高温熔炉内衬生命周期管理系统OA
High Temperature Furnace Lining Lifecycle Management System
利用机械臂携带实时感知测量单元,通过智能控制,实现自动对金属冶炼行业的高温熔炉内部进行快速三维扫描,通过三维重建技术,实时建立高温熔炉内衬耐材的侵蚀模型,通过对模型的识别判断,精准判断高温熔炉内壁耐材侵蚀状况,从而为快速、准确的检修及更换内衬耐材提供精准的技术支撑,实现对高温熔炉内衬耐材生命周期的智能化管理.系统可实现快速准确检测,大幅降低人工劳动强度,提高检测效率,降低安全隐患,提升生产效率,降低耐材的消耗和浪费,提升企业经济效益.
Using a robot carrying real-time sensing and measurement units,through intelligent control,automatic rapid 3D scanning of the interior of high-temperature furnaces in the metal smelting industry is realized.Through 3D reconstruction technology,an erosion model of the refractory lining in the high-temperature furnace is established in real time.Through the identification and judgment of the model,the erosion condition of the refractory lining in the high-temperature furnace is accurately determined,providing accurate technical support for rapid and accurate maintenance and replacement of the refractory lining,and realizing intelligent management of the life cycle of the refractory lining in the high-temperature furnace.The system can achieve rapid and accurate detection,greatly reducing labor intensity,improving detection efficiency,reducing safety hazards,enhancing production efficiency,reducing the consumption and waste of refractories,and improving enterprise economic benefits.
刘树栋;石践;孙艳辉;王健;孙银健
内蒙古电投能源股份有限公司北露天煤矿公司,内蒙古 霍林郭勒 029200内蒙古电投能源股份有限公司北露天煤矿公司,内蒙古 霍林郭勒 029200内蒙古电投能源股份有限公司北露天煤矿公司,内蒙古 霍林郭勒 029200内蒙古电投能源股份有限公司北露天煤矿公司,内蒙古 霍林郭勒 029200北京瓦特曼智能科技有限公司,北京 100071
环境科学
耐材侵蚀激光测量三维重建机器人
Refractory erosionLaser measurementThree-dimensional reconstructionRobot
《世界有色金属》 2024 (4)
28-31,4
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