Anti-buckling silo wall structure of steel silo

Abstract

The invention belongs to the technical field of steel silos, and particularly relates to an anti-buckling silo wall structure of a steel silo, which comprises a bottom frame, a cylindrical silo wall body and anti-buckling connecting assemblies arranged on the outer wall of the silo wall body at equal intervals in a sleeving manner, the buckling-restrained connecting assembly comprises a plurality of arc-shaped reinforcing plates arranged at equal intervals and adjustable connecting steel cables used for connecting every two adjacent arc-shaped reinforcing plates, the two ends of the sides, away from the silo wall body, of the arc-shaped reinforcing plates are fixedly connected with connecting plates, and the two ends of each adjustable connecting steel cable are movably connected to the connecting plates. The anti-buckling silo wall is simple in structure, easy and convenient to install and low in manufacturing cost, the outer wall of the silo wall body cannot be damaged in the installation process by adopting a mechanical connection mode, transverse and longitudinal supporting can be provided for the silo wall body through cooperation of the arranged anti-buckling connecting assemblies and the stand columns, the overall structural system is reasonable in stress, and the anti-buckling silo wall is convenient to install. Buckling damage is not prone to occurring, and the service life of the steel silo is prolonged.

Description

technical field [0001] The invention belongs to the technical field of steel silos, and in particular relates to a buckling-resistant silo wall structure of a steel silo. Background technique [0002] Steel silos, as equipment for storing materials in industry, are widely used in various industries due to their ease of manufacture and low investment. In the actual application of steel silos, welding columns are often required outside the silo to meet the support of the roof equipment and the fixing of the hoist on the side of the silo, etc. Requirements, the traditional connection between the column and the warehouse wall is generally connected by welding. The column is directly welded on the bite of the outer wall of the steel warehouse. Since there is a protruding bite on the outside of the steel warehouse, the contact point for welding the column and the warehouse wall is small. It is difficult to ensure the connection strength between the column and the warehouse wall af...

AI Technical Summary

Problems solved by technology

[0002] Steel silos, as equipment for storing materials in industry, are widely used in various industries due to their ease of manufacture and low investment. In the actual application of steel silos, welding columns are often required outside the silo to meet the support of the roof equipment and the fixing of the hoist on the side of the silo, etc. Requirements, the traditional connection between the column and the warehouse wall is generally connected by welding. The column is directly welded on the bite of the outer wall of the steel warehouse. Since there is a protruding bite on the outside of the steel warehouse, the contact point for welding the column and the warehouse wall is small. It is difficult to ensure the connection strength between the column and the warehouse wall after welding, and the stability is poor; because the steel warehouse wall is thin, generally around 2.5-3.0mm, the welding connection method is easy to damage the coating on the surface of the warehouse wall, resulting in later The warehouse wall is easily corroded during use, which reduces the service life, and this welding work requires operators to have certain skills, and the labor cost of construction is relatively high.

Images