Bridge construction assembly device and method of use

Abstract

The invention discloses a bridge construction assembly device. The bridge construction assembly device comprises an assembly fixing piece, an assembly detection device which is arranged on the assembly fixing piece and comprises a shell which is internally provided with a processor being connected with a display screen, an image information storage module which is connected with the processor andis used for storing picture file information of every step during the whole bridge construction assembly, a virtual imaging module which is connected to the image information storage module and the processor correspondingly to generate perspective images of the bridge after assembly of every step during the whole bridge construction assembly process, an image amending module which is connected with the virtual imaging module and is used for collecting installation data information during the bridge construction process and transmitting the data to the virtual imaging module to amend the generated perspective images. According to the stored and collected assembly data, accurate perspective images after bridge assembly are established to intuitively understand the bridge assembly situation,guarantee security, stability and efficiency of the bridge construction assembly.

Description

technical field [0001] The invention relates to the construction field of assembled bridges, in particular to a bridge construction assembly device and a method for using the same. Background technique [0002] With the rapid development of the times, people's travel needs are increasing day by day. In order to speed up the efficiency of road and bridge construction, various forms of bridges have emerged. Among them, the development of prefabricated bridges has become increasingly prominent. The two bridge bodies are close to each other and connected to the foundation pier for installation. However, after the assembly of the prefabricated bridge is completed, the internal installation cannot be checked. Whether the installation is in place and whether the stability of the installation is feasible cannot be seen intuitively. After the prefabricated bridge is put into use, due to the long-term transportation of vehicles on the bridge deck, it may cause damage to the bridge dec...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the times, people's travel needs are increasing day by day. In order to speed up the efficiency of road and bridge construction, various forms of bridges have emerged. Among them, the development of prefabricated bridges has become increasingly prominent. The two bridge bodies are close to each other and connected to the foundation pier for installation. However, after the assembly of the prefabricated bridge is completed, the internal installation cannot be checked. Whether the installation is in place and whether the stability of the installation is feasible cannot be seen intuitively. After the prefabricated bridge is put into use, due to the long-term transportation of vehicles on the bridge deck, it may cause damage to the bridge deck, especially the damage and defects of the prefabricated bridge at the joints of the beam body may be more serious, affecting the normal operation of the bridge. Currently, the bridge piers in the substructure of the bridge usually adopt the method of cast-in-place and prefabricated components, and the connection of the bridge body is fixed by welding or pouring concrete at the connection of the bridge body. It is necessary to provide an assembly device that can intuitively understand the assembly situation

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