Intelligent engineering supervision system and supervision method based on image acquisition system

Abstract

The invention discloses an intelligent engineering supervision system and supervision method based on an image acquisition system, and belongs to the technical field of engineering supervision. An acquisition module is used for acquiring engineering site construction conditions in real time and wirelessly transmitting acquired data to a central processing unit; a data processing module is used for processing the engineering construction plan data, establishing an engineering model and progress, receiving the collected data transmitted by the central processing unit, processing the collected data and synchronizing the processed data to the engineering model; a data analysis module is used for performing comparative analysis in combination with the engineering model and the collected engineering field data, determining whether the engineering construction progress and quality accord with a plan or not, and analyzing an error reason; and a supervision terminal is used for a supervisor to check data and an analysis result in the project progress.

Description

technical field [0001] The invention relates to the technical field of engineering supervision, in particular to an intelligent engineering supervision system and a supervision method based on an image acquisition system. Background technique [0002] The progress monitoring of engineering projects occupies a very important position in the three major controls of project management—investment control, progress control and quality control. There are often various factors that affect the construction progress and quality during the construction process. Traditional engineering All supervision methods require supervisors to carry out repeated measurements and verifications on the construction site, and analyze the difference between the real progress and the planned progress by comparing raw materials, labor and other factors. There are often problems such as untimely progress updates and poor ability to adjust construction progress plans. During the construction process, the r...

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Problems solved by technology

[0002] The progress monitoring of engineering projects occupies a very important position in the three major controls of project management—investment control, progress control and quality control. There are often various factors that affect the construction progress and quality during the construction process. Traditional engineering All supervision methods require supervisors to carry out repeated measurements and verifications on the construction site, and analyze the difference between the real progress and the planned progress by comparing raw materials, labor and other factors. There are often problems such as untimely progress updates and poor ability to adjust construction progress plans. During the construction process, the realization of the evolution of the construction schedule is often affected by various reasons, such as planning defects, changes in the construction environment, adjustments to site conditions, impacts on resource supply, etc. The construction plan needs to be adjusted in time, but due to the progress The update is not timely, and it cannot directly reflect the key factors that cause the deviation of the construction schedule plan, so it is impossible to prepare a targeted project schedule plan in time, and the supervision is difficult, which affects the efficiency of the project process

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