Construction site distributed air pressure supply system and method

Abstract

The invention provides a construction site distributed air pressure supply system and method, and relates to the field of building construction equipment. The construction site distributed air pressure supply system comprises steel pipes, a joint bearing pipe, an air inlet pipe and an air pump, the steel pipes serve as components of scaffolds, one end of each steel pipe extends to a construction layer, and the other end of each steel pipe extends to a finished layer below the construction layer; the air pump is arranged on the finished layer and communicated with the lower ends of the steel pipes through the air inlet pipe, the joint bearing pipe is connected with the steel pipes and communicated with the air inlet pipe through the steel pipes, at least one quick-release connector used for being connected with an air outlet pipe is arranged on the side wall of the joint bearing pipe, and the joint bearing pipe can be communicated with a gas appliance through the air outlet pipe; the scaffold steel pipes on the periphery of a building construction area are used as gas pipelines, so that proper gas supply pipelines can be selected according to construction position requirements to reduce arrangement of gas hoses, dragging of the gas hoses in a complex construction area is reduced, a reasonable gas source is provided for top layer construction, high-pressure gas can be used for top layer construction and the periphery of the top layer so as to improve the construction efficiency.

Description

technical field [0001] The present disclosure relates to the field of building construction equipment, in particular to a distributed air pressure supply system and method at a construction site. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and may not necessarily constitute prior art. [0003] In the current building construction process, especially the traditional concrete structure buildings with reinforced concrete as the skeleton structure, the construction is realized by arranging the steel cage first, then arranging the formwork around the steel cage, and finally pouring concrete into the formwork. [0004] The inventors found that currently, when carrying out the top-floor construction of the building, the carpenter builds the formwork by arranging supporting boards such as bamboo plywood after supporting the bottom steel formwork, and in the process of building the formwork, it o...

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Problems solved by technology

[0004] The inventors found that currently, when carrying out the top-floor construction of the building, the carpenter builds the formwork by arranging supporting boards such as bamboo plywood after supporting the bottom steel formwork, and in the process of building the formwork, it often needs The bamboo plywood is fixed by nailing. The traditional way is to use a hammer to fix it with steel nails. Extending to the required fixed position, it is difficult to achieve effective fixing of the formwork; while the air nail gun can be used to achieve fast nailing, but when the distance from the air pump is far away, the steel cages and supports on the top floor of the construction are prone to air nailing The air supply pipe of the gun is hooked, and it is difficult to transfer the working position with the hand-held air nail gun; when carrying out the construction on the edge of the top floor, for some external exploration structures, the method of drilling holes and planting bars on the existing structure is used for additional construction. When cleaning the hole, because the air path is inconvenient to be arranged on the top floor of the construction, and the air pipe of the air pump is difficult to pass through the scaffolding at the edge to reach the drilling position, so the electric blower is generally used to clean the borehole, but the portable electric blower structure The wind power is small, it is difficult to achieve effective cleaning of the borehole, the efficiency is low, and it is difficult to meet the demand

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