Water quality on-line buoy monitoring device

Abstract

The invention discloses a water quality on-line buoy monitoring device which comprises a buoyancy tank, an air bag containing groove, an emergency air bag, a gas generator and a high-energy power source. The air bag containing groove is formed in the buoyancy tank, the emergency air bag is compressed and stored in the air bag containing groove, and the edge of the compressed and contained emergency air bag does not exceed the space where the air bag containing groove is located. The gas generator is arranged in the buoyancy tank, a one-way valve is fixedly connected between the gas generator and the emergency air bag, the gas generator can inflate the emergency air bag through the one-way valve, and the inflated emergency air bag can provide buoyancy for floating of a monitoring device. The high-energy power source is electrically connected with the gas generator. The water quality online buoy monitoring device is prevented from sinking through the emergency air bag system, and when the buoy sinks due to accidental water inflow, the emergency air bag can actively inflate and enable the monitoring device to integrally float upwards, so that workers can find the buoy in time conveniently, and losses such as equipment damage caused by water inflow are not prone to being caused.

Description

technical field [0001] The invention belongs to the technical field of water quality monitoring, and in particular relates to a water quality online buoy monitoring device. Background technique [0002] In the process of water quality monitoring, in many cases, it is necessary to go to the buoy to detect the water quality of different waters. The water quality online buoy monitoring device in the prior art generally includes a buoyancy tank for providing buoyancy, a detection cabin in the water and a buoy tank located in the water. In the instrument compartment on the upper side, after the instruments in the instrument compartment have detected the relevant information of water quality, they can communicate remotely with the management terminal through corresponding communication equipment to complete the online detection of water quality. [0003] In actual use, because complex waters are not convenient for manual detection, the water quality online buoy detection device is...

AI Technical Summary

Problems solved by technology

[0003] In actual use, because complex waters are not convenient for manual detection, the water quality online buoy detection device is generally used in more complex waters, especially in waters where ships pass by, and the buoys are collided by ships or foreign objects to leak water. , it will lead to the sinking of the entire monitoring device, causing damage to many precision sensors, which will cause greater losses. Even if the positioning device is installed, it is difficult to locate the sinking monitoring device, and the salvage cost is very high

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