齐鲁晚报·齐鲁壹点记者 尚青龙 高雅洁 科技浪潮奔涌，具身智能作为融合人工智能与实体机器人的前沿领域，正重塑生产力与生活方式。在青 岛这座创新之城，从家庭到工厂，从医院到港口，具身智能机器人正加速融入城市肌理，释放巨大潜 能。面对全球产业竞逐的机遇与挑战，青岛依托独特禀赋与前瞻布局，全力打造具身智能机器人"青岛 战队"，一条特色鲜明的突围路径日渐清晰。 高智商"大脑"与最强"小脑" 人形机器人的核心竞争力在于"智慧"与"行动"。青岛乐聚机器人凭借AI深度应用，赋予人形机器人"夸 父"超强的交互与决策能力。作为国内唯一的展厅导览人形机器人，"夸父"4Pro已在青岛人工智能展示 中心上岗。"在展厅导览场景中，'夸父'能凭借丰富的知识储备和流畅的多语种交流能力，为参观者带 来独特体验。这背后，是我们团队精心优化的算法及对AI技术的深度挖掘，让'夸父'不仅能'听懂'，更 能'理解'和'回应'。"乐聚智家（青岛）机器人技术有限公司COO梁佳自豪地介绍，"夸父"所展现的高度 智能化，展现了精密"大脑"的魅力。 除了精密"大脑"，人形机器人推广的另一重要制约因素是协调流畅的行动能力。青岛钢铁侠科技有限公 司十年磨一剑，为机 ...

科技浪潮奔涌,具身智能作为融合人工智能与实体机器人的前沿领域,正重塑生产力与生活方式。在青岛 这座创新之城,从家庭到工厂,从医院到港口,具身智能机器人正加速融入城市肌理,释放巨大潜能。面对全 球产业竞逐的机遇与挑战,青岛依托独特禀赋与前瞻布局,全力打造具身智能机器人"青岛战队",一条特色 鲜明的突围路径日渐清晰。 除了精密"大脑",人形机器人推广的另一重要制约因素是协调流畅的行动能力。青岛钢铁侠科技有限公 司十年磨一剑,为机器人锻造最强"小脑"。以ARTROBOT系列大型双足仿人机器人为例,从初代仅能双足 行走,到如今第五代可完成端茶倒水、拧螺丝等复杂精细动作,每一步都凝聚着研发团队的心血。 "第一代ARTROBOT只有两条腿,我们的目标很简单,就是先实现稳定的双足行走。虽然面临诸多技术难 题,但团队坚持攻克。"青岛钢铁侠科技有限公司副总裁陈天祥介绍,第五代ARTROBOT搭载的自研"运动 脑",集成精密硬件与智能软件系统,在提升算力的同时降低功耗,为机器人的精准动作输出提供核心支 撑。"'运动脑'如同人类的小脑,体积不大却功能强大。它让机器人的每一个动作都更加精准、流畅,极大 便利了多自由度机器人的开发。" ...

Group 1 - The 2025 World Robot Conference is being held in Beijing, showcasing over 1,500 exhibits from more than 200 domestic and international robot companies, with over 100 new products launched [1][2] - The theme of the conference is "Making Robots Smarter and Bodies More Intelligent," highlighting advancements in robot capabilities and applications across various sectors [1][2] - Companies are focusing on enhancing the efficiency and intelligence of robots, with some achieving operational efficiency of 40% to 50% compared to human workers, and aiming to increase this to 70% to 80% [2][3] Group 2 - ABB's new generation OmniCore controller allows robots to achieve high precision of 0.6 mm while operating at speeds of up to 1,600 mm per second, demonstrating advancements in both speed and accuracy [2] - The "Follow me" AI application solution enables robots to learn from human operators, streamlining the programming process and making automation more accessible for small and medium enterprises [2][3] - Cloud-based AI systems are facilitating the transition from single-function robots to collaborative systems capable of performing multiple tasks in various environments, such as hotels and hospitals [3][4] Group 3 - The modular design of the UP robot allows for flexible task switching, enhancing operational efficiency and reducing costs by enabling a single robot to perform multiple roles throughout the day [3][4] - The Hospitality Digital Operation System (HDOS) enables robots to operate collaboratively, improving service delivery in complex environments through intelligent decision-making and feedback loops [4] - Cloud-based service robots have been deployed in over 30,000 hotels and 100 hospitals globally, completing over 500 million service tasks in 2024 [4]