A Systematic Study on TRIZ to Prepare the Innovation of 3DPVS

Haobo Yuan
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Abstract

Regarding the innovation of biomimetic cell culture scaffold, 3DPVS, namely 3D printed vibratory scaffold, has been proposed as a present-to-future novel product. It currently stands at the stage of conceptual development. Design studies on 3DPVS Concept Generation show high value, and one essential part inside this could dwell at establishing design methodological knowledge that has innovation merits. TRIZ with its tools has proven value on creation and design innovativeness while they have not yet been utilized for scaffold design at mature level. In this paper, we attempt to study and explore the design aspects of TRIZ and its most relevant tools on the context of 3DPVS, as well as preliminarily indicating a TRIZ-based methodology, which could tailor the design aspects of 3DPVS. It also, to some extent, fills a gap in scaffold engineering and TRIZ literature and provides a comprehensive overview of a timely topic.
TRIZ系统研究为3d虚拟企业创新做准备
对于仿生细胞培养支架的创新,3DPVS即3D打印振动支架被提出作为一种现在到未来的新产品。它目前处于概念发展阶段。对3DPVS概念生成的设计研究显示出很高的价值,其中一个重要的部分可能在于建立具有创新价值的设计方法论知识。TRIZ及其工具在创造和设计创新方面已被证明具有价值,但它们尚未在成熟水平上用于脚手架设计。在本文中,我们试图在3DPVS的背景下研究和探索TRIZ的设计方面及其最相关的工具,并初步提出一种基于TRIZ的方法,可以定制3DPVS的设计方面。它也在一定程度上填补了脚手架工程和TRIZ文献的空白,并提供了一个及时的主题的全面概述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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