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]

Core Viewpoint - The Hubei Provincial Science and Technology Committee has issued the "Implementation Opinions on Promoting Collaborative Innovation in Production, Learning, and Research with Enterprises as the Main Body," aiming to address the innovation dilemma of "producers unable to find research, researchers unable to find learning, and scholars unable to find production" [1] Group 1: Objectives and Measures - The "Implementation Opinions" set a goal to establish a collaborative innovation system led by enterprises by 2027, including training over 20,000 technical managers, implementing 200 key technology projects annually, and facilitating 2,000 significant technology achievement transformations with transaction amounts exceeding 1 million yuan [1][2] - Eight specific measures are proposed to enhance collaborative innovation, including restructuring innovation platforms, strengthening collaborative innovation alliances, exploring industrial ecological cooperation mechanisms, and promoting resource sharing in technological innovation [2][3] Group 2: Platform and Alliance Development - Hubei plans to optimize innovation platform functions, coordinate platform layouts, and enhance the operational mechanisms of innovation platforms to elevate their capabilities [2] - The province aims to establish industry-oriented production, learning, and research alliances, support collaborative innovation projects, and promote information sharing to improve service quality and efficiency [2] Group 3: Financial and Talent Support - Hubei will create a fund matrix focused on early-stage and small-scale investments in hard technology, expand light asset credit financing, and develop a three-tiered technology financial service system to support technological innovation [3] - The "Implementation Opinions" propose a talent-sharing mechanism through deepening industry-education integration, accelerating talent flow between schools and enterprises, and exploring dual employment and shared positions to enhance talent support for innovation [3]

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].

Core Insights - The technology contract transaction volume in Central China is experiencing exponential growth, reaching 1.89 trillion RMB in 2024, accounting for nearly one-third of the national total, with an annual growth rate of 34.47% [1][2] Group 1: Regional Development - The six provinces in Central China (Hubei, Hunan, Jiangxi, Anhui, Henan, and Shanxi) have seen continuous improvement in cooperation capabilities, with an increasing number of scientific research institutions totaling 54,300 and over 94,600 high-tech enterprises by 2024 [1] - The number of patents transferred and licensed by universities in the region has gradually increased, reaching a total of 6,795 [1] - The number of R&D personnel in Central China exceeds 1.94 million, with 511 technology transfer demonstration institutions, 973 technology business incubators, and 1,700 maker spaces established [1] Group 2: Collaborative Initiatives - In 2021, the three provinces of Hubei, Hunan, and Jiangxi jointly issued a mechanism for collaborative development in the Yangtze River middle reaches, establishing a technology service alliance for the urban agglomeration [1] - By the end of 2023, the six provinces in Central China initiated the establishment of a Central Technology Trading Market Alliance in Wuhan, agreeing to share resources, build a shared platform, standardize transaction services, and promote regional cooperation [1][2] Group 3: Future Directions - Hubei is exploring the construction of an online and offline integrated platform for the allocation of technology innovation elements, aiming to strengthen its role as a national technology transfer center [2] - Recommendations include establishing an enterprise-led collaborative innovation mechanism, enhancing the cultivation of high-value patents, and promoting the flow of innovation resources across regions [2]

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]

Core Insights - Wovision 4.0, a global public opinion monitoring and situational awareness system developed by Zhejiang Fengwo Holding Group, has officially launched, showcasing a collaborative innovation model between academia and industry [1][4] Technology Overview - Wovision 4.0 covers over 100,000 media sites, 1,000 government websites, 500,000 social media accounts, and 2,000 renowned think tanks, enabling real-time tracking and aggregation of multi-modal information across various regions and languages [3] - The system employs advanced technologies such as large model technology and retrieval-augmented generation (RAG), enhancing the efficiency of complex intelligence extraction and transitioning from descriptive to predictive analysis through deep learning of historical and real-time data [3] Core Functions - Wovision 4.0 offers a full lifecycle management of public opinion monitoring, assessment, early warning, and reporting, featuring multi-scenario and multi-language search capabilities [3] - The system includes functions for situational assessment, quantifying public sentiment, real-time capture of negative public opinion signals, and generating multi-dimensional reports tailored to various scenarios [3] Application Scenarios - The system can track global voice, utilize AI-driven marketing, monitor overseas social media, and evaluate cultural tourism communication, catering to a wide range of needs from sudden events to global trends [3] Value Proposition - Wovision 4.0 supports government agencies in analyzing public opinion related to China and provides overseas risk warnings, aiding diplomatic decision-making and international cooperation [4] - For enterprises expanding internationally, it offers brand reputation management and competitor tracking services, mitigating cross-border operational risks and enhancing strategic capabilities [4] Collaborative Innovation - The launch of Wovision 4.0 highlights the effectiveness of the collaborative innovation model between industry and academia, focusing on technological innovation and the practical application of research outcomes [4]

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].

Core Points - The Qingdao Marine Equipment Innovation Development Alliance was established to promote collaboration in the marine equipment sector, with a focus on integrating industry, academia, and research [1][3] - The Qingdao Guoxin Group has set up a Marine Science and Technology Innovation Center to drive innovation and commercialization in marine equipment and related fields [3][4] Group 1: Alliance Formation and Objectives - The alliance aims to align with Qingdao's goal of becoming a modern marine economy hub and to accelerate the development of a leading modern marine city [3] - Qingdao Guoxin Group has developed a "4+4+2" modern marine industry system and a "one-two-three-four-five" development strategy to guide its initiatives [3] Group 2: Innovation and Collaboration - The Marine Science and Technology Innovation Center will focus on marine equipment and extend into marine electronic information, addressing challenges in the commercialization of research outcomes [3][4] - The alliance will facilitate close cooperation among various stakeholders, enhancing the development of the marine equipment industry through shared resources and complementary advantages [4] Group 3: Future Directions - Qingdao Guoxin Group plans to leverage the advantages of the Qingdao Marine Group and the Marine Science and Technology Innovation Center to accelerate the application of technology and the industrialization of scientific achievements in the marine equipment sector [4]

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]