Crew seasickness resistance training apparatus

Abstract

A crew seasickness resistance training apparatus comprises a heaving motion unit, a pitching motion unit, a rolling motion unit and a fixed pedestal. The heaving motion unit is installed on the pitching motion unit. The pitching motion unit is placed on the rolling motion unit. The rolling motion unit is placed on the fixed pedestal. The fixed pedestal is placed on the ground. The crew seasickness resistance training apparatus of the invention can highly simulate a complex motion form of a ship in a sea environment so that a vivid training platform is provided for crew seasickness resistance capability training.

Description

technical field [0001] The invention relates to a crew training device, in particular to a crew anti-seasickness training device. Background technique [0002] When ships are sailing at sea, they are often attacked by wind, waves and turbulent currents, resulting in shaking, bumping, etc. Especially when encountering strong wind and waves, the violent shaking of the hull will not only easily cause damage to the equipment and cargo on board, but also affect the physical and mental health of the crew. In severe cases, it can cause seasickness symptoms such as dizziness, vomiting, and shock to the crew, which in turn poses a great threat to the safety of the ship's navigation and the safety of the crew. Therefore, it is necessary to carry out targeted adaptive training for the crew to improve the resistance of the crew to seasickness, in order to reduce and reduce the physical and mental damage to the crew caused by the shaking of the hull. [0003] The freedom of movement of ...

AI Technical Summary

Problems solved by technology

[0004] At present, most of the anti-seasickness exercises of the crew are carried out by rotating wind wheels and other equipment. However, the rotating wind wheels only have a single form of body rotation, which is far from the actual form of motion of the ship at sea.

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