都朝着同一个方向?专利活动模式和燃料电池技术的发展

R. Dyerson, A. Pilkington
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引用次数: 3

摘要

本文探讨了燃料电池技术发展中的专利活动。本文利用美国专利数据,分析了在汽车行业将这项技术视为对激进监管变革的关键回应之际,企业和个人之间的信息流动。这一规定刺激了现有的汽车制造商通过知识网络的发展,将他们的新产品开发方式从传统的排他性转变为更具包容性的方向。然而,在寻找新的知识网络的过程中,问题是目前正在开发的燃料电池技术的竞争变体。其他部门的技术研究表明,这些知识网络的发展可能高度依赖于公司内部的关键个人或看门人。本文通过分析从事燃料电池开发的个别企业的专利活动来检验这一命题。利用美国专利数据,构建和评估专利质量和活动指数,以探索燃料电池开发中的关键发明人和公司,以及有多少是基于汽车的。此外,我们还探讨了数据,以展示燃料电池商业化的技术状况和进展情况。这使我们能够在技术焦点的基础上对企业进行分组,并表明围绕某些技术问题聚集活动的企业网络的存在。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
All steering in the same direction? Patterns of patent activity and the development of fuel cell technology
This paper explores patenting activity in the development of fuel cell technology. Using American patent data, the paper analyses the flow of information through firms and individuals at a time when the automobile sector sees this technology as a key response to radical regulatory change. This regulation is stimulating incumbent automobile manufacturers to change their approach to new product development from the traditionally exclusive to a more inclusive orientation through the development of knowledge networks. However, problematic in this search for new knowledge networks are the competing variations of fuel cell technology currently under development. Technology research in other sectors suggests that the development of these knowledge networks may be highly dependent upon key individuals or gatekeepers within firms. This paper tests that proposition through analysis of the patenting activity of the individual firms engaged in fuel cell development. Using American patent data, indexes of patent quality and activity are constructed and assessed in order to explore who the key inventors and firms are in fuel cell development and how many are automotive based. In addition we explore the data to present a picture of the technological status and advances being pursued in fuel cell commercialisation. This allows us to group firms on the basis of technological focus and suggests the existence of networks of firms clustering activity around certain technological problems.
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