技术融合进程的实证分析

Katsuhiro Suzuki, J. Sakata, J. Hosoya
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引用次数: 3

摘要

为了分析基于前沿技术整合的研究进展,本文引入了三种类型的专利数据分类,即Mix、Only和Mono-IPC类型,扩展了IPC Co-Occurrence的概念。并引入创新坐标的概念,以考察2000 - 2004年燃料电池领域的研发现状和发展趋势。结果表明,在此期间,由日本燃料电池专利申请量确定的年度位置不断变化;MIX型发明占比下降,Only型和Mono-IPC型发明占比上升。在以尖端技术为基础推出新产品的技术融合过程中,MIX类型被认为是常见的,这种趋势在微机电系统(MEMS)领域也出现了下降趋势。我们未来的工作包括通过添加欧洲和美国专利数据集进行三方比较,以及通过引入研发支出等外部数据进行混合分析,以调查当前分析在创新动态定量研究中的有效性和/或应用限制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An empirical analysis on progress of technology fusion
In order to analyze the progress of research based on the integration of leading edge technologies, this paper introduces three types of patent data categorization, namely the Mix, Only and Mono-IPC type, respectively, expanding the concept of IPC Co-Occurrence. Additionally, the concept of innovation coordinate is introduced as a mean to investigate status and trends of R&D in the field of fuel cells for the years from 2000 to 2004. It is shown that yearly positions determined by the sets of patent applications in Japan concerning fuel cell kept changing during the period; occupation ratio of MIX type inventions decreased while those of Only and Mono-IPC type increased. The declining trend of MIX type, which is considered to be common in the convergence process of technology fusion toward the launch of new products based on cutting-edge technologies, is also observed in the field of micro electro mechanical systems (MEMS). Our future work includes both the trilateral comparison by adding European and US patent datasets, and also, hybrid analyses by introducing external data such as R&D expenditures to investigate the validity and/or the application limit of the present analysis in the quantitative study of the dynamics of innovation.
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