【关键词】 ：立体车库； 可编程控制器 PLC； 升降横移； MCGS 组态软件； 模拟仿 真 Content summary and Keywords : Abstract: With the rapid development o

3、f Chinas economy, the urban population growing number, especially with the since the reform and opening up, China has entered a rapid increase of the rate of car ownership when. The past kind Monolayer parking also increasingly unable to meet the demand of the market. Multi parking occupy as little

4、space, using simple, safe and reliable operation of the the stereo garage building, is an effective way to solve the parking is difficult in the current high cost of land within the metropolis. Dimensional garage is a single-layer flat parking lot as the core, multi-plane space parking garage, is co

5、ntrolled by a programmable logic controller (Programming Logic Controller, PLC). Parking space location changes, so that the parking spaces to the transformation of the plane can achieve space to achieve multiple monolayer parking function. Lifting and transferring garage the tray shift vertical cha

6、nnel, multi-storey car parking spaces lift access 第 III 页 to the vehicle. The research topics of the research and design of the lifting and transferring garage principle, introduced two stereo garage model achievement. Mitsubishi FX-2N PLC programming, the use of which based on the the WINDOWS platform of industrial control configuration software MCGS configuration software database construction and preparation of the connection and control of the animation process, debugging, simulation.