A support and hanger green construction integrated system

Abstract

The invention relates to a green construction integrated system for support and hangers, which includes an enclosure wall and an accessory storage station, a processing workstation, an assembly workstation, a finished product storage station and an office mobile workstation arranged in the enclosure wall. The enclosure wall is assembled from multiple sets of prefabricated enclosures. There is an entrance and exit on one side of the fence, and an office mobile workstation is set at the entrance and exit of the fence. A finished product storage station is set on one side of the office mobile workstation, and an assembly workstation is set on the opposite side of the finished product storage station. The assembly workstation is used for assembling steel parts. A processing workstation is set on the side, and the processing workstation is used for punching, cutting and welding operations on the steel parts, and an accessory storage station is set at one end of the processing workstation and the assembly workstation, and the accessory storage station is used for storing the steel accessories. The production and assembly of the support and hanger is centralized to avoid the problem of placing various equipment and accessories everywhere. The assembly line is used to process and assemble the support and hanger, which effectively improves the assembly efficiency.

Description

technical field [0001] The invention belongs to the technical field of support and hanger construction, and in particular relates to a support and hanger green construction integrated system. Background technique [0002] Supports and hangers are mainly used to support and fix pipelines. At present, construction sites advocate green environmental protection, reduce dust emissions, and reduce air pollution. Moreover, support and hangers in traditional construction sites require different types of steel when assembling and welding, such as grooves. Steel, angle steel, C-shaped steel, etc., most of each type of steel needs to be punched, cut, and welded on site. Various types of punching machines, cutting machines, cutting machines and welding machines are used for processing, and these various processing equipment are generally placed on the spot for processing, which leads to problems such as disordered construction site and low processing efficiency, and these processing equ...

AI Technical Summary

Problems solved by technology

[0002] Supports and hangers are mainly used to support and fix pipelines. At present, construction sites advocate green environmental protection, reduce dust emissions, and reduce air pollution. Moreover, support and hangers in traditional construction sites require different types of steel when assembling and welding, such as grooves. Steel, angle steel, C-shaped steel, etc., most of each type of steel needs to be punched, cut, and welded on site. Various types of punching machines, cutting machines, cutting machines and welding machines are used for processing, and these various processing equipment are generally placed on the spot for processing, which leads to problems such as disordered construction site and low processing efficiency, and these processing equipment A lot of dust will be generated during processing, and these dusts are flying everywhere on the construction site, which leads to the phenomenon of "dirty mess" in the construction site, and equipment such as grinding wheel cutting machines and electric welding machines will generate dust during processing. At the same time, when the section steel is painted, because the paint is flammable and explosive, there is a big safety hazard in the traditional construction site

At present, when assembling the support and hanger on the construction site, the extensive processing method is adopted to punch, cut, and cut off the section steel materials one by one, and directly assemble and connect the section steel by welding. The assembly efficiency is low and the labor intensity of the workers is high. , does not meet the requirements of prefabrication of components

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