Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Bridge construction engineering construction operation environment safety real-time monitoring method based on wireless sensor technology
The invention discloses a bridge construction engineering construction operation environment safety real-time monitoring method based on a wireless sensor technology, and the method comprises the steps: dividing a bridge pier into an overwater bridge pier part and an underwater bridge pier part, and carrying out the sub-region division of the overwater bridge pier part and the underwater bridge pier part; and performing construction environment parameter detection on each divided sub-region, and further performing statistics on a construction operation environment danger coefficient corresponding to the underwater pier part and a construction operation environment danger coefficient corresponding to the underwater pier part according to a detection result, thereby integrating the statistical construction operation environment comprehensive danger coefficients of the bridge pier construction project. The safety monitoring of the bridge pier construction engineering construction environment is realized, the occurrence of bridge pier construction safety accidents is greatly reduced, the risk of the bridge pier construction environment is reduced to the greatest extent, the personal safety of bridge pier constructors is guaranteed, and the efficiency and quality of bridge pier construction are further improved.
本发明公开一种基于无线传感器技术的桥梁建造工程施工作业环境安全实时监测方法，通过将桥墩分为水上桥墩部分和水下桥墩部分，并分别对水上桥墩部分和水下桥墩部分进行子区域划分，由此对划分的各子区域进行所处施工环境参数检测，进而根据检测结果统计水下桥墩部分对应的施工作业环境危险系数和水下桥墩部分对应的施工作业环境危险系数，由此综合以上统计桥梁桥墩建造工程施工作业环境综合危险系数，实现了对桥梁桥墩建造工程施工作业环境的安全监测，大大减少了桥墩施工安全事故的发生，最大程度降低了桥墩施工作业环境的风险，保障了桥墩施工人员的人身安全，进而提高了桥墩施工的效率及质量。
Bridge construction engineering construction operation environment safety real-time monitoring method based on wireless sensor technology
The invention discloses a bridge construction engineering construction operation environment safety real-time monitoring method based on a wireless sensor technology, and the method comprises the steps: dividing a bridge pier into an overwater bridge pier part and an underwater bridge pier part, and carrying out the sub-region division of the overwater bridge pier part and the underwater bridge pier part; and performing construction environment parameter detection on each divided sub-region, and further performing statistics on a construction operation environment danger coefficient corresponding to the underwater pier part and a construction operation environment danger coefficient corresponding to the underwater pier part according to a detection result, thereby integrating the statistical construction operation environment comprehensive danger coefficients of the bridge pier construction project. The safety monitoring of the bridge pier construction engineering construction environment is realized, the occurrence of bridge pier construction safety accidents is greatly reduced, the risk of the bridge pier construction environment is reduced to the greatest extent, the personal safety of bridge pier constructors is guaranteed, and the efficiency and quality of bridge pier construction are further improved.
本发明公开一种基于无线传感器技术的桥梁建造工程施工作业环境安全实时监测方法，通过将桥墩分为水上桥墩部分和水下桥墩部分，并分别对水上桥墩部分和水下桥墩部分进行子区域划分，由此对划分的各子区域进行所处施工环境参数检测，进而根据检测结果统计水下桥墩部分对应的施工作业环境危险系数和水下桥墩部分对应的施工作业环境危险系数，由此综合以上统计桥梁桥墩建造工程施工作业环境综合危险系数，实现了对桥梁桥墩建造工程施工作业环境的安全监测，大大减少了桥墩施工安全事故的发生，最大程度降低了桥墩施工作业环境的风险，保障了桥墩施工人员的人身安全，进而提高了桥墩施工的效率及质量。
Bridge construction engineering construction operation environment safety real-time monitoring method based on wireless sensor technology
一种基于无线传感器技术的桥梁建造工程施工作业环境安全实时监测方法
QI HUIFENG (Autor:in) / ZHU CUIHUA (Autor:in)
07.05.2021
Patent
Elektronische Ressource
Chinesisch
Measuring Bridge Construction Efficiency Using the Wireless Real-Time Video Monitoring System
| Online Contents | 2012