Gutter support rod

Abstract

The invention discloses a gutter support rod. The gutter support rod comprises a rod body and two edge-folding assemblies symmetrically arranged at two ends of the rod body. The section of the rod body is inverted-T-shaped. Each edge-folding assembly comprises a first side, a second side and a third side, all of which are orderly connected. Each first side is fixedly connected to one end of the rod body. The gap between a folding edge of a gutter and a folding edge of the gutter support rod is less than 1 cm. When water accumulates in the gutter, the effect of upwardly lifting a top flange of the gutter is exerted so that the gutter is more stable. The gutter is separated from a support rod so that gutters can be stacked. Transport is more convenient. Transport cost of the gutters is reduced while the gutters are not likely to damage during transport.

Description

technical field [0001] The invention relates to a novel gutter brace used for a steel structure gutter, relates to the improvement of the steel structure gutter, and belongs to the technical field of civil engineering. Background technique [0002] With the large-scale promotion and application of steel structure projects, steel structure gutters have become very common in building construction, and steel gutters are generally practiced in the National Building Standard Design Atlas 06J925-2, such as figure 1 , this method sets a L30*3 strut 1' every 1500~2000mm in the middle of the gutter 2', but in the actual operation process, the gutter will not be able to Superimposed placement will seriously affect the transportation of the gutter, resulting in relatively high transportation costs for the gutter, and the gutter is prone to deformation during the transportation project, and the gutter support rods are also damaged to varying degrees, such as bending, breaking, etc., res...

AI Technical Summary

Problems solved by technology

[0002] With the large-scale promotion and application of steel structure projects, steel structure gutters have become very common in building construction, and steel gutters are generally practiced in the National Building Standard Design Atlas 06J925-2, such as figure 1 , this method sets a L30*3 strut 1' every 1500~2000mm in the middle of the gutter 2', but in the actual operation process, the gutter cannot Superimposed placement will seriously affect the transportation of the gutter, resulting in relatively high transportation costs for the gutter, and the gutter is prone to deformation during the transportation project, and the gutter support rods are also damaged to varying degrees, such as bending, breaking, etc., resulting in rework and affecting duration

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