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1·Adopted ladder diagram and debugging of design programming statements.

采用了梯形图和编程语句对设计进行调试。

2·Vertical lifting type; Three-dimensional garage; PLC; Control system; Ladder diagram;

垂直升降式； 立体车库； PLC； 控制系统； 梯形图；

3·Realization idea and algorithm of ladder diagram program checking would be introduced mainly.

主要介绍一下对梯形图程序检查的实现思路和具体的实现算法。

4·The system adopts module programming and its program is compiled with ladder diagram language.

系统软件采用模块化编程，程序用梯形图语言编写。

5·It gives the design of site signal, ladder diagram, programming, use method of the system, and so on.

文中讨论了控制原理，作出了现场信号设计、梯形图及编程、系统使用方法等。

6·The idea of abstract from ladder diagram to AOV graph list and its realization algorithm is introduced.

阐述了将梯形图映射为AOV图链的思想与实现算法。

7·The design thought of trick lock is emphatically described. And its ladder diagram program is also given.

着重叙述了其关键部分密码锁的设计思想，并给出了密码锁控制的梯形图程序。

8·This paper elaborates on a data structure and implementation method of ladder diagram programming system.

详细阐述了一种梯形图编程系统的数据结构与实现方法。

9·The function diagram can be changed over ladder diagram, the directive table is easy to use and input program.

功能表图可转换成梯形图、指令表以便于使用和输入程序。

10·The system control software is written by ladder diagram and system fault states can be judged and treated voluntarily.

采用梯形图编制了系统控制软件，程序能够对系统故障情况进行自动判断与处理。