Intelligent feeding scheduling strategy for RH refining furnace based on asynchronous parallel model
HAN Junfeng
YANG Hongyin
DENG Jie
LIU Xiang
ZHANG Bo
GUO Gaoxin
Abstract：By analyzing the equipment and process characteristics of the RH refining furnace feeding system,process and control optimizations were implemented to address the issue of sequential execution delays between batches during multi-batch material addition.Each material batch was horizontally divided into material units and control units.Along the vertical dimension of the equipment execution process,various buffer points were designed to function as multi-batch temporary storage and batch synchronization zones.A data-driven intelligent unit,based on real-time material and equipment status,was established to achieve online asynchronous and partitioned execution of multi-batch materials.As a result,overall feeding time was reduced,processing cycles were shortened,and production efficiency was improved,achieving good application results.
Keywords：material batchweighing unitvacuum hopperintelligent feeding systemasynchronous parallel processing
Publication Date：2025-09-20
Online Publishing Date：2025-10-28(First online date of this platform, not the publication date of the document)
Pages：7( 27-33 )