Unmanned vessel for favorably resisting storm waves

Abstract

The invention discloses an unmanned vessel for favorably resisting storm waves and provides an unmanned vessel which is good in wave resistance, high in stability and endurance and flexible in changing of center of gravity. For solving the technical problems in the prior art, the unmanned vessel for favorably resisting storm waves adopts the technical solution that the unmanned vessel for favorably resisting storm waves comprises a central main hull and a sub-hull. The central main hull and the sub-hull are each provided with an equipment control system, an energy supply system, a communication and positioning system and a dynamic propulsion system. The unmanned vessel is provided with a sheltering device for coping with harsh environments such as heavy storm waves on the water surface. The sheltering device comprises a central sub-module and three secondary sub-modules. The central sub-module of the sheltering device mainly comprises a lifting device arranged on the upper part of a main hull cabin and an inflow and drainage device arranged inside the main hull. The three secondary sub-modules of the sheltering device mainly comprise ejecting devices arranged at the center of the sub-hull. The unmanned vessel for favorably resisting storm waves is applied to the technical field of unmanned vessels.

Description

technical field [0001] The invention relates to the field of ship design, in particular to an unmanned ship which is convenient for resisting wind and waves. Background technique [0002] An unmanned ship is a fully automatic surface robot that can sail on the water surface according to preset tasks with the help of precise satellite positioning and its own sensing without remote control. This "surface intelligent robot" integrates ship, communication, automation, and robot control. , remote monitoring, networked system and other technologies have realized functions such as autonomous navigation, intelligent obstacle avoidance, long-distance communication, real-time video transmission and networked monitoring. At present, unmanned ships are widely used in technical fields such as communication, security, water quality analysis, and scientific detection. This fully reflects the great prospects of the field of unmanned ships, and continues to stimulate the research and develo...

AI Technical Summary

Problems solved by technology

However, when the existing unmanned ships operate in harsh water conditions such as strong wind and waves on the water surface, it is easy to cause the hull to capsize, which prompts the unmanned ships to lose their proper functions. However, the existing science and technology have not been fully utilized to optimize the problem. The general unmanned ship has poor anti-overturning ability because it only uses a single anti-overturning device or even does not have a corresponding device.

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