Wind wave blocking type hybrid ship

Abstract

The invention provides a wind wave blocking type hybrid ship which comprises a ship body, a cabin, a water baffle I, a rotating shaft I, a water baffle II and water filter slots, wherein the water baffle I and the water baffle II are connected together through the rotating shaft I; the lower end surface of the water baffle I is connected with the left side of the ship body, and the lower end surface of the water baffle II is connected with the right side of the ship body; the water filter slots are formed in the outer surface of the water baffle II; a manger board is mounted outside the ship body, and is connected with the ship body through the rotating shaft II; a servo motor is mounted in the ship body; the lower end of an adjustment screw rod is assembled in a guide sleeve; the upper end of the adjustments crew rod is connected with the manger board; the upper end of the guide sleeve is mounted in the end surface of the right side of the ship body; the lower end of the guide sleeve is connected with the servo motor. The wind wave blocking type hybrid ship is reasonable in structure, high in wind wave resistance performance, high in sailing stability and high in reliability.

Description

technical field [0001] The invention relates to a wind and wave-proof hybrid ship, which belongs to the field of ship equipment. Background technique [0002] Ships are an indispensable means of maritime transportation. Using ships can facilitate regional maritime trade. In order to ensure the draft of the ship and make the ship run stably, a counterweight cabin is set below the cabin of a conventional ship. The cabin is filled with heavy objects such as sand, stone or pig iron to increase the weight of the hull. However, due to natural disasters and other reasons, there are still some general accidents that often occur, which bring incalculable losses to people. When the windy weather or typhoon blows, it will cause a lot of waves, which is better than the height of the hull of the ship. If it falls down, the middle of the hull will be broken, and when encountering strong winds, the ship will intelligently drive with the wind or against the wind. When driving in a crosswin...

AI Technical Summary

Problems solved by technology

[0002] Ships are an indispensable means of maritime transportation. Using ships can facilitate regional maritime trade. In order to ensure the draft of the ship and make the ship run stably, a counterweight cabin is set below the cabin of a conventional ship. The cabin is filled with heavy objects such as sand, stone or pig iron to increase the weight of the hull. However, due to natural disasters and other reasons, there are still some general accidents that often occur, which bring incalculable losses to people. When the windy weather or typhoon blows, it will cause a lot of waves, which is better than the height of the hull of the ship. If it falls down, the middle of the hull will be broken, and when encountering strong winds, the ship will intelligently drive with the wind or against the wind. When driving in a crosswind, the hull is not heavy enough and the draft is not deep, so it is easy to blow the hull over, which brings people unexpected casualties and losses, so there is an urgent need for a wind and wave hybrid ship to solve the above-mentioned problems

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