记者 戚颖璞 10月30日至11月1日，世界城市日同期活动2025上海国际城市与建筑博览会在上海世博展览馆举 行，一款基于"人因工程"技术的解决方案首发亮相，直击地铁站动线设计痛点。 通过穿戴设备捕捉眼动数据和脑电信号，系统便能"读懂"人们在找路时的情绪变化，再根据这些真 实反馈，打磨并提升AR引导系统和灯光引导系统，不仅让未来的地铁站导航更符合普通人的出行习 惯，而且预计能让分流决策响应速度提升30%，人员换乘效率提高10%。 城建行业迈入深度转型期，创新动能涌现速度不减。记者在展会现场看到，新质生产力已深度融入 建筑生产和城市运营当中。 "建筑业必须勇担重任，向绿色化、工业化、数字化、智慧化方向加速迈进，以建设创新、宜居、 韧性、文明、智慧的现代人民城市为目标，为全国城市高质量发展提供'上海方案'。"展会承办方上海 市绿色建筑协会会长崔明华说。 20款建筑AI产品集中亮相 即便没有灵活四肢，人工智能产品也能大显身手。上海建工二建集团工作人员富秋实说，带来的两 套智能基坑降水系统，虽然看似是不起眼的小箱子，却能按预设安全水位自动启停水泵，实时预警异常 降水工况，规避深基坑施工突发安全隐患，目前已应用于浦东机 ...

Core Insights - The 2025 China Automotive Industry Development (Teda) International Forum focused on the theme of "Policy Regulations and Key Technological Innovations Driving Intelligent Upgrades" to discuss the development of intelligent connected vehicles in China [1] Group 1: Industry Trends - The automotive industry is transitioning from electrification to intelligentization, with a critical phase of moving from L2 to L5 levels of autonomous driving [1] - The integration of AI, chips, and data technologies is essential for this transition, but challenges remain in policy regulations, standardization, and industry collaboration [1] Group 2: Safety and Standards - Changan Automobile emphasized the importance of safety in intelligent vehicles, proposing a "human factors safety architecture" to enhance user interaction and safety [3] - The China Automotive Technology Research Center reported progress in the standardization of intelligent connected vehicles, with 31 standards in the ADAS field, of which 16 have been completed, including 4 that have transitioned to mandatory standards [4][5] Group 3: Infrastructure and Technology - The telecommunications sector highlighted the need for enhanced network capabilities to support intelligent connected vehicles, focusing on a "four-level computing system" to meet the demands of low latency and high reliability [7] - The demand for high-performance chips is rapidly increasing, with the assembly rate of L2+ and higher advanced driver assistance systems expected to double from 2023 to 2024 [7] - The required computing power for urban navigation has increased from 50-100 TOPS to 300-500 TOPS, while fully autonomous driving (Robotaxi) requires 1000-2000 TOPS [7] Group 4: Application Ecosystem - The forum served as a platform for collaboration among industry, academia, and research, showcasing China's latest achievements in intelligent connected vehicles and promoting the industry's transformation [8]

Core Viewpoint - The integration of AI technology in the textile industry is revolutionizing the fabric sourcing and garment design processes, significantly reducing time and improving efficiency in the fast fashion sector [2][10]. Group 1: AI in Fabric Sourcing - The "fabric-finding machine" in Guangzhou's fabric market allows users to quickly identify matching fabrics from a database of nearly one million products, reducing the sourcing time from an average of two days to just two minutes [5][7]. - Currently, 90% of fabrics in the domestic market are connected to the fabric-finding robot system, leading to a 20%-30% increase in customer growth for businesses utilizing this technology [9]. Group 2: AI in Garment Design - AI technology enables designers to generate over 100 clothing styles in a single session, a significant increase from the previous maximum of 2-3 styles per day [10][12]. - The use of a fashion model developed by local enterprises allows for the digitization of over 100 fabric attributes, enhancing the design process and linking fabric selection directly to design [14]. Group 3: Digital Transformation in Production - A digital platform monitors the production status of 700,000 weaving machines nationwide, facilitating a seamless connection between supply and demand in the textile industry [14][16]. - The future of clothing production is expected to shift towards personalized, on-demand manufacturing, with a significant reduction in design costs by over 90% compared to traditional methods [18]. Group 4: Innovation in Fabric Development - Traditional fabric producers are challenged to keep pace with the fast fashion era, with companies launching over 500 new fabric types annually [19][21]. - The establishment of a human factors engineering laboratory supports the development of new fabrics by providing comprehensive technical support from functionality testing to market introduction [21][23]. Group 5: Government Support for Digital Transformation - Local governments are actively promoting digital transformation in the textile industry by organizing numerous specialized matchmaking events to assist companies [23][26].

文章来源：骨未来 转载要求：可以直接转载，请在文首注明来源 大会由骨未来、智汇骨、思宇MedTech 主办 ， 中关村联新生物医药产业联盟、北京中关村科学城创新 发展有限公司、启迪之星、中关村创业大街科技服务有限公司、中关村科学城CGT产业孵化中心协办 ， 吸引了来自全国各地的600余位临床专家、科研学者、企业代表和投资人，围绕骨科科技创新、医工交 叉、集采政策、手术机器人等热点话题展开深入交流与讨论。 # 高规格开幕，政府、医院、媒体三方联动 大会开幕式由思宇MedTech创始人、骨未来主编、中关村联新生物医药产业联盟秘书长赵清主持。 开幕式上， 北京市 海淀区副区长 林航 表示， 海淀将以更开放的机制、更精准的服务支持骨科创新，推 动更多像骨科机器人、生物材料这样的好产品从"临床需求"出发、从"海淀出发"，走向全国。 2025年4月24日， 首届全球骨科大会（Global Orthopedics Conference 2025）在北京市中关村自主 创新示范区展示中心隆重举行。 北京市医药健康科技发展中心主任 刘慧 指出， 北京正以"政策牵引+平台建设+三医协同"为抓手，持续强化临床需求导向的科技创新体 系 ...

产品的演进，从来不是一蹴而就。 在技术高度密集的医疗产业中，设备设计的成熟通常历经三个阶段：首先是"能用"——满足基本诊疗需求； 接着是"适用"——操作顺手，提升效率与精度；最后，是"好用"——贴合使用者的身体与感知，减轻操作负 担。 能用，是技术门槛；适用，是设计水平；而"好用"，才是判断产品真正成熟的标志。 这正是"人因工程"发挥作用的时刻。 Mayo Clinic 的研究进一步发现 [2] 84.4% 的内镜医师报告存在活动性疼痛，其中超过一半集中于手、腕 或手指；手痛者操作结肠镜时，插入时间增加，年均操作量下降超三成。 这些伤痛与内镜医师高频、重复的手部操作密切相关。 人因工程 （ Human Factors Engineering ） 通过系统纳入使用者的生理、心理与行为特征，提升产品的安 全性、舒适性和效率。对医疗设备而言，它不仅关乎医生的身体健康，也影响诊疗质量与流程稳定性。 在调研人因工程在医疗器械领 域的落地案例时，一家本土企业—— 开立医疗 ，引起了关注。他们在开发新一 代内镜操作部时，做了一件特别的事： 研究医生的手——如何握、怎么转、何时开始疲劳…… 开立团队深入一线医院，花大量时间观 ...

Core Viewpoint - The evolution of medical devices is a gradual process that requires a focus on user experience, particularly through Human Factors Engineering, to enhance safety, comfort, and efficiency in medical equipment design [1][3][18]. Group 1: Importance of Human Factors Engineering - Human Factors Engineering integrates the physiological, psychological, and behavioral characteristics of users to improve product safety and efficiency [3][18]. - A local company, Kaili Medical, has made significant strides in applying Human Factors Engineering by studying doctors' hand movements and fatigue during procedures [3][4]. Group 2: Impact of Ergonomic Design on Medical Professionals - Studies indicate a high prevalence of musculoskeletal pain among endoscopists, with 95.08% reporting pain, and 19.7% specifically in the hands [4][5]. - The design of medical devices often overlooks the user experience, prioritizing technical specifications over comfort, which can lead to long-term health issues for medical professionals [5][6]. Group 3: Innovations by Kaili Medical - Kaili Medical's new endoscope operation unit focuses on reducing the physical strain on doctors by implementing ergonomic design changes [7][9]. - Key innovations include a 20% reduction in handle weight and a 15% decrease in thickness, which help alleviate muscle fatigue during prolonged use [9]. - The design also features a 30% reduction in handwheel resistance, making it easier for users, especially those with smaller hands, to operate the device [11]. Group 4: Design Features Enhancing User Experience - The button layout is designed to mimic natural finger movements, allowing for seamless operation without changing grip, thus enhancing workflow continuity [13][14]. - An ergonomic grip design aligns with the natural contours of the hand, improving comfort during extended use [16][17]. - The overall design improvements reflect a deep understanding of user experience, emphasizing the importance of considering the user's physical and cognitive demands [17][18]. Group 5: Broader Implications for the Industry - The evolution of medical devices should not only focus on performance but also on the well-being of the users, addressing the diverse needs of medical professionals [18][19]. - Companies are encouraged to adopt a user-centered design approach, which can lead to improved service quality and greater satisfaction among healthcare providers and patients alike [18][19].