Wharf buoyancy tank leveling structure with floating objects and wharf buoyancy tank

Abstract

The invention relates to the field of floating wharves, and provides a wharf buoyancy tank leveling structure with floating objects and a wharf buoyancy tank. The leveling structure comprises a through hole formed in a buoyancy tank body, a leveling device is arranged inside the through hole, the leveling device comprises a cover plate, a pull rod, a flange plate and the floating objects, the pullrod is longitudinally inserted into the through hole, the top of the pull rod is detachably connected with the through hole through the cover plate, the flange plate is arranged at the bottom of thepull rod, the floating objects are arranged under the flange plate in a cushion mode, upward jacking force is formed on the flange plate through buoyancy, when a certain position of the wharf buoyancytank is low and needs to be adjusted to be higher, the pull rod can be pulled out, the floating objects are arranged under the flange plate in a cushion mode, the pull rod is inserted into the through hole after adjustment, the position is adjusted by using the floating objects, and the freeboard height of the local position of the wharf buoyancy tank can be adjusted. According to the structure and the buoyancy tank, the purpose of enabling the top surface of the buoyancy tank to reach a horizontal state is achieved while the floating stability of the buoyancy tank is guaranteed, and the horizontal state of the wharf buoyancy tank can be kept for a long time after leveling.

Description

technical field [0001] The invention relates to the field of floating wharves, in particular to a wharf floating box leveling structure with floating objects and the wharf floating box. Background technique [0002] There are two structural types of tourist floating docks: concrete pontoons and steel-structured plastic pontoons. Compared with ordinary steel-structured plastic pontoons, concrete pontoons have the advantages of strong wind and wave resistance, good stability, and good durability. At present, , More and more tourist floating wharfs adopt concrete pontoon structures. During the prefabrication process of concrete pontoons, deviations are inevitable due to factors such as weak formwork, uneven pouring, and uneven vibration. After the pontoons are launched, it is very difficult to It is difficult to ensure that the top surface is in a horizontal state, so secondary leveling after launching is required. The commonly used leveling method is to place floating objects...

AI Technical Summary

Problems solved by technology

[0004] (1) The operation is troublesome, and the diver needs to set up floating objects underwater

[0005] (2) The existing method is to place the floating object directly on the lower part of the floating tank, and there is no effective connection between the floating object and the floating tank. Under the condition of current or wind and waves, the floating object is easy to separate from the floating tank

[0006] (3) Conventional means can only increase the freeboard height of the buoyant tank. If the freeboard of the buoyant tank exceeds the design value after the floating objects are placed, it will affect the floating stability of the buoyant tank

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