A large I-beam cleaning device

Abstract

A large-scale I-beam cleaning device, which can drive the cleaning device to move along the top surface of the I-beam through the walking mechanism, so as to realize automatic cleaning of the I-beam and greatly reduce the labor workload of workers; Among them, the top surface and both sides of the I-beam are cleaned by the sweeping brush and the suction mechanism at the same time, so that the working efficiency of the cleaning device is high, and the suction mechanism can effectively remove the steel shot in the gap of the reinforcing rib, so that the cleaning The device has a strong ability to remove steel shots; in addition, the steel shots sucked by the suction mechanism can be returned to the shot blasting machine for continued use, so that the cleaning device also has the advantage of saving resources.

Description

technical field [0001] The invention relates to the technical field of I-beam preparation, in particular to a large-scale I-beam cleaning device. Background technique [0002] As we all know, the production of I-beams generally needs to go through the steps of assembly welding, grinding and polishing, and painting. The grinding and polishing steps are generally completed by shot blasting machines, but there are generally reinforcing ribs on the side of large I-beams, so large After the I-beam is polished and polished by the shot blasting machine, there will be more steel shots on the surface. Traditionally, there are two methods for cleaning the steel shots on the surface of the I-beam. One is that the worker holds a cleaning tool and then cleans it along the I-beam. Cleaning, although this method can clean the remaining steel shots on the I-beam, the efficiency of manual cleaning is low, and due to the large volume of the large I-beam, the workload of the workers is too lar...

AI Technical Summary

Problems solved by technology

[0002] As we all know, the production of I-beams generally needs to go through the steps of assembly welding, grinding and polishing, and painting. The grinding and polishing steps are generally completed by shot blasting machines, but there are generally reinforcing ribs on the side of large I-beams, so large After the I-beam is polished and polished by the shot blasting machine, there will be more steel shots on the surface. Traditionally, there are two methods for cleaning the steel shots on the surface of the I-beam. One is that the worker holds a cleaning tool and then cleans it along the I-beam. Cleaning, although this method can clean the remaining steel shots on the I-beam, the efficiency of manual cleaning is low, and due to the large volume of the large I-beam, the workload of the workers is too large; The outlet of the shot blasting machine is equipped with a cleaning wheel. Although this method can sweep away a part of the steel shot, but because there are gaps formed by reinforcing ribs on the side of the I-shaped steel, the cleaning ability of the cleaning wheel for these gaps is poor, so the final result is that the I-shaped There are still steel shot residues on the steel surface, which affects the subsequent spraying steps; therefore, in summary, a cleaning device that can efficiently clean I-beams and has a strong ability to remove steel shots is needed on the market

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