Adjustable vertical pipe integral support and construction method thereof

Abstract

The invention discloses an adjustable vertical pipe integral support and a construction method thereof. The adjustable vertical pipe integral support is characterized in that the support comprises a cross rod and support legs at two ends, wherein the cross rod and the support legs are made of C-shaped steel; an angle steel wing plate is welded at each of the two ends of the cross rod, a round holeis drilled in each angle steel wing plate, and first T-shaped bolts penetrate through the round holes to be tightly connected with C-shaped notches of the support legs; the support legs are fixed ona wall body by expansion bolts through steel plates; and second T-shaped bolts are connected with the C-shaped notches of the cross rod, a pipeline is fixed to the outer side of the cross rod by usingU-shaped hoops and the second T-shaped bolts, and the support legs and the T-shaped bolts on the cross rod can slide back and forth to adjust the fixing position. The construction method comprises the steps that parts needed by the support are manufactured, then are assembled and installed on a wall according to positioning, and the pipeline is installed to be tightly attached to the support. Thesupport is simple in structure, adjustable, convenient to use and wide in applicability, the process is adopted, pipelines are installed orderly and uniformly, sequencing is reasonable and standard,the installation time is saved, and the labor cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of riser supports and construction methods thereof, and in particular relates to an adjustable standpipe integral support and a construction method thereof. Background technique [0002] When installing the vertical pipes in the pipe wells of house construction, there are usually multiple pipes installed, and the pipes are fixed to the wall one by one by channel steel or directly with pipe clamps. The disadvantage of this fixing method is that the fixing parts are directly fixed on the wall or beam. When the wall has any axis deviation and flatness deviation, or there are structural beams protruding from the wall, it will bring difficulties to the pipeline installation. And installation quality problems, even the process can not meet the installation needs. This method consumes a lot of labor, and the quality of pipeline installation is affected by various installation environmental conditions. The discrete...

AI Technical Summary

Problems solved by technology

The disadvantage of this fixing method is that the fixing parts are directly fixed on the wall or beam. When the wall has any axis deviation and flatness deviation, or there are structural beams protruding from the wall, it will bring difficulties to the pipeline installation. And installation quality problems, even the process can not meet the installation needs

This method consumes a lot of labor, the quality of pipeline installation is affected by various installation environmental conditions, the discreteness is difficult to control, and the installation labor cost is high

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