Movable hanging and hoisting construction method for steel structure fabricated wallboard

Abstract

The invention discloses a movable hanging and hoisting construction method for a steel structure fabricated wallboard. The movable hanging and hoisting construction method comprises the following steps that after a hanging and hoisting device is prefabricated, the hanging and hoisting device and section steel beams are mounted on a construction site, and the hanging and hoisting device and a wing plate of a section steel beam are clamped and fixed through a fixing part and a movable part which are in sliding connection with each other; therefore, the hanging and hoisting device can be quickly connected with the section steel beam, has better adaptability, and can adapt to the section steel beams of different sizes and models. After hoisting of a set of prefabricated wallboards is completed, the hanging and hoisting device is horizontally moved to the next installation position along the section steel beams, and hoisting and installation of new prefabricated wallboards are repeated till installation of the prefabricated wallboards of the whole wall is completed. According to the movable hanging and hoisting construction method for the steel structure fabricated wallboard, therefore, a prefabricated wallboard can be hoisted without a crane in a narrow land parcel, the position of the prefabricated wallboard can be easily positioned according to the position of the hanging and hoisting device, and the construction efficiency of the prefabricated wallboard is improved.

Description

technical field [0001] The invention relates to the field of construction engineering, in particular to a construction method for movable suspension hoisting of steel structure assembled wall panels. Background technique [0002] At this stage, my country's prefabricated steel structure buildings are developing rapidly, and the application of prefabricated wall panels is becoming more and more extensive. The prefabricated wall panels are installed and connected to the building frame through on-site hoisting. There are two forms of traditional wallboard hoisting, one is to use a crane to hoist the wallboard, and the other is to use a special vehicle to transport it indoors and install it manually after being transported to the installation site. The board cannot be installed because of its weight. If the construction site encounters narrow conditions and the crane cannot stand, the self-insulating wall panels cannot be installed. [0003] In view of the above-mentioned rela...

AI Technical Summary

Problems solved by technology

There are two forms of traditional wallboard hoisting, one is to use a crane to hoist the wallboard, and the other is to use a special vehicle to transport it indoors and install it manually after being transported to the installation site. The board cannot be installed due to its weight

If the construction site encounters narrow conditions and the crane cannot stand, the self-insulating wall panels cannot be installed

[0003] In view of the above-mentioned related technologies, the inventor believes that there are the following defects: in the building space where the crane cannot stand or is limited by the environment of the construction site, it is impossible to hoist prefabricated wall panels such as self-insulating wall panels with large self-weight , even if it can be transported indoors by a special vehicle, it is still inconvenient to hoist after being transported to the corresponding location, and often only by installing hoisting pulleys, which involves frequent disassembly and moving, etc., which reduces the installation efficiency, so there is room for improvement

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