Core tips：The Carbon Fiber Research Institute team of China’s Jinggong Technology has developed an ‘AI exoskeleton robot’, designed with ‘ergonomics’ as the starting point, simulating the human hip joint.
It adapts to natural gait through an intelligent motor drive system, assisting users in reducing joint load while effectively improving exercise efficiency.
Integrating multimodal sensors and AI algorithms, it can analyse the user’s scene and action intention in real time, achieve seamless transition in daily walking, climbing stairs, hiking and other scenes, and continuously adapt to user habits.
Made of high-strength and lightweight material (carbon fibre), it significantly reduces the weight of the product, achieving industry-leading levels. Combined with ergonomic design, it provides users with tough, safe, reliable and lighter comfortable wear.
Technology empowerment
This product is centred around the concept of “non motivational assistance” and aims to cover the needs of 4 groups of people:
Silver haired population:
relieve hip joint degeneration and transform daily walking into “active health management”.
Sports enthusiasts:
climbing can significantly reduce knee joint load and prolong exercise duration.
Rehabilitation trainer:
real time feedback on medical evaluation through data integration to accelerate the rehabilitation process.
Special occupations:
provide continuous muscle strength support for special occupations to reduce the risk of occupational injuries.
Also, the integration of biomimetic exoskeleton robots into modern fashion art is a simulation texture developed by intelligent algorithms, redefining the boundaries and possibilities of human aesthetics.
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