摘要
随着建设工程体量的日益增加和建设用地的逐步减少,建设项目规模大、环境复杂、风险高的特点日益突出。基于工程事故案例分析,结合工程事故的现场需求,提出了现场调查、区域量测和定点监测3个递进层次的辅助应急抢险监测措施。同时,提出将现有设备与5G、摄影测量、智能传感器等技术和设备进行集成改造的研发思路,以形成多功能工程应急监测智能移动平台,并对其经济性和应用价值进行了讨论。
With the increasing volume of construction projects and the gradual reduction of construction land,the characteristics of construction projects,such as the bulkiness,complexity of environments and high risks are being increasingly prominent.Based on the analysis of engineering accident cases and the site requirements of engineering accidents,this paper proposed three-level progressive auxiliary emergency rescue monitoring measures:site investigation,regional measurement and fixed-point monitoring.Whilst,the research and development idea of transforming and integrating existing equipment with technologies and equipment such as 5G,photogrammetry,and smart sensors was proposed to form a multifunctional engineering emergency monitoring intelligent mobile platform,and its economics and application value were discussed.
作者
陈少祥
陈久照
张坚
何钦
张记峰
Chen Shaoxiang;Chen Jiuzhao;Zhang Jian;He Qin;Zhang Jifeng(Guangdong Provincial Academy of Building Research Group Co.,Ltd.Guangzhou 510500,China;Guangdong Construction Engineering Quality Safety Inspection Station Co.,Ltd.Guangzhou 510500,China)
出处
《广东土木与建筑》
2020年第2期59-62,共4页
Guangdong Architecture Civil Engineering
关键词
工程应急监测
辅助应急措施
5G通讯
智能传感技术
智能移动平台
engineering emergency monitoring
auxiliary emergency measures
5G communication
intelligent sensing technology
intelligent mobile platform
