Concrete construction quality intelligent visualized monitoring system based on cloud technology platform

Abstract

The invention discloses a concrete construction quality intelligent visualized monitoring system based on a cloud technology platform. Quality information parameters of each process of concrete construction production, transportation and pouring are acquired by the system via corresponding equipment and wirelessly transmitted to a quality real-time monitoring platform in a cloud-end server, the construction quality state of each technological link is analyzed through cloud storage, computing and display, and feedback regulation scheme information is timely transmitted to the related operators. The cloud technology is applied in the system so that a problem of insufficient local storage capability of wireless terminal equipment is solved and infinite data information can be processed within a few seconds. Besides, construction quality state information can be accessed, inquired and uploaded by all project participants so that interaction and sharing of the construction quality information can be realized and thus high-efficiency management and control of construction quality can be enhanced.

Description

technical field [0001] The invention relates to a concrete construction control system, in particular to an intelligent visual monitoring system for concrete construction quality based on a cloud technology platform. Background technique [0002] The concrete construction process mainly includes preparation, transportation, warehousing, pouring and other links. These links restrict each other and have an important impact on the quality of the final concrete molding. Not only that, the construction site conditions are often complex and changeable, which leads to many inconveniences in the rapid transmission and interpretation of a large amount of information, the communication and feedback of all parties involved in the project construction, and efficient collaboration. In addition, the construction quality is seriously affected by human factors, such as on-site construction and The limited technical level of management personnel or the lack of education and training of grass...

AI Technical Summary

Problems solved by technology

However, most of these monitoring systems have the following deficiencies: (1) only control the quality of a certain construction link, and rarely control the whole process; (2) a large amount of collected data cannot be automatically stored and processed, and the calculation takes a long time, which affects the construction quality (3) The information of all parties involved in the project construction cannot be interactively shared on the system, increasing the risk of construction problems caused by poor communication or incomplete information

In short, relying on the existing monitoring system is difficult to achieve effective monitoring of concrete quality and real-time defect correction. It has become an urgent technical problem to develop an intelligent monitoring system for the whole process of concrete construction that can quickly store and calculate massive data and share interactively.

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