Core Viewpoint - The article highlights the recent funding rounds completed by "Aosha Intelligent," a developer of exoskeleton robots, aimed at expanding its consumer-grade product line, upgrading core technologies, and global industrial deployment, thereby strengthening its competitiveness in both industrial and consumer markets [1]. Company Overview - Aosha Intelligent, established in 2018, focuses on the research and commercialization of exoskeleton robots. The company has participated in significant events such as the filming of "The Wandering Earth 2" and provided logistics support for the 2023 Hangzhou Asian Games, receiving coverage from major media outlets [1]. - The founder and CEO, Xu Zhenhua, has a background in mechanical engineering and experience in leading roles at major industrial companies, contributing to the establishment and operation of two other robotics firms [1]. Product Development - Aosha Intelligent has developed a comprehensive product line that includes upper limb, waist, lower limb, and full-body exoskeletons, achieving ISO9001 and EU CE certifications. The products are applied in various sectors such as equipment manufacturing, aviation logistics, energy, mining, tourism, and elder care, with strategic partnerships with several international brands [1]. - The company has established a sales network in 17 countries and regions, including Germany, Canada, UAE, Singapore, Thailand, and Malaysia, demonstrating strong commercialization capabilities [1]. Research and Development - The company invests over 70% of its resources in R&D, focusing on AI model training capabilities and real-time data interaction for its latest products. New consumer-grade exoskeleton robots are entering the trial and mass production stages [3]. - Aosha Intelligent is also exploring brain-machine interface research and plans to launch next-generation products that integrate neural signal recognition to enhance human-machine collaboration accuracy [3]. Market Strategy - In the consumer market, Aosha Intelligent collaborates with well-known scenic spots and health care institutions to explore new applications for outdoor assistance and home elder care. The recent funding will accelerate the mass production of consumer-grade exoskeleton robots and promote the integration of exoskeleton hardware with AI technology [4]. - The company aims to introduce several consumer-grade exoskeleton robot products this year, breaking the boundaries of science fiction and making advanced technology accessible to the public [6].

3、 INBRAIN Neuroelectronics获400万欧元资助 近日，临床阶段神经技术公司INBRAIN Neuroelectronics宣布，获西班牙工业和旅游部"PERTE芯片"计划 400万欧元资助。据了解，INBRAIN Neuroelectronics致力于开发基于石墨烯的脑机接口技术，可实时解 码与调节脑活动。其技术平台能为帕金森病、中风康复等提供精准神经调节方案。公司首席执行官称，此 资助将加速精准神经技术开发，变革神经系统疾病治疗。加泰罗尼亚商业与劳工部长也表示，INBRAIN Neuroelectronics代表前沿创新力量，巩固了相关领域领导地位。目前，INBRAIN的BCI - Tx平台已获FD A突破性医疗器械认证，正与合作伙伴拓展技术应用。 4、 OpenAI被曝削减微软收入分成 1、 谷歌推出 Gemini 2.5 Pro Preview（I/O 版） 近日，谷歌推出旗舰产品 Gemini 2.5 Pro AI 模型的升级版 Gemini 2.5 Pro Preview（I/O 版）。谷歌称该 模型在多项主流基准测试中表现优异。用户可通过 Gemini API 及谷歌的 ...

Core Viewpoint - The article discusses the development of a tactile sensing-based shared control strategy for prosthetic hands, which enhances the precision of control for amputees while reducing fatigue, thereby improving the acceptance of myoelectric prosthetic hands [1][2]. Group 1: Tactile Sensing Technology - Tactile sensing technology enables prosthetic hands to detect contact, prevent slipping, and adjust grip strength, assisting users in daily tasks such as pouring water, drinking, and handling objects [1]. - The proposed shared control strategy incorporates multi-stage grasping and force level switching functions to help amputees perform multi-object sorting tasks more efficiently [2]. Group 2: Research Framework - The overall framework of the tactile sensing-based shared control strategy includes three main components: gesture recognition to decode user intent, activation of pre-shaping and stable grasping functions based on contact state detection, and determination of force level switching or multi-stage grasping based on gesture consistency [3]. - The autonomous control module is responsible for determining the activated functions and generating corresponding motor commands based on user intent and fingertip tactile sensing [3]. Group 3: User Study - A user study involved 8 able-bodied participants and 3 upper-limb amputees, focusing on three common daily activities: multi-object sorting, filling a cup with water, and squeezing toothpaste [4]. - Results indicated that the multi-stage grasping function significantly improved operational efficiency (shorter completion time), while the force level switching function enhanced operational quality (higher success rate), effectively reducing muscle usage and receiving positive feedback from users [4]. Group 4: Discussion and Future Directions - The study emphasizes the need for a comprehensive evaluation of new prosthetic hand functions, including task performance, control burden, and usability measurements [5]. - User-centered assessments are established as crucial for evaluating prosthetic systems, highlighting the importance of understanding user willingness to activate and accept new functions in the design of prosthetic hands [5].

Core Insights - The Chinese robotics industry showed a significant rebound in financing activities in April 2025, with the number of financing events increasing from 43 in March to 47 in April, representing a 9.3% month-over-month growth [1] - The estimated total financing amount reached between 60.5 billion to 71.5 billion RMB, a 2-3 times increase compared to March's 18.5 billion to 25.3 billion RMB [1] - The increase in financing is attributed to a rise in the number of financing events exceeding 100 million RMB and a higher proportion of later-stage financing projects [1][2] Financing Rounds - In April, there were 12 seed/angel round financing events and 22 A-round events, together accounting for approximately 72% of total financing, indicating continued interest in early-stage innovative companies [2] - The number of B-round financing events increased slightly to 6, while C and D rounds saw improvements, suggesting a growing number of mature projects in the industry [2] Sector Focus - The service robotics sector led with 20 financing events, with humanoid robots alone accounting for 13 events, highlighting their central role in attracting capital [2][5] - In the core components sector, 11 financing events occurred, with a notable focus on new technologies such as 3D vision and laser radar, indicating a shift towards innovative component technologies [3][44] Notable Companies - "Zhongqing Robot" completed a Pre-A round financing of approximately 200 million RMB, aimed at accelerating the development of humanoid robots [7][8] - "Xinghai Map" secured over 300 million RMB in A2 and A3 rounds, focusing on embodied intelligence and multi-scenario applications [13][15] - "Yuan Ding Intelligent" announced nearly 1 billion RMB in strategic financing, emphasizing its growth in the smart cleaning product sector [39][41] Trends and Observations - The financing landscape in April 2025 reflects a dual trend of "technology-driven and scenario-testing," with a strong focus on foundational technologies while also exploring clear commercial pathways in niche sectors [5] - The emergence of new application scenarios, such as elderly care and garden robots, indicates a growing interest in the integration of technology into everyday life [5]

2025年5月9日，傅利叶十周年庆典暨首届具身智能生态峰会在上海正式召开。本次大会以"十年共创，具 身成翼"为主题，汇聚了来自通用机器人与医疗康复领域的顶尖专家学者、合作伙伴与投资机构，共同探索 具身智能在未来十年的技术应用与生态发展。本次峰会傅利叶创始人兼CEO顾捷分享了创业十年的深刻体 会，并提出了"立足康养、聚焦交互、服务于人"的下一个十年核心战略。 顾捷表示： "傅利叶致力于打造'以人为本'的具身智能和'创新为本、可靠可及'的产品，把技术创新和产品 落地作为一切投入的出发点和落脚点。医疗康复场景的应用是傅利叶的根基，傅利叶将继续围绕'以机器人 科技赋能人类生活'的愿景，把具身智能技术带进医院、社区家庭和广泛场景，为每一位对美好生活有追求 的人带去改变。" 活动现场，傅利叶与 上海国际医学中心 举行了 " 具身智能康复港 " 揭牌仪式，双方将围绕具身智能机器 人在康复医疗场景的应用标准建设、康复方案共创、科研攻关等展开全面合作，携手打造国内首个具身智 能康复示范基地。 同时，傅利叶与 同济大学签署战略合作，双方优势互补，开展联合研发、人才培养与场景共建，加速先进 技术从理论到实际应用的转化。傅利叶还与国 ...

Core Viewpoint - The article highlights a significant advancement in orthopedic surgery through the successful implementation of a robot-assisted biological total knee replacement surgery in Tibet, marking a breakthrough in high-altitude medical technology [1][5]. Group 1: Surgical Innovation - The surgery was performed by a team led by Professor Zhang Yuan from the Army Medical University, utilizing the domestic "Kuanlu" orthopedic surgical robot, which is tailored for the unique bone quality and development characteristics of Tibetan patients [1][2]. - This operation is noted as the first robot-assisted biological knee joint replacement surgery in the country, showcasing the integration of advanced technology in challenging environments [1][5]. Group 2: Challenges and Solutions - The patient had suffered from severe knee pain and deformity, with traditional surgery facing challenges such as bone loss, high-altitude reactions, and strict standards for biological knee implants [1][2]. - The surgical team developed an innovative plan that included 3D reconstruction of the knee joint structure and real-time monitoring of joint pressure during the operation, ensuring precision and optimal outcomes [2][5]. Group 3: Local Capacity Building - Following multiple digital surgical tours and over sixty surgeries, local doctors have gained the ability to independently operate the "Kuanlu" robotic system, allowing Tibetan patients to access top-tier medical technology without traveling long distances [4][5]. - This initiative represents a model for balancing medical resources in remote areas, combining expert technology transfer, local team training, and support from domestic equipment [5]. Group 4: Technological Advancements - The "Kuanlu" surgical robot has completed over 4,000 joint replacements since its introduction, demonstrating its reliability in extreme conditions, including temperatures ranging from -20°C to 40°C and oxygen levels significantly lower than at sea level [5]. - The integration of a force-sensing pad developed with funding from a key project in Chongqing enhances the robot's capabilities, allowing for precise bone cutting and real-time soft tissue balance [5].

我们能提供什么 松延动力聚焦具身智能，自主研发双足及仿生人形 机器人，实现硬件结构与运动控制系统全栈自研,核 心零部件高度国产化，在运动控制、仿生交互领域达 国际领先水平；产品标配多种控制接口，开箱即用， 支持多场景二次开发。 N2 Hobbs 期待合作的领域 松延动力期待与合作伙伴携手共创价值，共建无限可能。 机器人行业正迎来 政策驱动和场景爆 发的黄金期 展览接待 文旅表演 养老陪伴 科研教育 城市安防 工业巡检 生态合作伙伴的核心价值 产业红利 身份标识 松延动力官方认证 授权 特惠政策 ◆ 合法合规、诚信经营 全方位支持 十二年十十六人 |七丁 十六十六十 九两兄ず刀ﾛｿ゚ロ゙T F↑H 扶持政策 安当时广面、攻不 培训和支持，生态 资源互通共享 我们需要这样的您加入 认可松延动力，认可长期价值，愿意共建生 态型合作 维码(微信、钉钉、支付宝、今日头 扫描右侧1 ，招募专员会尽快与您联系! 条等均可) 具有丰富的行业客户资源,或具备软硬件系 统集成能力 招募流程 1 2 B 请您填写《生 松延动力进行 招募专员向您 态合作伙伴信 反馈评估结果 内部评估 息表》 松延动力招募全国生态合作伙伴 诚挚地邀请 ...

当波士顿动力机器人在舞台上翩翩起舞，当特斯拉 Optimus 缓缓走上发布会讲台，全球人形机器人产业正经 历着从"实验室"到"现实场景"的颠覆性跨越。2025年，随着感知算法、驱动技术与场景应用的深度融合，中 国人形机器人产业迎来爆发式增长，一个"人机共融"的智能时代已悄然拉开帷幕。 作为国内人形机器人产业的重要发展高地，浦东张江凭借自身优势，为产业蓬勃发展营造了优质环境。这里汇 聚了上海科技大学、复旦大学张江校区、上海交通大学张江高等研究院等顶尖高校科研资源，同时，助力了智 元机器人、傅利叶等一批张江本土优质机器人企业在此扎根成长，不断为区域产业注入新活力。更通过连续三 届全球生态峰会，构建起"技术研发—场景落地—产业集聚"的完整生态。在 2025 年人形具身机器人产业爆发 式增长的关键节点， 2025 张江人形机器人开发者大会暨张江人形机器人创新创业大赛 ，将于 5月29日在张江 科学会堂 盛大启幕！此次升级打造的行业盛会，构建全球开发者共襄技术突破、场景落地与生态共建的顶级 平台，开启人形机器人产业发展的全新篇章。 ▍三维盛宴 峰会×大赛×展览 的沉浸式体验 峰会将聚焦人形机器人+具身智能重点产业方向， ...

2025年5月13日（周二） 19:00-20:30（北京时间） 报告时长 宣传海报 关于讲座 报告时间 60分钟+30分钟提问互动 报告题目 具身智能的挑战与边界：物理世界模型构建与因果推理 观看方式 扫码报名即可预约直播 报告人简介 兰旭光，教授，博士生导师，国务院学位委员会学科评议组成员。现任西安交通大学人工智能学院教授， 研究领域为计算机视觉、机器人学习、多智能体博弈及人机共融协作等。担任中国自动化学会共融机器人 专委会主任委员，中国认知科学学会理事、副秘书长，人工智能学会"认知系统与信息处理"专委会副主任 委员，仿真学会"智能无人系统建模仿真"专委会副主任委员。在人工智能与机器人领域的著名期刊和会议 上如IEEE Trans和ICML/ICLR/RSS等发表论文100余篇，获得国家发明专利授权20余项，出版编著1 部。主持国家自然科学基金重点、国家科技重大专项、科技创新2030人工智能重大项目等科研项目10余 项，相关研究成果已应用于航空、航天等领域，获自动化学会科技进步一等奖和国家教学成果一等奖。担 任国际期刊IEEE Transactions on Neural Network Learning ...

5月7日，2025世界机器人大会新闻发布会在 北京市委市政府新闻发布厅 召开。中国电子学会副理事长兼 秘书长、总部党委书记陈英出席发布会并介绍大会筹备进展和有关情况。 2025世界机器人大会将于8月8日至12日在北京经济技术开发区北人亦创国际会展中心举行。大会由中国 电子学会、世界机器人合作组织主办，包括开幕式、闭幕式、论坛及相关配套活动等。同期举办世界机器 人博览会、世界机器人大赛。 陈英秘书长表示， 中国电子学会于 2015年举办了首届世界机器人大会，今年正是第十届。 习近平总书记 在致 2015世界机器人大会的贺信中指出，"随着信息化、工业化不断融合，以机器人科技为代表的智能产 业蓬勃兴起，成为现时代科技创新的一个重要标志。""我们愿加强同各国科技界、产业界的合作，推动机 器人科技研发和产业化进程，使机器人科技及其产品更好为推动发展、造福人民服务。"这为我国加快发展 机器人新质生产力指明了方向、为高质量办好世界机器人大会提供了根本遵循。 十年来支持大会的国际机 构从首届的 12家增加到26家，参会国际嘉宾由十余位增加到74位，参展企业由首届的不足百家增长到 169家，单届现场观众 20 余万人次，线上关 ...