Wet concrete recovery system based on Internet of Things, wet concrete recovery method, and wet concrete recovery managing and controlling method

Abstract

A wet concrete recovery system based on the Internet of Things comprises an equipment main body, a data collecting system for collecting equipment information, a cloud server and a user terminal. Theequipment main body comprises a car washing system, a wet concrete recovery machine, a sand and stone separation vibrating screen, a swirl separation system, a stirring pool, a muddy water concentration adjustment tank and a control system. Waste wet concrete is re-washed and decomposed into sand, stone and muddy water which are all recycled for reproduction, and thus the more energy-saving and environment-friendly effects are achieved. Meanwhile, the data collecting system is arranged in the equipment body, the whole system is arranged based on the Internet of Things, thus services such as equipment operation state monitoring, equipment operation data statistical analysis, equipment fault early-warning and alarming, user real-time query and remote control, cloud data storage and equipmentmaintenance reminding can be achieved, equipment operation can be better managed and controlled, and integration, intelligent and networked management for equipment is achieved.

Description

technical field [0001] The invention relates to the technical field of concrete mixing, in particular to a wet concrete recycling system, recycling method and control method based on the Internet of Things. Background technique [0002] While the concrete mixing station produces concrete, a large amount of waste residue and waste water will be generated. The main sources of these waste residues and waste water are: the cleaning discharge generated during the production and transportation of concrete such as mixers, mixer trucks, and pump trucks, as well as the leftover materials caused by redundant orders from the construction party, which cannot be used in the project due to quality problems. Scrap etc. These "waste water" and "waste residue" are highly alkaline and contain large amounts of sand, gravel, cement, and admixtures. If they are discharged indiscriminately without treatment, they will harm farmland water conservancy, block municipal facilities, and seriously dam...

AI Technical Summary

Problems solved by technology

However, traditional wet concrete recycling equipment only has basic processing functions and cannot provide users with real-time query, data analysis, equipment monitoring and other related services

The dynamics of the equipment cannot be accurately grasped in time, and the condition of the equipment cannot be diagnosed, analyzed, maintained and controlled in time

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