Offshore scientific research ship

Abstract

The invention discloses an offshore scientific research ship, and belongs to the field of marine engineering. The offshore scientific research ship comprises a sealed cabin, a perforated shipboard, a counterweight balance system, a vertical passage leading into the sealed cabin and a ship deck, wherein the sealed cabin is located at the bottom of the ship; the perforated shipboard is arranged above the sealed cabin; the sealed cabin is accessible through the vertical passage leading into the sealed cabin; and the ship deck is supported by the perforated shipboard. The scientific research instruments and personnel are located on the ship deck. After the boarding of the scientific research instruments and the personnel, the counterweight balance system automatically adjusts the waterline of the ship and the level of the ship deck; the waterline of the ship is located at a position between the junction of the perforated shipboard and the sealed cabin, and a half of the height of the perforated shipboard; and the waterline of the ship can be raised or lowered according to the strength of the stormy waves. In addition, a built-in slide-way shipboard perforated seal plate is mounted, and the carrying capacity of the offshore scientific research ship restores to the carrying capacity of a normal ship. The rocking of the offshore scientific research ship is reduced, so that the seasickness of the scientific research personnel is relieved to some extent.

Description

technical field [0001] The invention relates to a scientific research ship near the coast, which belongs to the technical field of marine engineering. Background technique [0002] Scientific research ships carry scientific instruments and researchers, have a small load, and have no special requirements for speed. Scientific researchers only spend less time working at sea during scientific investigations than fishermen and crews. Especially for graduate students who go to sea for the first time, it is difficult for scientific researchers to adjust their physical condition to adapt to life at sea in a short period of time. Last year, the students went to sea because of severe seasickness, and there was no rescue equipment and conditions on board, so the itinerary and route of the near-coast scientific expedition had to be shortened. Vigorous shaking may also cause equipment damage or loss, and the accuracy of measured data is low. It has happened that due to the exhaustion ...

AI Technical Summary

Problems solved by technology

The infinite scenery is on the perilous peak, and scientific expeditions often go to sea areas with abnormal ocean activities to engage in scientific research activities, which intensifies the shaking of the hull with the waves. In short, the existing ships cannot eliminate this kind of bumping and swaying

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