中国经济网北京9月15日讯(周宇宁)在以"数智领航，服贸焕新"为年度主题的2025年服贸会上，北京怀 柔展区凭借卡通形象"栗宝"吸引目光。"栗宝"融合怀柔板栗元素，凸显科学城统领"1+3"融合发展元 素，契合"怀柔不止山水"主题，全面展现怀柔科学城、国际会都、中国影都、生态优势及经济社会发展 风貌。 依托"三张金名片"，怀柔打造高品质商业空间载体。在2025服贸会相关论坛上，怀柔区投促中心党组书 记王春楠推介三类潜力地块和项目，包括引进品牌入驻并推进运营类、城市更新类、规划建设类，为商 业与产业融合创造机遇。 当前，怀柔以科学城为引领，构建"1123"现代化产业体系，推动创新链产业链深度融合，并将科技成果 转化贯穿科学城建设始终。通过出台系列政策、构建46个成果转化创新平台、建立国际人才全流程服务 体系等举措，为科技创新保驾护航，加速科技成果走向市场。 为助力企业落地发展，怀柔多管齐下。制定"1+N"产业政策体系，加入相关联合基金并设立11支总规模 42.38亿元的产业基金，打造特色园区，同时创新优化营商环境，从政策服务、审批效率、市场环境等 方面加强服务支撑，坚定企业投资信心。 据介绍，怀柔科学城进入以运行 ...

Group 1 - The article emphasizes the importance of transforming scientific and technological achievements from universities into real productivity, highlighting the role of higher education institutions in driving industrial innovation [7][8] - It discusses the establishment of regional technology transfer centers, such as the one in Jiangsu, to facilitate the conversion of academic research into practical applications [8][9] - The article identifies key challenges in technology transfer, including complex asset management procedures and unclear ownership rights, which discourage researchers from pursuing commercialization [9][11] Group 2 - The need for a clear incentive mechanism for researchers is highlighted, suggesting that performance evaluations should include technology transfer achievements to motivate participation [12][14] - The article points out a mismatch between academic outputs and market needs, indicating that many patents lack commercial viability due to insufficient market research [13][14] - Experts recommend strengthening the role of enterprises in innovation and creating collaborative networks between academia and industry to better align research with market demands [15] Group 3 - The article discusses the critical phase of pilot testing in technology transfer, noting that many innovations fail to progress due to a lack of funding and support during this stage [17][18] - It mentions the establishment of pilot service platforms by local governments to enhance the efficiency of technology transfer and support the commercialization of research [18][20] - The importance of application scenarios for research outcomes is emphasized, with examples of successful collaborations between universities and local businesses to find suitable markets for new technologies [19][20] Group 4 - The article highlights the shortage of specialized personnel in technology transfer, which limits the effective commercialization of research [20][21] - It suggests the need for professional training programs to develop a skilled workforce capable of bridging the gap between research and industry [23][24] - Recommendations include creating clear career paths and compensation structures for technology transfer professionals to attract talent to this field [24]

Core Viewpoint - Huairou District is actively promoting international cooperation and innovation through the establishment of specialized parks and platforms, aiming to enhance the district's global economic integration and technological advancement [1][2]. Group 1: Development Initiatives - Huairou District is developing over 10 specialized parks and has laid out 46 innovation platforms, adopting a "large device, small platform" model for enterprise development [1]. - The Huairou International Chamber of Commerce will focus on the internationalization needs of enterprises, providing policy consultation and business matching services to facilitate cross-border cooperation [1]. - The Huairou Instrument Area will leverage the scientific foundation of Huairou Science City to create a platform for the integration of instrument research, results transformation, and industrial application [1]. Group 2: Strategic Partnerships - A strategic cooperation agreement was signed between the China International Chamber of Commerce and the Huairou District People's Government to enhance international exchanges, investment promotion, and high-quality trade development [2]. - Five common technology service platform cooperation projects covering key industries such as traditional Chinese medicine modernization and high-end precision manufacturing were signed to boost industrial development in Huairou District [2]. Group 3: Knowledge Sharing and Collaboration - A dialogue session featured experts from various research institutions and key enterprises discussing the theme of "shared platforms empowering enterprise cooperation," focusing on resource integration and global R&D collaboration [2].

据怀柔科学城管委会相关负责人介绍，作为北京国际科技创新中心的重要平台，怀柔科学城已布局37个 科技设施平台，面向全球开放共享，构建市场化与专项支持相结合的体系，加速科技成果转化，系统性 解决研发资源分散问题，持续提升全球创新影响力。 在本次交流会签约环节，中国国际商会与怀柔区人民政府签署战略合作协议，双方将在国际交流、投资 促进、宣传推广等领域开展深度合作，推动贸易投资促进高质量发展，促进怀柔区高水平对外开放，助 力加快构建新发展格局。同时，涵盖中医药现代化、高端精密制造、新材料检测等多个重点产业领域的 五个共性技术服务平台合作项目签约落地，为怀柔区的产业发展增添新动力。 北京商报讯（记者 张茜琦）9月14日，在2025年服贸会怀柔区"开放共享 链接国际"合作交流会上，北京 市怀柔区国际商会、怀柔仪器一区一平台揭牌。其中，怀柔区国际商会将聚焦企业国际化发展需求，整 合全球经贸渠道与服务资源，为区内企业对接国际市场、参与跨境合作提供政策咨询、商务对接等精准 服务；怀柔仪器一区一平台将依托怀柔科学城科研基础，搭建仪器设备研发、成果转化与产业应用的对 接载体，推动仪器产业上下游资源整合，加速科技成果向现实生产力转化 ...

据怀柔科学城管委会相关负责人介绍，作为北京国际科技创新中心的重要平台，怀柔科学城已布局37个 科技设施平台，面向全球开放共享，构建市场化与专项支持相结合的体系，加速科技成果转化，系统性 解决研发资源分散问题，持续提升全球创新影响力。 在本次交流会签约环节，中国国际商会与怀柔区人民政府签署战略合作协议，双方将在国际交流、投资 促进、宣传推广等领域开展深度合作，推动贸易投资促进高质量发展，促进怀柔区高水平对外开放，助 力加快构建新发展格局。同时，涵盖中医药现代化、高端精密制造、新材料检测等多个重点产业领域的 五个共性技术服务平台合作项目签约落地，为怀柔区的产业发展增添新动力。 北京商报讯（记者 张茜琦）9月14日，在2025年服贸会怀柔区"开放共享 链接国际"合作交流会上，北京 市怀柔区国际商会、怀柔仪器一区一平台揭牌。其中，怀柔区国际商会将聚焦企业国际化发展需求，整 合全球经贸渠道与服务资源，为区内企业对接国际市场、参与跨境合作提供政策咨询、商务对接等精准 服务；怀柔仪器一区一平台将依托怀柔科学城科研基础，搭建仪器设备研发、成果转化与产业应用的对 接载体，推动仪器产业上下游资源整合，加速科技成果向现实生产力转化 ...

转自：北京日报客户端 推介环节，怀柔科学城管委会相关负责人介绍了怀柔科学城建设运行概况暨科学设施、创新平台开放共 享情况。作为北京国际科技创新中心的重要平台，怀柔科学城已布局37个科技设施平台，正面向全球开 放共享，加速科技成果转化。 签约环节，中国国际商会与怀柔区人民政府签署了战略合作协议，双方将在国际交流、投资促进、宣传 推广等领域开展深度合作。同时，涵盖中医药现代化、高端精密制造、新材料检测等多个重点产业领域 的5个共性技术服务平台合作项目签约落地。 在对话环节，来自中国科学院大学、多模态跨尺度生物医学成像设施、中国机械科学研究总院集团等科 研机构与高校的专家学者和太平洋建设集团、北京云汉星驰激光技术有限公司等重点企业负责人等与会 嘉宾，围绕"共享平台赋能企业合作发展"这一核心主题，及平台开放共享的经验成效、人才培养与资源 整合的有效路径、全球研发资源整合与合作计划等内容，展开了深入交流。 9月14日， 来源：北京日报客户端 9月14日， 怀柔区"开放共享 链接国际"合作交流会在首钢园举办。怀柔区委宣传部供图 9月14日，怀柔区"开放共享 链接国际"合作交流会在首钢园举办。本次活动由怀柔区人民政府主办， ...

Core Viewpoint - The forum emphasized the importance of financial empowerment in transforming technological innovations into commercial success, highlighting the need for commercial banks to adapt their risk assessment and financial strategies to better support innovative enterprises [2][3]. Group 1: Risk Assessment and Financial Logic - The core characteristics of technological innovation include high growth potential, long cycles, light asset requirements, and high risks, with a significant challenge known as the "valley of death" where many projects fail during commercialization [3]. - Traditional banks face challenges in evaluating the value of innovative enterprises due to their reliance on historical financial data and collateral, which are not applicable to light-asset, soft-skill-based companies [3]. - A shift in risk assessment logic is necessary, moving from a retrospective view to a forward-looking perspective that evaluates companies based on industry, technology, and future potential [3][4]. Group 2: Financial Strategy Transformation - The financial risk-return balance must evolve from a focus on interest margin coverage to value creation and long-term strategic incubation, encouraging the development of innovative financial products and a portfolio investment mindset [4]. - Collaboration among banks, government, insurance, and investment institutions is essential to create a shared risk and benefit mechanism [4]. Group 3: Systematic Revolution and Ecosystem Building - The process of technological innovation is structured into seven stages, from theoretical development to potential decline, indicating a complex and progressive risk landscape [5]. - Shanghai Bank has actively engaged in the technology finance sector, providing low-interest financing to over 1,500 enterprises, saving them more than 130 million yuan in financing costs [6]. - The bank is transitioning from being merely a provider of funds to becoming an organizer of an ecosystem that connects entrepreneurs, scientists, and financiers [6]. - A comprehensive financial service system for technological innovation should encompass full lifecycle coverage, diverse tools, intelligent risk control, and collaborative ecosystems [6].

Group 1 - The core viewpoint of the news is the establishment of a new mechanism in Beijing to promote the integration of technological innovation and industrial innovation, showcasing a new model for development [1][6] - The new mechanism focuses on innovation sources, industrial transformation, application scenarios, and industrial landing, aiming to create a comprehensive development model known as the "Beijing Model" [1][6] Group 2 - Beijing will leverage its advantages in higher education and research institutions to enhance high-quality technological supply, emphasizing the integration of basic and applied research [2][6] - The city plans to utilize a joint funding model involving the natural science fund to address fundamental scientific issues faced by enterprises [2][3] Group 3 - There are currently 1,475 companies in Beijing with established technology innovation centers, and over 1,000 national-level specialized and innovative "little giant" enterprises, indicating strong corporate innovation vitality [3][4] - The city aims to strengthen the "research institution + enterprise" model in key application-driven industries such as blockchain and advanced computing [3][4] Group 4 - Beijing will promote the application of technological achievements by establishing incubation platforms tailored to industry characteristics and enhancing the common platform system [4][5] - The government will play a crucial role in facilitating the transformation of scientific achievements, particularly in highly regulated industries like healthcare [4][5] Group 5 - The city has established a city-level inter-departmental mechanism for technological innovation and industrial integration, focusing on original innovation and enhancing the capacity for technology transfer and industrialization [5][6] - Beijing plans to develop productive service industries such as intellectual property and legal services, and establish a technology finance service system to support innovation [5][6]

Group 1 - The core viewpoint emphasizes the launch of a special action to directly deliver enterprise benefit policies, addressing issues such as unclear data, difficult policy access, ambiguous standards, and complex application processes, ultimately aiming to enhance regional economic development [1][4] - The initiative includes the creation of eight special action teams to provide one-on-one policy interpretation and support, having already visited 40 enterprises and distributed 80 policy compilations [1][3] Group 2 - The district successfully hosted a technology achievement transformation roadshow, establishing a comprehensive roadshow model that includes demand release, achievement display, pilot promotion, and financial connection, resulting in eight signed agreements worth nearly 10 million yuan [2] - A new technology transformation platform was launched, featuring a demand database of 19 items and an achievement database of 126 items, facilitating collaboration between enterprises and universities [2] Group 3 - The integration of enterprises into a smart matching platform has enabled tailored policy solutions, with successful guidance provided to several companies for various recognitions and the establishment of provincial-level innovation platforms [3] - The district has developed several industrial clusters in the petrochemical sector, including chemical raw materials, new materials, petrochemical equipment manufacturing, and lubrication oil industries, with a total of 156 enterprises classified as "four above" and 19 specialized and innovative enterprises [3]

Core Viewpoint - The Chinese government is significantly increasing its financial support for technological innovation during the "14th Five-Year Plan" period, with a focus on enhancing the integration of technology and industry to achieve high-quality development [3][4]. Financial Investment - National fiscal science and technology expenditure is expected to reach 5.5 trillion yuan during the "14th Five-Year Plan," representing a 34% increase compared to the "13th Five-Year Plan." Key areas of investment include basic research, applied basic research, and national strategic technology tasks [3][4]. - Cumulative investment in basic research is projected to reach 730 billion yuan, with an average annual growth rate of 12.3%. The intensity of R&D investment is expected to rise from 2.41% at the end of the "13th Five-Year Plan" to 2.68% by 2024, maintaining the second-largest scale of R&D investment globally [3][4]. Funding Management - The government is exploring new management models for science and technology funding, granting scientists greater autonomy in deciding technical routes, budget allocation, and resource management. For instance, a "package system" is being implemented for basic research projects, allowing project leaders to determine fund usage [3][4]. Technology Transfer - Policies have been adjusted to ensure that researchers enjoy ownership or long-term usage rights of their technological achievements, enabling them to share in the benefits of technology transfer. The government is also innovating procurement systems to guide product innovation and application [4]. - The introduction of insurance compensation policies for first-time products is aimed at promoting the iterative upgrade of innovative products, facilitating the transition from laboratory results to market-ready products [4]. Empowering Enterprises - The government has introduced various fiscal and tax policies to support enterprises in reducing costs, expanding applications, and upgrading transformations. Since the beginning of the "14th Five-Year Plan," fiscal subsidies for specialized and innovative small and medium-sized enterprises have supported the cultivation of 14,600 such "little giant" companies [4]. - Cumulative tax reductions and exemptions aimed at promoting technological innovation and advanced manufacturing have reached 3.6 trillion yuan, while government-backed financing guarantees have supported over 300,000 small and medium-sized technology enterprises in obtaining approximately 800 billion yuan in loans, with average guarantee fees dropping below 1% [5].