Group 1 - The number of intellectual property disputes is increasing in emerging industries and technologies, with significant growth in cases related to high-end equipment manufacturing, new energy, biopharmaceuticals, biotechnology, and agricultural machinery [1] - In 2024, the Heilongjiang Provincial Court accepted 3,665 intellectual property first-instance cases and concluded 3,508 cases, achieving a resolution rate of 95.7% [1] - By the end of 2024, Heilongjiang Province will have 48,707 invention patents, representing a year-on-year growth of 5.55%, with a high-value invention patent ownership rate of 5.7 per 10,000 people, up 11.11% [3] Group 2 - The Heilongjiang Provincial Court has strengthened intellectual property protection in key areas and technologies, establishing a circuit trial point at Daqing Oilfield to resolve over 10 patent infringement disputes involving more than 10 million yuan [3] - The newly introduced Heilongjiang Provincial Intellectual Property Protection Regulations will take effect on April 26, 2025, featuring a series of institutional designs tailored to the province's strategic emerging industries and future industries [3][4] - The regulations encourage and support the transformation and application of scientific and technological achievements by establishing specialized institutions that integrate technology transformation and intellectual property operations [4]

在这里，记者发现，研制新材料产品的初始原料，竟然来自"玉米地"，而吉林正是玉米产业大省。凭 借多年的技术积累，科研团队不断在核心催化剂上取得突破。 4月22日，央视《朝闻天下》"勇毅前行·一季度经济观察"栏目报道新材料应用。长春赛诺海思生物医用 材料有限公司以玉米为原材料，将科研成果转化市场应用。 长春赛诺海思生物医用材料有限公司科创专员孙海：之所以产品上新速度那么快，是因为我们有核心 技术。 企业相关负责人告诉记者，短短两年多，核心技术接连突破，不是靠企业自己研发，而是有一个重要 的合作伙伴，那就是中国科学院长春应用化学研究所。 长春赛诺海思生物医用材料有限公司科创专员刘焱龙：在过去一段时间，我们科技成果转化，往往 是"省内开花、省外结果"，而且在产业链布局上也是"只做头、不做尾"。现在，我们新材料项目，从 实验室的工艺定型到最终的量产，只用了一年的时间。 为了缩短从实验室到生产线的转化距离，眼下，吉林正在探索"双向订单式揭榜挂帅""科技成果先使用 后付费"等各种新模式；同时，在今年一季度，新增派416名"科创专员"入驻362家企业联合开展技术创 新。 吉林省科学技术厅科技发展规划处处长王冰：科技成果转化在 ...

4月19日至20日，2025大湾区创新生态大会在广州召开。大会现场，思想的火花激烈碰撞，来自各界的嘉宾大咖们凭借自身丰富的科创实践经 验，与富有前瞻性、专业性的视野，带来一场场精彩的主题分享。 商务部原副部长、中国国际经济交流中心资深专家咨询委员会委员魏建国在主题为"尽快建立中国特色技术经理人体系"的演讲中表示，随着我国新质 生产力的新发展，如何推动科技成果转化和传统产业升级问题亟待解决，单靠过去产学研一体化的老路子已经行不通，必须走出一条中国特色的技术经理 人道路，这是实现中国式现代化的需要，也是当下科技领域弯道超车的必然选择。 第一，当务之急是改变传统理念，做好顶层设计。这其中必须结合中国国情、产业特点和发展战略，争取整体规划，不搞零打碎敲、单兵推进，要做 全方位立体式的路线图和时间表。 第二，强化政策和制度保障，形成有为政府和有效市场的有机结合。中国式特色经济的核心就是有为政府和有效的市场有机结合，要确保科技创新在 未来5年之内有突破性的发展、产业转型升级有显著成效。 第三，借鉴西方发达国家经验，把人才的培养和企业的认证作为工作的切入口来抓。2022年，中国已出台技术经理人官方认证，2024年中国首套初 ...

Group 1 - The development of hydrogen energy is crucial for addressing national strategic needs and global carbon neutrality challenges, with a focus on efficient, stable, and low-cost hydrogen production [1][3] - Beijing University of Science and Technology (BUST) has successfully transitioned from laboratory research to industrial-scale production in green hydrogen technology, achieving significant breakthroughs in alkaline water electrolysis equipment [1][4] - In 2024, BUST's industry-university-research cooperation contracts reached 2.65 billion yuan, with a growth rate exceeding 50% for two consecutive years and a 79% increase in technology transfer revenue [1][4] Group 2 - The "Reduce, Increase, Release" policy reform at BUST aims to lower management fees for horizontal research projects, increase the revenue share for researchers, and grant autonomy to research teams for technology transfer [2][3] - The research team led by Academician Zhang Yue has developed low-cost, high-activity, and long-lifetime catalytic electrode materials, essential for scaling up alkaline water electrolysis for hydrogen production [3][4] - BUST has established a concept verification center to facilitate the transition of research outcomes to practical applications, with 189 partners and a project library of 110 verification projects [5][6] Group 3 - The establishment of the concept verification center allows collaboration with enterprises to validate the performance of solid-state battery materials, aiming for rapid technology transfer if successful [6] - BUST is committed to integrating technology innovation with industrial innovation, creating a comprehensive management model for the entire chain from research output to technology transfer [6]

（文章来源：中国新闻网） 新闻发布会现场。王景巍摄 同时，辽宁省打造出全省统一的科技成果转化综合服务平台。该平台汇聚了科技创新资源，强化了服务 链条，畅通了供需对接渠道。企业和高校院所等可通过平台登记技术需求和科技成果，经过梳理审核后 对外发布推广。平台还提供技术专家、技术经理人、大型仪器设备共享查询等功能，为各类用户提供全 方位服务。 在政策支持方面，辽宁省出台了《辽宁省科技创新条例》，专章设置了成果转化条款，明确了利益分配 机制和产权激励机制。同时，印发了《辽宁省科技成果转化和技术转移奖励性后补助实施细则》，对辽 宁省内企业吸纳高校院所科技成果给予最高200万元奖励性后补助资金支持。此外，还通过科技创新券 的方式，对科技型企业在研发活动中购买的服务进行补助，降低企业科研成本。 金莉表示，在下步工作中，将继续深化科技成果转化工作，推动科技创新与产业创新深度融合，为辽宁 实现全面振兴新突破贡献科技力量。(完) 中新网沈阳4月17日电(记者王景巍)4月17日，辽宁省政府新闻办召开新闻发布会，辽宁省科技厅副厅长 金莉在发布会上表示，2025年一季度，辽宁省技术合同成交额达到231.7亿元(人民币，下同)，同比增长 ...

智通财经4月14日电，国家标准化管理委员会4月7日修订公布《国家标准化指导性技术文件管理规 定》，即日起施行。本次修订的《管理规定》创新点有四个：一是增加文件类型；二是项目立项实行登 记制；三是调整技术审查投票通过人数比例；四是加快研制速度。《管理规定》公布实施后，将拓宽科 技成果转化渠道，丰富标准化文件形式，提升供给效率，推动构建引领新兴产业发展的标准体系，助力 创新成果快速转化为产业竞争力。 《国家标准化指导性技术文件管理规定》公布实施 ...

投资界（PEdaily.cn）旗下，专注募资动态 以下文章来源于解码LP ，作者杨文静 解码LP . 从校友圈找项目。 作者 I 杨文静 报道 I 投资界-解码LP 聊聊最近这一幕。 投资界-解码LP获悉，日前首届粤港澳大湾区未来健康产业大会在广州南沙举行，大会现 场，由广州产投与复旦大学广州南沙粤港澳科技融合创新中心共同发起设立的 广州产投- 复旦未来产业母基金 正式启动。 此 前 ， 复 旦 大 学 已 经 接 连 设 立 过 首 期 规 模 10 亿 元 的 复 旦 科 创 母 基 金 和 复 旦 科 创 投 资 基 金。如此，我们看到了当前头部高校投身科技前沿与新兴产业的一缕趋势。 复旦南下 落地一支母基金 据了解，此次广州产投—复旦未来产业母基金的目标规模为10亿元，重点投向复旦大学 科技成果转化项目、复旦大学校友和生态圈创新创业项目，覆盖生物医药与健康、智能 装备与机器人、智能网联与新能源汽车等前沿领域，导入更多社会资本。 与此前几次实践相比，这一次广州产投—复旦未来产业母基金体现了高校跨区域与国资 合作的一步。 回顾最近两年里，复旦的身影密集出现在创投圈。 20 23 年 底 ， 复 旦 科 创 ...

将投中网设为"星标⭐"，第一时间收获最新推送 "于变革的风云中捕捉机遇寻求破局；在创新的征程上大胆探索，自我重塑。" 来源丨投中网 在你的印象里，创业是一个什么样的故事？ 如果你足够乐观，或许会回答 " 苦心沉淀，静待花开 " 。 但理性的经济学家们会告诉你，创业是 一扇 " 旋转门 " 。 他们深知，商业洞察和技术能力并不是创业故事的全部，许多外部因素都有机 会主导项目的生死。一个创业项目在启动不久后就迅速退出市场，这才是常态。 在线设计协作平台 "Canva" 便是创业故事的典型例子。 Canva 是目前科技圈最炙手可热的明星初 创公司之一，年收入超过 25 亿美元，月均活跃用户数量超过 2 亿，用户累计创作作品超过 150 亿 份，媒体们已经习惯性地使用 "Adobe 最大的竞争对手 " 这个定语来描述他们的市场地位。 去年 9 月， Canva 因决定上市再度引发关注。分析师们普遍认为，业绩出色的 Canva 届时估值大 概率将超过 600 亿美元。这个数字有望打破 2022 年以来 IPO 市场的低迷局面，创造风险投资行 业近几年来最佳回报案例，为创投行业注入久违的信心。投资人们对这个 " 预测 " ...

Core Viewpoint - The Fengqi Valley Technology Innovation Industrial Park is officially launched as the first urban industrial demonstration project in the Tianfu New Area, focusing on the transformation of scientific and technological achievements and aiming to create a new type of industrial park that integrates ecology and industry [1][2]. Group 1: Project Overview - The Fengqi Valley Technology Innovation Industrial Park covers an area of 240 acres with a total construction area of 650,000 square meters [1]. - The first phase of the project began construction in September 2023, with the second phase 46% completed [1]. - Four companies have signed contracts to move into the first phase, with an additional eight companies expressing intent to sign [1]. Group 2: Strategic Focus - The park targets strategic emerging industries such as low-altitude economy, integrated circuits, new energy, and new materials [2]. - It aims to serve as a testing ground for the transformation of scientific achievements and as a hub for building economy [2]. - The park promotes an integrated innovation ecosystem by concentrating R&D, pilot testing, and industrialization processes within industrial buildings [2]. Group 3: Company Involvement - Chengdu Tianqi Additive Manufacturing Co., Ltd. has completed its relocation to the park and is now operational, focusing on the entire additive manufacturing industry chain [3]. - The company plans to increase R&D investment and launch new 3D printed medical products while enhancing collaboration with universities and hospitals [3]. - The park will leverage strategic scientific resources to support the transformation of scientific achievements into industrial applications [3].

Core Insights - The construction of the large scientific facility "Kua Fu" has made significant progress, with the acceptance of its subsystem, the eighth vacuum chamber and overall installation system, laying a crucial technical foundation for future operations [1] - The potential of large scientific facilities to empower real productivity is noteworthy, as they serve as incubators for high-level scientific research outcomes by integrating important research instruments, advanced manufacturing equipment, and multidisciplinary research [1] - The transformation of scientific achievements into practical applications is increasingly recognized as essential, with examples such as the Zhangjiang Comprehensive National Science Center leveraging the "Shanghai Synchrotron Radiation Facility" for technology transfer in integrated circuits and new materials [1] Group 1 - The construction and operation of large scientific facilities may take decades, necessitating a shift from traditional "research first, then transfer" approaches to a model that promotes simultaneous construction, research, and transfer [2] - Establishing pilot testing platforms is crucial for bridging the gap between scientific research outputs and market products, reducing the trial-and-error costs of industrializing scientific achievements [2] - Optimizing error tolerance mechanisms is essential, as many scientific outcomes are at the forefront and require time to adapt to market needs, thus fostering a more inclusive innovation ecosystem [2]