摘要
利用废弃材料二次创作而成的升级再造产品要获得市场的认可,需要寻找废弃材料与消费者期望间的连接点。目的对韩国升级再造设计品牌进行案例分析及产品价值的解读,以探讨废旧材料转化为新商品的可能性,为废弃材料的价值再创造以及升级再造产品获得市场认可提供可借鉴的思路。方法以文献研究法,研究升级再造设计的含义及社会意义;以案例分析法,从材料、功能、外观三个维度对升级再造产品进行设计分析,总结升级再造产品的设计特征;从产品设计价值的相关理论对升级再造产品的价值进行归纳与总结。结论投入足够的设计创意后,由废弃材料设计和制作而成的升级再造产品也能同时获得功能性和美观性;环保价值是该类产品最具代表性的特征与价值;具备功能、审美、环保价值因素的升级再造产品更容易获得消费市场的认可,使升级再造产品能持续性地生产和消费成为可能。
In order to gain market recognition for products upcycled from waste materials,it is necessary to find the connection between waste materials and consumer expectations.The work aims to analyze the case of upcycling design brands in the Republic of Korea and interpret the product value,so as to explore the possibility of transforming waste materials into new commodities,and to provide reference ideas for the value re-creation of waste materials and the recognition of upcycled products in the market.Literature research was used to study the meaning and social significance of upcycling design.Based on case analysis,the design of upcycled products was analyzed from three dimensions of material,function and appearance,and the design characteristics of upcycled products were summarized.Then,from the relevant theory of product design value,the value of upcycled products was summarized and concluded.With sufficient design ideas,upcycled products designed and manufactured from waste materials can achieve both functionality and aesthetics.Environmental protection value is the most representative characteristic and value of this kind of products.Functional,aesthetic and environmental value factors can make upcycled products be more easily recognized by the consumers,thus making it possible for upcycled products to be sustainably produced and consumed.
作者
覃芳圆
王柳凤
QIN Fang-yuan;WANG Liu-feng(Guilin University of Electronic Technology,Guangxi Guilin 541004,China;Guilin Institute of Information Technology,Guangxi Guilin 541214,China)
出处
《包装工程》
CAS
北大核心
2023年第4期296-302,共7页
Packaging Engineering
基金
广西高校中青年教师科研基础能力提升项目(2020KY05046)。
关键词
升级再造设计
产品特征
价值
环保
upcycling design
product characteristics
value
environmental protection
