Architectural engineering aerial work platform

Abstract

The invention relates to an architectural engineering aerial work platform which comprises multiple building row hedges, supporting steel tubes and building row hedge connecting pieces. The building row hedges are manufactured through plastic steel, arranged on the supporting steel tubes and provided with connecting holes, and the building row hedges are connected in a clamped mode through the connecting holes. The building row hedges are manufactured through the plastic steel, quality is excellent, the service life is long, practical performance is high, the weight of the building row hedges accounts for two thirds that of an original bamboo hedge, the building row hedges are convenient to install, carry and operate, durable in the open air and capable of defending against sunlight ultraviolet lights, and the service life of the building row hedges can be one time that of moso bamboo. Meanwhile, the building row hedges are connected in the clamping mode, work efficiency of the plastic steel row hedges during installation is more than five times that of original filament bundling, the architectural engineering aerial work platform has the advantages of being quick in installation, fixed in positioning, safe, reliable, easy to disassemble and the like, and work efficiency of the plastic steel row hedges during installation is greatly improved.

Description

Technical field [0001] The invention relates to a construction engineering aerial work platform, in particular to an environmentally friendly work platform that is convenient to disassemble and assemble and can be used multiple times. Background technique [0002] In the construction industry of our country, workers working at heights have used bamboo fences made of moso bamboo for typesetting. This traditional material has no other materials to change the history. It is mainly sold at a low price and is usable, but its structure is rough and not strong. This has an impact on the construction speed and quality, especially the bamboo rafts are fixed to the steel pipes. In the past, they were tied with hemp rope. In modern times, aluminum wires are used instead. A bamboo raft is tied with four strands. It takes a lot of work to find the seams and thread up and down. It is very laborious to take out the aluminum wire caught in the seam of the bamboo raft, which is time-consuming, lo...

AI Technical Summary

Problems solved by technology

[0002] In my country's construction industry, workers working at heights have been using moso bamboo for their construction platform boards. This traditional material has no other materials to change the history. Its main price is low and it is usable, but its structure is rough and not strong. , which affects the construction speed and quality, especially when the bamboo raft is fixed on the steel pipe. In the past, hemp rope was used to tie it, but in modern times, aluminum wire is used. One bamboo raft is tied with four strands. Clamped in the seam of bamboo raft, it is very laborious to take out the aluminum wire, which is time-consuming and low in work efficiency. It is labor-intensive and time-consuming to bind and dismantle the row. This is the fatal shortcoming of the old bamboo raft.

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