外骨骼机器人怎样安全走入寻常百姓家？

Core Insights - The article discusses the increasing popularity and accessibility of exoskeleton robots, which are being introduced in various tourist attractions and are gaining consumer interest due to their affordability, priced under 10,000 yuan [1][3]. Group 1: Exoskeleton Technology Overview - Exoskeletons are wearable robotic systems designed to enhance, assist, or restore human movement capabilities, primarily worn on the waist and legs [3]. - Initially used in military and medical fields, exoskeletons have evolved to become lighter and more responsive, with advancements in technology improving their performance and reducing costs [3][4]. Group 2: Market Demand and Consumer Experience - The demand for exoskeletons is driven by rising living standards and health consciousness, with applications in outdoor activities and assistance for the elderly [4]. - A user experience example highlights that exoskeletons can reduce physical exertion by approximately one-third during activities like climbing, indicating a positive reception among consumers [4]. Group 3: Limitations and Considerations - Current consumer-grade exoskeletons are more suited for individuals with intact mobility rather than those with severe physical limitations, as they may not provide adequate support for all users [5]. - Experts caution that many commercial exoskeletons focus on leg lifting without addressing balance and stability, which are critical for safe usage [5][6]. Group 4: Safety and Standards - Safety concerns regarding exoskeletons include electrical safety and battery reliability, with recommendations for consumers to choose products with certified batteries [6]. - The industry lacks a comprehensive standardization framework, necessitating the development of safety and performance standards to guide manufacturers and ensure consumer safety [7]. Group 5: Future Development and Market Integration - The future of exoskeletons lies in their integration into healthcare and community settings, with the potential for data-driven improvements in technology and user experience [8]. - There is a call for personalized adaptations in exoskeleton design to cater to individual needs, particularly for the elderly, emphasizing the importance of addressing specific mobility challenges [7][8].