Aquaculture mobile underwater video camera system

Abstract

The invention provides a mobile submersed camera shooting and video recording system for aquiculture. The system comprises a portable microcomputer, a GPS (Global Positioning System) receiver, a submersed camera, a USB (Universal Serial Bus) video card, a DC / DC module and a battery pack. Software, namely a mobile submersed camera shooting and video recording system, is pre-installed in the portable microcomputer; the GPS receiver and the submersed camera are respectively in communication with the mobile submersed camera shooting and video recording system; and the battery pack is used for supplying power to the portable microcomputer and the submersed camera respectively. The system is operated through the following steps: starting the system and linking the GPS receiver; drawing a culture pond picture, and building a grid-type video file management system of the culture pond; performing submersed camera shooting and video recording, and storing and managing video files; and extracting and playing back the video files. The system has the benefits that an economical and effective monitoring measure is provided for the aquaculture production process; the system is portable and flexible to use, can work continuously for a long time, is free of limitation of air temperature and water temperature conditions and can efficiently provide firsthand underwater video information of a culture pond for a user.

Description

technical field [0001] The invention belongs to the field of aquaculture, and in particular relates to an aquaculture monitoring system, which is especially suitable for observing the growth status of aquaculture products in aquaculture ponds. Background technique [0002] Sea cucumbers, abalones, sea urchins and other bottom-dwelling aquatic products need to be frequently observed in their growth status, such as growth speed, growth density, health status, etc., in order to deal with abnormal situations in time. In the prior art, the observation of the growth state of the cultured products in the culture pond is to rely on divers to go into the water for observation, or to arrange fixed underwater cameras in the culture pond. The disadvantages of relying on divers to enter the water for observation are: the observation is affected by the diver's diving position and the diver's observation field of view, human factors are greatly affected, and a comprehensive and systematic ...

AI Technical Summary

Problems solved by technology

The disadvantages of relying on divers to enter the water for observation are: the observation is affected by the diver's diving position and the diver's observation field of view, human factors are greatly affected, and it is impossible to make a comprehensive and systematic observation of the breeding pond; diving observation is also affected by temperature and climate conditions

The shortcomings of fixed underwater cameras in the breeding pond are: high cost, dead angles for shooting, and large hard disk capacity required to store and shoot video files

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