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    • 11. 发明授权
    • Method and measuring configuration for measuring backlash at an axial joint
    • 测量轴向接缝间隙的方法和测量结构
    • US07316170B2
    • 2008-01-08
    • US11153043
    • 2005-06-15
    • Axel BaderSven HansenSteffen SchmidtKim Henrich
    • Axel BaderSven HansenSteffen SchmidtKim Henrich
    • G01N19/00
    • G01B5/146G01B21/16
    • A method measures the backlash at an axial joint of an industrial robot having a first and a second robot knuckle that are movably connected to each other in a direction of rotation by the axial joint. A load-transmitting device applies a predeterminable force alternately in a measuring line to the first robot knuckle, connected to the free end of a robot arm. A deflection sensor measures the deflection of the first robot knuckle at a predetermined distance from the axis of rotation of the axial joint, and an evaluation device connected to the displacement sensor calculates a turning angle of the first robot knuckle as a measure of a backlash present at the axial joint, taking into account the geometrical arrangement data in the measurement of the deflection sensor and the industrial robot and also the measured deflection.
    • 一种方法测量具有第一和第二机器人转向节的工业机器人的轴向接合处的间隙,所述第一和第二机器人转向节在轴向接头的旋转方向上彼此可移动地连接。 负载传递装置在与机器人手臂的自由端连接的第一机器人转向节的测量线中交替地施加可预定的力。 偏转传感器测量第一机器人转向节在距离轴向旋转轴线预定距离处的偏转,并且连接到位移传感器的评估装置计算第一机器人转向节的转角,作为存在的间隙的量度 考虑到偏转传感器和工业机器人的测量中的几何布置数据以及测量的偏转,在轴向接合处。
    • 13. 发明申请
    • Method and measuring configuration for measuring backlash at an axial joint
    • 测量轴向接缝间隙的方法和测量结构
    • US20050274208A1
    • 2005-12-15
    • US11153043
    • 2005-06-15
    • Axel BaderSven HansenSteffen SchmidtKim Henrich
    • Axel BaderSven HansenSteffen SchmidtKim Henrich
    • G01B5/14G01B21/16B25J17/00
    • G01B5/146G01B21/16
    • A method measures the backlash at an axial joint of an industrial robot having a first and a second robot knuckle that are movably connected to each other in a direction of rotation by the axial joint. A load-transmitting device applies a predeterminable force alternately in a measuring line to the first robot knuckle, connected to the free end of a robot arm. A deflection sensor measures the deflection of the first robot knuckle at a predetermined distance from the axis of rotation of the axial joint, and an evaluation device connected to the displacement sensor calculates a turning angle of the first robot knuckle as a measure of a backlash present at the axial joint, taking into account the geometrical arrangement data in the measurement of the deflection sensor and the industrial robot and also the measured deflection.
    • 一种方法测量具有第一和第二机器人转向节的工业机器人的轴向接合处的间隙,所述第一和第二机器人转向节在轴向接头的旋转方向上彼此可移动地连接。 负载传递装置在与机器人手臂的自由端连接的第一机器人转向节的测量线中交替地施加可预定的力。 偏转传感器测量第一机器人转向节在距离轴向旋转轴线预定距离处的偏转,并且连接到位移传感器的评估装置计算第一机器人转向节的转角,作为存在的间隙的量度 考虑到偏转传感器和工业机器人的测量中的几何布置数据以及测量的偏转,在轴向接合处。