Buoy with automatic positioning and moving function

Abstract

A buoy with the automatic positioning and moving function comprises a buoy body (1), a fixing assembly (2) and a display module (3). A positioning assembly (4) is arranged on the buoy body (1). Driving assemblies (5) are arranged at four corresponding angles of the buoy body. In use, the positioning assembly (4) regularly detects the current position. The current position is compared with a set position value, when the current position goes beyond a set range, the driving assembly (5) at the corresponding angle is automatically started, and the buoy is adjusted and moved to a proper position. Commonly, the positioning assembly (4) is a GPS or an ejected positioning assembly. Commonly, the driving assemblies (5) are propeller propelling structures. An electric monitoring module (6) and a remote communication module (7) are arranged. The electric monitoring module (6) is used for continuously monitoring the electric quantity. When the electric quantity is lower than a standard, the electric monitoring module sends power source replacement information to a remote management center through the remote communication module (7). The current position of the buoy can be automatically monitored, and when the buoy floats away a set position, the buoy can automatically move so that position adjustment can be performed.

Description

technical field [0001] The invention relates to a buoy for automatic positioning and movement. Background technique [0002] In some ports or specific areas of lakes and seas, buoys will be set to indicate the position. When the buoy will drift when the wind is too strong, the current buoy cannot realize automatic position correction. Contents of the invention [0003] The object of the present invention is to provide a buoy with automatic positioning and movement. [0004] The present invention is achieved like this. Automatic positioning of moving buoys, including buoys, fixed components, and display modules. Positioning components are set on the buoys, and driving components are set at four corresponding angles of the buoys. When in use, the positioning components regularly detect the current position and compare it with the set position value , when the current position exceeds the set range, it will automatically start the drive assembly of the corresponding angle,...

AI Technical Summary

Problems solved by technology

When the buoy will deviate when the wind is too strong, the current buoy cannot realize automatic position correction

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