煤矿机械

针对我国高端液压支架制造粗放、质量可靠性不足等突出问题，围绕系列化高端液压支架智能制造体系展开研究，提出了以整体标准-云端设计-智能制造-质量管控为主线的全流程智能制造体系架构。首先，分析了国内外液压支架研究现状，明确了国产装备与国际顶尖水平的差距；随后，构建了含通用、安全、制造等五类核心标准的智能制造标准体系及九大维度管理体系；进而从精准设计系统、全流程智能制造、全流程质量优化三方面搭建体系；最后，提出了新技术融合、多维度保障及“产学研用”协同等建议。该研究可为我国高端液压支架的智能化转型与产业升级提供理论支撑与实践路径。

In response to the prominent problems of extensive manufacturing and insufficient quality reliability of high-end hydraulic supports in China, research has been conducted on a series of intelligent manufacturing systems for high-end hydraulic supports, proposed a full process intelligent manufacturing system architecture with overall standards-cloud design-intelligent manufacturingquality control as the main line. Firstly, analyzed the current research status of hydraulic supports at home and abroad, and clarified the gap between domestic equipment and international top level;Subsequently, an intelligent manufacturing standard system consisting of five core standards including general, safety, and manufacturing, as well as a nine dimensional management system, was constructed;Furthermore, a system was established from three aspects: precise design system, full process intelligent manufacturing, and full process quality optimization; Finally, suggestions were put forward for the integration of new technologies, multidimensional support, and the collaboration of industry, academia,research and application. This research provides theoretical support and practical path for the intelligent transformation and industrial upgrading of high-end hydraulic supports in China.