Troubleshooting and Alarm System in Concrete Production Process

Abstract

The invention discloses a concrete production process troubleshooting and alarm system, which includes a detection device, a storage device, an impact factor acquisition device, an intelligent adjustment module, and a fault analysis module. The detection device is used to detect equipment operation status and material quality parameters, and output detection data , the storage device is used to store the relationship between the material quality parameters and the faults of each production node at each production node and in the material transmission section, and the impact factor collection device is used to collect the impact factors that affect the correlation between the material quality and the faults of each production node, The intelligent adjustment module receives the influencing factors and adjusts the associated probability table based on the set algorithm. The failure analysis module is used to generate and output the corresponding failure probability at each production node. When a large change occurs in the material quality parameters at a production node, the above probability The relationship quickly locks the location of the fault node, thereby shortening the time for troubleshooting and improving the production efficiency of concrete.

Description

technical field [0001] The invention relates to the technical field of concrete production monitoring, more specifically, it relates to a concrete production process troubleshooting and alarm system. Background technique [0002] Industrialized concrete production mainly includes three major steps of feeding, mixing and discharging. The above-mentioned major steps are subdivided into multiple sub-steps, such as screening of incoming materials, storage of incoming materials, and retrieval of incoming materials. In the production and processing of concrete, the quality of the product is closely related to the precise implementation of the above steps. Process control and troubleshooting on the production line are the key to ensuring the quality of concrete products. [0003] In production practice, it is found that the factors affecting the quality of the final product of concrete are included in each sub-step but not completely determined by one of the steps, that is, the qua...

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Problems solved by technology

[0004] In view of the fact that it is difficult to confirm the fault location in the concrete production link in time, which leads to slow maintenance in the later stage and reduces the production efficiency, the first purpose of the present invention is to propose a troubleshooting system for the concrete production process, which can quickly locate the fault location in the production line And prompt information is output in time to facilitate the rapid troubleshooting of faults and ensure the production efficiency of concrete

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