Bridge periodic inspection mobile application system

Abstract

The invention relates to a bridge periodic inspection mobile application system. The system comprises: a basic data acquisition module used for acquiring component information from a bridge data center; a disease data acquisition module used for receiving a component selected by a user and acquiring inspection disease data from the bridge data center; a disease inspection display module used for displaying the inspection disease data; a disease data uploading module used for receiving the disease data of the selected component newly built or updated by the user and correspondingly uploading the disease data to the bridge data center; a basic data modification module used for receiving component information updated by the user and correspondingly uploading the updated component informationto the bridge data center; a technical condition evaluation module used for evaluating the technical condition of the bridge; and a bridge periodic inspection report generation module used for generating a bridge periodic inspection report. The user can conveniently obtain unified and standardized component information and inspection disease data of the bridge from the bridge data center, efficiently create or update the disease data, and systematically inspect and evaluate the bridge.

Description

technical field [0001] The invention relates to the technical field of bridge inspection, and more particularly, to a mobile application system for periodic bridge inspection. Background technique [0002] Bridges need regular professional daily inspections in order to conduct a reasonable safety assessment of highway bridges and formulate a suitable maintenance plan. Bridge inspections at this stage generally require 3 to 4 inspectors to take photos, measure and record bridge defects, and then sort out the photos and recorded measurement data, which is cumbersome and time-consuming. Moreover, for the outer wall of the bridge and the bottom wall of the bridge, inspectors also need to use the inspection vehicle to reach the outer wall of the bridge and the bottom wall of the bridge to take pictures, measure and record. homework time. [0003] In addition, due to artificial photography, measurement and recording of bridge diseases, the inspection results are relatively subje...

AI Technical Summary

Problems solved by technology

Bridge inspections at this stage generally require 3 to 4 inspectors to take pictures, measure and record bridge defects, and then sort out the pictures taken and recorded measurement data, which is cumbersome and time-consuming

Moreover, for the outer wall of the bridge and the bottom wall of the bridge, inspectors also need to use the inspection vehicle to reach the outer wall of the bridge and the bottom wall of the bridge to take pictures, measure and record. homework time

[0003] In addition, due to artificial photographing, measurement and recording of bridge diseases, the inspection results are relatively subjective, and it is difficult to obtain the repair and development status of the disease from the inspection results obtained by different inspectors

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