Three-dimensional visual automatic monitoring system platform taking BIM technology as carrier

Abstract

The invention discloses a three-dimensional visual automatic monitoring system platform taking a BIM technology as a carrier, which belongs to the field of engineering monitoring. The three-dimensional visual automatic monitoring system platform comprises a database, a chart module, a BIM module, an early warning module, an authority management module, a data module, an analysis and prediction module, a large screen module, a monitoring operation and maintenance module, an expert system module and a display interaction module. The system platform has the following outstanding characteristics:a BIM technology is used as a carrier of monitoring data, a monitoring report can be issued, a monitored object can be analyzed and predicted, and an expert system capable of intelligently giving a corresponding solution under emergency and early warning conditions is provided; bottom-layer monitoring data is transmitted to a system platform through a network after being collected, and a monitoring effect is presented at a PC end, a Pad end and a Phone end of the display interaction module. According to the intelligent engineering monitoring system, informatization and intellectualization of engineering monitoring are achieved, intuitive visualization of the monitoring effect is achieved, and engineering construction is protected.

Description

technical field [0001] The invention belongs to the field of engineering monitoring, and in particular relates to a three-dimensional visualization automatic monitoring system platform using BIM technology as a carrier. Background technique [0002] Automatic monitoring technology is a monitoring method in the field of engineering monitoring. It is mainly based on instrument monitoring and supplemented by manual monitoring. It can independently set the collection frequency according to needs, and automatically collect data, which is efficient and convenient. Through the docking of the communication protocol between the monitoring system platform and the monitoring hardware equipment, the identification and reception of the monitoring value is completed. Use the acquisition unit to read the values ​​of the monitoring factors measured by different sensors, upload them to the server by the transmission device, and then present the monitoring effect on the system platform. The ...

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Problems solved by technology

[0003] At present, the automatic monitoring platform has a single function, and most of them only meet the basic function of viewing data. The main problems are as follows: First, the degree of visualization is low, and the monitoring data display is not intuitive. The corresponding points of the monitoring data need to be compared with the monitoring drawings to clarify the specific Second, it is difficult to fit and analyze the monitoring data. The data other than the measuring points on the monitoring object need to be calculated by external analysis software, which requires high professional level of personnel; third, the quality of the monitoring report is poor, and the monitoring report requires professional The quality of the report is uneven; fourth, it is impossible to give a reasonable forecast for the future trend, the monitoring data can only be updated to the latest time, and the changes in the future period need to be analyzed by professionals; fifth, it is impossible to analyze the early warning and Intelligently identify hazards and provide targeted solutions

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