摘要
目的:统筹院前院内急救资源,建立院前院内衔接路径与衔接机制,实现院前院内急救信息共享。方法:基于院前院内急救医疗应用场景要求,遵循模块化、流程化、规范化设计开发理念,采用Netty框架及Kotlin开发语言实现多个独立系统的数据集成共享和移动端应用。结果:有效整合院前院内急救资源,统一急救信息输入与输出路径,实现了26家医院系统的有效衔接,强化了急救体系建设与预警联动,助力于精益化急救流程与管理,实现急救资源共享。结论:基于信息化手段实现院前院内衔接,有助于宏观调控急救资源配置,是实现“上车即入院,信息实时传”的有效探索,进一步提高了急救运行效率与医疗急救服务质量。
Objective To coordinate pre-hospital and in-hospital emergency resources,establish the connection paths and mechanisms between pre-hospital and in-hospital,and realize the sharing of the emergency information.Methods Based on the requirements of pre-hospital and in-hospital emergency medical application scenarios,following the concept of modularization,processize and standardization design and development,Using Netty framework and Kotlin development language were adopted to achieve data integration and sharing of multiple independent systems,and mobile applications.Results The pre-hospital and in-hospital emergency resources were effectively integrated,unified input and output path of emergency information were unified,the effective connection of 26 hospital systems were realized,the linkage of first-aid system construction and early warning was strengthened,it’s helpful to lean the first aid process and management,and realize the emergency resources sharing.Conclusion The realization of pre-hospital and in-hospital connection based on information means is conducive to macro-control realization of emergency resources allocation,and is an effective exploration of"Get on ambulance mean arrive at the hospital,information transmit realtime",which further improves the efficiency of first-aid operation and the quality of medical emergency service.
作者
巴衣尔策策克
陈辉
耿聆
秦铁岭
张威
张涛
王勇
Bayierceceke;Chen Hui;Geng Ling;Qin Tieling;Zhang Wei;Zhang tao;Wang Yong(Beijing Emergency MedCenter,Beijing 100031,China;Beijing Ziyun Intelligent Technology Co.,Ltd)
出处
《中国数字医学》
2022年第2期116-120,共5页
China Digital Medicine
关键词
院前院内急救
一体化平台
系统衔接
资源共享
急救体系建设
Pre-hospital and in-hospital emergency
Integrated platform
System connection
Resource sharing
Emergenc system construction