（企查查） 企查查APP显示，近日，智元创新（上海）科技股份有限公司新增一出质专利公告，专利名称为"轮足机器人的腿部结构及轮足机器人"，质权人为宁波银 行股份有限公司上海分行。摘要显示，该专利通过采用电机驱动的方式，相比于现有技术中的齿轮结构，不需要润滑或封闭保护，且不存在齿轮的磨损问 题，有利于增加轮足机器人的可靠性。 ...

【#智元机器人出质专利#】#智元机器人出质轮足机器人专利#企查查APP显示，近日，智元创新（上 海）科技股份有限公司新增一出质专利公告，专利名称为"轮足机器人的腿部结构及轮足机器人"，质权 人为宁波银行股份有限公司上海分行。摘要显示，该专利通过采用电机驱动的方式，相比于现有技术中 的齿轮结构，不需要润滑或封闭保护，且不存在齿轮的磨损问题，有利于增加轮足机器人的可靠性。 ...

企查查APP显示，近日，智元创新（上海）科技股份有限公司新增一出质专利公告，专利名称为"轮足 机器人的腿部结构及轮足机器人"，质权人为宁波银行股份有限公司上海分行。摘要显示，该专利通过 采用电机驱动的方式，相比于现有技术中的齿轮结构，不需要润滑或封闭保护，且不存在齿轮的磨损问 题，有利于增加轮足机器人的可靠性。 ...

机器之心发布 为让大众直观感受科技魅力，从由轮足机器人扮演的 萌趣迎宾 ，到融合传统与科技的宇树科技人形机器人与机器狗精彩 舞狮表演 ；从充满力量与激情的 机 器人格斗赛场 ，到与 新次元 "小柒" 进行机智问答的奇妙互动，再到 会跳舞的 "功夫小众" ，每一个环节都精心设计，让你沉浸其中。更值得一提的是，你 还可以欣赏 "AI 书法家" 挥毫泼墨的艺术创作、品尝 "智调特饮咖啡师" 为你现场手冲的专属咖啡，全方位感受科技为生活带来的无限可能。 2025 年 11 月 21 日至 22 日，这场充满未来感的机器人活动将在宝山智慧湾科创园正式开启，即刻报名，共享科技盛宴！ 机器之心编辑部 2025 年 11 月 21 日至 22 日， "2025 宝山・智能机器人产业大会暨嘉年华" 将重磅来袭。本次活动不仅有顶尖专家坐镇的行业论坛、优秀项目汇聚的创 业路演，更有明星企业云集的硬核展览，以及能摸能玩的互动体验，等你来解锁！ 活动首日，一场备受瞩目的开幕式将为大会拉开精彩序幕。活动现场将重磅发布宝山区机器人三年行动计划以及一系列产业服务平台，共同开启智能机器人 产业新篇章。 本次活动的四大论坛覆盖从顶层设计、前沿技 ...

10月24日，在外滩年会上，云深处联合创始人兼首席技术官李超接受《财经》专访 行业热度为机器人公司们带来了更多的订单和关注，同时带来了压力 具身智能是今年全球最火热的创新创业领域，不少新成立的创业公司迅速进入"独角兽"（估值超过10亿美元）阶段。今年上半年，具身 智能领域的融资额就已经超过去年全年。在二级市场，不少上市公司因为机器人概念而股票大涨。传统制造业企业、汽车厂商、手机厂 商、互联网公司都在跨界进入具身智能领域。 其中最受关注的还是头部的创业公司们。自从今年年初DeepSeek爆火全球后，市场对于科技类的创业公司有了新的期待。 被称为"杭州六小龙"之一的云深处科技是目前具身智能创业公司中，商业化进展较快的一家。云深处科技成立于2017年，目前主要有三 大类产品，包括四足机器人、轮足机器人及人形机器人。其机器狗系列产品已经应用于电力巡检、应急消防、安防巡逻等领域。 2024年12月，云深处的绝影系列机器狗在新加坡能源集团的电力传输电缆隧道里"上岗"，这是国内第一台在海外电力系统落地应用的行 业级四足机器人。 10月24日，在外滩年会上，云深处联合创始人兼首席技术官李超接受《财经》专访，他提到，机器人的商 ...

Core Viewpoint - The 2025 Second Zhongguancun Embodied Intelligence Robot Application Competition aims to promote original innovation and lead technological transformation, focusing on the intersection of embodied intelligence and robotics technology, providing a high-end platform for academic exchange and achievement display [1][3]. Competition Structure - The competition consists of three phases: registration, preliminary round, and final round, with the official registration channel opened on July 15 [1][3]. - The preliminary round will take place on November 4-5 at the Zhongguancun National Independent Innovation Demonstration Zone Conference Center, where teams will showcase their robot works [3]. - The final round is scheduled for November 17-18 at the Zhongguancun National Independent Innovation Demonstration Zone Exhibition Center, where teams will present their projects through PPT and demonstrations [3]. Competition Positioning - The competition focuses on technological exploration, aiming to discover cutting-edge technologies in the field of embodied intelligence and facilitate the transformation of academic achievements into engineering practices [4]. - It emphasizes "original innovation" and "engineering feasibility," encouraging theoretical exploration and practical applications that meet industry needs [4]. Technical Directions - The competition covers multiple fields, encouraging cross-innovation in areas such as embodied algorithms, intelligent control, robot mechanisms, and materials [4]. - Typical outcomes include various types of robots (multi-legged, wheeled, flying, soft robots) and innovations in algorithms and materials [4]. Competition Format - The format combines academic reports and physical demonstrations, where teams will present their products and engage in Q&A sessions with judges [4]. - An expert panel will evaluate the entries based on innovation, functionality, practicality, and engineering feasibility [4]. Benefits for Participants - Participants will receive authoritative endorsements from top industry experts, enhancing the recognition of their achievements in both academic and industrial circles [7]. - A prize system is in place, with a total of 30,000 yuan for first place, 20,000 yuan for second, and 10,000 yuan for third, along with additional incentives for innovative teams [7]. - Opportunities for collaboration with industry partners and access to resources for technology commercialization will be provided [9].

Core Viewpoint - The article discusses the development and testing of a new type of robot called the "wheeled-legged robot," which combines the advantages of wheeled and legged locomotion to navigate challenging terrains in high-altitude environments like the Qinghai region [3][10][29]. Group 1: Challenges in High-Altitude Environments - High-altitude areas present significant challenges for human workers, such as difficult terrain and the effects of altitude sickness, making tasks like power line inspections and disaster relief complicated [7][8]. - Previous robotic solutions struggled with either speed or the ability to traverse rough terrain, leading to inefficiencies in tasks like transporting heavy loads [8][10]. Group 2: Development of Wheeled-Legged Robots - The wheeled-legged robot integrates wheels for speed on flat surfaces and legs for overcoming obstacles, achieving speeds of up to 12 km/h while carrying substantial loads [11][20]. - The robots were tested in various terrains, including deserts and wetlands, demonstrating their ability to adapt to different conditions without human intervention [18][29]. Group 3: Testing in Golmud - Golmud serves as a natural testing ground for these robots, featuring diverse terrains that simulate conditions found in the Tibetan Plateau [15][29]. - Three different sizes of wheeled-legged robots were deployed, each designed for specific tasks ranging from heavy load transport to agile navigation [16][29]. Group 4: Advanced Perception and Control Systems - The robots are equipped with sophisticated perception systems, including stereo cameras and LiDAR, allowing them to accurately assess their environment and navigate effectively [22][24]. - A deep learning model trained on over 900 images enables the robots to classify terrain types with an accuracy of 87.5%, facilitating appropriate movement strategies [24][28]. Group 5: Future Applications - The successful testing of wheeled-legged robots in Golmud opens up possibilities for their use in various fields, including disaster response, scientific exploration, and logistics in extreme environments [28][29]. - As technology advances, these robots are expected to play a crucial role in enhancing human capabilities in challenging natural settings, transforming previously impossible tasks into achievable ones [29].

Group 1 - The event showcased various advanced robotics, including electric operation robots and AI-driven devices, highlighting the integration of technology in everyday applications [2][4][9] - A significant focus was on interactive experiences for attendees, such as children engaging with robotic dogs and AI smart driving cockpits, indicating a push towards user-friendly technology [4][6][7] - The presence of companies like China Telecom and Southern Power Grid at the event demonstrates the growing interest and investment in robotics and AI technologies within the telecommunications and energy sectors [6][9] Group 2 - The exhibition featured a variety of robots performing tasks, such as a painting robot and a dancing robot, showcasing the versatility and capabilities of modern robotics [9] - The event served as a platform for companies to promote their innovations, including agricultural drones, which reflects the expanding applications of robotics in different industries [8] - The use of exoskeletons for climbing by Southern Power Grid staff illustrates the practical applications of robotics in enhancing workforce efficiency and safety [2]

Group 1 - The 2025 China International Big Data Industry Expo opened in Guiyang, Guizhou on August 28, with the theme "Data Aggregates Industrial Momentum, Intelligent Development New Chapter" [1] - The expo features 26 exchange activities and 34 series of special events, showcasing new technologies, products, and applications in the digital economy [1] - Six major themed exhibition halls are set up, including Smart Navigation, Smart Infrastructure, Smart Services, Smart Applications, Smart Innovation, and Smart Experience [1]

Core Insights - Zhejiang University recently welcomed new students with the assistance of robotic volunteers, specifically quadruped and wheeled robots, which provided both entertainment and practical services during the orientation process [1] Group 1: Technology Integration - The use of robotic volunteers in the university setting highlights the integration of advanced technology in educational environments, showcasing how robotics can enhance student experiences [1] - The robots performed interactive demonstrations and assisted with luggage handling, illustrating their multifunctional capabilities [1] Group 2: Student Engagement - The initiative aimed to provide new students with an engaging introduction to campus life, combining fun and utility in their first experience at the university [1] - Thousands of new students benefited from this innovative approach, marking a significant step in the use of technology for student orientation [1]