Mobile anti-rolling platform

Abstract

The invention provides a novel movable marine stabilization platform which comprises a movable platform body at the bottom, a main hydraulic cylinder filled with hydraulic oil in the middle, and a main stabilization platform body at the upper portion. An auxiliary stabilization platform body is arranged between the movable platform body and the main hydraulic cylinder, and comprises an auxiliary guide hydraulic cylinder communicated with the main hydraulic cylinder and a vertical guide plunger used for vertically moving in the auxiliary guide hydraulic cylinder under the pressure of a shaking ship and hydraulic oil. The vertical guide plunger is fixedly connected with the movable platform body. The main stabilization platform body comprises two main guide hydraulic cylinders. The two sides of each main guide hydraulic cylinder are communicated with the main hydraulic cylinder. Each main guide hydraulic cylinder is provided with a horizontal guide plunger horizontally moving in the main guide hydraulic cylinder. Each horizontal guide plunger is connected with a stabilization device. A working platform is arranged between the two stabilization devices. The shaking amplitude of the working platform can be effectively reduced, and the stabilization platform is suitable for various working requirements.

Description

technical field [0001] The invention belongs to the field of partial anti-rolling of ships, and in particular relates to a mobile anti-rolling platform for ships. Background technique [0002] During the voyage, the ship will sway under the action of wind and waves. Severe swaying will reduce the speed of the ship, cause damage to the cargo, damage the hull and machinery, make passengers seasick, and affect the life and work of the crew. In recent years, people have been devoting themselves to the study of measures to slow down ship roll. Countries around the world have successively studied nearly a hundred different forms of anti-rolling devices. The anti-rolling device with simple structure and remarkable effect has been pursued by ship designers. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a mobile anti-rolling platform for ships, which can effectively reduce the swinging range of the working platform an...

AI Technical Summary

Problems solved by technology

[0002] During the voyage, the ship will sway under the action of wind and waves. Severe swaying will reduce the speed of the ship, cause damage to the cargo, damage the hull and machinery, make passengers seasick, and affect the life and work of the crew, etc.

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