Core Insights - Shenzhen Miaodong Technology Co., Ltd. has undergone a business change, adding Meituan's affiliated company Hanhai Information Technology (Shanghai) Co., Ltd. as a shareholder [1] - The registered capital of Shenzhen Miaodong Technology has increased to 1.4065 million yuan [1] - The company was established in January 2025 and its business scope includes research and development of intelligent robots, sales of intelligent robots, and research and development of mechanical equipment [1]

Core Insights - A research team from the University of North Carolina has developed a micro-robot called "DNA flower" that can adapt to environmental changes, mimicking biological behavior [1] - The "DNA flower" robot is composed of a unique crystal formed by the combination of DNA and inorganic materials, showcasing one of the most dynamic micro-materials developed to date [1] - This robot can rapidly fold and unfold within seconds, demonstrating significant advancements in micro-robotics technology [1]

Group 1 - The company Zhejiang Yongqiang (002489.SZ) has directly invested in Shanghai Changke Technology Co., Ltd., holding 10% of its registered capital [1] - Shanghai Changke Technology's main products include lawn mowing robots and various electric tools such as handheld lawn mowers [1] - The company has not invested in Hangzhou Dongfang Jiafu Fund [1]

机械手要能干活，首先得让它动起来。在机械手的底部，有磁驱动模块，它相当于机械手的遥控接收器。通过外部磁场 发出信号，磁驱动模块就会像"指南针"一样跟着磁场方向运动，带着机械手在微观世界里穿梭，灵活拐弯避开障碍。 除了能移动，机械手还需要具备抓握功能。科学家用pH响应材料制造的机械手，就像装了"环境探测器"，在酸性环境 下"双手"就会自动闭合，稳稳抓住细胞；到了碱性环境，"双手"又会松开。这种"遇酸则闭、遇碱则开"的特性，让它不 用人工操控，就能根据环境自动切换工作状态。 虽然现在这台"微型机械手"还在实验室里打磨，但它已经让我们看到了医疗科技的新可能 ——未来不用手术就能精准抓 癌细胞，不用打针就能定向送药，曾经"吞下纳米医生治病"的梦想，正被中国科学家一步步变成能触摸的现实。 （央视财经《正点财经》）近日，中国科学院理化研究所最新研发的3D微纳机器人，让机器人钻进人的身体里治病成为 一种可能。它是怎么造出来的，又是如何在微观世界实现"手到擒来"的？ 总台央视记者 帅俊全：这台小机器人长得像个小夹子，大小只有40微米左右。这个夹子其实是一双灵活的"机械手"，它 能完成抓取细胞、释放颗粒等精密任务。 这双微型" ...

Core Viewpoint - Guangdong Jianke (301632.SZ) has developed various advanced robotic technologies for tunnel inspection and monitoring, indicating a focus on innovation in the construction and engineering sector [1] Company Developments - The company has successfully developed an all-terrain tunnel inspection robot, showcasing its commitment to enhancing inspection capabilities in challenging environments [1] - Additionally, the company has introduced a smart patrol sentinel robot, which is likely aimed at improving safety and efficiency in monitoring operations [1] - The LuxBot intelligent illumination inspection robot has also been developed, indicating a diversification in the types of robotic solutions offered by the company [1]

Core Viewpoint - The company has officially initiated a special research and development project focused on humanoid robots, leveraging its strategic partnership with Cloud Deep Technology to create industry-level solutions for specific applications in sectors like nuclear and military industries [1] Group 1 - The company has launched a dedicated R&D effort for humanoid robots [1] - The R&D will focus on technical adaptation and innovative applications based on the actual needs of special fields [1] - The company aims to develop industry-level solutions tailored for unique scenarios [1]

Core Viewpoint - Cloudwalk Technology, a pioneer in the development and commercialization of robotic service agents, is conducting an IPO on the Hong Kong Stock Exchange from October 8 to 13, 2023 [3][9]. Company Overview - Founded in 2014, Cloudwalk Technology primarily provides robots and functional suites, supplemented by AI digital systems [3]. - The company's robots have been deployed in over 30,000 locations globally, including hotels, hospitals, factories, and residential buildings across regions such as the Middle East, Americas, South Korea, Japan, and Thailand [3]. Financial Performance - The company remains in a loss-making position, with projected revenues of RMB 161.28 million, RMB 145.15 million, and RMB 244.78 million for the years 2022, 2023, and 2024 respectively [5][6]. - Net losses are expected to be RMB 365 million, RMB 265 million, and RMB 185 million for the same years [5][6]. - In the first five months of 2025, the company reported revenue of RMB 88.33 million, an 18.9% increase year-on-year, with a net loss of RMB 118 million [5]. IPO Details - Cloudwalk Technology plans to issue 6.9 million shares globally, with 5% allocated for public offering at a price of HKD 95.6 per share [9]. - The entry fee for one lot (50 shares) is HKD 4,828.21, and there are no cornerstone investors involved [9]. - The underwriting mechanism follows Plan A, allowing for a 20% reallocation if subscriptions exceed 50 times [9]. Market Context - The IPO has seen significant interest, with over 200 times subscription, indicating a potentially high allocation rate for investors [11]. - The subscription period for Cloudwalk Technology coincides with another IPO, which may affect investor choices [11].

Group 1 - The Beijing Municipal Science and Technology Commission and Zhongguancun Management Committee have launched two "ranking and leadership" project lists for this year, focusing on embodied intelligence in energy and power scenarios and the construction of biobanks [1] - The embodied intelligence project aims to accelerate the application of technology in typical industrial scenarios, particularly in energy and power, to promote the development of the embodied intelligence industry in Beijing [1] - The biobank project aims to develop low-cost, controllable key equipment and technology platforms for gene sequencing and proteomics testing, while also building an AI follow-up system to enhance follow-up efficiency and quality [1] Group 2 - The 2025 energy and power scenario embodied intelligence project list includes three types of intelligent robots: key technology research and demonstration applications for distribution station operation and maintenance robots, substation inspection robots, and high-voltage cable joint robots [2] - The project cycle for these initiatives is no more than two years, with a maximum funding amount of 5 million yuan [2] - The high-voltage cable joint robot project addresses significant issues in cable joint production, which is currently reliant on manual labor, leading to quality inconsistencies and safety hazards [2] Group 3 - The high-voltage cable joint robot project requires the delivery of a control algorithm for the cable joint operation robotic arm, a prototype of the collaborative robot, an evaluation system, and a demonstration application report [3] - Assessment indicators include the robotic arm's ability to autonomously identify, accurately grasp, quickly change tools, and perform precise operations, assisting workers in producing three 110kV cable joints [3] - The biobank construction project list includes platforms for gene sequencing, proteomics testing, and an AI follow-up system, with project cycles ranging from 6 to 18 months and funding amounts from 2 million to 9 million yuan [3]

设想一下刚学开车的情况：在训练场上，我们可能会反复练习特定动作：到了某个位置就踩刹车，拐到某个点就打方向盘。久而久之，这些动作会形成 "条件记 忆"，一旦环境发生变化，就容易手忙脚乱。最近，千寻智能的研究人员注意到，基于模仿学习的视觉运动策略中也存在类似现象，并在论文《Do You Need Proprioceptive States in Visuomotor Policies?》中对此进行了深入探讨。 论文链接：https://arxiv.org/abs/2509.18644 项目主页：https://statefreepolicy.github.io 文中研究人员提出了一种名为 State-free Policy 的策略，与 State-based Policy 相比，即便在训练数据中桌面高度、机器人位置和目标物体等都被严格固定的情况 下，机器人仍能展现出强大的空间泛化能力。例如： 在夹笔任务中，获得桌面高度的泛化能力（标准桌高为 80 cm）： 在叠衣服任务中，即使机械臂位置大幅偏离标准位置，机器人仍然能出色完成任务： 在全身机器人从冰箱拿饮料的过程中，即使冰箱位置发生移动，机器人也能够适应： 事实上 ...

这一成果将为多形态与伪装软体机器人研发开辟低成本、可扩展与定制化的新路径，未来有望应用于个 性化可穿戴设备、自适应伪装迷彩、人机交互以及智能温控服装等领域。 （文章来源：科技日报） 研究团队利用纺织学中的"线圈针脚编程"方法，通过调整纱线线圈的几何排列，实现针织结构的精准工 程化设计。这种方法仅依靠结构设计，无需更换材料，即可赋予织物不同的弹性和形变模式，从而精准 控制软体机器人的"变身"过程，显著提升软体机器人的力学控制精度、设计灵活性与环境适应性。 孙丰鑫团队基于这一原理，研制出具备可调刚度与弹性的柔性针织机器人，能够完成复杂曲面变形，并 展示了可多模式变形机器人、流体驱动的红外隐身柔性爬行机器人，以及仿生拟态伪装系统等多种应用 原型。 9月25日，记者从江南大学获悉，该校纺织科学与工程学院孙丰鑫团队提出了一种基于纺织结构超表面 编织的多功能变形与拟态伪装软体机器人设计策略。相关研究成果发表在国际期刊《先进纤维材料》 上。 孙丰鑫介绍，柔软生物组织系统的可逆形变，使其具备连续运动、灵巧操控与自适应伪装的能力。然 而，利用人工合成材料复制这一技能，却并不简单。 ...