Assembled electrical prefabrication conduit construction method

Abstract

The invention discloses an assembled electrical prefabrication conduit construction method. The assembled electrical prefabrication conduit construction method comprises the steps that conduits corresponding to a building size are obtained according to the building size; pre-machining treatment is conducted on the conduits to obtain prefabrication conduits; the prefabrication conduits are stored in a classified mode according to mounting positions; the prefabrication conduits stored in the classified mode are conveyed to the mounting positions for assembly; and the assembled prefabrication conduits are fixed in a bound mode. According to the provided assembled electrical prefabrication conduit construction method, before the electrical conduits are pre-buried, the conduits are subjected toprocedures such as in-advance bending, cutting, deburring, and assembly connection, the problems of long machining time on an operation layer, congestion of multi-work machining spaces, low machiningquality pass rate and the like in the site construction process are solved, meanwhile, after being fixed in the bound mode, the conduits are further inspected and protected, and the service life of the conduits is prolonged.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to a construction method for an assembled electrical prefabricated conduit. Background technique [0002] With the continuous development of society, a large number of standard floors are designed for engineering construction projects. In order to increase the pouring speed, the main floor adopts advanced aluminum molds, prefabricated PC components, self-elevating scaffolding technology and other technologies. The goal is to pour a floor in 3 days. This process Including steel bar binding of structural beams and slabs, installation of aluminum formwork, pre-embedding of electromechanical pipelines, concrete pouring and other professional interspersed operations. However, in the actual construction process, traditional electrical conduit pre-buried is usually bent and cut at the working level , Deburring, assembly and connection and other processes, due to the many cons...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of society, a large number of standard floors are designed for engineering construction projects. In order to increase the pouring speed, the main floor adopts advanced aluminum molds, prefabricated PC components, self-elevating scaffolding technology and other technologies. The goal is to pour a floor in 3 days. This process Including steel bar binding of structural beams and slabs, installation of aluminum formwork, pre-embedding of electromechanical pipelines, concrete pouring and other professional interspersed operations. However, in the actual construction process, traditional electrical conduit pre-buried is usually bent and cut at the working level , Deburring, assembly and connection and other processes, due to the many construction processes and many cross operations, often the next process cannot be carried out normally because a certain process is not completed or the quality has not passed the acceptance, and finally the concrete cannot be poured and tamped on time. Nodes cannot be completed, a lot of processing time is wasted, a lot of scrap is generated, and the processing quality is uneven

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