| Life support equipment has become an essential medical device for many hospitals,and became an important tool for saving the lives of critical and urgent patients.Therefore,currently,the effective management of such equipment is urgently needed.This paper takes a hospital in Inner Mongolia as the background and the Internet of Things as the basic framework,and as a sub-project of the hospital-level equipment refined management system,it mainly designs and develops a refined management system for hospital life support equipment.Through detailed and accurate demand analysis,reasonable system design and rigorous database design,this paper realizes a life support equipment refined management system that integrates data sensing,data transmission,efficiency analysis,data query function and statistics function.The main work of this thesis is as follows:(1)Design of the perceptual recognition layer.At this level,we use IoT technology and sensing devices to enable life-sustaining devices to can “speak and send information”.(2)Design and development of the management service layer.This layer we use the SQLserver database to design and develop a database,which is mainly responsible for the collection,analysis and preservation of massive data detected by the perceptual recognition layer.(3)Design of the network component layer.This layer mainly designs the communication model between the sensing device and the database,and then from the database to the collection terminal.(4)Design and implementation of the integrated application layer.This layer is designed and implemented with a mobile App with data browsing,checking and simple operation.(5)Finally,we test the developed system.The results show that our designed system has the operability and feasibility. |
