Guizhou Highway Electromechanical Facilities Management System Analysis And Design

With the development of the system, mechanical and electrical management realized the routing management. The one is the toll station staff using SMS for equipment fault repair, which may at any time inquires the know failure process. The second is to achieve an online flow maintainer single at the same time, which have the message notice, fault found through the software after the repair, the system will automatically according to the fault venue to relevant maintenance personnel mobile phone to send a text message notice, reduce the failure notification link. The third is the system automatically will all breakdown maintenance situation according to the site, equipment type classification storage, constructing the maintenance library, maintenance personnel may at any time to understand equipment operation condition and fault classification information for renewal of equipment, alteration, make the maintenance plan to provide the basis.Based on the concept of software engineering, the object-oriented development method in Guizhou in the expressway electromechanical facility management system in-depth analysis and design, the main job content is as follows:1. First, Guizhou expressway electromechanical facility management system is in-depth researched and process analysis, which gives the Guizhou province expressway networking charge management center of the organization chart, the mechanical and electrical work flow of the system were analyzed, and gives the mechanical and electrical equipment asset management business flow diagram, the repair management business flow diagram and electrical and mechanical maintenance business flow diagram.2. Through the system function requirement analysis, it is concluded that electromechanical system mainly includes a mechanical and electrical equipment assets management subsystem, the repair management subsystem, electrical and mechanical maintenance evaluation subsystem, engineering project management subsystem and system management subsystem five subsystems. Through the functions of each sub-system demand analysis are given respectively and the corresponding use case diagram, and presents the corresponding with its about.3. Through the system requirement analysis, it gives the system’s overall function and structure design, system architecture design and detailed design of the system. Detailed design system according to the five subsystems use case diagram of the cases are deeply design, given the corresponding sequence diagram and collaboration diagram.4. In Database design, the concept of database structure is designed and database logical structure is designed, the mechanical and electrical facilities management system interface is designed.