Welding operation platform capable of being used for inverted triangular truss

Abstract

The invention provides a welding operation platform capable of being used for an inverted triangular truss. The welding operation platform comprises two welding hanging baskets and a carrying pole beam assembly fixed to an inverted triangular circular pipe truss body, the carrying pole beam assembly comprises two pieces of first I-shaped steel, the two pieces of first I-shaped steel are fixed to the top of the inverted triangular circular pipe truss body, the length extending direction of the two pieces of first I-shaped steel is perpendicular to the length extending direction of the invertedtriangular circular pipe truss body, the two welding hanging baskets are hung between the two pieces of first I-shaped steel, and the two welding hanging baskets are located on the two sides of the inverted triangular circular pipe truss body respectively in the length extending direction of the first I-shaped steel. According to the welding operation platform suitable for the inverted triangulartruss, the problems that a common hanging cage is difficult to fix and low in safety coefficient when used for circular pipe components are solved, the welding hanging baskets are symmetrically hung on the two sides of the inverted triangular truss body, the two sides are symmetrically and simultaneously constructed, the construction period is shortened, and meanwhile the welding operation platform has the advantages that overturning is not likely to happen, and the truss is not likely to deform during welding.

Description

technical field [0001] The invention relates to the technical field of civil engineering, in particular to a working platform for high-altitude welding of steel structures in the construction industry, and in particular to a welding working platform that can be used for inverted triangular trusses. Background technique [0002] In the construction of construction sites, there are often high-altitude welding operations of steel structures, and a stable operating platform is required to provide construction safety and convenience for welders. For round pipe components, ordinary hanging baskets should not be fixed and are easy to shake, with low safety factor. [0003] During high-altitude welding operations, there are often other types of cross-work on the ground. For the safety of ground construction personnel and to avoid burns caused by welding sparks, fire contact measures must be taken, but the fire contact effect of ordinary fire buckets is poor. [0004] In order to en...

AI Technical Summary

Problems solved by technology

For round pipe components, ordinary hanging baskets are not suitable for fixing and are easy to shake, and the safety factor is low

[0003] During high-altitude welding operations, there are often other types of cross-work on the ground. For the safety of ground construction personnel and to avoid burns caused by welding sparks, fire contact measures must be taken, but the fire contact effect of ordinary fire buckets is poor

[0004] In order to ensure the welding quality, there should be no rainwater during the welding operation, and the windproof and rainproof sheds commonly used for box-shaped components should not be fixed on the round pipe components.

[0005] During the construction process, workers often do not take protective measures because the fire bucket and windproof and rainproof shed are inconvenient to carry, resulting in safety hazards and quality defects

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