Bio-TRIZ database for sustainable lifestyle technology transfer from nature to engineering

Toru Kobayashi, Yuta Isono, Kenichi Arai, T. Yamauchi, Hidetoshi Kobayashi
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引用次数: 3

Abstract

The biomimetics to adopt a high-performance and high efficiency creature function for a new technology attracts attention. However, it is unknown which creature function helps the development of a new technology because the kinds of the creature are more than 1,500,000. Therefore, we propose an information retrieval system called Bio-TRIZ database by using TRIZ which attracts attention as a problem solution of the engineering. The Bio-TRIZ database is based on the Linked Data which contains not only engineering perspective data but also naturalist perspective data. Therefore, we can search the creature function by different approaches. We can expect technology transfer from nature to engineering to realize a sustainable lifestyle as spiritually rich society which does not depend on energy consumption by using the proposed system. We evaluated the proposed system through plural case studies. Then, we confirmed that our proposed system was effective at a viewpoint of the serendipity information retrieval for realizing sustainable lifestyle.
从自然到工程的可持续生活方式技术转移Bio-TRIZ数据库
仿生以采用高性能、高效率的生物功能为一项新技术而备受关注。但是,由于生物的种类超过150万种,因此不知道哪种生物的功能有助于新技术的发展。因此,我们利用TRIZ提出了一个备受关注的信息检索系统Bio-TRIZ数据库,作为一个工程问题的解决方案。Bio-TRIZ数据库基于关联数据,其中不仅包含工程视角数据,还包含自然视角数据。因此,我们可以用不同的方法来搜索生物功能。我们可以期待技术从自然转移到工程,实现一个可持续的生活方式,作为一个精神丰富的社会,不依赖于使用所提出的系统的能源消耗。我们通过多个案例研究来评估拟议的系统。然后,我们证实了我们所提出的系统在实现可持续生活方式的偶然性信息检索方面是有效的。
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