A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge maintenance method and system
The invention relates to a bridge maintenance method and system. The bridge maintenance method provided by the invention is combined with the current Internet-of-things technology, the deformation condition of a bridge is pushed to an intelligent terminal of a maintainer through a sensor and a cloud server, the maintainer can check the deformation history of the bridge through the intelligent terminal, and the possible deformation condition of the bridge can be expected through a bridge deformation curve. Besides, the bridge maintenance method divides bridge deformation into vertical displacement, horizontal left-right displacement, horizontal front-back displacement and comprehensive weighted displacement, the displacement condition of the bridge can be completely reflected through three-dimensional displacement detection, and the maintenance efficiency is improved.
本发明涉及一种桥梁维护方法和系统。本发明提出的桥梁维护方法结合当前物联网技术，通过传感器和云服务器将桥梁形变情况推送给维护人员的智能终端上，维护人员通过智能终端能够查看桥梁的形变历史，并且通过桥梁形变曲线能够对桥梁可能发生的形变情况进行预期。另外，本发明的桥梁维护方法将桥梁形变分为竖直位移、水平左右位移、水平前后位移以及综合加权位移，通过三个维度的位移侦测，能够完整反映桥梁的位移情况，提高维护效率。
Bridge maintenance method and system
The invention relates to a bridge maintenance method and system. The bridge maintenance method provided by the invention is combined with the current Internet-of-things technology, the deformation condition of a bridge is pushed to an intelligent terminal of a maintainer through a sensor and a cloud server, the maintainer can check the deformation history of the bridge through the intelligent terminal, and the possible deformation condition of the bridge can be expected through a bridge deformation curve. Besides, the bridge maintenance method divides bridge deformation into vertical displacement, horizontal left-right displacement, horizontal front-back displacement and comprehensive weighted displacement, the displacement condition of the bridge can be completely reflected through three-dimensional displacement detection, and the maintenance efficiency is improved.
本发明涉及一种桥梁维护方法和系统。本发明提出的桥梁维护方法结合当前物联网技术，通过传感器和云服务器将桥梁形变情况推送给维护人员的智能终端上，维护人员通过智能终端能够查看桥梁的形变历史，并且通过桥梁形变曲线能够对桥梁可能发生的形变情况进行预期。另外，本发明的桥梁维护方法将桥梁形变分为竖直位移、水平左右位移、水平前后位移以及综合加权位移，通过三个维度的位移侦测，能够完整反映桥梁的位移情况，提高维护效率。
Bridge maintenance method and system
一种桥梁维护方法和系统
TANG MINGXING (author) / ZHAO CHANGBO (author) / WEI JUNPENG (author) / ZHOU XIAOYING (author) / XU YONG (author) / ZHAO XIANGYANG (author) / DING XITAO (author) / LI WENCHAO (author) / CAO LI (author) / ZHANG DONG (author)
2020-05-22
Patent
Electronic Resource
Chinese
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