Wearable mobility robot is an AI-driven bionic lower limb assistive device constructed with ultra-light high-rigidity composite materials, integrating full-set terrain perception sensors and closed-loop adaptive servo control system to deliver all-round mobility support for indoor rehabilitation and outdoor travel. This wearable mobility robot closely fits human leg movement curves via ergonomic wrapping design, without restricting natural actions such as walking, climbing, descending and squatting. Real-time collection of joint angles, ground gradient and gait cycle data enables it to automatically identify flat ground, uphill slopes and downhill sections, distributing graded dynamic auxiliary torque to hip and knee joints to share body weight and carrying loads. It effectively disperses concentrated pressure on thighs, calves and knees, relieves cumulative muscle fatigue and joint abrasion, and corrects irregular bionic gait for long-hour continuous use. The streamlined compact body supports quick donning and foldable storage, reaching IP54 dustproof and splash-proof standard to adapt to complex all-weather environments. Fully adjustable soft padded straps suit users of diverse heights and leg circumferences, paired with lightweight swappable lithium batteries to provide non-stop power assistance without extra weight burden. Equipped with one-touch simple intelligent control, it is friendly to seniors with weak leg strength, postoperative rehabilitation patients, hiking enthusiasts and field workers. Built-in anti-fall early warning, overload interlock and emergency stop triple safety modules effectively prevent slips and secondary injuries on uneven terrain. This multi-scenario wearable mobility robot achieves seamless human-machine motion synchronization, greatly improves long-distance walking comfort and extends continuous movement endurance while maintaining prominent wearable and portable characteristics.
