AI mobility exoskeleton is an intelligent battery-powered wearable lower limb robotic exoskeleton integrated with AI gait computing chips, multi-point terrain perception sensors and closed-loop adaptive servo control system. This AI mobility exoskeleton continuously captures real-time data including joint angles, stride frequency and ground gradient during movement, autonomously distinguishes static standing, flat walking, uphill climbing and downhill traveling, and dynamically distributes personalized auxiliary torque to hip and knee joints to match diverse terrain conditions. It efficiently reduces long-term lower limb load pressure, eases cumulative muscle fatigue and knee joint abrasion, corrects irregular gait trajectories and maintains smooth natural bionic walking postures during all-day continuous use. Constructed with ultra-light high-strength wear-resistant composite materials, the whole equipment reaches IP54 dustproof and splash-proof standard, operating stably for household daily mobility, clinical gait rehabilitation training and long-distance outdoor hiking. Fully adjustable wide soft padded binding straps fit users of various heights and leg circumferences, paired with interchangeable long-life lithium battery packs to deliver non-stop mobility support throughout the day. Ergonomic flexible joint structure fully reserves natural limb movement range, equipped with simplified one-touch intelligent control panel, friendly to elderly users with weak leg strength, post-operation rehabilitation patients and outdoor field workers. Embedded multi-layer safety mechanisms including anti-fall early warning, overload interlock and emergency stop thoroughly avoid secondary injuries caused by long-time wearing on uneven roads. This all-scenario AI mobility exoskeleton achieves high-precision human-machine motion synchronization, greatly improves long-distance walking comfort and extends continuous movement endurance for crowds with mild walking dysfunction and insufficient lower limb muscle strength.
