基于本体的牙科行业增材制造专利分析技术功能矩阵

A. Trappey, C. Trappey, Tong-Mei Wang, Mark Y. L. Tang
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引用次数: 5

摘要

增材制造(AM)技术已经发展并应用于许多领域,在这些领域中,产品大规模定制对于保持竞争优势至关重要。例如,增材制造已被用于医疗和牙科植入物、假肢和正畸的制造,这些设备必须与每个患者独特的面部、牙齿或其他身体轮廓相匹配。本研究聚焦于专利资讯的技术与功能方面,以发现材料、产品与制程的创新趋势。该研究提出了一种结合专利文本和数据挖掘的通用方法,可以为任何技术领域创建基于本体的技术功能矩阵。TF矩阵用于描述全球牙科AM专利的分布。该研究将台湾最新的牙科相关AM研究计划与全球新兴专利进行了比较。基于专利的分析方法使RD得以实现。接受2016年11月8日]
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Ontology-based technology function matrix for patent analysis of additive manufacturing in the dental industry
Additive manufacturing (AM) technologies have been developed and applied to many domains where product mass-customisation is critical to maintaining competitive advantage. For instance, AM has been adopted for use in the medical and dental manufacture of implants, prosthetics and orthodontics, where these devices must be made to match each patient's unique facial, dental or other body profiles. The research presented focuses on the technological and functional aspects of patent informatics to discover the innovation trends for materials, products, and processes. The research proposes a generic methodology incorporating patent text and data mining to create an ontology based technology function (TF) matrix for any technology domain. The TF matrix is applied to describe the distribution of global dental AM patents. The research compares the latest dental-related AM research initiatives in Taiwan with globally emerging patents. The patent based analytical approach enables RD Revised 22 October 2016; Accepted 8 November 2016]
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