Observation Buoy of the concentration of Suspended Sediment and Real-time Efficiency Estimation System of Silt Protector

摘要

Disclosed is a real-time efficiency calculation system including a concentration observation buoy of suspended soil in an antifouling film. The system includes an anti-pollution film composed of a bottom fixing member (anchor) 101, a plurality of floating bodies 107, a floating sand observation buoy 70, and a plurality of floating bodies 109; A suspended solid observation buoy 70 using at least one OBS sensor for measuring the concentration of suspended solid inside and outside the pollution prevention film installed in a marine area; GPS location information of at least one floating yarn observation buoy installed in the anti-pollution film, the concentration of floating yarn in the water layer measured by the OBS sensor, and measurement date and time information are collected in real time through a mobile communication network (LTE 4G/5G). A data collection system 300 of a server that provides an operating state of the observation buoy installed in the area and a measurement result of the floating company; And a user terminal 200 interlocked with the real-time data collection system of the server and installed with a floating sand observation client program. The system for automatically measuring the efficiency of the anti-fouling film has a problem in its effectiveness since the anti-fouling film was previously installed and the effect of the anti-fouling film was not confirmed. However, the observation that can automatically observe the efficiency of the anti-fouling film of the present invention It is possible to collect and monitor data on the concentration, seawater temperature, flow velocity, and wave height of the floating sand by the observation buoy in real time so that situations such as damage to the buoy or reduction of the prevention effect can be immediately checked. A system capable of grasping the efficiency of the antifouling film can efficiently manage the antifouling film, which was previously dependent on manpower. Since it is essential to install pollution barriers at construction sites in the ocean and rivers, it is expected to have great potential for use in marine environments, construction, and sediment transport.