Research on the Integration Architecture of the MineHong Operating System and the Comprehensive Mining Hydraulic Support Control System
Abstract：In response to the demand for intelligent transformation in the coal industry, this paper deeply studies the integration architecture of the MineHong operating system and the comprehensive mining hydraulic support control system. By analyzing the core characteristics of the MineHong operating system, such as its distributed architecture, soft bus technology, and unified data standards, it adopts a microkernel design to enhance stability, uses the soft bus to achieve millisecond-level communication between devices and adapt to more than 90% of multi-manufacturer equipment, and leverages a unified data protocol (such as the MDTP protocol) to break down information barriers. It analyzes the advantages of the MineHong operating system in intelligent collaboration, device interconnection, and data governance. Combined with typical practical cases such as the Shendong mining area, the effectiveness of the integrated architecture in improving production efficiency and safety performance is verified. An optimized architecture design scheme for the integration of the MineHong operating system and the comprehensive mining hydraulic support control system is proposed. The integrated architecture significantly improves production efficiency and safety, but there are challenges such as insufficient diversity in device compatibility and the need to expand the application ecosystem.
Machine-generated Keywords：
Publication Date：2025-06-30
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：8( 39-46 )