Construction period safety monitoring and early warning system for ancient seawall reinforcement

Abstract

The invention discloses a construction period safety monitoring and early warning system for ancient seawall reinforcement. The system comprises a monitoring device, a data acquisition device, a monitoring management cloud platform, an alarm device and a terminal, the monitoring device and the data acquisition device are connected through a cable or a wireless network, and the monitoring management cloud platform is connected with the data acquisition device, the alarm device and the terminal. The monitoring device comprises a deformation monitoring device, a seepage monitoring device, a pressure monitoring device, an environmental quantity monitoring device, a vibration monitoring device and a video monitoring device, and is connected with the data acquisition device through a cable or awireless network. Aiming at the ancient seawall reinforcement construction period, advanced technologies such as novel sensing, the Internet of Things and cloud computing are utilized to monitor, analyze and early warn deformation, seepage, environment quantity, vibration conditions and the like of the ancient seawall reinforcement construction period in real time, the safety monitoring real-timeperformance is guaranteed, safety control over the ancient seawall reinforcement construction period is enhanced, and the ancient seawall structure safety is protected.

Description

technical field

[0001] The invention belongs to the technical field of seawall reinforcement, and in particular relates to a construction period safety monitoring and early warning system for ancient seawall reinforcement. Background technique

[0002] Known as the "Great Wall of the Sea", the ancient seawall is a precious heritage left by the coastal people during thousands of years of unremitting struggle against nature and against the invasion of sea tides. Since the ancient seawall has been in use, there have been problems such as high pond foundation, weak anti-scourability of the pond protection structure, low pond top elevation, insufficient flood and tide defense ability, aging pond body, and serious erosion damage at the foot of the embankment. In response to these problems, ancient seawall reinforcement projects have been carried out in many places. In the construction process of seawall reinforcement, the construction load of the pond top machinery, the vibration...

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