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    • 32. 发明申请
    • WHEEL SPINDLE DEVICE FOR GRINDING MACHINE
    • 砂轮机用主轴装置
    • US20080305726A1
    • 2008-12-11
    • US12131593
    • 2008-06-02
    • Tomohiro InagakiTomoyasu ImaiTakayuki MorotoShinji Soma
    • Tomohiro InagakiTomoyasu ImaiTakayuki MorotoShinji Soma
    • B24B5/00
    • B24D5/10B24B19/12
    • In a wheel spindle device wherein a plurality of grinding wheels are attached in a juxtaposed relation to a wheel spindle rotatably carried on a wheel head of a grinding machine, a reference position for specifying a position in the circumferential direction of the grinding wheel is provided on a core member of each of the grinding wheels, and a plurality of inclined grooves at predetermined angular intervals are formed on a grinding surface of each grinding wheel to be inclined relative to the circumferential direction of each grinding wheel. In order that the fluctuations in the dynamic pressure and the grinding resistance between respective grinding wheels and workpiece portions ground therewith do not grow as a combined or synergy effect, the inclined grooves on each grinding wheel are shifted in angular phase from those on another grinding wheel, so that grinding efficiency and accuracy can be enhanced.
    • 在一种车轮主轴装置中,其中多个砂轮以可旋转地承载在研磨机的轮头上的车轮主轴并置安装,用于指定砂轮周向位置的基准位置设置在 每个砂轮的芯构件和预定角度间​​隔的多个倾斜槽形成在每个砂轮的研磨表面上,以相对于每个砂轮的圆周方向倾斜。 为了使相应的研磨轮和与其接触的工件部分之间的动态压力和耐磨性的波动作为组合或协同效应不增长,每个砂轮上的倾斜槽与另一个砂轮上的倾斜槽相位移动 ,从而可以提高研磨效率和精度。
    • 33. 发明申请
    • Double end face truing device, double end face truing tool, and double end face truing method
    • 双面修整装置,双面修整工具,双面修整方法
    • US20070128986A1
    • 2007-06-07
    • US10588319
    • 2005-02-17
    • Tomoyasu ImaiNoboru HiraiwaShinji Soma
    • Tomoyasu ImaiNoboru HiraiwaShinji Soma
    • B24B51/00B24B1/00B24B21/18
    • B24B53/14B24B53/053
    • First and second end surface truing sections are formed by protruding cylindrical first and second base bodies from opposite end surfaces of a disc-like base of an opposite end surface truing tool in the axial direction thereof and by providing on the external surface of the first base body and the internal surface of the second base body first and second abrasive grain layers in which numerous diamond abrasive grains are adhered with bond material. The rotational axis of the opposite end surface truing tool is inclined relative to the rotational axis of the grinding wheel within almost the same plane at a predetermined inclination angle. By moving the opposite end surface truing tool toward the rotational axis of the grinding wheel, the first and second abrasive grain layers respectively true the grinding surfaces at the opposite ends of the grinding wheel under almost the same condition to sharp grinding surfaces having moderate ruggedness, as they go ahead of the first and second base bodies to be backed up thereby. Consequently, it can be realized to true the grinding surfaces at the opposite ends of the grinding wheel under almost the same condition to the sharp grinding surfaces having the moderate ruggedness.
    • 第一和第二端面修整部分通过从相对端面修整工具的圆盘状基座的轴向方向上的相对端表面突出的圆柱形第一和第二基体形成,并且通过在第一基底的外表面上设置 主体和第二基体的第一和第二磨料颗粒层的内表面,其中许多金刚石磨粒用粘结材料粘附。 相对端面修整工具的旋转轴线相对于研磨轮的旋转轴线以预定的倾斜角度在几乎相同的平面内倾斜。 通过将相对的端面修整工具朝向研磨轮的旋转轴线移动,第一和第二磨粒层分别成为在几乎相同的条件下砂轮的相对端处的研磨表面,具有适度的坚固性的锋利研磨表面, 因为他们走在第一和第二个基础体系之前要备份。 因此,可以实现在与几乎相同条件下的砂轮的相对端处的研磨表面与具有适度坚固性的锋利的研磨表面。