¿Cómo funciona el separador seco inteligente de minería?
Release time: 2025-03-03
The mining intelligent dry separator is a highly efficient ore sorting equipment that uses advanced technology to automatically separate and classify ore.
Introduction to working steps
Feeding and pretreatment
Feeding system: The ore enters the dry separator through belt conveyors, vibrating feeders and other equipment. After preliminary crushing and screening, the material entering the dry separator is ensured to have a suitable particle size.
Detection and identification
The intelligent dry sorter is equipped with a variety of sensors, such as optical sensors, X-ray sensors, laser sensors, etc., to detect the characteristics of the ore.
Optical sensor: Determine the type of ore based on the color and reflectivity of the ore.
X-ray sensor: Identify valuable minerals by analyzing the density and composition of the ore.
Laser sensor: Used to measure the three-dimensional shape and volume of the ore.
Data processing and analysis
Computer processing: Data collected by sensors is transmitted to the central processing unit, where it is processed using machine learning and data analysis algorithms.
Feature identification: The algorithm compares the ore sample with the known mineral features in the database to accurately identify the type and quality of the ore.
Clasificación
Sorting decision: Based on the processing results, the system decides how to sort the ores. High-value ores and low-value impurities are marked.
Implementation of sorting: Intelligent mining dry sorters usually use jet devices (airflow) or robotic arms for sorting:
Airflow sorting: Use high-speed airflow to separate light impurities from heavy ores.
Mechanical sorting: Push the target ore to different output channels through robotic arms or other devices.
Output and Feedback
Ore output: qualified ore is transported to the next processing stage through a dedicated channel, and unqualified ore is discharged.
Real-time monitoring: The entire sorting process can be monitored in real time to ensure the accuracy and efficiency of the operation.
Output and Feedback
Ore output: qualified ore is transported to the next processing stage through a dedicated channel, and unqualified ore is discharged.
Real-time monitoring: The entire sorting process can be monitored in real time to ensure the accuracy and efficiency of the operation.
Environmental protection and safety
Reducing environmental impact: The Máquina clasificadora en seco inteligente reduces the waste of low-grade ore through efficient sorting, which contributes to the sustainable use of resources. At the same time, automated operation also reduces the risk of human exposure in dangerous environments.
The intelligent dry sorting machine for mining realizes an efficient and accurate sorting process through the above-mentioned links, which not only improves the recovery rate and economic benefits of ore, but also promotes the automation and intelligent development of mining. With the advancement of technology, these devices are expected to be more efficient and environmentally friendly in the future.
