实现用意念驾驭轮椅 科技广货怎么做到的？ 华南脑控研发的脑机接口产品在残特奥会上被广泛应用，为残障人士便捷"行动"提供暖科技 文/羊城晚报记者 黎秋玲 图/受访者供图 广货行天下，智能轮椅走万家。 残特奥会已在大湾区落幕，回望赛场上那些突破极限的身影，依然令人动容。 参加铁人三项的佛山运动员张健感慨道："智能轮椅让我得心应手，轮椅即跑鞋，科技真的让生活更美好。" 肢体障碍运动员凭"意念"操控轮椅，穿梭障碍赛道，于篮球场灵活转向、精准传球；场外，智能轮椅载着使用者穿梭于街巷，翻越台阶、跨越沟渠，出行梦 想照进现实。 这背后，是广东科技创新与产业担当的"移动革命"，是科技以温暖之姿，为残障人士铺就的出彩人生路。 赛场亮剑："意念驱动"改写竞技格局 2025年12月结束的残特奥会上，华南脑控（广东）智能科技有限公司（以下简称"华南脑控"）研发的脑机AI轮椅，是耀眼的"科技明星"。 这款搭载非侵入式脑机接口技术的轮椅，仅凭一个轻便头环，便能精准捕捉使用者的脑电、眼电、头动等多模态生物信号，通过AI算法"翻译"成控制指令 ——目光聚焦即可启动，眨眼确认方向，转头实现转向，点头完成刹车。无需肢体动作，操作行云流水。 在障 ...

Core Insights - Brain-computer interface (BCI) technology is rapidly penetrating various fields, with applications expanding continuously. The Ministry of Industry and Information Technology and six other departments issued a document in July, aiming to build a competitive industrial ecosystem by 2030 [1] Group 1: Policy and Standardization - Beijing's market supervision authority and other departments released an action plan for 2025-2027, focusing on standardization in strategic emerging fields like BCI, drawing from experiences in the 5G sector [2] - Shanghai has introduced a future industry cultivation action plan for 2025-2030, emphasizing project management, task lists, and funding to strengthen the BCI industry chain and innovation [2] - Shanghai is also constructing a medical device standard system for BCI under the guidance of the National Medical Products Administration, aiming to streamline testing and registration processes [2] Group 2: Application and Development - In Guangdong, BCI technology is being applied in healthcare, consumer electronics, and educational training, with products like AI wheelchairs and nursing beds undergoing clinical trials [3] - The province's 14th Five-Year Plan highlights the need to explore diverse technological routes and business models for BCI, positioning it as a new economic growth point [3] - Key research institutions in Guangdong are leading BCI applications across various fields, including elderly care and public safety, with products already in clinical trials [4] Group 3: Technological Advancements - A second-generation 256-channel wireless implanted BCI system was recently unveiled, enhancing signal collection precision for patients with motor function disorders [5] - Beijing Zhiran Medical Technology Co., established in 2022, successfully completed the first domestic clinical implantation of a high-channel invasive flexible BCI, showcasing advancements in core components and mass production capabilities [6] Group 4: Ecosystem Construction - The "Brain Intelligence World" BCI cluster in Shanghai is developing rapidly, supported by clinical resources from Fudan University and aiming to create a collaborative innovation ecosystem [7] - Guangdong's population and healthcare market are central to BCI development, with a new clinical transformation base established to facilitate smoother integration of BCI technology into medical practice [7][8] - Beijing is enhancing the integration of AI and BCI data, fostering a complete industrial chain from research to application, and launching a data platform to support innovation [9]

Group 1 - The article discusses advancements in technology aimed at improving the lives of disabled individuals, particularly through brain-computer interfaces (BCIs) and AI sign language translation [2][3][8] - The non-invasive brain-computer interface technology allows users to control a wheelchair using their thoughts, providing a new level of autonomy for those with mobility impairments [3][5] - The BCI technology has applications beyond mobility, including in hospital settings where it can assist patients in controlling their environment and reduce misdiagnosis rates for patients with consciousness disorders [6][7] Group 2 - The AI sign language translation machine developed by Yinsong Technology aims to bridge communication gaps for the hearing impaired, utilizing AI to facilitate interactions between staff and users [8][10] - The deployment of AI sign language translation machines in public service areas and events has significantly improved service efficiency by 200% while reducing costs by 80% [10] - The integration of AI translation with human interpreters addresses challenges such as specialized vocabulary and regional dialects, enhancing the overall communication experience for users [10]

Group 1 - The core viewpoint of the articles highlights the transformation of wheelchairs from traditional mobility aids to smart, electric models that cater to the growing needs of the elderly population, particularly in the context of aging and mobility challenges [1][2][12] - The domestic wheelchair market saw significant growth, with online sales reaching nearly 600,000 units and sales revenue of approximately 450 million yuan in Q1 2024, marking a year-on-year increase of over 35% compared to 2023 [1][15] - The demand for wheelchairs is projected to increase, with potential user demand estimated at around 5.5 million units across various age groups, particularly among those aged 65 and above [4][12] Group 2 - The shift towards electric and smart wheelchairs is driven by technological advancements, addressing the limitations of traditional manual wheelchairs, which often pose challenges for elderly users [4][15] - The average price of electric wheelchairs in China rose to nearly 4,000 yuan per unit in 2023, influenced by rising raw material costs and increased levels of smart features [15] - The global production of electric wheelchairs increased from approximately 3.53 million units in 2015 to about 6.15 million units in 2023, indicating a growing demand for these products [15] Group 3 - The emergence of smart wheelchairs with advanced features, such as stair-climbing capabilities and brain-computer interface controls, represents a significant innovation in the industry, enhancing mobility for users [19][24][26] - The concept of shared wheelchairs is gaining traction, leveraging IoT technology to provide accessible mobility solutions in public spaces, with projections indicating a market size exceeding 120 billion yuan by 2025-2030 [27][30] - The introduction of new national standards for electric wheelchairs in 2024 aims to standardize product classifications and safety requirements, facilitating clearer guidelines for manufacturers and consumers [30][34]

Core Insights - The development of a brain-machine AI mouse allows paralyzed patients to control devices without physical movement, significantly enhancing their quality of life [1][2] - The technology, developed by a team led by Li Yuanqing, has been recognized for its potential in assisting individuals with disabilities and has been implemented in various hospitals [2][4] Group 1: Technology Overview - The brain-machine interface technology captures and decodes multi-modal signals such as EEG, eye movement, and head motion to accurately identify user intentions [2] - This technology serves as an interface between the human brain and external devices, translating brain signals into control commands for various applications [2] Group 2: Product Development and Application - The research team has focused on the commercialization of their findings since 2019, resulting in products like the brain-machine AI mouse, AI wheelchair, and smart hospital solutions [2] - The brain-machine AI mouse has been successfully tested in hospitals, improving the self-care capabilities of patients with physical disabilities [2] Group 3: Future Prospects - The advancement of brain science and machine learning algorithms presents significant opportunities for the application of brain-machine interface technology in monitoring and rehabilitating brain disorders [4]