Underwater positioning stabilizing device

Abstract

The invention relates to an underwater stabilizing device. To solve the technical problems that in the underwater detection process, the position of a detector is hard to fix due to influences from ocean current, the underwater positioning stabilizing device is provided and comprises a falling body. The underwater positioning stabilizing device is characterized in that the curvature of the top face of the falling body is smaller than that of the bottom face of the falling body, the falling body is provided with a vertical center shaft, the center shaft penetrates the gravity center of the falling body and is fixedly connected with the falling body into a whole, and a rotation connector is arranged at the top end of the center shaft and provided with a lifting ring; the underwater positioning stabilizing device further comprises a water wheel, the water wheel comprises two vertically-arranged wheel rims, the center shaft is located on the axes of the wheel rims, center shaft bodies located at the circle center positions of the wheel rims are provided with bearings, the wheel rims and the bearings are connected through a plurality of spokes, and the two wheel rims are connected through a plurality of vertical blades; and a water passing channel is reserved between the water wheel and the top face of the falling body. Through the stabilizing device, it can be guaranteed that the whole set of device is stably fixed into an assigned water layer.

Description

technical field [0001] In particular, the present invention relates to a stabilizing device for fixing the depth of the water layer and ensuring the stability of the underwater equipment at the fixed depth underwater. Background technique [0002] Underwater target detection involves a wide range of fields, such as the detection of targets such as water temperature at a specified depth underwater, water quality status, distribution of underwater microorganisms, fish schools, etc. In the process of detection, it is first necessary to lower the detector to a designated position underwater (mostly refer to the water layer with a fixed depth underwater), but in the process of detection, there are often hidden undercurrents underwater, which are most common in the ocean and are affected by undercurrents. The detector is often difficult to be fixed at the specified water layer position, and the detector will drift with the change of ocean current, resulting in the position change ...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the technical problem that the position of the detector is difficult to fix when it is affected by ocean currents in the process of underwater detection, the present invention provides a device that can overcome the impact of ocean currents and ensure the stability of the position of the detector

Images