The Design And Implementation Of Expressway Electromechanical Equipment Management System

With expressways built and put into operation to bring great convenience to people's lives,but also give the development of the national economy has brought vitality. With highway construction mileage repeatedly breaking a new high, a variety of collection, monitoring, rapid management device the development, but also to the management of highway mechanical and electrical equipment, maintenance,maintenance and other aspects brought heavy pressure. To grasp the equipment operation, maintenance and preventive maintenance fast processing equipment failure,both on the newer and higher requirements raised by device management, but also to achieve information management, improve the quality of service necessary requirement. Guangdong Provincial Expressway Electrical Equipment industry not only includes all other provinces have toll systems, communication systems, control systems, power systems, tunnel systems, and other seven systems, it is the application of RFID composite cards, RFID electronic signs(no stop sign station), 5.8Ghz ETC identification station(free flow), HD bayonet and other new technologies and equipment, a key section of any equipment failures are likely to cause losses to the management and other highway toll revenue, the diversity and professionalism of the technology used and the complexity of the equipment is the first time in the country.But at the same time backward equipment management Guangzhou Transport Investment Group, the original manual ledger, have been seriously incompatible with the current regulatory requirements, the urgent need to establish a scientific and effective modern integrated management system.In this paper, under the Guangzhou Transport Investment Group each operation management situation highway mechanical and electrical equipment as a starting point the actual needs of electromechanical equipment management combined highway to software engineering theory as a guide to object-oriented UML unified modeling language, using ASP.NET technology to the life cycle approach and rapid prototypingcombination development model successfully developed a highway mechanical and electrical equipment management system. The system includes a device management,maintenance management, special project management, assessment management, file management, basic data management, system management module, standardized management electrical and mechanical equipment, scientific conservation, timely troubleshooting, reasonable arrangements for conservation planning, scheduling conservation team ensure that the device management and maintenance can be planned and implemented step by step, improve work efficiency, saving the company costs,improve service quality.