Steel reinforcement processing shed and construction method therefor

Abstract

The invention discloses a steel reinforcement processing shed and a construction method for the steel reinforcement processing shed. The steel reinforcement processing shed comprises a row of I-shaped steel uprights (1), an I-shaped steel main beam (2) is arranged between the adjacent I-shaped steel uprights (1), cantilever upwarp I-shaped steel beams (3) are arranged in front of the I-shaped steel uprights (1), cantilever horizontal I-shaped steel beams (4) are arranged behind the I-shaped steel uprights (1), a front auxiliary beam (5) is arranged between the adjacent cantilever upwarp I-shaped steel beams (3), and a rear auxiliary beam (6) is arranged between the adjacent cantilever horizontal I-shaped steel beams (4). The construction method for the steel reinforcement processing shed comprises the following steps: the I-shaped steel uprights (1), the I-shaped steel main beams (2), the cantilever upwarp I-shaped steel beams (3), the cantilever horizontal I-shaped steel beams (4), the rear auxiliary beams (6) and the front auxiliary beams (5) are installed in sequence. The steel reinforcement processing shed and the construction method have the characteristics that steel reinforcements can be carried conveniently, the in/out driving for vehicles for transporting the steel reinforcements is convenient, the putting up and the dismantling are convenient and fast, and the steel reinforcement processing shed is good in strength.

Description

technical field [0001] The invention relates to the field of civil engineering, in particular to a steel bar processing shed and a construction method thereof. Background technique [0002] The steel bar processing shed is a place for straightening, bending, welding and other steel bar processing operations on the construction site. The steel bar processing sheds in the prior art are generally erected with steel pipes. First, multiple steel pipes are buckled and erected on site using fasteners to form an integral steel structure of the processing shed. The steel structure includes four steel pipe columns at the four corners and four Steel pipe beams, the two ends of each steel pipe beam are respectively fixed to the top of two steel pipe columns, the above four steel pipe columns and four steel pipe beams constitute the steel skeleton of the integral steel structure, and the steel structure also includes multiple connected reinforced steel pipes , the two ends of each conne...

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Problems solved by technology

[0003] The steel processing shed of the prior art has the following disadvantages: firstly, because the four columns of its steel structure are divided into four corners, in this way, when the workers carry the steel bars into the shed or carry the steel bars out of the shed, they need to bypass two rows of bars. There are four uprights, but the steel bars are very long, and the steel bars must be dragged in or out from between the two columns. The steel bars are easily interfered and bumped by the two rows of uprights, so it is troublesome to carry. , you must drive very carefully to let the car pass between the two columns, so it is inconvenient to transport and drive the vehicle; secondly, because the integral steel structure of the steel shed is built by buckling a large number of steel pipes with fasteners, the fastening Or it takes a lot of time to dismantle these steel pipes, so the construction and dismantling speed of the steel shed is very slow; again, the steel structure is a steel pipe erection type, and different steel pipes are fastened and fixed by buckling. The strength of this fixing method is not ideal. It is easy to fall apart when encountering typhoons and earthquakes. Moreover, there is no foundation to fix the columns and the ground. The overall steel structure is placed directly on the ground. Once encountering a typhoon, the steel structure is easy to be blown down

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