船舶动力配套系统先进制造关键技术与应用
发布时间：2023-04-04
入选理由：重庆红江围绕高技术船用新型柴油机燃油喷射系统的研发和生产，在信息流转层和实物加工层突破知识化协同研发、智能化柔性制造等关键技术，打造基于工业APP且自主可控的柴油机研发生态，建成精益化智能生产单元和柔性生产线，探索适合离散型制造企业的智能制造新模式。IDE平台柔性更强；智能质量管理（IQM）系统实现自主可控；与重庆大学联合研发的制造执行系统（MES）应用遗传算法优化有限资源排产；多品种柔性自适应技术实现单分钟换产。多项智能装置关键技术实现船用柴油机动力配套行业智能化加工，加工效率显著提升。
CQHJ has research and production efforts on high-tech fuel injection systems for marine diesel engines, in the information flow layer and physical processing layer, made breakthroughs in key technologies such as knowledge-based collaborative development and intelligent flexible manufacturing to create a controllable diesel engine development system based on industrial APP, build lean intelligent production units and flexible production lines, and explore a new intelligent manufacturing model suitable for discrete manufacturing enterprises. The IDE platform offers greater flexibility; the Intelligent Quality Management (IQM) system makes sure the operations are independent and controllable; the manufacturing Execution system (MES) jointly developed with CQU utilizes genetic algorithms to optimize limited resource scheduling; multi-species flexible adaptive techniques achieve single-minute exchange. Multiple key technologies of intelligent equipment help realize intelligent processing in advanced manufacturing of marine power subsystems, with a significant increase in processing efficiency.
CQHJ has research and production efforts on high-tech fuel injection systems for marine diesel engines, in the information flow layer and physical processing layer, made breakthroughs in key technologies such as knowledge-based collaborative development and intelligent flexible manufacturing to create a controllable diesel engine development system based on industrial APP, build lean intelligent production units and flexible production lines, and explore a new intelligent manufacturing model suitable for discrete manufacturing enterprises. The IDE platform offers greater flexibility; the Intelligent Quality Management (IQM) system makes sure the operations are independent and controllable; the manufacturing Execution system (MES) jointly developed with CQU utilizes genetic algorithms to optimize limited resource scheduling; multi-species flexible adaptive techniques achieve single-minute exchange. Multiple key technologies of intelligent equipment help realize intelligent processing in advanced manufacturing of marine power subsystems, with a significant increase in processing efficiency.
关键词：船舶动力配套，先进制造，自主信息系统，柔性自适应加工
Marine Power Subsystem, Advanced Manufacturing, Autonomous Information System, Flexible Adaptive Machining
Marine Power Subsystem, Advanced Manufacturing, Autonomous Information System, Flexible Adaptive Machining