摘要
工程项目安全事故致因因素较多,依靠传统安全管理控制难度大、效率低,运用新型信息技术和手段提高安全管理水平尤为重要。通过工程项目安全事故致因分析,明晰智慧安全管理系统的现实需求,从对象维、组织维、保障维三个维度构建智慧安全管理系统霍尔三维模型,设计工程项目智慧安全管理系统总体框架及其子系统功能。工程项目智慧安全管理系统实现对工程危险源的智慧感知、智慧监测、智慧评估、智慧预警、智慧应急处理等全过程动态管控,为提升工程项目智慧安全管理水平和减少安全事故发生提供借鉴和参考。
There are many factors causing safety accidents in engineering projects,and it is difficult and inefficient to rely on traditional safety management to control,and it is particularly important to use new information technology and means to improve the level of safety management.Through the analysis of the causes of safety accidents in engineering projects,the actual requirements of the smart safety management system were clarified,and the three-dimensional model of the smart safety management system was constructed from the three dimensions of object dimension,organizational dimension and guarantee dimension,and the overall framework of the smart safety management system of engineering projects and its subsystem functions were designed.The smart safety management system of engineering projects realizes the dynamic control of the whole process of smart perception,smart monitoring,smart assessment,smart early warning,and smart emergency treatment of engineering hazards,which can provide reference for improving the level of smart safety management of engineering projects and reducing the occurrence of safety accidents.
作者
王凯
路家孝
毕文珂
Wang Kai;Lu Jiaxiao;Bi Wenke(School of Economics and Management,Tianjin Chengjian University,Tianjin 300384,China)
出处
《石家庄铁道大学学报（社会科学版）》
2023年第2期1-8,共8页
Journal of Shijiazhuang Tiedao University（Social Science Edition）
基金
2022年校级本科教育教学改革与研究项目(重点项目)“建筑业转型升级背景下工程管理专业复合型人才培养模式研究”(JG-ZD-22024)。
关键词
工程项目
系统安全理论
智慧安全管理
事故致因
engineering project
system security theory
smart security management
cause of accident
