Core Viewpoint - The article discusses the implementation of a "pay after use" model for technology transfer from universities and research institutions to enterprises, aimed at alleviating the financial burden and risks associated with outright purchasing patents [4][8]. Group 1: Background and Challenges - Many small and medium-sized enterprises (SMEs) are hesitant to buy patents outright due to high costs and uncertain application outcomes, leading to a cautious approach in technology adoption [6][7]. - The "pay after use" model allows companies to test technologies before committing financially, addressing concerns about the feasibility and effectiveness of the technology [8][10]. Group 2: Implementation and Mechanism - In 2023, the Shaanxi Provincial Science and Technology Department established guidelines for the "pay after use" model, with the Xi'an Xixian New Area being the first to pilot this initiative [8][12]. - A comprehensive risk management mechanism has been introduced, involving financing guarantee institutions and legal consultation services to protect both parties during the technology transfer process [8][9]. Group 3: Case Study and Outcomes - The case of Shaanxi Jinxin Tiantai Material Technology Co., Ltd. illustrates the successful application of this model, where the company collaborated with a team from Xi'an University of Technology to enhance its production processes [10][11]. - The partnership resulted in significant improvements, including a 30% increase in R&D efficiency and a 50% enhancement in reliability, demonstrating the tangible benefits of the "pay after use" approach [11][12]. Group 4: Future Prospects - The establishment of an online platform for "pay after use" technology transfer is set to further facilitate connections between research institutions and SMEs, with over 700 technology achievements already licensed under this model by the end of 2024 [12].

Core Viewpoint - Tian Kai Hua Yuan Science and Technology Park in Tianjin is rapidly developing, attracting 454 high-growth technology companies, with nearly 30% coming from Beijing and Hebei [4] Group 1: Development and Growth - The park covers an area of 11.58 square kilometers and is home to 13 universities, including Nankai University and Tianjin University [4] - It is recognized as Tianjin's first "coal-free zone" and a "National ISO14000 Environmental Demonstration Zone," hosting several Fortune 500 companies [4] - The park has been integrated into the Tian Kai High Education Science and Technology Park's "one core, two wings, multiple points" layout for further development opportunities [4] Group 2: Innovation and Infrastructure - The park features 128 research and innovation platforms, including national incubators and research centers co-established with universities like Tsinghua University [5] - A three-tier incubation model has been implemented, with a total incubation area of 1.2 million square meters, ranking among the top in the country [6] Group 3: Technological Advancements - The Haihe Laboratory for Brain-Machine Interaction has developed a complete domestic innovation chain with independent intellectual property rights [6] - Notable innovations include the world's first on-chip brain-machine interface intelligent interaction system and a non-invasive brain-machine interface system based on memristor technology [6] Group 4: Technology Transfer Models - The park has introduced a "pay after use" model for technology transfer, resulting in 14 technology achievements being commercialized [7] - Various models such as "zero threshold fee + milestone payment" and "open licensing + insurance backing" have been explored to facilitate technology commercialization [7] - The next steps include enhancing financial support for technology and exploring innovative funding methods to attract social capital to early-stage hard technology projects [7]

Core Insights - Tianjin Binhai High-tech Zone's Tiankai Huayuan Science and Technology Park is experiencing significant growth and development, attracting numerous high-tech enterprises and innovation platforms [2][3][6] Group 1: Development and Growth - The Tiankai Huayuan Science and Technology Park covers an area of 11.58 square kilometers and has attracted 454 high-growth technology companies in the past year, with 125 of these being from Beijing and Hebei, accounting for nearly 30% of the total [3][6] - The park is recognized as Tianjin's "Zhongguancun," housing major global companies such as Siemens and Toyota, and is part of a broader "one core, two wings, multiple points" development strategy for 2024 [2][6] Group 2: Innovation and Collaboration - The park features 128 research and innovation platforms, 22 national-level incubators, and 16 research centers co-established with universities, fostering a vibrant ecosystem for innovation [2][6] - A three-tier incubation model has been implemented, with a total incubation area of 1.2 million square meters, positioning the park among the top in the nation for incubated enterprises [6][7] Group 3: Technology Transfer and Financial Innovation - The park has introduced a "pay after use" model for technology transfer, which has facilitated the commercialization of 14 technological achievements, promoting collaboration between academia and industry [7][8] - Various payment models, such as "zero threshold fee + milestone payment" and "open licensing + insurance backing," have been successfully implemented to reduce barriers to technology acquisition and accelerate industrialization [8]

极高的色彩还原率——云泰纺织掌握的这项混色打样技术，解了行业大难题。 曾祥松说，企业生产布匹前，要根据客户提供的参考样制作出小样，让客户评估面料色彩、质感。过去 小样制作要对比七八次，色彩复杂的得10多次，出样速度慢，影响订单交付，"有时小样合格，成品还 是有色差，被退了货。" 引子 色彩还原率99.99%！ 浙江衢州市常山县，浙江云泰纺织有限公司实验室内，扫描仪快速扫过一小片混色布。不到5分钟，机 器给出数据：黄色占10%，蓝色占8%，红色占5%……随后，参数传至生产车间，一块色彩还原率近 100%的布匹样品精准制成。 "以前，混色打样凭经验，现在靠算法。"说起这项"黑科技"，云泰纺织总经理曾祥松感慨，"多亏了先 使用后付费模式，我们能免费试用高校的专利技术。技术行不行、定价值不值，一试便知。" 党的二十届三中全会《决定》提出，"鼓励和引导高校、科研院所按照先使用后付费方式把科技成果许 可给中小微企业使用。" 为啥鼓励科技成果先使用后付费？试了不买怎么办？付费方式咋科学？近日，记者在北京、浙江、陕西 等地采访。 破冰解题 供需双方各有"难念的经"，科技成果先使用后付费需求广泛 供需双方各有"难念的经"，怎么 ...