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    • 52. 发明授权
    • Method of making a plateau honing tool
    • 制作高原珩磨工具的方法
    • US6083445A
    • 2000-07-04
    • US90770
    • 1993-07-13
    • R. Brown WarnerJoseph P. Gaser
    • R. Brown WarnerJoseph P. Gaser
    • B24B33/08B24D3/28B24D3/32B24D18/00B29C70/02B29C71/00B29C63/00
    • B24B33/08B24D18/00B24D18/0009B24D3/28B24D3/32B29C45/0013B29C70/025B29C2793/009B29C45/16B29L2031/736
    • An injection molded disposable honing tool is made by an injection molding process. The tool has an elongated rectangular base from which projects an elongated section which may be somewhat smaller. The elongated section terminates in a working face. The entire tool may incorporate abrasive therein homogeneously or simply the elongated section which terminates in the working face. A shot of a plastic melt such as nylon is formed with abrasive mixed homogeneously which is then injected into a mold. For higher cost abrasive, a two shot process may be used with one shot being abrasive free. Alternatively, an abrasive-free insert may be placed in the mold before the abrasive mix is injected. The surface of the working face may be formed to act as a working face of closely packed fingers by placing patterns in the mold surface forming the working face, or subsequently cutting the working face, or a combination of both.
    • 注射成型的一次性珩磨工具通过注射成型工艺制成。 该工具具有一个细长的矩形基座,从该突出的矩形基座伸出可能稍微较小的细长部分。 细长部分终止于工作面。 整个工具可以在其中均匀地或简单地结合研磨剂终止于工作面中的细长部分。 用诸如尼龙的塑料熔体的喷射形成均匀的磨料,然后将其注入模具中。 对于更高成本的磨料,可以使用双喷射法,一次喷射是无磨料的。 或者,在注入磨料混合物之前,可将无磨料的刀片放置在模具中。 工作面的表面可以通过将图案放置在形成工作面的模具表面中,或者随后切割工作面或两者的组合而形成为紧密包装的手指的工作面。
    • 53. 发明授权
    • Unitary molded honing tool
    • 一体成型珩磨工具
    • US5709591A
    • 1998-01-20
    • US499678
    • 1995-07-07
    • R. Brown WarnerJoseph P. Gaser
    • R. Brown WarnerJoseph P. Gaser
    • B24B33/08B24D3/28B24D3/32B24D18/00B29C70/02B24B33/02
    • B24B33/08B24D18/00B24D18/0009B24D3/28B24D3/32B29C45/0013B29C70/025B29C2793/009B29C45/16B29L2031/736
    • An injection molded disposable honing tool is made by an injection molding process. The tool has an elongated rectangular base from which projects an elongated section which may be somewhat smaller. The elongated section terminates in a working face. The entire tool may incorporate abrasive therein homogeneously or simply the elongated section which terminates in the working face. A shot of a plastic melt such as nylon is formed with abrasive mixed homogeneously which is then injected into a mold. For higher cost abrasive, a two shot process may be used with one shot being abrasive free. Alternatively, an abrasive-free insert may be placed in the mold before the abrasive mix is injected. The surface of the working face may be formed to act as a working face of closely packed fingers by placing patterns in the mold surface forming the working face, or subsequently cutting the working face, or a combination of both.
    • 注射成型的一次性珩磨工具通过注射成型工艺制成。 该工具具有一个细长的矩形基座,从该突出的矩形基座伸出可能稍微较小的细长部分。 细长部分终止于工作面。 整个工具可以在其中均匀地或简单地结合研磨剂终止于工作面中的细长部分。 用诸如尼龙的塑料熔体的喷射形成均匀的磨料,然后将其注入模具中。 对于更高成本的磨料,可以使用双喷射法,一次喷射是无磨料的。 或者,在注入磨料混合物之前,可将无磨料的刀片放置在模具中。 工作面的表面可以通过将图案放置在形成工作面的模具表面中,或者随后切割工作面或两者的组合而形成为紧密包装的手指的工作面。
    • 54. 发明授权
    • Inverted cell pad material for grinding, lapping, shaping and polishing
    • 用于研磨,研磨,成型和抛光的倒置电池垫材料
    • US4841680A
    • 1989-06-27
    • US248335
    • 1988-09-20
    • Mark F. HoffsteinTakehisa Shinagawa
    • Mark F. HoffsteinTakehisa Shinagawa
    • B24B37/24B24D3/32B24D11/00B24D13/14C08J9/00C08J9/28
    • B24B37/24B24D3/32B29C44/321C08J9/0061C08J9/28B29K2075/00B29L2031/736C08J2375/04C08J2427/00Y02P20/582Y10T428/249981
    • A polishing pad material is provided with a cellular polymeric layer containing elongated cells normal to the major surfaces of the material, such that the cell openings on the polishing surface of the material comprise a majority of the surface area, and the cells have a mean diameter of about 50 to 200 microns with the diameter of the surface openings being preferably larger than the cell diameters below the surface. The cells are preferably cone-shaped and have a depth at least 1.5 times the diameter of the surface openings. The pad material is formed from a poromeric material, preferably polyurethane elastomer, with microporous cell walls having pore diameters less than 0.1 times the diameter of the cells. The polishing pad material may be made according to conventional poromeric technology, but instead of removing the usual top poromeric skin, the poromeric layer is inverted and the original bottom poromeric skin and any attached substrate are removed to open and expose the cells at a plane corresponding to their largest diameters.
    • 抛光垫材料设置有包含与材料主表面垂直的细长细胞的多孔聚合物层,使得材料的抛光表面上的电池开口占表面积的大部分,并且电池的平均直径 约50至200微米,其中表面开口的直径优选大于表面下方的孔直径。 细胞优选是锥形的并且具有至少1.5倍的表面开口直径的深度。 衬垫材料由孔体材料,优选聚氨酯弹性体形成,其孔径小于电池直径的0.1倍的微孔孔壁。 抛光垫材料可以根据常规的多孔体技术制造,但是代替去除通常的顶部波形体表皮,而不是去除通孔顶部的反射层,并且移除原始的底部波形皮肤和任何附着的底物以在对应的平面上打开和暴露细胞 达到最大直径。