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    • 5. 发明授权
    • Wearable backing for an abrasive flap disk
    • 用于研磨盘片的可穿戴背衬
    • US08585470B2
    • 2013-11-19
    • US12887857
    • 2010-09-22
    • Donald W. Farber
    • Donald W. Farber
    • B24D13/04
    • B24B23/02B24D9/08B24D13/16
    • A structure for a backing plate of an abrasive disk is disclosed. The structure includes layers of abrasive resin interspersed with layers of reinforcing fiberglass. The layers are generally disk shaped and cover certain radial intervals of the entire backing plate between the inner diameter and the outer diameter. For example, a radial stress profile plotting the stress along a radial line from inner to outer diameter can be determined. The amount and radial positioning of reinforcing layers (e.g., reinforcing fiberglass) may then be determined. An appropriate amount of reinforcing layers may then be placed within the radial intervals that experience the highest stress.
    • 公开了一种用于研磨盘的背板的结构。 该结构包括散布有增强玻璃纤维层的磨料树脂层。 这些层通常是盘形的并且覆盖整个背板在内径和外径之间的某些径向间隔。 例如,可以确定沿着从内到外径的径向线绘制应力的径向应力分布。 然后可以确定加强层(例如,增强玻璃纤维)的量和径向定位。 然后可以在经历最高应力的径向间隔内放置适量的增强层。
    • 8. 发明授权
    • Plated grinding tool
    • 电镀研磨工具
    • US06866572B1
    • 2005-03-15
    • US09646745
    • 1998-03-22
    • Marion Wendt-GinsbergFrank Wendt
    • Marion Wendt-GinsbergFrank Wendt
    • B24D13/04B24D13/14B23F21/03
    • B24D13/14B24D13/04
    • The invention relates to a plated grinding tool which is symmetrically configured around an axis of rotation. Said plated grinding tool comprises a plurality of grinding plates arranged on the periphery and/or on the faces, and comprises a support body on which said grinding plates are fixed. The plated grinding tool also comprises a device for connecting the plated grinding tool to a drive device. The support body has at least one rotationally symmetric lateral surface on which the grinding plates are at least partially fixed. According to the invention, the support body comprises at least one central element which is configured as a disc and which extends in an essentially radial manner in relation to the axis of rotation. In addition, the device for connecting the plated grinding tool to a drive device has a locating face, said face being formed by the disc, which is provided for connecting the plated grinding tool to a drive device. The support body additionally comprises a carrier ring, a rapid clamping device for connecting the plated grinding tool to a drive device, and a set made up of a plated grinding tool and a rapid clamping device.
    • 本发明涉及一种围绕旋转轴对称配置的电镀研磨工具。 所述电镀研磨工具包括布置在周边和/或表面上的多个研磨板,并且包括固定有所述研磨板的支撑体。 电镀研磨工具还包括用于将电镀研磨工具连接到驱动装置的装置。 支撑体具有至少一个旋转对称的侧表面,研磨板至少部分地固定在该侧表面上。 根据本发明,支撑体包括至少一个中心元件,该中心元件构造成圆盘并且相对于旋转轴线以基本上径向的方式延伸。 另外,用于将电镀研磨工具连接到驱动装置的装置具有定位面,所述面由盘形成,所述盘用于将镀覆的研磨工具连接到驱动装置。 支撑体另外包括载体环,用于将电镀研磨工具连接到驱动装置的快速夹紧装置,以及由电镀研磨工具和快速夹紧装置组成的组。
    • 10. 发明授权
    • Flap wheel
    • 襟翼轮
    • US5871399A
    • 1999-02-16
    • US887242
    • 1997-07-02
    • Grahame W. Emerson
    • Grahame W. Emerson
    • B24D13/04B24D13/16B24D13/06
    • B24D13/16B24D13/04
    • In one embodiment, a support member on an abrasive wheel has (a) an annular surface which fixedly supports (as by epoxy) a plurality of flaps in a partially overlapping relationship between successive flaps and (b) a central hole for receiving a mandrel which rotates the wheel. Each flap has on one of its surfaces abrasive particles facing outwardly from the annular surface. Each flap defines an acute angle with the annular surface and preferably extends at its opposite axial ends beyond the axial positions of support by such support surface to obtain a fixed positioning of the flaps relative to the support surface even at the axial positions beyond the axial ends of such annular surface. In a second embodiment, the flaps are disposed on the annular support surface in a tighter relationship than in the first embodiment so that each flap contacts adjacent flaps along a portion of its length. When the wheel is rotated with the flaps disposed adjacent a workpiece, the inner portions of the flaps provide an abrading action, partly because of their contact with one another, and the outer portions of the flaps provide a polishing action, partly because of their separation from one another. This polishing action is facilitated by the fact that (a) the flaps become separated from one another at their outer ends because of centrifugal action and (b) the grit on the flaps becomes progressively worn with progressive positions toward the outer ends of the flaps.
    • 在一个实施例中,研磨轮上的支撑构件具有(a)环形表面,其固定地支撑(如通过环氧树脂)在连续的翼片之间以部分重叠关系的多个翼片和(b)用于容纳心轴的中心孔 旋转车轮。 每个翼片在其一个表面上具有从环形表面向外的研磨颗粒。 每个翼片与环形表面限定锐角并且优选地在其相对的轴向端部处延伸超过支撑件的这种支撑表面的轴向位置,以获得翼片相对于支撑表面的固定定位,即使在超过轴向端部的轴向位置 的这种环形表面。 在第二实施例中,翼片以与第一实施例中更紧密的关系设置在环形支撑表面上,使得每个翼片沿其长度的一部分接触相邻的翼片。 当轮子随着邻近工件的翼片旋转时,翼片的内部部分由于它们彼此接触而提供研磨作用,并且翼片的外部部分地由于它们的分离而提供抛光动作 从彼此。 由于以下事实促进了这种抛光动作:(a)由于离心作用,翼片在其外端彼此分离,并且(b)襟翼上的砂粒随着朝向翼片的外端的渐进位置逐渐磨损。