Universal Barrier Control Module, Turnstile and Traffic Lights in the Underground Parking

In the graduation thesis, existing technical solution of control modules of the barrier, turnstile and traffic lights are analyzed. As a result of analysis, the decision of developing universal control module for barrier, turnstile and traffic lights for underground parking was made. Structural scheme is developed for better understanding of the developing control module structure. Methods of the developing are selected to aim the goal of the developing. Hardware and software parts of the control module are developed: the electronic element base is described, the principal scheme is developed, the algorithm of control module’s behavior is realized. Software part of the developing system is simulated at Proteus. The system-prototype is simulated and debugged. This work consists of 46 pages, except title page, technical task, implementation schedule of this graduation thesis and appendix. Number of tables is equal to 1. Number of Illustrations equal to 19. This work contains 24 references in bibliography.