上高赛累计带动超11.4亿元专利交易 达成近10亿元知识产权质押融资

Core Viewpoint - The Shanghai High-Value Patent Operation Competition (referred to as "Shangao Competition") aims to activate patent value and empower industrial upgrades, showcasing the innovative vitality and market potential of high-value patents through significant financial achievements in patent transactions and intellectual property financing [1][2]. Group 1: Event Overview - The Shangao Competition's final and award ceremony took place at the Shanghai Technology Exchange, gathering over a hundred representatives from government, academia, enterprises, and investment service institutions [1]. - The competition has facilitated over 1.14 billion yuan in patent transactions and nearly 1 billion yuan in intellectual property pledge financing [1]. Group 2: Government and Institutional Support - Yang Hui, Deputy Director of the Shanghai Intellectual Property Bureau, emphasized that high-value patents are crucial for technological innovation and industrial competitiveness, and the competition serves as a platform to bridge quality patent resources and their transformation into production [1]. - Zheng Guanghong, Deputy Inspector of the Shanghai Science and Technology Commission, highlighted the importance of patents in connecting technological innovation with industrial upgrades, aiming to discover patents with good industrialization prospects through the competition [1][2]. Group 3: Future Directions - The competition aims to enhance the ability to discover high-quality patents, guide research institutions to align with industry needs, and expand application scenarios [2]. - There is a focus on improving the cultivation of high-value patents and leveraging the market value discovery function of the Shanghai Technology Exchange to support patent transformation with professional services [2]. - The competition attracted over 100 quality patents and identified 283 specific results for transformation and cooperation needs, with plans to deepen service for the transformation of competition results [2].