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    • 1. 发明授权
    • Process for reconditioning polishing pads
    • 修补抛光垫的工艺
    • US6120350A
    • 2000-09-19
    • US282391
    • 1999-03-31
    • Yi-yang ZhouEugene C. Davis
    • Yi-yang ZhouEugene C. Davis
    • B24B53/12B24B37/04B24B49/02B24B53/007B24B53/017B24B53/14B24D7/06H01L21/304B24B49/18
    • B24B53/017B24B37/042B24B49/02B24B53/14B24D7/06
    • A pad shaping tool for shaping a polishing pad. The tool includes a disk having a first side and a second side and at least two discontinuous pad shaping surfaces located in spaced apart positions relative to each other on the first side of the disk. The pad shaping surfaces are simultaneously engageable with a polishing surface of the polishing pad for shaping the polishing surface as the pad rotates relative to the tool to change a cross sectional profile of the polishing surface from a curved shape to a flatter shape. A process for reconditioning the polishing pad on a rotatable platform of a wafer polishing machine includes the steps of engaging the pad shaping tool with the polishing surface of the pad such that at least two discontinuous pad shaping surfaces of the tool simultaneously engage the polishing surface, and rotating the polishing pad while preventing translational movement of the tool relative to the pad so that the tool shapes the polishing surface of the pad to be more nearly flat.
    • 一种用于成形抛光垫的垫整形工具。 该工具包括具有第一侧和第二侧的盘,以及至少两个不连续的衬垫整形表面,其位于盘的第一侧上彼此相对分开的位置。 焊盘成形表面可同时与抛光垫的抛光表面接合,用于当焊盘相对于工具旋转时成形抛光表面,以将抛光表面的横截面轮廓从弯曲形状改变为更平坦的形状。 用于在晶片抛光机的可旋转平台上修复抛光垫的过程包括以下步骤:使焊盘成形工具与焊盘的抛光表面接合,使得工具的至少两个不连续焊盘成形表面同时接合抛光表面, 并且在防止所述工具相对于所述垫的平移运动的同时旋转所述抛光垫,使得所述工具将所述垫的抛光表面形状更接近平坦。
    • 3. 发明授权
    • Dressing roll and method for producing the same
    • 敷料辊及其制造方法
    • US4892082A
    • 1990-01-09
    • US288016
    • 1988-12-20
    • Horst J. Wedeniwski
    • Horst J. Wedeniwski
    • B24B53/14B24D18/00
    • B24D18/00B24B53/14
    • A dressing roll comprises a revolving circumferential surface, in particular two conical circumferential surfaces (12, 13) intersecting each other along an outer circumferential line (14). The circumferential surface is garnished with diamonds. In order to ensure that the diamond needles attack a grinding wheel to be dressed over a two-dimensional surface and to avoid the production of spiral-shaped dressing grooves in the grinding wheel surface, the diamonds take the form of diamond needles (15, 16) which project obliquely from the circumferential surface (12, 13) and whose free ends (17, 18) overlap each other in the circumferential direction (FIG. 1).
    • 修整辊包括旋转圆周表面,特别是沿着外圆周线(14)彼此相交的两个圆锥形周向表面(12,13)。 圆周表面装饰有钻石。 为了确保金刚石针头攻击砂轮以穿过二维表面,并避免在砂轮表面产生螺旋形修整槽,钻石采取金刚石针(15,16)的形式 ),其从周面(12,13)倾斜地突出并且其自由端(17,18)在圆周方向(图1)上彼此重叠。
    • 6. 发明授权
    • Rotary dressing tool
    • 旋转修整工具
    • US4685440A
    • 1987-08-11
    • US832350
    • 1986-02-24
    • Warren J. Owens
    • Warren J. Owens
    • B24B53/07B24D5/06B24B53/14
    • B24D5/06B24B53/07
    • Apparatus and method to provide a rotary dressing tool, formed to the geometric shape of any part piece to be ground, which is utilized to reform an abrasive wheel so that it will produce desired dimensional characteristics on the part piece. A combination of diamond particles and preformed polycrystalline diamond segments are spaced around the outer perimeter of the tool and surrounded by a matrix of abrasive resistant nickel based alloy. Co-utilization of the diamond particles and the preformed segments creates a rotary dressing tool which is highly resistant to abrasive wear, enhancing the performance and durability of the tool.
    • 用于提供旋转修整工具的装置和方法,其形成为待研磨的任何部件的几何形状,其用于改变砂轮,使得其将在零件上产生期望的尺寸特性。 金刚石颗粒和预成型的多晶金刚石区段的组合围绕工具的外周边间隔开,并由耐磨镍基合金基体包围。 金刚石颗粒和预制段的共同利用产生了高度耐磨损的旋转修整工具,提高了工具的性能和耐久性。
    • 7. 发明授权
    • Truing apparatus for a grinding wheel with rounded corners
    • 具有圆角的砂轮修整设备
    • US4551950A
    • 1985-11-12
    • US634430
    • 1984-07-26
    • Kunihiko UnnoToshio TsujiuchiYukio Oda
    • Kunihiko UnnoToshio TsujiuchiYukio Oda
    • G01B21/00B24B53/00B24B53/08G05B19/18B24B53/14
    • G05B19/182B24B53/08G05B2219/45159
    • A truing apparatus includes a truing tool supported on a tool support movable radially and axially of a grinding wheel having a rounded corner and drivable by a feed drive unit coupled to the tool support to move along a predetermined path for truing the rounded corner of the grinding wheel. At least one contact member for contacting outer peripheral and end surfaces of the grinding wheel is mounted on the tool support, and a sensor is also mounted on the tool support for detecting a contact between the contact member and the grinding wheel. A feed control system controls the feed drive unit for moving the truing tool along the predetermined path. The feed control system controls the feed drive unit so that the contact member will move radially and axially of the grinding wheel until the sensor is actuated immediately after one truing process and immediately before a next truing process. A grinding wheel position detector detects radial and axial positions of the grinding wheel when the sensor is actuated immediately after the one truing process and immediately before the next truing process. A correcting unit corrects the predetermined path along which the truing tool is to move in the next truing process based on the positions of the grinding wheel detected by the grinding wheel position detector immediately after the one truing process and immediately before the next truing process.
    • 修整装置包括修整工具,该工具支撑件可在具有圆角的砂轮的径向和轴向上移动并且可通过联接到工具支撑件的进给驱动单元驱动的工具支撑件沿着预定的路径移动,以便研磨研磨的圆角 轮。 用于接触砂轮的外周和端表面的至少一个接触构件安装在工具支架上,传感器也安装在工具支架上,用于检测接触构件和砂轮之间的接触。 进给控制系统控制进给驱动单元,用于沿着预定路径移动修整工具。 进给控制系统控制进给驱动单元,使得接触构件将沿砂轮的径向和轴向移动,直到在一个修整过程之后立即致动传感器并且在下一个修整过程之前。 砂轮位置检测器在传感器在一个修整过程之后立即致动并且紧接在下一个修整过程之前,检测砂轮的径向和轴向位置。 校正单元基于在一次修整处理之后和紧接在下一个修整处理之前由砂轮位置检测器检测到的砂轮的位置来校正修整工具在下一个修整过程中要移动的预定路径。