| In recent years,major fire accidents have occurred frequently,and the types of fires have become increasingly diversified.With the continuous updating of fire fighting equipment,the management of fire fighting equipment is becoming more and more complicated.There is an urgent need to establish a new type of fire fighting equipment information management platform to better serve the first-line fire fighting work and achieve comprehensive management of the entire life cycle of fire fighting equipment.According to the requirements of Anyang City Public Security Fire Brigade for the construction of fire fighting support management system,this article pre-researched the project,followed the standard process of software development,and went through a series of steps such as demand analysis,design,implementation,testing,maintenance,etc.The basic development framework,based on the B/S architecture,adopts the MVC layered model,and combines JAVA,HTML,CSS,JS,Activiti,ArcSoft ArcFace SDK and other technologies to develop a fire management equipment cloud management platform,which mainly has the following functions:(1)System management.It includes permission management,login management,notification management,monitoring management,etc.(2)Equipment information management.It includes the management of basic information,requisition information,purchase information,maintenance information,maintenance information,scrap information,etc.(3)Work online.Including workflow management,task management,application approval management,etc.Application approval management is divided into leave approval management,equipment approval management.Among them,the equipment approval management mainly involves the equipment purchase,maintenance,maintenance,scrap and other aspects of the application approval management.(4)Document management.It includes the unified management of fire equipment specifications,contracts,plans,and records,so as to facilitate users to preview,download and print online.This platform combines ArcSoft ArcFace SDK technology to realize the face recognition login function,which is parallel to the traditional login method to enhance the security of the platform.Deploy the platform on the Alibaba Cloud server,and use various test cases to debug and optimize the platform’s functions and performance.The final test results prove that the platform has basically reached the expected R&D goals,the work efficiency of the equipment management of the fire department has been improved,the working mode has been optimized,and the fire operations have been effectively supported.At present,the platform has been able to operate stably.There are 60 pictures,23 tables and 61 references in this paper. |