an ocean buoy

Abstract

The invention relates to the technical field of marine engineering equipment, and discloses a marine buoy, comprising a floating body, an instrument frame is provided on the top surface of the floating body, a support frame is provided on the bottom surface of the floating body, a support plate is provided on the side of the support frame, and the support plate The bottom surface of the channel steel is provided with a channel steel, and the bottom surface of the channel steel is provided with an adapter piece, and the top end of the adapter piece extends to the inside of the channel steel and is connected with the limiting piece. The arc-shaped setting of the anti-collision strip makes the anti-collision strip preferentially bear the force and bend and deform during the collision of the ship against the floating body, which increases the buffer stroke. , which effectively reduces the instantaneous impact force received when the buoy collides with the ship, the buoy will not be deformed during the collision, the center of gravity is stable, the force is uniform when floating on the sea surface, and it will not capsize in the waves. After the buoy is hit It can normally collect marine hydrology, water quality and meteorological data to ensure the safety of relevant personnel and related facilities.

Description

technical field [0001] The invention relates to the technical field of marine engineering equipment, in particular to a marine buoy. Background technique [0002] The ocean buoy is an automatic ocean observation station that can collect ocean hydrology, water quality and meteorological data around the clock, and send these data to the maritime department. Relevant personnel such as engineering and construction, so that relevant personnel can take necessary measures in advance to ensure the safety of personnel and facilities, and reduce losses caused by disasters such as strong winds and waves. The existing marine buoys are mainly composed of marine buoy systems and anchoring systems. Marine buoys The system includes a floating body 1, an instrument frame 2, a support frame 3, a rubber ring 15 and various instruments. The anchoring system includes an anchor chain 11, a shackle and a counterweight. The instrument frame 2 is installed on the top surface of the floating body 1, ...

AI Technical Summary

Problems solved by technology

[0003] 1. The existing marine buoys prevent ship collision by installing rubber rings, and the anti-collision effect is poor. When a sailing ship collides with marine buoys, the instantaneous impact force on the floating body is far greater than the buffer limit of the rubber ring, causing the floating body to deform under force. The center of gravity of the buoy is shifted, and the force is uneven when floating on the sea surface, and it is easy to capsize in the waves, resulting in damage to the ocean buoy, unable to continue to collect marine hydrology, water quality and meteorological data, endangering the safety of relevant personnel and related facilities

[0004] 2. The floating body moves in the flowing seawater and pulls the anchor chain, making the anchor chain tight. When a ship hits the buoy along the direction of seawater flow, the floating body is hit by a strong impact, and the anchor chain is easily broken. Disconnected from the anchor chain and drifting with the flowing sea water, resulting in the loss of marine buoys, the maritime department cannot continue to obtain marine hydrology, water quality and meteorological data in the corresponding sea area, endangering the safety of relevant personnel and related facilities

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