Research On Planning And Management System Of Medical Waste Recycling In Hospital

With the rapid development of China’s medical industry,the types and quantities of medical waste are also increasing rapidly,which not only causes waste of resources and environmental pollution but also harms human health and safety.In order to avoid such situations,it is particularly important to establish a standardized,systematic and efficient medical waste recycling system.Although researchers at home and abroad have conducted detailed studies on the recycling of medical waste,there are also certain problems at the same time: many of these studies assume that the waste has been collected from the medical institution and is waiting for disposal under the circumstance,there are few studies on the recycling network and system in the hospital.Therefore,this article starts from the source of medical waste and studies the treatment and construction of the medical waste recycling system inside the hospital.The medical waste recycling system designed in this thesis includes four modules: medical waste information management module,medical waste supervision module,medical waste statistics query module and system management module.Among them,the medical waste information management module has the function of planning the optimal recycling path for the collection personnel according to the classification of medical waste and the load information of the transportation means.In this thesis,the Delaunay Triangulation Algorithm is used to build a medical waste recycling path model based on the floor plan,and the Dijkstra Algorithm and mileage saving method are used to plan the optimal recycling path of medical waste.According to the comparison between the optimal route obtained by the experiment and the original route,it is found that the route obtained by using the above method not only has less recovery time,but also the transportation can be used reasonably and the travel distance is reduced accordingly,so the above method can meet the needs.The construction of the above system can not only save the cost of collection and processing for medical institutions,but also reduce the pollution of medical waste during transportation,and meet the hospital’s need to track and account for the medical waste recycling process.The research on the medical waste recycling route in this thesis can also be applied to the field of building path planning and emergency evacuation,which has a wide range of applications and has certain universality.