Prestress construction monitoring and early warning system and method based on engineering internet of things

Abstract

The invention provides a prestress construction monitoring and early warning system and method based on an engineering internet of things. The system comprises an on-site sensing module which is used for collecting data of personnel, machines and tools and materials on a construction site and transmitting the collected data to a data processing module; a monitoring configuration module which is used for carrying out initial configuration on an organization structure, user permission and the field sensing module according to project information; and a data processing module which is used for receiving the data of the field sensing module and evaluating whether relevant parameters in the construction process of the prestressed component meet requirements or not according to the initial configuration parameters of the monitoring configuration module. The system provides a scientific basis for constructing a supervisory unit and personnel to implement differential monitoring, and improves the quality supervision efficiency.

Description

technical field [0001] The invention relates to the field of prestressing, in particular to a prestressing construction monitoring and early warning system and method based on the engineering internet of things. Background technique [0002] Engineering Internet of Things is the expansion of Internet of Things technology in the field of engineering construction. The emergence of the engineering Internet of Things and its integration with the digital management and control of the construction site provide an effective way to realize the transformation and upgrading of engineering construction quality supervision. With the improvement of the standardization of prestressed engineering construction, the production and manufacture of prefabricated components has tended to develop in the direction of factory prefabrication. Using the technology of engineering Internet of things to transform the production and manufacturing links of prestressed components, the quality management mo...

AI Technical Summary

Problems solved by technology

[0005] (1) Due to the rapid development of the project construction scale, the quality supervision and management force in the construction process is insufficient, and it is impossible to implement differentiated monitoring for key links and special procedures, making the supervision work trapped in a microcosm, which can neither fully reflect the value of supervision and management, nor improve Efficiency of supervision and management

[0006] (2) The technical means are backward, unable to effectively collect, transmit and monitor the quality data of the key processes in the component production process in real time, and unable to realize the automatic comparison between the quality data and the design, manufacturing and acceptance standards, so there is a lack of effective quality early warning means

[0007] (3) There are many interference factors on the construction site, the construction environment is complex, and the site is frequently exchanged, which may easily cause an imbalance in the construction rhythm, or even stop work and wait for work.

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