系统管理学报2026，Vol.35Issue(5)：1322-1337,16.DOI:10.3969/j.issn2097-4558.2026.05.014
多重网络视角下我国高端数控机床产业关键核心技术主配耦合机制
Key Core Technology of China's High-End CNC Machine Tool Industry Under a Multi-Network Principal-Agent Coupling Mechanism
摘要
Abstract
While China's high-end computer numerical control(CNC)machine tool industry has made significant progress,issues such as disconnects between core systems and supporting components and insufficient system integration capabilities persist.Exploring coupling mechanisms between core systems and supporting components is crucial for achieving high-quality industrial development.Based on global invention patent data,a three-stage"funnel-shaped"model for identifying key core technologies was constructed and applied,revealing that these technologies are concentrated in fields such as H02P,B23Q,and G06 F.Building on this,a multi-network framework for core industrial technologies and supporting components was constructed and evaluated to clarify the current development status and coupling effectiveness.Additionally,an evolutionary simulation model of the coupling network was established to reveal the impacts of knowledge matching and government incentives on network evolution,knowledge innovation performance,and coupling intensity.The simulation results indicate that the proportion of knowledge matchmakers exhibits an inverted U-shaped relationship with industrial principal-agent coupling intensity,while government incentive strength is positively correlated with coupling intensity.Higher incentive levels can support sustainable knowledge innovation.Moreover,both knowledge matching and government incentive behaviors promote network evolution,enhance knowledge innovation performance,and strengthen coupling capabilities such as knowledge matching.Finally,based on actual industrial development trends and simulation results,this paper proposes a principal-agent coupling mechanism for key core technologies in China's high-end CNC machine tool industry.关键词
关键核心技术/高端数控机床/多重网络/主配耦合机制Key words
key core technology/high-end computer numerical control(CNC)machine tools/multiple networks/principal-agent coupling mechanism分类
管理科学引用本文复制引用
郭本海,欧阳璐璇,张如愿..多重网络视角下我国高端数控机床产业关键核心技术主配耦合机制[J].系统管理学报,2026,35(5):1322-1337,16.基金项目
国家自然科学基金资助项目(72074200,72474203) （72074200,72474203）
浙江省属高校基本科研业务费专项资金资助项目(2024YW107) （2024YW107）
浙江省大学生科技创新活动计划资助项目(2025R409B047,2025R409B048) （2025R409B047,2025R409B048）
