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An overview of dexterous hand mechanisms is presented. A description is given of the finger mechanism, tendon-drive configuration, and transmission chain of a multifingered nine-degree-of-freedom robot hand in which the finger mechanism has three joints and each joint uses two-way tendon-actuation by only one motor. The proposed configuration requires the same number of motors as degrees of freedom, making drive control hardware and software are simpler to implement.>
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Guo et al. (1992) studied this question.
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