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№ CN122951918AInvention

Unknown

基于AI的信息化系统运行态势智能监控方法

本发明涉及信息化系统运维监控技术领域，具体公开了一种基于AI的信息化系统运行态势智能监控方法。先多协议自适应采集系统全维度异构数据，经标准化、质量修复及语义标注生成结构化数据流；再依托时序自学习动态基线，通过三级级联异常检测架构精准识别、聚合异常并生成报告。接着结合系统资源模型构建动态因果图，通过因果推断与多维度验证完成故障根因精准诊断。随后融合多维数据构建态势全景视图，借助AI模型实现指标趋势与故障概率预判，并通过大语言模型自动生成态势简报。最终匹配知识库策略或自适应生成新方案，完成自动化运维处置，结合处置效果实现闭环优化。本发明能够有效提升信息化系统运维智能化与自动化水平，保障系统稳定运行。

❖江苏商贸职业学院喻志敏Oct 20, 2026§ 1/9 ClaimsH04L 41/0631 (2022.01), H04L 41/0654 (2022.01), H04L 41/149 (2022.01) +199

№ CN122913337AInvention

Unknown

一种钣金件冲孔装置及冲孔方法

本发明涉及钣金件加工技术领域，公开了一种钣金件冲孔装置及冲孔方法，包括底座，所述底座的上侧固定连接有可调打磨机构，所述打磨机构的左侧中部固定连接有冲孔机构，所述底座的上侧中部固定连接有传送带。本发明中，通过冲孔机构、底座、可调打磨机构和传送带相互配合，缓解了冲孔与打磨分离式设计，增加运输成本与时间成本，还易因二次装夹导致定位偏差，影响加工精度，打磨力度与精度调节灵活性不足，易出现打磨过度或打磨不彻底的问题，通过驱动清理机构、罩框、滤风板、外框、滤网和收集箱相配合，缓解了传统设备在打磨过程中会产生大量金属碎屑，缺乏高效的同步收集机制，无法实现碎屑集中回收的问题。

❖江苏商贸职业学院黄红平; 吴世丽; 张牧Oct 16, 2026§ 2/10 ClaimsB21D 28/24 (2006.01), B23P 23/00 (2006.01), B23P 17/00 (2006.01) +617