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    • 2. 发明申请
    • Machine tool with improved concentricity
    • 机床同心度提高
    • US20080022818A1
    • 2008-01-31
    • US11881696
    • 2007-07-27
    • Heinz HackhPaul Helmut Nebeling
    • Heinz HackhPaul Helmut Nebeling
    • B23B19/02
    • B23Q23/00G05B19/404G05B2219/49177Y10T82/10Y10T82/16016Y10T82/2502Y10T82/2562
    • A dynamic spindle adjustment permitting an adjustment movement for the compensation of a wobble of the body held by the work spindle is provided on the spindle bearing of a machine tool. The regulation is designed at least dynamically enough for the regulation to permit a reliable tracking of the rotating work spindle. As a result of this, one or more spindles can be moved relative to a stationary machine in such a manner that the path of a body held on the work spindle represents an ideal rotation about the desired body axis, that is, the axis of symmetry. The compensation motion can be achieved by energizing appropriate actuators of the bearing devices with sinusoidal and cosinusoidal adjustment signals, which are superimposed to produce a circular motion of the affected bearing device. This circular motion compensates for orbital motions of the misaligned body (7) held on the work spindle.
    • 在机床的主轴轴承上设置动态主轴调节,允许调整运动以补偿由工作主轴保持的主体的摆动。 调节至少足够动态地进行调节,以便可靠地跟踪旋转工作主轴。 作为其结果的结果是,一个或多个主轴可以相对于固定机器移动,使得保持在工作主轴上的主体的路径代表围绕所需体轴的理想旋转,即对称轴 。 补偿运动可以通过用正弦和余弦调整信号激励轴承装置的适当致动器来实现,其被叠加以产生受影响的轴承装置的圆周运动。 该圆周运动补偿保持在工作主轴上的不对准主体(7)的轨道运动。
    • 3. 发明授权
    • Machine tool with improved concentricity
    • 机床同心度提高
    • US07546787B2
    • 2009-06-16
    • US11881696
    • 2007-07-27
    • Heinz HáckhPaul Helmut Nebeling
    • Heinz HáckhPaul Helmut Nebeling
    • B23B1/00B23B3/00
    • B23Q23/00G05B19/404G05B2219/49177Y10T82/10Y10T82/16016Y10T82/2502Y10T82/2562
    • A dynamic spindle adjustment permitting an adjustment movement for the compensation of a wobble of the body held by the work spindle is provided on the spindle bearing of a machine tool. The regulation is designed at least dynamically enough for the regulation to permit a reliable tracking of the rotating work spindle. As a result of this, one or more spindles can be moved relative to a stationary machine in such a manner that the path of a body held on the work spindle represents an ideal rotation about the desired body axis, that is, the axis of symmetry. The compensation motion can be achieved by energizing appropriate actuators of the bearing devices with sinusoidal and cosinusoidal adjustment signals, which are superimposed to produce a circular motion of the affected bearing device. This circular motion compensates for orbital motions of the misaligned body (7) held on the work spindle.
    • 在机床的主轴轴承上设置动态主轴调节,允许调整运动以补偿由工作主轴保持的主体的摆动。 调节至少足够动态地进行调节,以便可靠地跟踪旋转工作主轴。 作为其结果的结果是,一个或多个主轴可以相对于固定机器移动,使得保持在工作主轴上的主体的路径代表围绕所需体轴的理想旋转,即对称轴 。 补偿运动可以通过用正弦和余弦调整信号激励轴承装置的适当致动器来实现,其被叠加以产生受影响的轴承装置的圆周运动。 该圆周运动补偿保持在工作主轴上的不对准主体(7)的轨道运动。