摘要
目的为解决现有家庭蔬菜种植箱产品功能单一、操作繁琐且耗时费力和无法智能控制的问题;通过用户需求分析发现目标产品的机会缺口,实现产品创新设计。方法首先,通过对现有产品的现状及目标用户进行市场调研,分析其SET因素以发现目标产品机会缺口;其次,采用熵权法对调研所得的用户需求进行权重计算,将重要的用户需求进行SET产品机会缺口深度分析,找到产品创新机会缺口和矛盾问题,以保证产品符合用户的实际需求;然后,运用TRIZ分析产品机会缺口中出现的的矛盾问题,将其描述成相应的物理矛盾或技术矛盾,再利用发明原理解决矛盾;最后,结合相关技术并利用Rhino三维软件完成产品概念设计方案。结论将SET分析法与TRIZ相结合对家庭智能蔬菜种植箱进行设计实践,验证了该方法为产品创新设计构想提供新思路的可行性,并为家庭智能产品的创新开发提供了思路和参考。
The work aims to find the opportunity gap of the target product through user demand analysis and realize the product innovation design,in order to solve the problems of single function,tedious operation,time-consuming,labor-consuming and unintelligent control of the existing household vegetable planting box products.Firstly,the SET factor was analyzed to find the opportunity gap of the target product through the market research on the current situation of the existing products and the target users.Secondly,the entropy weight method was used to calculate the weights of the users’demands,and the important users’demands were analyzed in depth to find the opportunity gap and contradictions of product innovation,so as to ensure that the products meet the actual needs of users.Then,TRIZ was used to analyze the contradictions in the product opportunity gap,which were described as the corresponding physical contradictions or technical contradictions,and then the invention principle was used to solve the contradictions.Finally,the conceptual design of the product was completed by Rhino three-dimensional software and relevant techniques.The design practice of family intelligent vegetable planting box is carried out by SET analysis method and TRIZ,which verifies the feasibility of this method to provide new ideas for product innovation design,and provides ideas and reference for the innovation and development of household intelligent products.
作者
杨勤
刘大帅
王卫星
石勐
王建伟
YANG Qin;LIU Da-shuai;WANG Wei-xing;SHI Meng;WANG Jian-wei(Guizhou University,Guiyang 550025,China)
出处
《包装工程》
CAS
北大核心
2020年第16期170-175,共6页
Packaging Engineering
基金
贵州省科技厅基础研究计划项目(黔科合LH字[2017]7232)
贵州省教育厅青年科技人才成长项目(黔教合KY字[2018]112)
贵州大学引进人才项目(贵大人基合字(2018)16号)。
