基于产品基因与感性意象的飞机装配工艺装备设计应用研究  

RESEARCH ON THE APPLICATION OF AIRCRAFT ASSEMBLY PROCESS EQUIPMENT DESIGN BASED ON PRODUCT GENE AND KANSEI IMAGE

作　　者：王新峰 赵成 田芳方 WANG XINFENG;ZHAO CHENG;TIAN FANGFANG

机构地区：[1]中航西安飞机工业集团股份有限公司技术装备设计所

出　　处：《设计》2024年第4期127-131,共5页Design

摘　　要：为提升飞机装配工艺装备产品的工业设计效率,塑造飞机装配工艺装备产品在行业中的品牌效应,提升产品市场竞争力。引入产品族设计理念,提出一种基于产品基因与感性意象的飞机装配工艺装备设计方法。首先,收集国内外典型工艺装备进行特征提取,然后将特征基因与感性意象关联建立飞机装配工艺装备的产品基因库,再基于数量化理论I构建产品基因与感性意象的数学模型,最后以侧壁长桁翻转工艺装备设计为例进行验证。基于产品基因库生成的侧壁长桁翻转工艺装备概念设计方案符合设计预期。该方法通过利用数学模型与产品基因库有利于工艺装备概念设计方案的形成,有助于企业将来推进产品族设计。In order to improve the industrial design efficiency of aircraft assembly process equipment products,shape the brand effect of aircraft assembly process equipment products in the industry,and enhance the market competitiveness of products.A design method of aircraft assembly process equipment based on product gene and kansei image was proposed by introducing the concept of product family design.Firstly,the typical process equipment at home and abroad was collected for feature extraction,and then the product gene bank of aircraft assembly process equipment was established through the association of feature genes and kansei image.Then the mathematical model of product genes and kansei image was constructed based on the quantitative theory I.Finally,the design of side-wall string-turning process equipment was taken as an example for verification.The conceptual design of sidewall stringer turning process equipment based on product gene bank meets the design expectation.This method is beneficial to the formation of conceptual design scheme of process equipment by using mathematical.

关 键 词：飞机装配工艺装备 感性意象 产品基因 产品族 数量化Ⅰ类理论 

分 类 号：TB472[一般工业技术—工业设计]