2000 - 2019年生物工程专利授权趋势

J. Pasek
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引用次数: 0

摘要

专利文件包含了大量关于发明的技术信息,这些信息在其他地方往往无法获得。它们作为关于发展领域趋势的资料来源可能没有得到充分利用。鉴于关键词的不足和专利分类系统的复杂性,查询专利数据库可能具有挑战性。我们发现了一组可能与生物工程和生物医学工程专利相关的合作专利分类(CPC)主代码。在Lens.org数据库中提供的免费专利搜索引擎的查询中使用了这些代码。对专利家族申请或授予专利的结果进行筛选,以确定2000年至2019年该领域的发明趋势。鉴于申请通常在多个国家提交,专利族代表与一项发明有关的文件的集合。虽然专利申请和独特发明保持稳定,但从2000年到2016年,每年的专利授权量有所增加。自2016年以来,专利授权数量的下降表明,从申请提交到确定专利状态之间存在数年的滞后时间。获得授权专利的效率较高的申请人包括大型国际公司和一些大型大学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TRENDS IN BIOENGINEERING PATENTS GRANTED 2000 - 2019
Patent documents contain a wealth of technical information on inventions, often unavailable elsewhere. They are likely underutilized as sources of information about trends in fields of development. Querying patent databases can be challenging, given the inadequacy of keywords and the complex nature of patent classification systems. A collection of Cooperative Patent Classification (CPC) main codes were identified that likely relate to patents in bioengineering and biomedical engineering. These codes were used in queries of the free patent search engine that is available from a Lens.org database. Results were filtered for applications or granted patents by patent families to identify trends in inventions within the field from 2000 to 2019. A patent family represents the collection of documents relating to a single invention given that applications are frequently filed in multiple countries. Although patent applications and unique inventions remained steady, the annual number of patents granted has increased from 2000 to 2016. A decline in numbers of granted patents since 2016 is indicative of the lag time of several years between application filing and a determination of patent status. Applicants with high productivity in obtaining granted patents include large international companies as well as some large universities.
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