"不用去大医院排队,在家门口就能体验到这么先进的康复设备。站起来走几步的感觉,真好!"近日,济南市 市中区山景社区的下肢外骨骼机器人康复推广活动现场,刚体验完的居民李军难掩激动。 山东医专智旋康衡团队成员张献月调整下肢外骨骼机器人的步态旋钮。 翟元昊 通讯员 张娣 张政 张恒彬济南报道 这项技术能高频率实时检测人体下肢关节角度和躯干姿态。系统根据采集到的数据,实时判断人体运动 意图,动态调整关节助力力矩和运动轨迹。这样能更精确复现正常步态和肢体运动模式,让康复训练更科 学、更安全。从方案论证到产品落地,团队历经了无数次打磨。 记者了解到,团队先后完成三维建模、机械结构轻量化仿真设计,驱动系统选型校核与匹配调试,控制程序 模块化编写与迭代优化。还开展了核心零部件精密加工、整机装配联调,以及多场景功能验证。 经多轮性能测试,这款机器人的关节活动角度、负载能力、运行稳定性等关键指标,均达到预设标准,完全 能满足基层康复训练的实际需求。 "科研成果好不好,基层群众说了算。"抱着这样的理念,实验室研发完成后,王睿悦、王竟彤、徐兴通、袁 子涵、张献月等核心成员主动牵头,组织团队走进山景社区,开展了这场集技术科普、实操体验 ...

中央经济工作会议的召开，为新一年经济工作启航标定了方向。"拓展'人工智能+'""办好民生实事"等关键部署，被列为2026年经济工作的重点任务。当 前，我国60岁及以上老年人口已超过3.1亿，当以人工智能为代表的新兴产业与银发浪潮相遇，最先进的科技与最普惠的民生"双向奔赴"，会在接下来经济 发展的新航程中，解锁哪些全新应用场景，孕育出怎样的产业新机遇？ 在湖南长沙的一个社区养老服务站，有一个会看诊的小机器人。老人们每天去服务站监测血压、简单问诊。这个小机器人还是老人们的"文娱小伙伴"。 这款机器人是湖南一家科技公司研发出来的。这家公司推出的健康陪护类人形机器人，主要围绕助医、助行、助餐等方面，为老人提供陪护功能。他们让机 器人学习弹钢琴，是为了锻炼它的手指灵活度，好让机器人尽早实现更细致的家庭照护服务。 为了让机器人将来能胜任健康陪护的工作，研发团队还在训练机器人学习艾灸、按摩。 设计这位"实习生"的科技公司，开发了一些针对老人的特定场景，他们做了很多姿态算法，当发生紧急情况的时候，机器人会第一时间识别并发出通知，可 以及时处理突发状况。 在广东深圳一家养老院里，机器人承担了很多工作，包括24小时监护老人的生命 ...

Core Insights - The event showcased over 1,000 smart health and rehabilitation devices, indicating a shift towards practical applications of smart elderly care technology [1][2] - The theme of the event emphasized the integration of digital technology with elderly health services, highlighting strategic partnerships and the signing of multiple biopharmaceutical projects [1] - The introduction of a "1+3+N" smart elderly care solution demonstrates the use of big data to enhance the elderly care service system, creating a comprehensive safety net for seniors [1] Industry Developments - The event featured innovative technologies and products in the rehabilitation sector, establishing a seamless service system connecting hospitals, communities, and homes to meet diverse rehabilitation needs of the elderly [2] - Nantong, recognized as a "Longevity Town," is actively implementing health initiatives and addressing population aging, aiming to create a high-quality population service system across all life stages [2] - Nantong has been awarded as a national model city for health city construction for three consecutive years and has established a long-term care insurance system, showcasing its commitment to elderly care [2]

Core Insights - The article highlights the increasing elderly population in China, projected to reach 310 million by the end of 2024, emphasizing the importance of elder care services as a significant social issue [1] - Technological advancements, particularly AI, are playing a crucial role in enhancing the quality of life for the elderly, enabling them to engage in learning and health recovery [2][4] Group 1: Elderly Population and Care Services - By the end of 2024, the elderly population (aged 60 and above) in China is expected to reach 310 million [1] - The government has implemented multiple policies to create a more elder-friendly society, ensuring better care and enjoyment for the elderly [1] Group 2: Technological Integration in Elderly Care - AI technology is being utilized to improve elderly education and health, allowing seniors to engage in activities like recitation and recovery training [2][4] - As of the end of 2024, there are 68,000 grassroots elderly education learning points established across urban and rural communities, facilitated by AI [5] Group 3: Smart Elderly Care Platforms - During the 14th Five-Year Plan period, China is enhancing its three-tier elderly care service system through smart platforms that integrate institutional, community, and home care services [8] - In Dalian, a smart elderly care platform connects over 400 nursing homes and home care service providers, allowing seniors to access various services via mobile apps [8][10] Group 4: Personalized Services and Support - The smart elderly care system in Changzhou utilizes big data and cloud technology to match elderly needs with available services, creating a more intelligent care ecosystem [11] - The system includes features like emergency calls and remote monitoring, ensuring a 24-hour responsive "smart housekeeper" service for the elderly [11] - It also connects seniors with local dining options and personalized services, addressing individual needs such as medical appointments [13][14]

Core Viewpoint - The article emphasizes the transformative role of artificial intelligence (AI) in enhancing the lives of disabled individuals in China, showcasing various technologies developed by iFlytek that provide support and improve accessibility for different disabilities [2][6][8]. Group 1: AI Innovations for Hearing Impairment - iFlytek has launched a series of smart hearing aids featuring technologies like "charging box subtitles" and "deep-sea noise reduction," which expand the functionality beyond traditional hearing aids [3][5]. - Since 2019, iFlytek has partnered with organizations to provide lifetime free transcription services for certified hearing-impaired individuals, with over 200 million minutes of transcription donated by the end of 2024 [3][5]. - The establishment of the "Hearing Information Accessibility Research and Application Joint Laboratory" aims to develop industry standards for hearing accessibility technology [3][6]. Group 2: Systematic Approach to Disability Assistance - The establishment of the "Universal Artificial Intelligence Assistance Laboratory" in May 2024 marks a new phase in systematic and platform-based disability assistance, focusing on technology development, product incubation, and talent training [6][8]. - The laboratory aims to create a comprehensive ecosystem of accessible products covering various disabilities, ensuring that no one is left behind in the digital age [6][8]. Group 3: Robotics and Communication Aids - iFlytek's lower limb exoskeleton robots are currently in use in nearly 50 hospitals, serving over 10,000 individuals, providing both rehabilitation training and daily mobility assistance [7]. - The "Accessible Communication AI Transparent Screen" facilitates communication for hearing and speech-impaired individuals through features like remote sign language translation and multilingual translation [7]. Group 4: Community Engagement and Employment Training - iFlytek has initiated various programs, including the "Three Voices of Fortune" AI charity plan and AI assistance innovation competitions, empowering over 33,000 developers to create solutions for disability assistance [7][8]. - The company collaborates with special education schools to offer "Technology Assistance Experience" courses and job training for disabled individuals, enabling them to acquire new skills and achieve self-worth [7].

Group 1 - The 2025 Henan Brain-Computer Interface Technology Innovation Development Forum was held in Anyang, focusing on the integration of brain-computer interface technology and rehabilitation medicine, attracting experts from various fields [1] - The forum was co-hosted by Henan Provincial People's Hospital and Xi'an Jiaotong University, featuring one main forum and five thematic sub-forums under the theme "Inheriting the Spirit of the Red Flag Canal, Intelligent Rehabilitation for a New Future" [1] - A joint innovation consortium for brain-computer interface rehabilitation technology was established, led by Xiangyu Medical, involving 12 universities and research institutions, aiming to bridge the gap between research, clinical practice, and industry [1] Group 2 - Xiangyu Medical's brain-computer interface laboratory has built an ecosystem covering "collection - algorithm - control - scenario," with its non-invasive EEG collection device receiving national medical device certification [2] - The company plans to complete the development of over 20 related devices this year, leveraging clinical experience from the Provincial People's Hospital and its own R&D capabilities to address issues like signal recognition accuracy [2] - A strategic cooperation agreement was signed between Xiangyu Medical and the Provincial People's Hospital, alongside the global launch of 13 new products in various fields, including lower limb rehabilitation training and cognitive impairment assessment [1][2]

Core Viewpoint - The integration of AI technology in elderly care is transforming the landscape of healthcare in Hong Kong, making "smart aging" a reality and injecting new vitality into the medical technology industry [1][4]. Group 1: AI Empowerment in Elderly Care - The 16th Hong Kong International Medical and Healthcare Exhibition showcased around 300 exhibitors from 13 countries, presenting innovative AI-powered products for elderly care, such as AI rehabilitation systems and portable AI diagnostic tools [1][2]. - The elderly population in Hong Kong is projected to reach 23.9% by 2024, highlighting the urgent need for technology to support and enhance the quality of life for seniors [1][4]. Group 2: Innovative Products and Technologies - A wearable exoskeleton robot designed based on the principle of neural plasticity allows individuals with severe mobility impairments to regain the ability to walk through AI-driven gait training [2]. - AI-driven solutions include a VR eye-tracking device for cognitive impairment assessment, a smart mattress that monitors pressure distribution to predict bedsores, and a portable detection device for non-invasive health checks [3][4]. Group 3: Future of Elderly Care - The Hong Kong government anticipates that by 2043, seniors aged 65 and above will constitute over one-third of the population, necessitating advancements in elder care technology [4]. - Innovations such as smart nursing beds equipped with sensors to monitor vital signs and assist with patient mobility are being developed to enhance the dignity and care of the elderly [4][5].

Group 1 - The 2025 Shanghai Technology Festival opened in Zhangjiang, Shanghai, showcasing robots from Fourier, a company specializing in robotics [1] - The two featured robots, Fourier N1 and GR-2, attracted significant attention, highlighting the company's advancements in robotics technology [1][3] - Fourier N1 is a compact robot with a height of 1.3 meters and a weight of 38 kilograms, capable of running at a speed of 3.5 meters per second and has completed over 1000 hours of outdoor testing [3] Group 2 - Fourier GR-2 is a larger robot, standing at 1.75 meters and weighing 63 kilograms, equipped with advanced actuators and a self-developed dexterous hand, enabling versatile applications in various fields [3] - The company has been active in the medical robotics sector for ten years, with products deployed in over 3000 medical terminals globally [3][4] - Fourier has developed over 30 rehabilitation robot products, delivering thousands of units, and aims to expand the use of humanoid robots in rehabilitation hospitals and community health service centers in the next few years [4] Group 3 - The rehabilitation robots possess significant commercial and social value, with a large market potential, but they require advanced technology for effective human interaction [4] - The integration of the robot's "brain" and "cerebellum" is a current challenge, affecting real-time and rapid action generation [4] - The company is focused on building a robust industrial ecosystem through collaborations with hospitals, universities, and research institutions to shorten innovation cycles [5]

Core Viewpoint - Fourier has established a "humanoid + rehabilitation" concept application scene in collaboration with Shanghai International Medical Center, focusing on the integration of humanoid robots in rehabilitation therapy and medical services [1][2]. Group 1: Company Overview - Founded in 2015, Fourier initially entered the market with medical rehabilitation robots and launched China's first commercial lower limb exoskeleton robot in 2017, gradually forming a comprehensive product matrix covering upper limbs, lower limbs, and balance training [1][3]. - Fourier has introduced over 30 intelligent rehabilitation products and provides professional services to more than 3,000 medical institutions across over 60 countries and regions [1][7]. Group 2: Product and Technology Development - The company has developed various intelligent rehabilitation devices, including lower limb exoskeleton robots and three-dimensional upper limb rehabilitation robots, which enhance treatment efficiency and reduce the need for multiple therapists [2][3]. - Fourier's humanoid robots, such as the GR-1 and GR-2, are designed for applications in guidance, consultation, and academic research, showcasing the versatility of humanoid robots in medical settings [3][4]. Group 3: Strategic Focus and Future Plans - The CEO of Fourier emphasized a core strategy for the next decade focused on human-centered embodied intelligence, aiming to enhance interaction, efficiency, and research innovation in rehabilitation and elder care [3][4][5]. - Fourier plans to optimize strategies around embodied intelligence to improve the efficiency of rehabilitation therapists, allowing them to manage multiple robots simultaneously [6][8]. Group 4: Industry Context and Challenges - The company recognizes the shortage of experienced rehabilitation therapists in China, particularly in rural areas, and aims to address this gap through the deployment of humanoid robots [6][7]. - The broader industry faces challenges in the implementation of embodied intelligence technology in healthcare, including ecological, talent, and policy barriers [10][11]. Group 5: Collaborative Efforts and Initiatives - Fourier has initiated collaborations with institutions like Tongji University and launched the "Embodied Intelligent Rehabilitation Technology Development Initiative" to accelerate clinical applications of embodied intelligence [10][11]. - The company is also involved in government initiatives aimed at promoting technological innovation in elder care and medical robotics, with a goal to establish Shanghai as a hub for medical robot technology by 2025 [12].

Core Viewpoint - The article discusses the evolution and future prospects of Fourier, a company specializing in humanoid robots, particularly in the context of healthcare and rehabilitation, highlighting its journey from inception to becoming a key player in the field of embodied intelligence [3][5][6]. Company Development - Fourier was founded ten years ago, initially focusing on rehabilitation robots and later expanding into humanoid robots, with the first prototype being developed in 2022 [3][5]. - The company has launched several humanoid robots, including GR-1 and GR-2, and plans to release more products by the end of the year [5][6]. Market Environment - The market for humanoid robots faced skepticism in the past, with many investors viewing them as mere toys; however, recent advancements in large model technology have transformed the perception of embodied intelligence into a new growth area [4][6]. - The healthcare sector is seen as a critical application area for humanoid robots, with Fourier's existing presence in over 3,000 medical institutions providing a strong foundation for future developments [6][10]. Technological Advantages - Fourier's expertise in core components from rehabilitation robots is leveraged in humanoid robot development, maintaining a focus on dual-legged designs [6][10]. - The company emphasizes the importance of interactivity and human-centric design in both industrial and healthcare applications, aiming to enhance robots' perception and decision-making capabilities [7][10]. Future Applications - Humanoid robots are expected to play significant roles in rehabilitation, elderly care, and companionship, with a focus on interactive and cognitive training [8][10]. - The timeline for bringing a medical-grade humanoid robot from concept to market is estimated to be three to four years, considering the necessary validation and regulatory processes [9][10]. Competitive Differentiation - Fourier differentiates itself through its technological advancements, including force feedback technology and AI-driven motion capabilities, which allow for adaptive interactions with users [10][12]. - The company has accumulated a wealth of rehabilitation data, enabling it to understand user needs and refine its robots' functionalities [10][12]. Collaboration and Ecosystem - Fourier recognizes the need for collaboration within the industry, particularly in sensor technology and AI model development, to enhance the capabilities of humanoid robots [12][13]. - The company aims to build partnerships with AI firms to leverage existing infrastructures and adapt models for specific applications [13][15]. Market Strategy - Fourier intends to maintain its focus on the B2B market while exploring potential C2C opportunities as technology evolves, emphasizing the importance of efficiency and user empowerment [15][16]. - The company views its rehabilitation and humanoid robot segments as interconnected, with plans for diverse robot forms to meet various user needs [16].