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FULLY-DRIVEN FIVE-FINGER DEXTEROUS HAND STRUCTURE AND CONTROL SYSTEM

机译:全驱动五指敏捷结构与控制系统

摘要

#$%^&*AU2020100495A420200521.pdf#####ABSTRACT The present invention discloses a fully-driven five-finger dexterous hand structure and a control system. The fully-driven five-finger dexterous hand structure includes a fixed base, a palm is arranged at the top of the fixed base; a metacarpal bone is arranged on one side of the palm; and there are five metacarpal bones. The present invention has a reasonably scientific structure and safe use and convenience. One side-sway servo and three rotating servos are used, so that a single finger has four degrees of freedom: three degrees of freedom in bending/stretching and one degree of freedom in side swing, so that the whole device has 20 degrees of freedom, and each degree of freedom can be independently controlled, so as to stably grasp objects of different sizes and improve device flexibility. A pressure sensor is used to detect contact force between a finger and a target object and feed back the contact force to a main control chip, and the main control chip controls a rotation angle of each servo by using the data fed back from the pressure sensor to conduct dynamic adjustment to better grasp the object.DRAWINGS 1 0O FIG. 1 2 FIG.21
机译:#$%^&* AU2020100495A420200521.pdf #####抽象本发明公开了一种全驱动的五指灵巧手结构及其制作方法。控制系统。全驱动的五指灵巧手结构包括固定底座,手掌位于固定底座的顶部。掌骨排列在棕榈;并且有五个掌骨。本发明具有合理的科学性结构安全使用方便。一个侧向伺服和三个旋转伺服使用,以便单个手指具有四个自由度:弯曲/拉伸和侧摆的一个自由度,因此整个设备有20个自由度,每个自由度都可以独立控制,从而稳定抓握不同尺寸的物体,提高设备的灵活性。压力传感器是用于检测手指与目标物体之间的接触力并反馈接触向主控制芯片施加力,并且主控制芯片控制每个伺服器的旋转角度通过使用压力传感器反馈的数据进行动态调整以更好地抓住物体。图纸1个0O图。1 2图21

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