Design And Implementation Of Elderly Care Equipment Management System

China has entered the aging society.In the future,aging population will will be larger.The increase in the elderly population will further strengthen the elderly industry and stimulate the demand for elderly care equipment.For example,waist rings,flat panels,bracelets and other equipment have broad market prospects,so it is necessary to manage equipments and the data generated by these equipments.This thesis designed a background management system for the elderly care equipment for the current market demand.The management system is based on the MVC architecture,with a front-end separation design.The backend uses the SpringBoot framework,the data persistence layer framework uses the Mybatis framework,and the database uses MySQL.The cache with a two-tier design that the local cache use Ehcache and Redis is applied to the remote server cache,which updates the Redis data through the message middleware RabbitMQ.The view uses the Reactjs framework and Antd Design is the UI framework and style standards.For the administrator,the system needs to provide a Web to manage device information,user information,group information,post information,alarm information,and statistics,and can provide file download.For mobile APP users,the system needs to provide an interface such as modifying account information,sending a post,viewing other people's posts,joining or leaving the group,and binding to devices.Through the system requirements analysis,this thesis is divided into seven modules: user management module,group management module,device management module,post management module,alarm management module,statistics module and administrator module.After that,the system's functional structure,functional flow,database entity and development environment are designed.The class and implementation logic of the specific modules are implemented in detail,which are described in detail through timing diagrams and flow diagrams.Finally,the system is debugged by Web page and background.The results show that the system meets the requirements of the design.