Mobile intelligent patrol equipment for infrastructure construction and intelligent management method

Abstract

The invention discloses mobile intelligent patrol equipment for infrastructure construction and an intelligent management method. The equipment comprises an information acquisition system used for acquiring infrastructure under construction, construction auxiliary facilities and surrounding terrains, and a central processing system used for receiving data information data transmitted by an information acquisition unit and comprehensively analyzing and judging construction safety, quality and progress safety states. The advantages that machine vision, machine hearing, machine smell and machine sensation are easy to acquire, quantifiable, storable and analyzable are fully utilized, and a panorama camera, a laser radar, a sound vibration gas sensor, environmental climate acquisition, advancing track navigation and an AI (artificial intelligence) comprehensive analysis and evaluation system are organically integrated into walking equipment, and comprehensive and scientific management of large-area infrastructure construction patrol by owners is realized. The patrol equipment solves the problem that it is difficult for existing owners to comprehensively, quantitatively and truly obtain the site and progress conditions of the construction site through patrol.

Description

technical field [0001] The invention relates to the field of civil engineering detection, which combines sensing technology, information engineering, mechanical engineering, and artificial intelligence, and in particular relates to a mobile intelligent inspection equipment for infrastructure construction and an intelligent management method. Background technique [0002] In the construction process of infrastructure (such as the construction of a road or railway, or the construction of urban areas), especially large-scale infrastructure, it involves a long construction period, many participating units, a wide area, various types of projects, and complicated work content. The capital and manpower investment is huge, and the social impact is remarkable. Moreover, the quality control during the construction process has an important impact on the later use. At the same time, safety, quality, progress and investment management during the construction process are the four major is...

AI Technical Summary

Problems solved by technology

[0003] Taking expressway engineering construction as an example, in the existing technology, due to the long construction time, wide scope, many projects and complicated contents of expressway engineering, traditional manual management is difficult to control scientifically; Traditional means and methods cannot obtain comprehensive, quantitative, and real site and progress conditions; owner management is mainly based on visual inspection and inquiry methods at various construction sites along the line, and there is a lack of objective quantitative data and its Quick and intelligent evaluation method; at the same time, it is difficult to obtain scientific decisions and suggestions in a timely manner due to the limitations of the on-site environment, available data, and decision-making analysis methods

[0004] To sum up, the current inspection methods adopted by construction owners for the management of large-scale infrastructure construction (by means of visual inspection, inquiry, and manual data review) are far from satisfactory in terms of methods, means, equipment, personnel and frequency. The actual needs of comprehensive and scientific management of the safety, quality, progress, and investment of infrastructure construction. Therefore, in response to the needs of comprehensive and scientific management of large-scale infrastructure construction owners, it is urgent to find an economical, convenient, credible, and multi-dimensional acquisition of large-scale infrastructure. The actual data of each construction site is equipped, and an intelligent comprehensive analysis and evaluation system that quickly obtains comprehensive evaluation results based on this data, so that construction owners can conduct inspections with the help of mobile intelligent inspection equipment and management methods, and ensure the safety, quality, and progress of large-scale infrastructure construction , invest in a more comprehensive and scientific management, significantly reduce construction safety risks, significantly improve the level of quality supervision, timely guide the construction progress of the project, and reasonably manage the project capital investment

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