Core Viewpoint - The company is strategically advancing in cutting-edge technologies such as brain-computer interfaces and rehabilitation robots, enhancing its competitive advantages in the rehabilitation medical device sector [1] Group 1: Technological Advancements - The company is establishing a rehabilitation robot laboratory and planning the Sun-BCI Lab for brain science, focusing on the research, transformation, and application of advanced technologies like brain-computer interfaces, rehabilitation robots, and AI in rehabilitation [1] - The company is developing a brain-controlled exoskeleton robot that integrates brain-computer interface technology, aimed at improving rehabilitation training for patients with weakened lower limb strength [1] Group 2: Market Position - The company's initiatives are expected to strengthen its competitive advantages and barriers in the rehabilitation medical device field [1]

Core Viewpoint - The article emphasizes the significance of scene innovation in driving urban industrial upgrades and highlights Chengdu's leadership in this national innovation competition [2][3]. Group 1: Scene Innovation Development - Scene innovation has been elevated to unprecedented heights, with the government report mentioning "scene" twice, focusing on the innovation and enrichment of consumption scenarios [2]. - Chengdu has established the "Chengdu Market Scene Innovation Promotion Center" to serve as a crucial support for technological innovation and achievement transformation [2][3]. - A series of research activities titled "Scene-Driven into Chengdu Future Test Field" has been initiated to observe the vibrant scene innovation across various districts [2][3]. Group 2: Industrial and Technological Advancements - Chengdu has built a comprehensive scene network, forming working groups across 16 key industrial chains, including artificial intelligence and integrated circuits [3]. - A city-level scene innovation experiment is underway in Chengdu, with several technological achievements transitioning from the lab to practical applications [3][4]. - Notable advancements include the commercialization of "air taxis" by WoFei ChangKong and clinical trials for brain-controlled exoskeleton robots by Buffalo Robotics [3][4]. Group 3: Industrial Parks and Economic Growth - Major industrial parks in Chengdu are hotspots for innovation, with over 40% of companies in the Electronic Science and Technology University Technology Park being achievement transformation enterprises [4]. - The Chengdu Economic Development Technology Incubation Park focuses on medical devices and biomedicine, housing 450 companies that are growing from startups to established firms [4]. - County-level new cities are becoming crucial for manufacturing development, with industrial investment in these areas averaging 12 percentage points higher than the city overall [4][5].

以下文章来源于睿兽Pro ，作者Bestla 睿兽Pro . 创业邦旗下横跨一二级市场的科创数据平台。实时投资数据、追踪产业创新。找数据、做分析、链资 源，就上睿兽分析。 行业定义 外骨骼机器人（ Exoskeleton Robot）是一种通过机械结构与人类身体协同运作，用于增强运动能 力、减轻肌肉负担或辅助康复训练的可穿戴式机器人系统。 近日 ，外骨骼机器人逐渐以新型 " 医疗 辅助装备 "的形象被公众关注，多个相关企业也在这一趋势下获得了资本的青睐。 尽管也叫机器人， 外骨骼机器人 与传统机器人却大不相同，它 是一种可穿戴设备，其本质是 "增 强"或"辅助"人类身体功能，而不是替代。 其 始终依附于人身之上，用户是运动的主动发起者，设 备则根据人体动作提供机械支持或训练反馈。 《十四五医疗装备产业发展规划》作为我国医疗装备产业发展的纲领性文件，首次系统性地提出了医 疗装备产业的战略布局与重点发展方向。随着老龄化社会加速和康复医学需求增长，《规划》将健康 促进与康复装备作为重点领域。具体包括：智能康复机器人，针对运动功能障碍患者，开发 外骨骼机 器人 、认知训练系统等；中医数字化设备，推广智能针灸仪、中医体 ...