Buoy type deepwater quality automatic monitoring device

Abstract

The invention discloses a buoy type deepwater quality automatic monitoring device which is characterized in that a solar power generation panel is carried on the outer surface of a conical barrel, a storage battery is embedded in an automatic buoy, and a winch is arranged in the conical barrel; an instrument accommodating cabin is formed in the bottom of the automatic buoy; a traction rope of thewinch penetrates through the automatic buoy from top to bottom and enters the instrument accommodating cabin; an integrated multi-parameter water quality monitor connected with the traction rope is arranged in the instrument accommodating cabin; a wireless charging panel electrically connected with the storage battery is arranged at the top of the instrument accommodating cabin, the integrated multi-parameter water quality monitor comprises a circular base, and a rechargeable battery, a data memory and a water quality monitoring element powered by the rechargeable battery are embedded in the base. The rechargeable battery is adopted to replace a cable, energy consumption of the winch is reduced, real-time dynamic monitoring of the water quality can be achieved in a water body with the water depth of 300 m, water quality data monitored for a long time are stored in the data storage device, multiple monitoring sensors conduct real-time monitoring synchronously, and the working efficiencyis remarkably improved.

Description

technical field [0001] The invention relates to water conservancy and environmental science, in particular to a buoy type automatic monitoring device for deep water quality. Background technique [0002] In scientific research work, it is often necessary to monitor the water quality data in deep water. The staff on the shore or on the ship use a traction rope to lower the integrated multi-parameter water quality monitor with cables to the deep water area for monitoring. The traction rope is controlled by a hoist , due to the heavy weight of the cables used for power supply and data transmission, the energy consumption of the winch is increased, and it is technically difficult to obtain electricity in the field. The necessity of saving the energy consumption of the hoist is obvious. [0003] At the same time, the traction rope can only lower one instrument at a time, so the monitoring of various water quality indicators in the same water area needs to go through multiple ope...

AI Technical Summary

Problems solved by technology

[0002] In scientific research work, it is often necessary to monitor the water quality data in deep water. The staff on the shore or on the ship use a traction rope to lower the integrated multi-parameter water quality monitor with cables to the deep water area for monitoring. The traction rope is controlled by a hoist , due to the heavy weight of the cables used for power supply and data transmission, the energy consumption of the winch is increased, and it is technically difficult to obtain electricity in the field. The necessity of saving the energy consumption of the hoist is obvious

[0003] At the same time, the traction rope can only lower one instrument at a time, so the monitoring of various water quality indicators in the same water area needs to go through multiple operations, which greatly increases the workload

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