Method of loading superstructure integrated precast cabin unit

Abstract

The invention discloses a method of loading a superstructure integrated precast cabin unit, which includes the following steps: firstly making a special bracket, and then setting parameters of a combined platform according to needs of actual parameters; setting up the combined platform at an opening of a steel casing wall process hole, and the height of the platform is the same to the height of the opening of the process hole. By transferring the prefabricated superstructure integrated precast cabin unit to the special bracket, and then lifting the bracket to the combined platform, the integrated precast cabin unit is carried to a deck plane in the superstructure cabin structure by an electric transportation trolley and a matching trolley. By making the special bracket according to parameter standard from the size parameters of the superstructure integrated precast cabin unit, the size parameters of the electric transportation trolley and the matching trolley, the method of loading thesuperstructure integrated precast cabin unit can improve stability of the integrated precast cabin unit in hoisting and transporting without causing sloshing of the integrated precast cabin unit during the hoisting process; meanwhile, the hoisting and transporting speed of the integrated precast cabin unit can be increased.

Description

technical field [0001] The invention relates to the field of ship cabin unit construction, in particular to a cabin-entry method for a superstructure integral prefabricated cabin unit. Background technique [0002] The concept of modularization of ship superstructure is gradually produced with the formation of modern shipbuilding concepts. By completely assembling the superstructure on the flat ground, and completing the construction of pipes, outfitting, electricity and interior decoration, and then hoisting it as a whole, the prefabricated cabin units are built on top It is mostly used for the upper construction of cruise ships and living platforms. Through prefabricated cabin units, the integrity of the upper cabin can be improved, the construction cycle of the shipyard can be shortened, and the interior decoration quality of the upper cabin can be improved according to personal preferences and individual needs. [0003] The existing upper-built integral prefabricated cab...

AI Technical Summary

Problems solved by technology

[0003] The existing upper-built integral prefabricated cabin unit has difficulty entering the cabin during the process of entering the cabin. It is easy to find that the setting position of the process hole and the parameter limit cannot meet the fixed installation of the upper-built integral prefabricated cabin unit. In addition, there will also be difficulties and unstable operation of the overall prefabricated cabin units of the upper construction during the transfer process, which directly affects the installation efficiency of the overall prefabricated cabin units of the upper construction, which will increase the installation cycle and increase the consumption of engineering resources.

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