Lifting and detecting device for building thin-wall pipelines and lifting method

Abstract

The invention discloses a lifting and detecting device for building thin-wall pipelines and a lifting method. According to the lifting and detecting device for the building thin-wall pipelines and the lifting method, inner supporting device bodies are installed on the inner walls of the building thin-wall pipelines, so that the situation that the building thin-wall pipelines are deformed in the lifting process, and the installation quality is affected is prevented; meanwhile, force bearing supporting is provided for lifting suspension points; the building thin-wall pipelines are subjected to force analysis and selecting before lifting is conducted, deformation which probably occurs in the lifting construction process of the building thin-wall pipelines is calculated, the number and positions of the lifting suspension points are determined, the required lifting torque of each lifting suspension point is determined, and meanwhile the weight distribution positions of the building thin-wall pipelines are determined; and the inner supporting device bodies are adopted so that the building thin-wall pipelines can be overall lifted, and the construction progress is accelerated.

Description

technical field [0001] The invention relates to a building construction auxiliary device and a construction method, more specifically, to a hoisting detection device and a hoisting method for building thin-walled pipelines. Background technique [0002] The hoisting and installation of building thin-walled pipes inside buildings is a very important part of building installation engineering. Building thin-walled pipes are generally located in the upper part of the house, with a relatively high distance from the ground. The installation of building thin-walled pipes is assisted by the lifting points on the upper part of the house. However, in the traditional lifting point auxiliary installation method, because the pipe wall is very thin, it is easy to cause the thin-walled pipe of the building to be squeezed and deformed during the hoisting process, which affects the installation quality. The traditional hoisting method can only hoist a single thin section to prevent its deform...

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Problems solved by technology

[0002] The hoisting and installation of building thin-walled pipes inside buildings is a very important part of building installation engineering. Building thin-walled pipes are generally located in the upper part of the house, with a relatively high distance from the ground. The installation of building thin-walled pipes is assisted by the lifting points on the upper part of the house. However, in the traditional lifting point auxiliary installation method, because the pipe wall is very thin, it is easy to cause the thin-walled pipe of the building to be squeezed and deformed during the hoisting process, which affects the installation quality. The traditional hoisting method can only hoist a single thin section to prevent its deformation wall pipes, the installation progress is slow and the installation process is complicated

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