【摘要】 为了探究创新性的工业装备造型设计方法，拓展参数化设计的应用范畴，提出一种基于工程参数的棒材自动捆扎机造型设计流程；结合图像学技术的基本形提取及工程参数数据库构建，以某企业棒材自动捆扎机为例，借助Rhino+Grasshopper设计平台完成捆扎机造型的参数化设计；通过脑电实验与评价量表对设计方案进行综合评价，筛选出最优方案，并依据评价结果对其进行进一步优化，为工业装备的造型设计提供参考。完善规范化的设计过程与标准化的元素和构件库，提升了参数化设计在工业装备造型设计中的可行性与高效性。更多还原

【Abstract】 To explore innovative methods for industrial equipment shape design and expand the application scope of parametric design,a shape design process for automatic bar bundling machine based on engineering parameters is proposed.This process integrates basic shape extraction through image analysis and the construction of an engineering parameter database.Taking the automatic bar bundling machine of a specific company as an example,parametric design of the bundling machine shape is conducted via the Rhino+Grasshopper design platform.A comprehensive evaluation of the design solutions is carried out through electroencephalographic(EEG) experiments and evaluation scales,leading to the selection of the optimal solution.Based on the evaluation results,further optimization is conducted to provide a reference for the shape design of industrial equipment.Perfecting the standardized design process and the standardized libraries of elements and components,this study aims to enhance the feasibility and efficiency of parametric design in the shape design of industrial equipment.更多还原