Live-action visual intelligent construction site managing system based on three-dimensional model

Abstract

The invention discloses a live-action visual intelligent construction site managing system based on a three-dimensional model. The live-action visual intelligent construction site managing system comprises a staff and vehicle managing system, a construction site video monitoring system, an environment data acquisition and application system and a real-time information broadcasting system, wherein the staff and vehicle managing system acquires the card swiping data of staff and vehicles according to the card swiping information of an entrance guard system and acquires the scanning data of corresponding permanent staff and set mechanical equipment through barcode scanning, the construction site video monitoring system acquires the real-time video monitoring data of a construction site through multiple cameras arranged on the construction site, the environment data acquisition and application system acquires corresponding environment data through an environment monitoring device arranged on the construction site, and the real-time information broadcasting system transmits acquired publicly broadcast data to an information broadcasting database. By means of the intelligent construction site managing technique, diversified engineering data management subsystems can be developed and integrated, and project management decision support, project implementation deviation warning, project experience information feedback and other intelligent management functions are realized by integrating the technique with existing project management information systems and databases.

Description

technical field [0001] The invention relates to the field of intelligent industrial sites, in particular to an intelligent industrial site management system based on three-dimensional model-based real-scene visualization. Background technique [0002] The traditional construction management information system can only develop project management processes and forms for online circulation according to the needs of project management, and cannot automatically and real-time collect or directly and automatically extract various data generated on the construction site from the system and process the data , does not have the function of integrating and publishing data and information on a unified information platform, and cannot provide effective decision support for engineering personnel. [0003] Among the existing patents, the application number: 201220675601.9, the application name is: intelligent construction site management system, which specifically discloses: including digi...

AI Technical Summary

Problems solved by technology

The content disclosed in the above patents is not based on the 3D model of the construction site, nor can it realize the real scene display of the construction site

[0005] In short, the existing technology cannot meet the current needs, and cannot realize the intuitive engineering monitoring based on the real scene on the 3D model, which is mainly manifested in the following aspects:

[0006] 1. The integration of various applications of project management on the basis of the 3D model of the project has not been realized, the interaction and application of various data in project management with the 3D model of the project as the core has not been realized, and the intelligence and intelligence of project management have not been realized

[0007] 2. The personnel and vehicle information obtained by the access control system has not achieved data statistics, analysis, in-depth mining and application, the data has not been linked with the project management information system, and the access control management of personnel and vehicles has not interacted with the project management information system;

[0008] 3. The video surveillance on the construction site is not integrated into the 3D model of the project, and the position of the video camera is not standardized;

[0009] 4. There is no safety and quality training and examination system dedicated to the project level, and the safety and quality training and examination system has not been associated and interacted with the project management information system;

[0010] 5. The collection of environmental data is not comprehensive, and data intervals such as normal, attention, and warning are not set. When the collected data exceeds the standard, there is no alarm or the means of alarm is relatively simple;

[0011] 6. The integration and networking of the information broadcasting system has not been realized, and the daily automatic scheduled broadcast and the instant broadcast in case of emergency have not been realized;

[0012] 7. The association between the management of technical documents and management documents and the physical model has not been realized, and it is impossible to view the technical and management documents related to the model in real time

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