Sliding assembly type building steel structure mounting construction method
A construction method and prefabricated technology, applied in building structure, on-site preparation of building components, construction, etc., can solve problems such as difficulty in accurately installing grids, low construction efficiency, and affecting construction safety, so as to facilitate installation and placement , Improve the installation firmness, improve the effect of production efficiency
Inactive Publication Date: 2020-12-29
陈淳
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Benefits of technology
This patented technology relates to improvements made over existing methods such as placing tunnels next to the building's entrance or constructing temporary buildings underground. These new techniques help increase workability while also reducing costs associated therewith. They involve providing support structures around the perimeter of the building where they will store temporarily shaped metal elements like pipings without being damaged when disassembling them later due to weight loads applied thereto. Additionally, these technical features include optimizing the placement location of temporary locations within the building, maintaining stability after erection, minimizing downtime, increasing safety factors, enhancing performance levels, etc., making it easier to move large equipment onto different floors. Overall, this innovative method helps create better quality infrastructure for industrial applications.
Problems solved by technology
The problem addressed in this patented solution described in the previous patents relating to improving the performance and durability of structural steels without requiring expensive machinery and installation costs. Specifically, current methods require setting up an intermediate location between the production facility and the final destination beforehand, making it challenging to ensure accurate placement and safe work conditions while also reducing environmental impact caused by disposable material usage.
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Embodiment 1
[0059] see Figure 1-12 , is a schematic diagram of the overall structure of a construction method for the installation and construction of a sliding assembly type building steel structure;
[0060] A method for installing and constructing a sliding-fabricated building steel structure, the method for installing and constructing a sliding-fabricated building steel structure comprises the following steps:
[0061] S1. Temporary passage planning: First, select an approach road near the construction site as a temporary passage for stacking steel structure materials, and plan an area near the approach road near the construction site for Temporary sites for storing steel roofing components;
[0062] S2. Installation of tower cranes: set up at least two tower cranes near the construction site to prefabricate and hoist the steel roof components stored in the temporary site in step S1. The two tower cranes are respectively located at two corners of the construction site so that the tower
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The invention relates to the technical field of building construction steel structures, and discloses a sliding assembly type building steel structure mounting construction method. The sliding assembly type building steel structure mounting construction method comprises the following steps that S1, a temporary passage is planned, specifically, an entrance road near a construction site is selectedfirstly as the temporary passage for stacking steel structure materials, and a temporary site is planned for storing steel roof components beside the entrance road close to the construction site; andS2, tower cranes are installed, specifically, at least two tower cranes are arranged near the construction site, and the steel roof components stored in the temporary site in the step S1 are prefabricated, spliced and hoisted. According to the sliding assembly type building steel structure mounting construction method, every two adjacent steel columns in each row are fixed at equal intervals, concrete is poured into a round hole in the middle of each steel column, connection is achieved through the concrete and foundation bolts and nuts at the bottoms of the steel columns, and therefore the supporting strength of the steel columns and the bending resistance and deformation resistance of the steel columns are further improved in cooperation with the concrete.
Description
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