The Analysis And Design Of Elevator Simulator System

With the rapid development of urbanization and growing population in modern cities,construction of modern city is developing more and more to the high level and high rise.As a vertical transportation of tall buildings,the elevator plays a more and more important role in daily life due to our growing demand.With people's increasing desire to live better life,elevator which simply meets the requirement of the reliability cannot meet the needs of social development.This thesis is mainly on the analysis and design of elevator simulator system.The elevator simulator system is made up of the control panel,elevator simulation interface software and elevator simulation combination control cabinet.It realizes the basic functions of various kinds of real elevators and a variety of additional features.When several elevator simulator systems link to each other,they can realize the simulation control of elevator group by optimization scheduling system.This thesis choose an appropriate technology from a comparison of several usual control algorithms of elevator group to realize the simulation control of elevator group.It can be convenient for the elevator software designers to modify programs aimed at different needs of customers.This thesis will elaborate on the hardware structure,working principle and design process of the interface circuit of the elevator simulator system.It describes the function and implementation method of system control software and parameters configuration software.After the whole system debugging is completed,the problems encountered in the process of debugging and use are analyzed in the thesis,and corresponding solutions are given.Finally,the elevator simulator system can simulate the basic and most of the real function of elevator.It has the optimal operation system with several elevator simulator systems and a good man-machine interface.It is convenient to elevator software designers to get started as soon as possible.It can simulate a variety of different models,different drive ways,different uses,different speeds,and different works of elevator to make the corresponding software designers free of debugging the program on the real machine,and capable of judging whether the program conforms the requirements of the customer and whether the operation is safe and reliable.At last this thesis puts forward the future research direction.