The invention relates to the technical field of ships, in particular to a lashing bridge construction method and a container ship, and the lashing bridge construction method comprises the following steps: S1, according to the form of a lashing bridge, the lashing bridge is divided into multiple groups of walking board components and multiple groups of stand column components; s2, the walking board supporting plates have first welding allowance, the multiple walking board supporting plates are sequentially welded in the horizontal direction to form the walking board component, and a plurality of stand column center lines are arranged on the walking board component at intervals; the supporting columns have second welding allowance, and the multiple supporting columns are sequentially welded in the vertical direction to form the stand column component; s3, the jig frame is arranged in the horizontal direction; and S4, the multiple stand column components are all located on the supporting points of the jig frame, the central axes of the stand column components coincide with the central lines of the stand columns, and the multiple sets of walking board components are welded to the multiple stand column components according to the walking board height datum points. The method can ensure that the construction precision of the lashing bridge meets the design requirement.
本发明涉及船舶技术领域,尤其涉及一种绑扎桥建造办法和集装箱船,绑扎桥建造办法包括如下步骤:S1、根据绑扎桥的形式,将所述绑扎桥分为多组走台构件和多组立柱构件;S2、走台支撑板具有第一焊接余量,将多块所述走台支撑板沿水平方向依次焊接形成所述走台构件,在所述走台构件上间隔划设多根立柱中心线;支撑柱具有第二焊接余量,多根所述支撑柱沿竖直方向依次焊接形成所述立柱构件;S3、沿水平方向布置胎架;S4、多根所述立柱构件均位于所述胎架的支撑点上,所述立柱构件的中心轴线与所述立柱中心线重合,多组所述走台构件依据所述走台高度基准点与多根所述立柱构件焊接。本发明能够保证绑扎桥建造的精度满足设计要求。
Binding bridge construction method and container ship
绑扎桥建造办法和集装箱船
2023-08-29
Patent
Electronic Resource
Chinese
IPC: | B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS |
Container ship lashing bridge integrity construction method and ship
European Patent Office | 2023
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