Remote management and control system and method for cement concrete quality

Abstract

The invention relates to a remote management and control system and a remote management and control method for cement concrete quality, and belongs to the technical field of engineering. The remote management and control system comprises a control system arranged in a concrete mixing station and a data acquiring and sending device arranged in test room detection equipment, wherein the data acquiring and sending device sends data to a WEB server through a wireless network; a management and control software platform is arranged in the WEB server; the data are sent to a data terminal connected with the WEB server through a network for inquiry after being analyzed and managed by the management and control software platform. According to the remote management and control system and the remote management and control method for the cement concrete quality, intelligent management and control on the construction quality of a bridge and culvert structure are realized, and preventive measures are taken; cheating on workmanship and materials is effectively avoided, and the engineering quality is guaranteed.

Description

technical field [0001] The invention relates to a cement concrete quality remote control system and method, and belongs to the technical field of engineering. Background technique [0002] At present, the proportion of concrete structures in engineering construction is increasing, and the quality of concrete directly affects the construction quality of the entire project. Through the investigation and testing of a large number of active concrete structures, it is shown that a considerable part of the quality problems are caused by the large fluctuations in the quality of the produced concrete. The fundamental reason is that there is a lack of effective quality monitoring methods, which lead to the fact that the mix ratio cannot be strictly implemented in the actual production project, the measurement error of the mixing equipment cannot be grasped in time, and the control data of the mixing equipment can be changed at will. Components are prone to early cracking, reduced du...

AI Technical Summary

Problems solved by technology

The fundamental reason is that there is a lack of effective quality monitoring methods, which lead to the fact that the mix ratio cannot be strictly implemented in the actual production project, the measurement error of the mixing equipment cannot be grasped in time, and the control data of the mixing equipment can be changed at will. Components are prone to early cracking, reduced durability, and shortened service life, which affects the quality of engineering construction and poses a major safety hazard

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