Ship loading device and ship loading method for marine booster station

Abstract

The embodiment of the invention discloses a ship loading device and ship loading method for a marine booster station. The ship loading device comprises a plurality of support columns, a tray platform,a level detection structure arranged at a front end located in the movement direction of a ship loading process, of the tray platform, and a plurality of movement assemblies movably located below thetray platform and used for supporting the tray platform, wherein the plurality of movement assemblies are arranged in an extension manner in the movement direction of the ship loading process; each movement assembly comprises a plurality of movement components which are movably arranged, and telescopic structures arranged on the movement components; and a control mechanism is further electricallyconnected between the level detection structure and at least one movement assembly, and used for controlling the telescopic structures to stretch or retreat. The ship loading method comprises the steps of moving the tray platform, adjusting the telescoping of the telescopic structures by combining with the level detection structure and the control mechanism in the ship loading process, keeping alevelness to be in a set range, and completing ship loading. The operation of adjusting the levelness according to the change of the gravity center is realized, and the occurrence of inclination or oscillation is avoided.

Description

technical field [0001] The embodiments of the present invention relate to the field of offshore booster station transportation, and in particular to a shipping device and method for an offshore booster station. Background technique [0002] The offshore booster station is the transfer station and key hub for centralized boosting and transmission of wind farm power, and it is responsible for carrying the core electrical equipment of the wind farm. There are many requirements, therefore, its construction site is often far away from the wharf. However, under normal circumstances, it is difficult to have such large lifting equipment to support its transportation, especially in the use of large wind farms, it is even more difficult to have large shore-based lifting equipment during its shipment match it. [0003] Moreover, due to its large volume and the overall frame structure, if there is deviation or inclination during transportation, especially during shipment, it is easy t...

AI Technical Summary

Problems solved by technology

However, under normal circumstances, it is difficult to have such large lifting equipment to support its transportation, especially in the use of large wind farms, it is even more difficult to have large shore-based lifting equipment during its shipment match it

[0003] Moreover, due to its large volume and the overall frame structure, if there is deviation or inclination during transportation, especially during shipment, it is easy to cause it to appear due to vibration and other problems. certain deformation

In the process of loading the ship, it is easy to cause the ship to tilt due to the change of the center of gravity, and once the water volume of the ballast water is adjusted under the tilted condition, it is difficult to quickly adapt to the changing center of gravity, resulting in the inability to adjust the tilted state in time , will also cause shocks to appear

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