Marine ranch ecological monitoring network small buoy

Abstract

The invention provides a small buoy for marine ranch ecological monitoring network, which includes a floating body, a bend limiter and an underwater sensor chain. The floating body includes a shell, a power supply, a control module and a communication module. module, the communication module signal is connected to the control module, the control module line is connected to the power supply, the underwater sensor chain includes the first transmission cable, the sensor fixing component, the third transmission cable and the gravity anchor, and the lower end of the first transmission cable is in turn Install the gravity anchor through the sensor fixation assembly and the third transmission cable. The small buoy of the marine pasture ecological monitoring network described in the present invention is a low-cost marine monitoring method, which can be deployed in a large number of "swarm bees" to realize the high temporal and spatial resolution monitoring of the marine environment and biological population characteristics, and to build a marine pasture. Environmental intelligent three-dimensional monitoring Internet of Things puts forward a new solution.

Description

technical field [0001] The invention belongs to the field of marine environment monitoring, in particular to a small buoy for marine pasture ecological monitoring nets. Background technique [0002] Modern marine ranching is a new type of marine biological resources development model suitable for modern sustainable development strategies. One of the most important features that distinguishes it from traditional marine ranching is the use of modern science and technology and management methods to improve biological resources, ecological environment, fishery production and Related activities are systematically managed, so the environmental monitoring of marine ranching and the real-time monitoring of underwater breeding organisms have become important directions for the construction of marine ranching. Networks that monitor wide-area water bodies and ecological environments need to deploy multiple node sensors to conduct in-situ real-time monitoring of various environmental pr...

AI Technical Summary

Problems solved by technology

The traditional marine monitoring system is bulky, consumes a lot of power, and is expensive. From the investment in ranch construction, it is impossible to realize a large amount of input to form a monitoring network. There is an urgent need for a low-cost marine monitoring method that can afford large-area, high-spatial density. launch, and monitor the network in a distributed way of the Internet of Things, which cannot be achieved with traditional technologies

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