This technology is a marine life monitoring system designed to monitor the status of marine organisms in underwater environments. It features a structure that combines an upper frame containing a camera with an open-bottom lower frame, allowing it to be attached to underwater drones or installed in a fixed position for non-invasive ecological data collection.
Conventional ecological survey methods using divers or underwater robots often disturb the target organisms and face challenges in maintaining stable, long-term monitoring from a fixed location.
This technology proposes a method that houses an underwater camera and battery within an aluminum or STS316 pressure-resistant vessel, mounted inside a fixed frame with an open structure that allows marine life to move in and out freely. This enables long-term, non-invasive monitoring while simultaneously performing underwater noise measurement, sonar detection, and water quality analysis. It can be applied to aquaculture management, marine ecological surveys, and fishery resource monitoring, providing a practical solution for research and industrial sites that require long-term data acquisition without disturbing the organisms.
N/A
