Objective To observe the effect of early exercises after artificial joint replacement.
目的观察全膝人工关节置换术患者早期功能锻炼的效果。
This artificial leg consists of a knee joint, a shank, and a foot.
设计的聪明人造的腿是膝的最重要的成份。
A single joint artificial muscle test system was designed.
设计了一个具有单关节的人工肌试验系统。
Objective To introduce the assistant artificial hip Joint (AAHJ) and its principle of design.
目的介绍辅助人工髋关节及其设计原则。
The life of the artificial hip joint is closely related to joint surface wear.
人工髋关节的寿命和关节面的磨损密切相关。
Objective: To investigate the biomechanical performance of individualized design artificial knee joint after surgical operation.
目的：探讨个性化设计的人工膝关节植入人体后的生物力学响应。
Modern module technology and control technology of knee joint for artificial limb are also reviewed.
着重阐述了现代假肢技术的构成及假肢膝关节的控制技术。
Modern module technology and control technology of knee joint for artificial limb are also reviewed.
着重阐述了现代假肢技术的构成及假肢膝关节的控制技术。
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