| Since we entered the new century,the incidence of public emergencies has increased significantly.Therefore,how to improve the capacity of accident rescue and emergency handling has become the focus of our attention.Among which,rescue equipments,as the main equipment for mine rescue,its quality and reliability are the keys to the timeliness of rescue.Aiming at the convenience of management and the efficiency of equipment,this paper presents a rescue equipment management system based on emergency rescue platform.Based on the analysis of the present situation,this paper reports a systematic design plan by analyzing the business requirements of the of the rescue equipment management system.In the system architecture,a complete separation of the front and back stage is adopted to realize multiple terminals sharing the same background,which can reduce the maintenance cost for adding new platform display modes in the later stage;Adopt MVC three-layer architecture design mode,and integrate Jfinal and AngularJs to build the whole system;Use the Ajax request in the JSON format,so that it can reduce the number of page redrawing to improve performance.The system realizing B/S mode and distributed management can improve the system performance and increase the concurrency level.Mysql database is used in data storage to integrate mybitis to realize the interaction between data layer and control layer.The system uses DELL T630 server to build the system server platform itself,uses the qr code as the carrier to realize the query of equipment information and the maintain records by scanning the code.On the display platform,the two modes of presentation of PC and mobile terminals are realized,and four main functional modules including user management module,data analysis module,equipment management module,and system management module are completed according to the dynamic allocation of resources.The system provides all the records it needs,such as the warehousing,maintenance,inspection and approval,resource display and so on,satisfying the functions required for the daily management of the ambulance equipment.Comprehensive use of black box testing and white box testing shows that,the user management module can meet the needs of different functions,the equipment management module can meet the requirement for loading and unloading and storage maintenance,the data analysis module can meet the requests for the presentation of statistical analysis,the system management module can satisfy the demand of the management of log and user information.The test results prove that the system can meet the needs of the rescue equipment management,the performance is stable and reliable,and achieve the expected design goal. |