基于产品语义学的工业人形机器人造型设计

Industrial Humanoid Robot Styling Design Based on Product Semantics

摘要: 随着科技的突飞猛进，工业人形机器人功能日益完善，市场前景广阔，然而外观设计仍滞后于技术革新。本研究通过调研市面上现有的工业人形机器人造型，分析其造型特征。同时基于产品语义学方法，对工业人形机器人进行造型语义分析，借助联想、象征的方法确定语义提取对象，通过几何化处理转化为具体的设计元素，并对机器人进行色彩语义分析与材质语义分析来确定配色方案与材质搭配，以此兼顾美感与造型语义传达，为后续工业人形机器人外观设计与理论研究提供一定有价值的参考。

Abstract: With technology advancing rapidly, industrial humanoid robots now boast ever-improving functions and broad market prospects, yet their exterior design still lags behind technical innovation. This study surveys the current forms of commercially available industrial humanoids, analyzing their styling features. Drawing on product semantics, a formal semantic analysis is conducted: associative and symbolic methods identify semantic sources, which are then translated into concrete design elements through geometric abstraction. Color-semantic and material-semantic analyses further define the palette and material combinations. In balancing aesthetics with semantic communication, the research offers a valuable reference for future industrial humanoid robot design and theoretical studies.