我们公司基于机器人和仿生学的有机融合，设计出了全新的智能电动膝关节，通过假肢搭载的多种传感器来感知用户的姿势和动作，基于仿生学进行控制，提供相应的动力来辅助用户行走，这将减轻用户疲劳，避免二次损伤。同时，通过使用人工智能，对传感器获得的步态数据进行机器学习，能更好的感知用户的意图和环境变化，并且自适应去调节假肢来适应每一个用户的步态特征，帮助用户更轻松自然地行走。

     Based on the organic fusion of robotics and bionics, our company has designed a new Powered Prosthetic Knee Joint, which senses the user's posture and movement through a variety of sensors installed in the prosthesis, controls it based on bionics, and provides corresponding power to assist the user in walking, which will reduce user fatigue and avoid secondary damage. At the same time, through the use of artificial intelligence, the sensor obtained gait data machine learning, can better perceive the user's intentions and environmental changes, and adaptive to adjust the prosthesis to adapt to each user's gait characteristics, to help users walk more easily and naturally.