介绍一种用于肌电控制假手的新型自适应切换增力机构。
In this paper, a new type of self-adaptive change mechanism of prosthetic hand controlled by EMG without overrunning clutch is presented.
采用德国技术设计的气液增力主驱动系统，可进行二行程与三行程自由切换，节能高效。
It adopts German technology of air-hydraulic boosting driving system, freely change between two stroke or three stroke for high efficiency and energy saving.
将所提出方法应用于某先进 增程式电动汽车的整车控制策略解析中，解析了该车的增程器控制策略、发动机起/停控制逻辑和工作模式切换控制策略， 表明了该方法的有效性。
This method was applied to an range extended electric vehicle to analyze control strategy of range extender, engine start-stop control logic and mode change, indicating validity of this method.
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