图为西安市莲湖区数智就业聚合中心 中国经济网 张相成/摄 生活圈：就业更容易 就业是民生之本，一头连着百姓饭碗，一头连着经济脉搏。 如何更好实现家门口就业，中国经济网记者带着问题来到了西安市莲湖区数智就业聚合中心。"我们推行的是5G数智服务。"莲湖区人才交流服务中心 主任王洪云向记者介绍，5G也就是5高，即建设"高效能数智就业聚合中心"、搭建"高效率智慧就业帮扶平台"、打造"高品质数智就业智慧社区"、推进"高质 量岗位信息征集发布"和开展"高频次云端求职招聘活动"。 以开展"高频次"云端求职招聘活动为例。一是依托"秦云就业莲湖掌上大厅"等数字化平台，高频次开展各类线上招聘活动；二是建设"直播带岗云聘中 心"，打造公共就业服务直播品牌，开展常态化直播带岗、数字人直播送岗等直播活动。 "不要小看'秦云'这个平台，它将人找岗和岗找人相结合，让求职者能够快速、精准获取家门口岗位。随着平台功能不断迭代，就业服务也越来越完 善。比如，我们有一个提供就业见习的岗位，这很符合离校未就业毕业生的需求。"莲湖区枣园街道便民服务中心工作人员赵欣蓓表示，不久前，就业政策 宣传月活动启动仪式在莲湖区举行。本次活动直接面向用人单位以及高 ...

Core Insights - The provincial housing and urban-rural development department has released a technology roadmap for the next 5 to 10 years, focusing on high-quality buildings, smart construction, and resilient smart cities [1][2] - The roadmap includes 122 key technologies that aim to address the transformation challenges faced by the industry, particularly in updating or reconstructing buildings built before 2000 [1] Group 1: High-Quality Buildings - There are 14 subcategories with 46 technologies aimed at improving sound insulation and overall living comfort, such as exterior wall and partition sound insulation systems [1] Group 2: Smart Construction and Industrialization - This area includes 6 subcategories with 23 technologies, such as the use of construction robots for tasks like putty spraying and tile laying, which can alleviate the pressure of an aging workforce [1] Group 3: Resilient Smart Cities - Comprising 28 subcategories with 53 technologies, this focus area aims to enhance urban infrastructure efficiency and risk resilience, including smart flood control systems that utilize IoT and AI for predictive management during heavy rainfall [1] Group 4: Future Applications of the Technology Roadmap - The technology roadmap will guide key technology research, assist enterprises in selecting technology investment directions, and support local industrial development through precise招商 and the establishment of specialized industrial parks [2]

在平台体系建设方面，湖北将通过优化完善创新平台功能、统筹推动创新平台布局、发挥企业创新主体 作用、重构创新平台运营机制，推动平台能级跃升。 在产学研协同创新联盟建设上，湖北计划推进组建面向产业的产学研联盟、支持协同创新项目共研、推 动信息共建共享共用，提升联盟产业服务质效。 面对"有产的找不到研，有研的找不到学，有学的找不到产"的创新困境，近日，湖北省委科技委出台 《关于推动以企业为主体产学研协同创新的实施意见》(以下简称《实施意见》)。针对产学研协同不足 的问题，提出8个方面26条具体措施，旨在系统提升区域科技创新体系整体效能，推动科技创新和产业 创新深度融合。 《实施意见》提出，力争到2027年，以企业为主体的产学研协同创新体系初步形成，累计培训技术经理 人20000名以上，每年协同实施重点技术攻关项目200项、促成成交额100万元以上重大科技成果转化 2000项，全省科技型中小企业贷款余额年均增速20%以上。 湖北省科技创新面临着一个突出矛盾：产业界、学术界和科研机构之间存在显著的信息和资源壁垒。企 业有产业需求但找不到合适的研发力量，科研机构有技术成果但找不到学术支撑和应用场景，学术界有 理论研究但找 ...

Core Viewpoint - Nanshan Zhishang has achieved a significant breakthrough in the robotics sector with the launch of the world's first fabric tactile smart gloves, integrating electronic skin and fabric sensing technology, enhancing humanoid robots' tactile perception capabilities [1][2]. Group 1: Product Development - The newly launched fabric tactile smart gloves enable humanoid robots to accurately identify subtle changes in pressure, texture, and temperature, facilitating refined and intelligent actions such as grasping and touching [1]. - The gloves represent a strategic shift for the company towards high-tech fields, demonstrating that traditional textile materials can become core components of advanced intelligent equipment through technological innovation [1]. Group 2: Collaborative Innovation - Nanshan Zhishang has established a strategic partnership with Wuhan University and Wuhan Shizhi Innovation Technology Co., forming a comprehensive innovation loop from theoretical research to material breakthroughs and technology commercialization [2]. - A strategic cooperation agreement was signed with Ningbo Joyson Electronic Corp, aiming to explore key components for humanoid robots, where Nanshan provides the "skin" and "tendons," while Joyson supplies the "nervous system" and "cerebellum" [2]. Group 3: Material Advancements - The company has developed ultra-high molecular weight polyethylene fibers that effectively address the relaxation issues of traditional materials, making them suitable for robotic tendons [3]. - Nanshan has established production lines capable of supplying high-durability and high-reliability tendon ropes and electronic skin materials, meeting future demands for millions of units [3].

报告称中国中部地区技术合同成交额呈跨越式增长 中新社武汉9月11日电 (记者 梁婷)"2025长江科技创新要素大会暨中部技术经理人大赛"系列活动11日在 武汉举行，会上发布的《中部技术转移发展报告2024》显示，2024年中国中部湖北、湖南、江西、安 徽、河南、山西六省技术合同成交额呈跨越式增长，成交额1.89万亿元人民币，接近全国总量的1/3， 年均增长率达34.47%。 来源：中国新闻网 编辑：王永乐 广告等商务合作，请点击这里 本文为转载内容，授权事宜请联系原著作权人 中新经纬版权所有，未经书面授权，任何单位及个人不得转载、摘编或以其它方式使用。 关注中新经纬微信公众号(微信搜索"中新经纬"或"jwview")，看更多精彩财经资讯。 截至目前，中部地区研发人员数量超194万人，共建有技术转移示范机构511家、科技企业孵化器973 家、众创空间1700家。 2021年，鄂湘赣三省联合印发《长江中游三省协同发展工作机制》，成立长江中游城市群科技服务联 盟。2023年底，中部六省在武汉共同发起成立中部技术交易市场联盟，约定互联互通资源信息、共建共 享平台智库、统一规范交易服务、共推区域对接协作。 湖北省科技厅 ...

Group 1 - The provincial governor emphasized the importance of the Qin Chuang Yuan platform in enhancing the effectiveness of regional technological innovation and supporting high-level self-reliance in technology and high-quality development in Shaanxi [1][2] - The governor highlighted the need for better integration of various innovation elements, including policies, funding, talent, and technology, to drive breakthroughs in innovation development across the province [1] - The focus is on establishing Xi'an as a nationally influential technological innovation center, with a strong emphasis on original and disruptive technological innovations [2] Group 2 - The governor called for a deepening of the reform of the education and technology talent system, aiming to enhance the capabilities for basic research and original innovation [2] - The importance of the Qin Chuang Yuan platform and the "three reforms" as catalysts for promoting collaborative innovation between enterprises, academia, and research institutions was stressed [2] - The goal is to accelerate the transformation of technological achievements into productive forces, contributing to the establishment of a modern industrial system with Shaanxi characteristics [2]

近日，由浙江丰沃控股集团自主研发的全球舆情监测与态势感知系统——沃观（Wovision）4.0正式上线。该系 统由新华社媒体融合生产技术与系统国家重点实验室与浙江丰沃控股集团有限公司联合共建的科研创新中心孵 化。 从技术层面看，沃观4.0构建起覆盖10万+媒体站点、1000+政府网站、50万+社交账号、2000+知名智库的全域数 据网络，能实现多地域、多语种、多模态信息一键聚合与实时追踪。沃观4.0引入大模型技术、检索增强生成 （RAG）等技术，提升复杂情报提炼效率，同时通过对海量历史数据与实时数据流的深度学习，实现从"描述性 分析"向"预测性分析"的跨越。 在核心功能上，沃观4.0实现智能驱动的舆情"监测、研判、预警、报告"全生命周期管理。系统具备舆情检索功 能，支持多场景、多语种检索；态势研判功能，可对事件传播脉络进行梳理及对舆论情感进行量化，形成立体 分析体系；风险感知功能，实时捕捉负面舆情信号，7*24小时督查海外舆论异动；多维报告功能，依托人类专 家团队与AI能力，产出适配多场景的四维报告。 应用场景方面，沃观4.0可追踪全球声量、利用AI驱动营销、监测海外社媒、评估文旅传播等，可适配从突发事 件到 ...

Core Viewpoint - The 2024 Sichuan Provincial Science and Technology Awards ceremony recognized significant contributions in the field of science and technology, highlighting a reduction in the number of awards but an increase in their quality, reflecting a more competitive environment in the province's scientific community [6][7]. Award Overview - The ceremony awarded a total of 244 projects, a decrease from previous years (247 in 2023, 264 in 2022, and 261 in 2021) [7]. - The awards included 25 Natural Science Awards, 11 Technological Invention Awards, and 208 Science and Technology Progress Awards, with a notable increase in the number of top-tier awards compared to previous years [8]. Notable Achievements - The only special award was given to a project on "Optimal Dynamic Performance Design Principles for High-Speed Rail Lines," which has been applied to over 50 high-speed rail projects, significantly enhancing safety and operational stability [8][9]. - The awards showcased a rise in the proportion of Natural Science and Technological Invention Awards, indicating a shift towards more foundational scientific research [8]. Innovation and Breakthroughs - The awarded projects demonstrated a continuous improvement in innovative capabilities, with many achieving original breakthroughs in various fields, such as new materials and energy conversion technologies [9][10]. - Projects like the development of organic optoelectronic materials and supercritical carbon dioxide energy conversion technology exemplify the province's focus on cutting-edge research and its application to industry needs [9][10]. Collaboration and Industry Impact - A significant number of awarded projects (85.7%) were completed through collaboration between academic institutions and enterprises, emphasizing the importance of industry participation in scientific innovation [13]. - The recognition of projects that directly benefit economic and social development, such as advancements in healthcare and agriculture, highlights the practical applications of scientific research in improving people's lives [12][13]. Conclusion - The 2024 Sichuan Provincial Science and Technology Awards reflect a strategic focus on enhancing the quality of scientific research and its alignment with regional development needs, fostering a collaborative environment between academia and industry [6][12].

青岛海洋装备创新发展联盟理事长兼秘书长单位青岛国信集团围绕海洋装备领域产学研协同创新及海洋科创中心成立作主旨 发言。作为唯一一家将海洋产业纳入主业的市直国企，青岛国信集团积极匹配青岛市打造现代海洋经济发展高地、加快建设 引领型现代海洋城市的要求，组建青岛海洋集团。聚焦全市"4+4+2"现代海洋产业体系，确定了"一二三四五"发展战略，将立 足"青岛海洋产业发展引领者、海洋科技成果转化示范者"发展使命，构建"现代渔业与食品、海洋药物与生物制品、航运物 流、海洋装备、海洋新材料"产业体系。 会上，由青岛国信集团设立的海洋科创中心正式揭牌成立。青岛国信集团将以海洋科创中心为载体，聚焦海洋装备领域，向 海洋电子信息等领域延展，坚持市场化需求和商业化运营，疏通解决科研成果转化的堵点难点，深化"联盟+平台"的融合发 展模式，构建"一中心两基地"的协同发展格局，搭建"基金+园区+链主企业"的运营模式，实行"场景+科研"的驱动体系，实现 从科研成果到生产力的转化落地。 此外，大会还举行了海洋船舶、海工装备、深远海养殖装备三个行业专题闭门会议及科技项目路演，多家科研机构、企业和 服务机构代表围绕海洋装备产业的发展趋势、技术创新、 ...

Core Insights - The collaboration between Honghu (Suzhou) Semiconductor Technology Co., Ltd. and Hohai University Suzhou Institute of Advanced Research has successfully developed a "Vacuum Environment Ultra-Clean Wafer Transfer Robot," exemplifying the synergy between academic research and industrial application in the Xiangcheng High-tech Zone [1] Group 1 - The Xiangcheng High-tech Zone plays a crucial role as a "bridge" to facilitate deep cooperation between Honghu Semiconductor and Hohai University, focusing on addressing technical challenges [1] - The bionic robotics technology team from Hohai University is the main research force, achieving core indicators that meet international advanced levels [1] - To accelerate the transition of technology from the "laboratory" to the "production line," the high-tech zone promotes the establishment of a graduate practice base, integrating academic research teams directly into the enterprise R&D process [1] Group 2 - This collaborative model of "high-tech zone providing the platform, enterprises posing the challenges, and universities solving the problems" aids in technological breakthroughs and fills gaps in the domestic industry [1] - The developed equipment has been successfully implemented in multiple industry benchmark enterprises, achieving stable operation [1] - The collaborative team has led the formulation of the "Vacuum Wafer Handling Robot Acceptance Specification" group standard and has received authorization for six national invention patents, setting standards for industry technological development [1]