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    • 2. 发明授权
    • Method and apparatus for controlling grinding processes
    • 用于控制研磨过程的方法和装置
    • US5044125A
    • 1991-09-03
    • US490415
    • 1990-03-08
    • Edward L. Lambert, Jr.Charles B. MatsonBernard D. Vaillette
    • Edward L. Lambert, Jr.Charles B. MatsonBernard D. Vaillette
    • B23Q15/12B24B49/16
    • B24B49/16B23Q15/12
    • A grinding machine is shown as including a machine base, a wheel supported by the base and carrying a rotatable superabrasive grinding wheel, a device for relatively feeding the grinding wheel and a workpiece at a feed rate along a normal force vector between the two, and an apparatus for controlling the grinding processes. The apparatus further preferably includes a force transducer mounted adjacent the wheelhead to measure the magnitude of the normal force factor occurring between the wheel and the workpiece, as well as a control device for varying the feed rate and for determining the relative wheel sharpness based upon the feed rate and the measured normal forces. The feed rate can thereby be varied in response to the determined wheel sharpness to maintain a substantially constant normal force and to optimize the grinding process. By monitoring the magnitude of the normal force factor and by determining the wheel sharpness, the grinding machine of the subject invention enables automatic conditioning of a superabrasive grinding wheel, optimization of the grinding process, and optimization of reshaping of the grinding wheel.
    • 研磨机被示为包括机座,由基座支撑的轮子,并且承载可旋转的超研磨砂轮,用于沿着两者之间的法向力矢量的进给速率相对地馈送砂轮和工件的装置,以及 用于控制研磨过程的装置。 该装置还优选地包括安装在砂轮头附近的力传感器,以测量在车轮和工件之间出现的法向力因子的大小,以及用于改变进给速度的控制装置,以及基于 进给速率和测量的法向力。 因此,可以响应于确定的轮锐度来改变进给速率,以保持基本上恒定的法向力并优化磨削过程。 通过监测法向力因子的大小并通过确定车轮的清晰度,本发明的研磨机能够自动调节超磨料砂轮,优化磨削过程以及优化砂轮重新定形。