摘要
Abstract
Objective To design a virtual simulation-based modular grouping management system for medical supplies to solve the problems due to low management efficiency of hospital medical supplies.Methods The virtual simulation-based modular grouping management system for medical supplies designed using radio frequency identification(RFID),virtual simulation and 3D modeling technologies.It employed a browser/server(B/S)architecture and was developed using Java with a front-end/back-end separation mode.The front end utilized the Vue2.js framework for model-view separation,while the back end adopted a layered microservices architecture.There were five modules involved in the system including the func-tional modules for warehouse supply intake and outflow management,supply query management,3D panoramic display,modular grouping management and information alert management.Results The system designed featured status visualization,warehouse virtualization and automated management,which improved the efficiency of medical supply grouping and enhan-ced the supportability for medical supplies.Conclusion The system designed facilitates efficient management of medical supplies,and is of great significance for enhancing modular medical supply grouping,rapid response during disaster relief and reserve management.[Chinese Medical Equipment Journal,2026,47(6):49-53]关键词
虚拟仿真/医疗物资管理/模块化抽组/3D建模/RFIDKey words
virtual simulation/medical supply management/modular grouping/3D modeling/RFID分类
医药卫生
