Marine hydrological winch with hydrological flow velocity monitoring system

Abstract

The invention discloses a marine hydrological winch with a hydrological flow velocity monitoring system. The marine hydrological winch comprises a winch bottom plate, a winch driving body, a lifting mechanism, a fixed rotating seat, a detection fixed seat, a detection supporting shaft, a rotating gear, a detection connecting rod, a water flow detection rod, a connecting limiting seat, a motor mounting seat, a second driving motor and a fixed gear. According to the marine hydrological winch with the hydrological flow velocity monitoring system, the water flow detection rod is fixedly connected to the bottom end of the detection connecting rod through the connecting limiting seat, therefore the water flow detection rod is in contact with water flow, the water flow is in contact with the water flow detection rod to drive the water flow detection rod to drive a detection supporting shaft to rotate in the middle of the detection fixed seat, therefore the rotating gear is in meshing transmission with the fixed gear at an output end of the second driving motor, and then rotating data of the output end of the second driving motor are converted to an operation panel on one side of one side face of a protection mounting plate through a motor driver, so that the flow velocity of water flow at the bottom of a ship is detected.

Description

Technical field [0001] The present invention relates to the technical field of marine hydrological winch, in particular a marine hydrocarbolle with a hydrological flow rate monitoring system. Background technique [0002] The marine hydrocar with a hydrological flow rate monitoring system is a testing device for detecting the boot water flow at the vessel. The existing marine hydrological winch with hydrological flow rate monitoring system is basically capable of meeting daily needs. But there are still some shortcomings to improve. [0003] When the marine hydrocar is working, the waters typically work in the workplace substantially seawater, so it is easy to cause oxidation phenomena to the equipment and accessories of the device, resulting in a safe accident when the device is used, in addition to the state in which the device is inconsistent in the device The water flow state detected under the following changes will change at any time, which greatly increases the driving mot...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a marine hydrological winch with a hydrological flow rate monitoring system to solve the problem of oxidation of the equipment and accessories that are prone to leakage of the device proposed in the above background technology, thus causing safety accidents and accidents when the device is used. The detected water flow state will also change at any time when the wading degree of the device is inconsistent, which greatly increases the drive motor of the device during work, and raises many uncertain safety hazards.

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