A field progress monitoring system and a method based on a three-dimensional model

Abstract

The invention belongs to the technical field of project schedule management. The invention relates to a field progress monitoring system based on three-dimensional model, comprising a BIM model device, a progress compiling module, a construction progress simulation module, a monitoring management platform and an external intelligent mobile device. The BIM model device is used for generating a BIMmodel; the progress compiling module is used to obtain the relevant data of the components in the BIM model and compile the construction schedule. The construction progress simulation module is used to correlate the construction progress plan with the BIM model to simulate the construction progress. The external intelligent mobile device is used for inputting the actual construction progress of the site to the monitoring management platform according to the project content; the monitoring management platform is used to compare the actual progress with the construction progress plan to obtain the project progress information, which is displayed in the BIM model in a colored manner. The invention effectively combines the BIM with the construction progress plan, realizes the intercommunication and sharing of the information, and improves the efficiency and the precision of the project progress monitoring and management.

Description

technical field [0001] The invention belongs to the technical field of engineering project progress management, and in particular relates to a three-dimensional model-based on-site progress monitoring system and method. Background technique [0002] Project progress monitoring 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 during the construction process. The traditional construction site progress monitoring methods often have 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 ...

AI Technical Summary

Problems solved by technology

There are often various factors that affect the construction progress during the construction process. The traditional construction site progress monitoring methods often have 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 the construction schedule based on the construction network diagram cannot directly reflect the key factors that cause the deviation of the construction schedule, so it is impossible to prepare a targeted project schedule in time

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