Dynamic quality remote monitoring system and method in production of cement concrete

Abstract

The invention discloses a dynamic quality remote monitoring system and method in the production of cement concrete. The remote monitoring system comprises a near-end monitoring system arranged at a cement concrete stirring station and a far-end monitoring system far away from the cement concrete stirring station, and the near-end monitoring system communicated with the far-end monitoring system through a wireless net and the internet. The dynamic quality remote monitoring system and method in the production of the cement concrete can realize real-time monitoring, on-site displaying, remote wireless transmission and remote monitoring of main parameters in the production of the cement concrete, and can transmit the parameters to a specified information platform to be stored as electronic documents, and any authorized department or person can know the data in real time through a remote monitoring mobile phone and a remote monitoring computer. Therefore, the production quality of the cement concrete is improved at the source, the unqualified cement concrete and the loss caused by the unqualified cement concrete are avoided, the detection efficiency can be improved, the work intensity of on-site management work is relieved for the quality management department, and real-time remote monitoring of engineering quality in the construction process is achieved.

Description

technical field [0001] The invention relates to the technology in the field of intelligent control, in particular to a dynamic quality remote monitoring system and method for cement concrete production process. Background technique [0002] Cement concrete is widely used in many construction fields such as water conservancy construction, building construction, and road construction. The experimental design is determined, which we call grading. The production of cement concrete is realized through cement concrete mixing equipment (also known as mixing station). After years of actual testing results, it is shown that the gradation of cement concrete produced by the mixing station often deviates from the design gradation, resulting in a serious decline in the quality of cement concrete, and then directly Affect the construction quality of the whole project. Therefore, the production quality of cement concrete is a very important part of construction, and real-time monitoring ...

AI Technical Summary

Problems solved by technology

However, in the prior art, the production quality of cement concrete cannot be controlled in real time, and the main parameters such as gradation, cement dosage, water content, and admixture dosage all need to be manually sampled from the produced mixture, with the help of special instruments, using special test method for testing

This traditional detection method has the following disadvantages: ①The correctness of the detection results largely depends on whether the sampling is representative and is greatly affected by human factors; ②It takes time to measure, and when the detection results come out, the concrete produced in the same batch has Shaped into structures or pavements

Therefore, this traditional post-mortem inspection method cannot grasp the quality status in real time; ③In order to avoid rework, test and inspection data are often falsified

Once the test results do not meet the requirements, the formed structure or the cement concrete pavement that has been paved and rolled will have to be scrapped, which will inevitably cause a lot of waste

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