从蹒跚学步到"十八般武艺"精通 人形机器人能做什么？ 全球首场世界人形机器人运动会 全球首次人形机器人批量进入汽车工厂 全球首个人形机器人半程马拉松 上春晚扭秧歌 北京人形机器人正在以硬核实力影响行业格局！ 人形机器人还可以→ 请继续看↓ 做早餐 手冲咖啡 物流配送 文艺表演 消防救灾 城市巡逻 工业制造 从家庭到工厂，人形机器人的场景落地超乎您的想象。 2024年北京市机器人产业营收超过 300亿 元 ，同比增长近 50% 。 北京市目前拥有机器人骨干企业 400余家 。 数据来源：北京市科学技术委员会、中关村科技园区管理委员会 其中，国家专精特新"小巨人"机器人企业 57家 ， 居全国首位 。 这些亮眼表现背后，是无数智慧的碰撞。 从核心技术突破到场景落地生根，谁在为人形机器人注入持续创新的动能？ 人才引擎——"产学研"共育的"人形机器人智囊团" 2023年5月，银河通用机器人企业成立。 2024年5月，"北大-银河通用具身智能联合实验室"成立。 这是由北京大学孵化而成的企业，人才是他们的核心优势。 人形机器人整机单位近 30家 ， 居全国首位。 医疗机器人头部企业拥有手术机器人注册证 24个 ， 居全国 ...

Core Viewpoint - UBTECH's humanoid robot Walker has achieved significant advancements with its self-developed multimodal large model, Thinker, which has excelled in three major international benchmark tests, showcasing its leading capabilities in complex environment perception, semantic understanding, and long-term task planning [2][4]. Group 1: Benchmark Achievements - UBTECH's Thinker model ranked first in four global leaderboard categories across three authoritative benchmark tests: MS COCO Detection Challenge, RoboVQA, and Egoplan-bench2, competing against top teams from NVIDIA, Beijing Academy of Artificial Intelligence, and Shanghai AI Lab [2][4]. - The MS COCO Detection Challenge is recognized as a key evaluation standard in the computer vision field, while RoboVQA and Egoplan-bench2 focus on reasoning and task planning from a robot's perspective [4][5]. Group 2: Technical Innovations - The Thinker architecture integrates several key technological innovations, enhancing the humanoid robot's perception and reasoning capabilities, laying the groundwork for large-scale applications in industrial settings [6]. - A self-developed visual encoder based on ViT and Co-DETR detection head has been utilized to improve environmental perception, significantly enhancing the robot's ability to recognize objects and obstacles in complex environments [7]. - The large-scale parameter architecture of Thinker, with billions of parameters, enables robust semantic understanding, allowing the robot to accurately capture environmental details and comprehend task instructions [7]. - Temporal enhancement algorithms and reinforcement learning methods have been employed to improve long-term task planning, enabling the robot to autonomously decompose complex processes in real-time [7]. Group 3: Industrial Application Strategies - The strategy of "building general foundational capabilities + fine-tuning for industrial scenarios" is crucial for advancing multimodal large models towards practical applications, facilitating stable and efficient deployment of humanoid robots on production lines [9][11]. - The model has been trained on over 2 million video data and fine-tuned with a large industrial dataset, significantly improving the robot's understanding accuracy and decision reliability in industrial environments [11][12]. Group 4: Future Development and Collaboration - UBTECH aims to build an open and collaborative application ecosystem for humanoid robots by gradually open-sourcing valuable industrial datasets and foundational large models, enabling developers to enhance efficiency in various new scenarios [14].

Core Viewpoint - The upcoming "2025 National Forum on Precision Reducers and Joints for Robots" aims to address the challenges and opportunities in the humanoid robot joint industry, emphasizing the need for theoretical innovation and interdisciplinary integration to achieve disruptive advancements in technology [4][8]. Group 1: Event Details - The forum will be held from September 19 to 21, 2025, at the Guoxin Haitan Hongdao Convention Center Hotel in Qingdao, Shandong Province [6][9]. - The registration fee for the conference is 2000 yuan per person, with accommodation costs to be borne by the attendees [6][10]. Group 2: Organizing Entities - The event is organized by the National Reducer Standardization Technical Committee, with support from various institutions including the China Machinery Industry Federation Robotics Branch and Beijing University of Technology [4][5]. Group 3: Conference Themes - The main theme of the conference is "Refined Transmission · Intelligent Joints," focusing on the development of standards and innovations in precision reducers and joints for robots [6][8]. - Key topics include the development opportunities and challenges in the precision reducer and joint industry, the innovation of the industrial ecosystem, and theoretical and technical advancements [8].

Core Viewpoint - The establishment of the "Embodied Intelligence Branch" under the China Electromechanical Integration Technology Application Association aims to promote the development of embodied intelligence in China, integrating resources to address challenges and drive high-quality economic growth [2]. Group 1: Background of the Embodied Intelligence Branch - The strategic value of embodied intelligence is highlighted as a key driver of the new technological revolution and industrial transformation, integrating AI, robotics, and cognitive science [2][3]. - In the first half of 2025, domestic financing for the embodied intelligence industry exceeded 23 billion yuan, indicating rapid growth and significant potential in various sectors such as industry, logistics, healthcare, and elder care [2]. Group 2: Relationship Between Electromechanical Integration and Embodied Intelligence - Electromechanical integration serves as the "physical foundation" for embodied intelligence, with both fields evolving in a mutually dependent and collaborative manner [3]. - Electromechanical integration provides the structural support and motion control necessary for intelligent systems, while embodied intelligence adds cognitive capabilities for environmental understanding and autonomous decision-making [3]. Group 3: Introduction to the Association - The China Electromechanical Integration Technology Application Association, established in September 1989, is a national, professional, non-profit organization focused on automation, robotics, and intelligent manufacturing [4]. Group 4: Purpose of the Embodied Intelligence Branch - The branch will be the first national industry organization for embodied intelligence, bridging government and industry to promote technology research, industry standards, and application scenarios [5][6]. Group 5: Membership Recruitment Scope - The branch will recruit key industry enterprises, including upstream component and software companies, midstream integration firms, and downstream end-user companies across various sectors [7][8]. - Research institutions and universities engaged in embodied intelligence research will also be included, particularly those with relevant programs in AI, robotics, and automation [9]. - Third-party service organizations related to the embodied intelligence field, such as financial institutions and certification bodies, are also eligible for membership [10]. Group 6: Membership Application Conditions - Applicants must possess independent legal entity status and comply with national laws and regulations, with no major violations in the past three years [11][12]. - Membership is voluntary, and applicants must support the association's charter and adhere to its regulations [13]. Group 7: Work Procedures - Applicants are required to submit specific forms and documentation by September 30, 2025, for membership consideration [14]. - The association will conduct a qualification review of the applicants before holding a founding conference to establish the branch's leadership [15][16].

Group 1 - The core viewpoint emphasizes the importance of modern industrialization as the foundation of a modern industrial system, with significant achievements in promoting new industrialization during the "14th Five-Year Plan" period [2] - The Ministry of Industry and Information Technology has focused on strengthening the manufacturing sector, guiding policies, and ensuring resource support to upgrade traditional industries and foster emerging industries [2][5] Group 2 - Traditional industries, which account for about 80% of the manufacturing sector in terms of value added and employment, are undergoing transformation towards high-end, intelligent, green, and integrated directions [3] - Over 230 excellent smart factories and 1,260 5G factories have been established, with China's industrial robot installations exceeding 50% of the global total [3] - The brand reputation of traditional manufacturing has significantly improved, with 18 companies entering the World Brand 500 list last year [3] Group 3 - Emerging industries are rapidly developing, with a focus on sectors like new energy vehicles, photovoltaics, and lithium batteries, which have shown strong international competitiveness [4] - In the previous year, the production and sales of new energy vehicles were 9.5 times that of the entire year of 2020, and China leads in the production of photovoltaic and wind power equipment [4] - The establishment of over 60 national advanced manufacturing clusters in emerging industries and 23 national independent innovation demonstration zones has been achieved [4] Group 4 - Future industries are being strategically planned, focusing on six key areas including future manufacturing and future health, with over 100 tasks deployed for innovation [4] - Breakthroughs in quantum computing and laser manufacturing technologies have positioned China at the forefront of international standards [4] - The application of brain-machine interfaces is expanding from healthcare to education and industry, while biomanufacturing technologies are widely used across various sectors [4]

政策东风至 安防 机器 赛道 要火了 《意见》多处重点提及机器人：在培育产品消费新业态方面，推动智能终端 "万物智联"，培育智能产品生态，大 力发展智能网联汽车、人工智能手机和电脑、 智能机器人 、智能家居、智能穿戴等新一代智能终端；在打造安全 治理多元共治新格局方面，推动构建面向自然人、数字人、 智能机器 人 等多元一体的公共安全治理体系，加强 人工智能在安全生产监管、防灾减灾救灾、公共安全预警、社会治安管理等方面的应用；在加快农业数智化转型 升级方面，大力发展智能农机、农业无人机、 农业机器人 等智能装备，《意见》的实施将推动机器人产业全链条 跃升，为机器人提供新消费图景，赋能机器人产业高质量发展。 在人工智能创新领域，智能安防机器人是最具发展潜力的品类之一。近年来智能物联感知、云边协同、 AI算力、 大模型技术的快速发展，催生了越来越多的智能安防机器人，在市场需求释放以及公安部、应急管理部等部门持 续推进机器人典型应用场景的遴选与示范推广工作助推下，机器人在安保巡逻、设备巡检、灾情预警、交通监 控、智能驾驶、特种服务等细分场景落地应用，释放出了巨大发展空间。当下，随着机器人产业蓬勃发展，应用 场景持续扩 ...

Group 1 - The establishment of the "Embodied Intelligence Branch" aims to promote the development of embodied intelligence in China, integrating resources to address challenges and enhance high-quality economic growth [2][3]. - The embodied intelligence industry is rapidly growing, with domestic financing exceeding 23 billion in the first half of 2025, indicating significant potential in various sectors such as industrial, logistics, healthcare, and elder care [2][3]. - The relationship between mechatronics and embodied intelligence is crucial, as mechatronics serves as the physical foundation, while embodied intelligence provides cognitive capabilities, facilitating a shift from automation to autonomous decision-making [3][4]. Group 2 - The Embodied Intelligence Branch will be the first national industry organization in China, crossing departmental, regional, and field boundaries [5]. - The branch's mission includes promoting technological research, standardizing industry development, building an industrial ecosystem, expanding application scenarios, and fostering innovation in embodied intelligence technology [6]. Group 3 - Membership recruitment targets key industry enterprises, including upstream component and software companies, midstream integration firms, and downstream end-user companies across various sectors [7][8]. - Research institutions and universities involved in embodied intelligence research, particularly those with relevant programs in artificial intelligence, robotics, and automation, are also encouraged to join [9]. - Third-party service organizations related to the embodied intelligence field, such as financial institutions and certification agencies, are invited to participate [10]. Group 4 - Applicants must possess independent legal entity status and comply with national laws, with no significant violations in the past three years [11][12]. - Membership is voluntary, and organizations must support the branch's charter and adhere to its regulations [13]. Group 5 - The application process includes submitting specific forms and documentation by September 30, 2025, followed by a qualification review and the convening of an inaugural meeting to establish the leadership [14][15][16].

图注：圆桌现场 9月5日，由智友·雅瑞 科创平台主办的"2025科技创变者大会"在北京 成功举办。 在圆桌对话环节，主持人 智友 ·雅瑞 科创平台投资合伙人王晶 与 星源智创始人兼 CEO刘东 、 INDEMIND联合创始人兼CTO闫东坤 、 知行机 器人 创始人兼 CEO白国超 、 悟通感控创始人兼 CEO陈立洋 共同探讨 具身智能临界点的算力、数据与商业化的 三重博弈 。 王晶 ： 数据是具身智能发展离不开的一个重要议题，因为它是具身智能从实验室走向规模化落地的重要引擎，它 决定的泛化和稳健性的上限，算力又决定训练的效率和端侧的实时性， 但是当前具身智能 海量数据场景中，现实 中有很多 "脏数据""小数据"， 各位嘉宾是如何看待具身智能发展中的数据问题？ 图注：智友 ·雅瑞 科创平台投资合伙人 王晶 图注：星源智创始人兼 CEO 刘东 图注：INDEMIND联合创始人兼CTO 闫东坤 闫东坤 介绍了所在的 INEDMIND公司 数据积累进展 情况： 自公司 2021年商用机器人落地以来，产品已在全球 几十个国家运行超300万小时，依托量产机器人获取海量数据（可复用至家用场景），目前已脱离 "依赖仿真数据 ...

全球人形机器人市场规模快速发展， 预计在2030年达到151.42亿美元 ，巨大的未来市场，孕育着无数相关产业链的机 遇。 REPORT ON HUMANOID ROBOTS AND SENSOR INDUSTRY 传感器，是机器人感知物理世界的窗口，也是机器人迈向智能化的基础。一台人形机器人包含着各类视觉传感器、听觉传 感器、触觉传感器、力传感器等核心部件，全面感知环境，获取关于周围世界的信息，做出智能化判断。在一定意义上， 机器人和世界交互的唯一途径，就是传感器。 随着人形机器人逐步量产，人形机器人对于传感器的需求增多，对技术、尺寸、信号传输、多传感器融合提出了新要求， 正在持续推动传感器行业扩容。与此同时，传感器产业也亟需创新变革，面对机器人尤其是人形机器人的应用趋势，越来 越多传感器企业也在了解并试图适应机器人的需求。 传感器与机器人，两个机遇无限的行业，正在碰撞出新的变革机遇。大势所趋，形势所在，矽知科技从行业出发，紧 跟变革潮流，在近期推出 《人形机器人与传感器产业报告》。 2025年人形机器人与传感器 产业报告 2025 年 7 月 报告第一、二章介绍现阶段全球人形机器人企业分布及主流产品，产业 ...

"智能产业基础日益坚实，智能产品蓬勃发展，赋能应用更加深入。"辛国斌介绍， 目前我国在人工智能芯片、算 法框架等关键核心技术上持续取得突破，自主开源大模型正引领全球开源创新生态，算力基础设施的规模和水平 这是9月5日在2025世界智能产业博览会现场拍摄的智能电力巡检设备。新华社记者 黄伟 摄 位居全球前列，智算规模达788EFLOPS。 国家级人工智能专精特新"小巨人"企业超400家， 已建成3.5万余家基 础级、6300余家先进级、230余家卓越级智能工厂，以及11个国家人工智能创新应用先导区、17个国家级智能网 联汽车测试示范区。 辛国斌说，中国已成立总规模600亿元的国家人工智能产业投资基金，编制人工智能科技伦理服务管理办法，成立 中国—金砖国家人工智能发展与合作中心，累计研制人工智能核心技术领域标准240余项，推动产业生态持续完 善。 走进本届智博会展馆，各类人工智能应用场景令人目不暇接：人形机器人上演精彩的足球和拳击比赛，机器狗 用"后空翻"为赛场助兴；残障人士戴上机械"灵动手"弹奏钢琴；机械外骨骼通过步态分析帮助失能老人重新行 走；AI视觉质检系统快速对新能源汽车进行扫描和检测…… "中国人工智能 ...