Intelligent construction site cement bag stacking monitoring system based on block chain

Abstract

The invention discloses an intelligent construction site cement bag stacking monitoring system based on a block chain, wherein the system comprises a terminal cluster and a computing cluster; the computing cluster loads parameters required for building an intelligent construction site cement bag accumulation monitoring deep neural network and a grading result comprehensive analysis unit; an intelligent construction site cement bag accumulation monitoring block chain private chain is configured; and intelligent construction site cement bag accumulation monitoring reasoning is executed, whereinthe input of the intelligent construction site cement bag accumulation monitoring deep neural network is a cement bag accumulation image of a monitoring area acquired by a terminal, and the output comprises a horizontal cement bag segmentation image, a horizontal cement bag accumulation grading result, a vertical cement bag segmentation image and a vertical cement bag accumulation grading result.According to the invention, in construction site environment monitoring, the construction site cement bag accumulation monitoring precision, the monitoring efficiency and the safety and confidentiality in the data processing and transmission process are improved.

Description

technical field [0001] The invention relates to the technical fields of artificial intelligence, block chain, smart construction site, and CIM, and in particular to a block chain-based cement bag accumulation monitoring system for a smart construction site. Background technique [0002] In order to maintain the safety of the construction site environment, it is necessary to make reasonable plans for the stacking of various building materials, the most important of which is the accumulation of cement bags. Due to the variety of cement, cement bags are generally piled up in large quantities on the construction site, which poses a great safety hazard, such as on the floor. Excessive pressure leads to cracks or even collapse of the floor slab, or the cement bag itself collapses due to excessive accumulation. At present, the technical means of construction site environmental management are not perfect enough, mainly relying on the traditional human supervision method, which is no...

AI Technical Summary

Problems solved by technology

[0002] In order to maintain the safety of the construction site environment, it is necessary to make reasonable plans for the stacking of various building materials, the most important of which is the accumulation of cement bags. Due to the variety of cement, cement bags are generally piled up in large quantities on the construction site, which poses a great safety hazard, such as on the floor. Excessive pressure leads to cracks or even collapse of the floor slab, or the cement bag itself collapses due to excessive accumulation

At present, the technical means of environmental management on construction sites are not perfect enough, mainly relying on the traditional human supervision method, which is not only inefficient, but also difficult to meet the requirements of monitoring accuracy and real-time performance

Moreover, the current site environmental monitoring usually only returns abnormal results, and the result feedback is single

In addition, the cluster used for computing, information is easy to be leaked, and the security performance is low

Therefore, the existing construction site cement bag accumulation monitoring technology has the problems of poor real-time monitoring and low monitoring efficiency, single result feedback, and low safety performance in the process of data processing and transmission.

[0003] At present, there are few technical solutions for monitoring the stacking of cement bags on smart construction sites

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