Intelligent control method for bridge section prefabricated field

Abstract

The invention discloses an intelligent control method for a bridge section prefabricated field. The intelligent control method comprises the steps that a model of the bridge section prefabricated field is established in a BIM data management platform; according to work division difference of workers in the prefabricated field, terminal equipment is divided into a first terminal used by project managers and a second terminal used by field constructors; the field constructors upload information corresponding to completed construction projects to a background server through the second terminal, and the background server compares the received information; if comparison result exceeds the allowable error range, a check waiting instruction is sent to the first terminal; manual checking on the information is carried out in the first terminal, if the project managers consider that the information meets the requirements, the project managers can send an acceptance check instruction to the second terminal; and if the project managers consider that the information does not meet the requirements, the project managers can send a modification scheme to the second terminal through the first terminal. According to the method, the bridge construction projects can be intelligently and accurately managed.

Description

technical field [0001] The invention relates to an intelligent assembly line control method of a prefabrication field, in particular to an intelligent production method of a bridge segment prefabrication field. Background technique [0002] Bridge prefabrication and assembly technology is a high-end construction technology in the bridge industry, and it is also the most direct and effective way for high-speed railway bridge construction to become industrialized and green. However, compared with the traditional bridge construction mode, bridge prefabrication and assembly technology puts forward extremely high requirements for the control and management of key links such as prefabrication yard construction, construction process, assembly and erection, etc., which cannot be guaranteed only by relying on manual management mode and traditional information technology. The high-precision control required by prefabricated assembly technology cannot give full play to the effectivenes...

AI Technical Summary

Problems solved by technology

[0004] In the existing technology, there are already many cases of applying BIM technology to the assembly line production of the prefabrication field. However, in the actual production process, the intelligence level of the existing prefabrication field is still at a low level and cannot meet the requirements of the assembly line. The construction management requirements of specific links in the operation, and the degree of informatization among the various processes is low, the staff do not have a comprehensive grasp of the project construction information, the progress is not submitted in time, and the construction materials cannot be supplied on demand, resulting in delays in the construction period

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