Moving rain shelter capable of integrally hoisting

Abstract

The invention discloses a moving rain shelter capable of integrally hoisting, and relates to the field of ship construction fixtures. The shelter comprises a roof cover, supporting frames, hoisting lugs and auxiliary lugs, the roof cover is located on the top of the moving rain shelter and horizontally placed, the supporting frames are located on the two side of the roof cover, the supporting frames are vertically arranged, the tops of the supporting frames are fixedly connected with the two sides of the bottom of the roof cover, the lugs are fixedly connected with the top of the roof cover, and the auxiliary lugs are fixedly arranged on the two sides of the supporting frames. By means of the rain shelter, integrally moving of a slipway and a dock can be achieved to allow the moving rain shelter to be used in the dock, the construction of a temporary shelter is not needed, the production efficiency is improved, the manufacturing cycle of a hull is shortened, transverse reinforcing is not needed when the moving rain shelter is integrally hoisted, the rain shelter can still be operated on a preset track, the using efficiency of the moving rain shelter is improved to a larger extent,the moving cycle is short, and invested cost is less.

Description

technical field [0001] The invention relates to the field of ship construction tooling, in particular to a mobile shelter that can be integrally hoisted. Background technique [0002] Some important ships have strict welding environment requirements during the whole manufacturing process. When the hull sections are manufactured on the berth, mobile shelters can be used to create a better similar indoor environment, but when the sections are assembled in the dock, they cannot Use mobile shelters to create a better indoor environment. In order to create a welding construction environment similar to indoors, when construction welding is carried out in the dock, a temporary shelter is usually built at a certain construction point within a certain period of time. However, due to the long assembly time of the sections and the large size of the hull, the construction and dismantling of the temporary shelter needs to be repeated, which seriously affects the production efficiency an...

AI Technical Summary

Problems solved by technology

Even if it can be moved, it will take a lot of manpower and material resources to move from one berth track to another berth track by using a trolley under the condition that the height of the floor is not much different.

However, there is a large difference between the ground and the height of the berth track and the dock track of the general shipyard are often 10m ~ 15m, which is impossible to use the trolley to move the shelter as a whole.

If the conventional mobile shelter is hoisted by the crane in the shipyard as a whole, the mobile shelter will be deformed after hoisting and the shelter will not be able to run on the preset track

In addition, if the columns of the conventional shelter are horizontally fixed and then hoisted and moved, but often the dock is covered with a whole ship or hull segments, the horizontally fixed shelter cannot be placed in the dock

Therefore, the current conventional mobile shelters often cannot be used in the dock

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