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Mapping technological trajectories and exploring knowledge sources: A case study of 3D printing technologies

机译:绘制技术轨迹和探索知识来源:3D印刷技术的案例研究

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摘要

Technological trajectories provide valuable information on technological development as well as its potential impact. Using 3D printing technology as a case study, this paper maps the trajectory of technological development and explores the contribution of various knowledge sources (from both geographical and technological perspectives). Based on patent citation analysis, our results show that there was a main concentrated technological trajectory between 1998 and the early 2000s, indicating a technology lock-in situation. However, a great diversification can be observed after the mid-2000s. The U.S. and Japan were the pioneer countries to develop core 3DP technologies, while China and South Korea contributed relatively more to the recent core 3DP technologies. By tracking technology domains in the patents cited by 3DP technologies, we also detect contributions from different technology categories in the process of 3DP technology development. At a disaggregated level, this study provides insights on how technologies from various fields contributed to the development of 3D printing technology. The diversified knowledge contributions from different countries and different fields indicate not only a broader range of future business opportunities in various domains, but also a far-ranging social impact in various nations.
机译:技术轨迹提供有关技术发展的宝贵信息以及其潜在影响。本文采用3D打印技术作为案例研究,绘制了技术发展的轨迹,探讨了各种知识来源的贡献(从地理和技术角度来看)。基于专利引文分析,我们的结果表明,1998年至2000年代初期在2000年代初期存在主要集中技术轨迹,表明技术锁定情况。但是,在2000年代中期之后,可以观察到巨大多样化。美国和日本是开发核心3DP技术的先锋国家,而中国和韩国则为最近的核心3DP技术贡献相对较多。通过跟踪3DP技术引用的专利中的技术领域,我们还在3DP技术开发过程中检测不同技术类别的贡献。在分列的水平下,本研究提供了关于如何从各个领域的技术有助于开发3D打印技术的见解。来自不同国家和不同领域的多元化知识贡献不仅表明了各个领域的未来未来商机的更广泛,也是各国的远程社会影响。

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