Automatic buoy recycling and laying device

Abstract

The invention discloses an automatic buoy recycling and laying device which comprises a connecting frame used for connecting a floating plate and a plurality of stable oscillation stopping mechanisms, and the multiple stable oscillation stopping mechanisms used for preventing the floating plate from shaking and swinging in the floating plate recycling and laying process are installed at the bottom end of the connecting frame and connected with a buoy through the multiple stable oscillation stopping mechanisms. By designing a plurality of stable swing stopping mechanisms on the connecting frame, when the buoy is connected, recycled and laid, the buoy can be effectively prevented from shaking and swinging in the moving process, the buoy is prevented from colliding with personnel and equipment on a stern deck, and the influence on the connecting stability of the hook in the floating plate shaking process can also be avoided.

Description

technical field [0001] The invention relates to the technical field of buoy deployment and recovery, in particular to an automatic buoy recovery and deployment device. Background technique [0002] Anchor buoys, also known as mooring buoys, have floating objects of a certain shape, size, and color, anchored at designated positions, and can be used as navigation aids (aviation and navigation), marine environment monitoring, mooring ships, ocean engineering, Facilities such as rescue and salvage are equipped with different equipment according to different functions. Buoys used as aids to navigation may be equipped with lights, sound equipment, radar reflectors, radar transponders or other equipment. As marine environmental monitoring equipment, it is equipped with or carries instruments for measuring marine meteorology, hydrology, sea state, and marine life. [0003] The operating conditions at sea are often poor, and the ship moves in six degrees of freedom due to waves, sw...

AI Technical Summary

Problems solved by technology

[0003] The operating conditions at sea are often poor, and the ship moves in six degrees of freedom due to waves, swells, and currents. The buoys are relatively dangerous during the deployment and recovery stages, and equipment and A-shaped gantry, stern, and operating personnel are prone to accidents. When working on the aft deck of most survey ships, the deployment and recovery of the buoys use manpower to pull the anti-swing rope, and then connect it to the equipment through a hook. However, when the buoy shakes slightly, it will have a certain impact on the hook connected to the floating plate and affect its connection effect. For this reason, we propose an automatic buoy recovery and deployment device

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