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    • 1. 发明授权
    • Finishing of tungsten carbide surfaces
    • 精加工碳化钨表面
    • US06171224B2
    • 2001-01-09
    • US09433084
    • 1999-11-03
    • Frank H. Phillips
    • Frank H. Phillips
    • F16C1300
    • C23C30/00B24B1/00B24B21/02C23C4/10C23C4/18Y10T428/12472Y10T428/12576Y10T428/131
    • A tungsten carbide surface is finished to an RMS surface roughness of about 25 nm (1.0 microinch) or less by abrasion using diamond grit particles. The tungsten carbide surface is abraded by a sequence of grit particle-containing abrasive members, such as abrasive films, pastes, or slurries, at least one of the members having an average grit particle diameter of about 2 &mgr;m or less. The finish is enhanced by oscillating the abrasive member back and forth over the tungsten carbide surface. A different speed is used for at least two consecutive films in the series, thereby generating scratches at different angles which can be distinguished. A superfinish, corresponding to a lack of visible scratches at 100× magnification, can be obtained by abrading the tungsten carbide surface with a diamond slurry or paste having grit particles with an average diameter of about 1 &mgr;m or less.
    • 通过使用金刚石砂粒颗粒的磨损,碳化钨表面被完成为约25nm(1.0微英寸)或更小的RMS表面粗糙度。 碳化钨表面被一系列含砂粒的磨料构件(例如研磨膜,糊剂或浆料)磨损,至少一个构件的平均粒度为约2μm或更小。 通过使研磨件在碳化钨表面上来回摆动来增强表面光洁度。 对于串联中的至少两个连续膜使用不同的速度,从而产生可以区分的不同角度的划痕。 通过用具有平均直径为约1μm或更小的砂粒的金刚石浆料或糊料研磨碳化钨表面,可以获得对应于100倍放大率下缺少可见划痕的超精加工。
    • 3. 发明授权
    • Finishing of tungsten carbide surfaces
    • 精加工碳化钨表面
    • US6004189A
    • 1999-12-21
    • US929833
    • 1997-09-15
    • Frank H. Phillips
    • Frank H. Phillips
    • B24B1/00B24B5/36B24B21/02B24B49/12C23C4/10C23C4/18C23C30/00
    • C23C4/18B24B1/00B24B21/02B24B49/12B24B5/36C23C30/00C23C4/10
    • A tungsten carbide surface is finished to an RMS surface roughness of about 25 nm (1.0 microinch) or less by abrasion using diamond grit particles. The tungsten carbide surface is abraded by a sequence of grit particle-containing abrasive members, such as abrasive films, pastes, or slurries, at least one of the members having an average grit particle diameter of about 2 .mu.m or less. The finish is enhanced by oscillating the abrasive member back and forth over the tungsten carbide surface. A different speed is used for at least two consecutive films in the series, thereby generating scratches at different angles which can be distinguished. A superfinish, corresponding to a lack of visible scratches at 100X magnification, can be obtained by abrading the tungsten carbide surface with a diamond slurry or paste having grit particles with an average diameter of about 1 .mu.m or less.
    • 通过使用金刚石砂粒颗粒的磨损,碳化钨表面被完成为约25nm(1.0微英寸)或更小的RMS表面粗糙度。 碳化钨表面被一系列含砂粒的磨料构件(例如研磨膜,糊剂或浆料)磨损,至少有一个构件的平均粒度为约2μm或更小。 通过使研磨件在碳化钨表面上来回摆动来增强表面光洁度。 对于串联中的至少两个连续膜使用不同的速度,从而产生可以区分的不同角度的划痕。 通过用具有平均直径约1μm或更小的砂粒的金刚石浆料或糊料研磨碳化钨表面,可以获得对应于100倍放大率下缺少可见划痕的超精加工。