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Introduction to the Japan Patent Office (JPO) Status Report 2025

July 2, 2025

Article Summary:
This article presents a focused overview of selected data from the "JPO Status Report 2025", highlighting the latest trends and year-on-year comparisons, particularly as regards numbers of intellectual property applications. The JPO Status Report is a document published annually by the Japan Patent Office. It comprehensively outlines "Facts and Figures on Trends in Intellectual Property" and "Policy Outcomes". This report is made available in both Japanese and English, serving as a valuable resource for those interested in the intellectual property landscape. As this article provides only a partial overview, we encourage interested parties to read the full report for more detailed and comprehensive information.

•Number of Patent Applications: The number of patent applications increased by approximately 6,700 from 300,133 in 2023 to 306,855 in 2024.

•Number of Applications for Design Registration: Further, applications for design registration experienced a modest rise of approximately 300, from 31,747 in 2023 to 32,065 in 2024.

•Number of Applications for Trademark Registration: In contrast, trademark registration applications decreased by approximately 5,300 from 164,061 in 2023 to 158,792 in 2024.

•Proportion of Successful Cases of Appeal against an Examiner's Decision of Refusal (Patents): The success rate for appeals against an Examiner's Decision of Refusal for patents remained constant at 78% in both 2023 and 2024.

•FA Pendency and Total Pendency for Patent Examinations in FY2023: The average first action (FA) pendency period improved from 10.0 months in FY2022 (based on the Japan Patent Office Status Report 2024) to 9.4 months in FY2023, a reduction of approximately 0.6 months. The overall total pendency for patent examinations also decreased from an average of 14.7 months in FY2022 (based on the Japan Patent Office Status Report 2024) to 13.8 months in FY2023, an improvement of approximately 0.9 months. These reductions suggest greater processing efficiency within the patent examination system.


 
This article was provided by the International Information Group
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