Polar region amphibious scientific research ship

Abstract

The invention discloses a polar region amphibious scientific research ship which comprises a hull and a deck. The hull is a streamline type hull. The front portion of the hull is reinforced through a steel plate. The waterline portion of the hull is provided with an alloy steel plate. The hull is divided into an upper ship layer and a lower ship layer through the deck. The lower ship layer is sequentially provided with a fore peak and water ballast tank, a fresh water tank, a second water ballast tank, a pump room, an engine room, a first water ballast tank, a steering engine room and an after peak from front to back. The upper ship layer is sequentially provided with a front transmission shaft tank, a land cockpit, a working tank, a storage tank, an overwater cockpit and a rear transmission shaft tank from front to back. The fore peak and water ballast tank and the first water ballast tank in the hull are connected through a water pump. The first water ballast tank and the second water ballast tank in the hull are connected through a water pump. Due to the structural characteristics of the polar region amphibious scientific research ship, in the polar region varied weather, the polar region amphibious scientific research ship can have multiple chances to go out on duty and be high in speed and large in capacity, and the polar region amphibious scientific research ship can be arranged on a mother ship.

Description

technical field [0001] The invention relates to the technical field of polar amphibious scientific research ships, in particular to a polar amphibious scientific research ship. Background technique [0002] In recent years, with the increasing development of science and technology, human investigation of Antarctica has become more and more in-depth. The scientific research in the polar regions is related to global changes and the future of mankind. It is also a display and competition of a country's comprehensive national strength and high-tech level on the international stage. It has far-reaching implications in politics, science, economy, diplomacy, and military. great significance. The great political value, economic value and social value exist in the uninhabited land of Antarctica. Antarctica has the largest iron ore deposits in the world. The iron ore on the Antarctic continent is rich in reserves and high in iron grade. It is known as the "Antarctic Iron Mountain" ...

AI Technical Summary

Problems solved by technology

As can be seen from the attached table, the number of ocean-going scientific research ships in active service is very small, and there are less than 20 ships under construction or in the preliminary design stage. For example, my country has four polar scientific research stations in the north and south poles, but only " The Xuelong, a polar ice-breaking scientific research transport ship, is running back and forth to transport personnel and supplies, which is seriously inconsistent with my country's status as a major maritime power, and is far from meeting the requirements of my country's ocean-going scientific research missions;

[0007] The third is that the ship is aging and the technology is backward

Moreover, the performance of most ships and the performance of the survey technology system are seriously backward, and they do not have the ability to carry ROV, AUV and other high-tech survey methods and seabed detection and sampling equipment with high performance requirements for position control. comprehensive integration;

[0008] Fourth, the management is scattered and the efficiency is not high

In this incident, we can see that our country's scientific research equipment is insufficient, and it cannot cope with the challenges from the sea weather, geography and other environments

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