【摘要】 目的为实现复杂产品工业设计多层语义整合与创新,促进多学科知识共享与协同,提高产品品质。方法基于产品符号学和认知语义学理论,提出产品工业设计层次语义概念,基于复杂产品开发流程与信息加工理论,构建层次语义工业设计过程情境模型。使用感性工学、动作分析等科学表义方法和产品语义学比喻的艺术表义方法提取特征,构建具体设计情境。结论得到了复杂产品图标语义特征、指示语义特征、象征语义特征及其关联,通过系谱轴与比邻轴情景区间中特征要素构成的设计线索和遗传组合、突变、隐喻的策略指导设计,取得良好的实践效果。更多还原

【Abstract】 It aims to achieve multi-hierarchy semantics integration and innovation, promote multi-disciplinary knowledge sharing and collaboration, improve product quality in industrial design of complex product. The concept of Multi-Hierarchy Semantics is proposed based on semiotics and cognitive Semantics. Hierarchy semantics design process scenario model is constructed based on complex product development process and information processing theory. Specific design scenarios are constructed of multi-hierarchy semantic features by scientific methods of kansei engineering, motion analysis and artistic methods of product semantics metaphor. Icon feature, index feature, symbol feature and their relevance of complex product are obtained.The design cues and strategies are made up of features in paradigm and syntagmatic scenarios to guide practical design process and make good design works.更多还原