AI wearable robot is an intelligent battery-powered lower limb exoskeleton embedded with AI real-time gait analysis algorithm, multi-dimensional motion perception sensors and self-adaptive servo power system. This AI wearable robot can autonomously identify various motion states including standing, flat walking, uphill and downhill, intelligently calculate required auxiliary torque and deliver targeted soft power support to hip and knee joints, which effectively reduces lower limb bearing pressure, alleviates long-term walking muscle soreness and joint fatigue, and optimizes overall walking balance and gait posture. The ultra-light high-strength composite frame meets IP54 dustproof and waterproof grade, and can operate stably in home passages, community roads, professional rehabilitation centers and gentle outdoor hiking trails. Fully adjustable wide soft padded binding straps fit users of all heights and leg circumferences, matched with swappable long-life lithium battery packs to provide all-day uninterrupted mobility assistance. Ergonomic flexible joints allow unobstructed natural limb movement, paired with simplified one-touch intelligent control with low operation threshold. Multiple safety modules such as anti-fall early warning, overload automatic stop and emergency shutdown are built in to avoid secondary injuries during use. This multi-scenario AI wearable robot is widely suitable for seniors with weak legs, postoperative rehabilitation patients, hemiplegic recovery crowds and outdoor field workers, achieving seamless human-machine synchronization and greatly improving long-distance walking comfort and mobility endurance.
