Special anti-collision structure for unmanned ship for salvaging garbage on water surface and using method thereof

Abstract

The invention relates to the field of water surface garbage salvaging, in particular to a special anti-collision structure for an unmanned ship for water surface garbage salvaging and a using method thereof. The special anti-collision structure comprises a ship body. The bottom of the side wall of the ship body is provided with a buffer mechanism used for buffering energy generated by collision, and the side wall of the ship body is provided with a jacking mechanism which is in transmission connection with the buffer mechanism; the buffer mechanism can restrain side tilting of the ship body through the jacking mechanism, an abutting mechanism is arranged at the end, away from the ship body, of the buffer mechanism, the buffer mechanism is in transmission connection with the abutting mechanism, and the buffer mechanism can clean the abutting mechanism. According to the special anti-collision structure for the unmanned ship for salvaging the garbage on the water surface and the using method of the special anti-collision structure, the contact area with the water bottom is automatically increased through the abutting mechanism, the buffer mechanism can effectively buffer the ship body, damage caused by collision to the ship body is reduced, the ship body is prevented from rolling over due to collision through the jacking mechanism, and safety during ship body collision is improved.

Description

Technical field[0001]The present invention relates to the field of water-surface garbage salvage, which is specifically a special anti-collision structure of water-surface garbage salvage and its use.Background technique[0002]By salvage of water-surface garbage by a unmanned ship with automatic driving, it can achieve a full-time tread garbage to make a cleaning efficiency of water-surface garbage cleaning efficiency. Existing ships in the process of salvage garbage, when the garbage gathered on the shore, the water level is cleaned, the bottom of its ship will usually be closer to the shore, and is affected by natural factors such as water flow, wind. Often alterate the bottom of the ship with the water bottom, resulting in harm to the hull. Damaged without the ship, unable to carry out garbage salvage, and cause economic losses, and the upper part of the unmanned ship is tilted on one side of the hit by the inertial force when it is inertially impacted. The unmanned boat rolls, ex...

AI Technical Summary

Problems solved by technology

In the process of salvaging garbage, when the existing unmanned boats clean up the garbage gathered on the shore and at shallow water levels, the bottom of the ship is usually closer to the shore and is affected by natural factors such as currents and wind. It often causes the bottom of the ship to collide with the bottom of the water, causing damage to the hull

Damage to the unmanned ship cannot smoothly salvage garbage and cause economic losses, and when it is hit by a large impact, the upper part of the unmanned ship will tilt towards the side of the impact due to the inertial force, making it easy to The unmanned ship rolls over and expands the loss. In view of this, we propose a special anti-collision structure for unmanned ship salvaging surface garbage and its application method

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