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Modeling of bionic hand with force sense and measurement of force spatial resolution

机译:仿生手与力读取力的模型和力空间分辨率

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In order to achieve real-time and accurate measurement of the force between the end of the bionic finger and the object being grasped, this paper establishes a motion model between the bionic hand and its end effector, with this proposed mathematical model of it, the grasping force and moment of the bionic finger can be calculated. And then, a spatial resolution measurement method of force sensor based on the motion model is proposed and described. We evaluate our method by several experiments, the results show the effectiveness of this method. With motor motion control method, the bionic hand with a force sensor can grasps an object like humans.
机译:为了实现仿生手指的末端之间的实时和精确测量仿生手指的末端和抓住物体,本文建立了仿生手和其末端效应器之间的运动模型,其中提出了这一提出的数学模型可以计算抓握力和仿生手指的时刻。然后,提出并描述了基于运动模型的力传感器的空间分辨率测量方法。我们通过几个实验评估我们的方法,结果表明了这种方法的有效性。采用电机运动控制方法,带有力传感器的仿生手可以抓住人类的物体。

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