协同创新理论下交互式智能包装三螺旋耦合机制的实证研究

An Empirical Study on the Triple Helix Coupling Mechanism of Interactive Intelligent Packaging under the Theory of Collaborative Innovation

中文关键词: 智能包装  三螺旋理论  场力  设计创新

英文关键词: intelligent packaging  triple helix theory  field force  design innovation

中文摘要:

      目的 运用三螺旋理论分析交互式智能包装设计中科学、艺术与技术内核的协同创新，扩大耦合界面，提升三螺旋内部进化动力，为智能包装设计的可持续创新设计提供新的思路和方向。方法 结合模糊层次分析法(F-AHP)，构建交互式智能包装三螺旋耦合机制研究模型，论证“科-艺-技”三方在保持各自形成生态循环、情感循环与反馈循环后，通过“指导-藻饰-支撑”三螺旋相互促进，实现交互式智能包装设计的创新模式。结论 通过三螺旋耦合机制对交互式智能包装三元驱动力的探析，将“万物物联”“多元共生”“性能跨越”三轴协同的跨界融合，有机整合了科学、艺术与技术三方优势在互补、融合驱动与交叉创新后形成的场力，对交互式智能包装设计的创新具有指导作用，并在此基础上提出对应的设计原则与设计策略，为智能包装智慧设计研究效用的最大化提供理论依据和实践指导。

英文摘要:

      The work aims to analyze the collaborative innovation of science, art and technology in interactive intelligent packaging design by triple helix theory, expand the coupling interface, enhance the internal evolutionary power of triple helix, and provide new ideas and directions for the sustainable innovative design of intelligent packaging design. Combined with the fuzzy analytic hierarchy process (F-AHP), the research model of the triple helix coupling mechanism of interactive intelligent packaging was constructed, demonstrating that the three aspects of "science-art-technology" maintained their respective ecological cycle, emotional cycle and feedback cycle, and promoted each other through the triple helix of "guidance-algae decoration-support", so as to realize the innovative mode of interactive intelligent packaging design. Through the analysis of the three-dimensional driving force of interactive intelligent packaging by the triple helix coupling mechanism, it explains the three-axis collaborative cross-border integration of "Internet of Everything", "multiple symbiosis", and "performance leapfrogging", which organically integrates the complementary advantages of science, art and technology and the field force formed by fusion drive and cross-innovation, and has a guiding role in the innovation of interactive intelligent packaging design. On this basis, the corresponding design principles and design strategies are proposed to provide theoretical basis and practical guidance for the maximization of the utility of intelligent packaging intelligent design research.