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    • 53. 发明授权
    • Fuse holder
    • 保险丝座
    • US4981448A
    • 1991-01-01
    • US361841
    • 1989-06-02
    • William G. Herbert
    • William G. Herbert
    • H01H85/54
    • H01H85/542
    • The fuse holder for receiving a cylindrical fuse having conductive ends includes a cap having a fuse carrier disposed in part therein for receiving one end of the fuse and a barrel having a fuse cavity for receiving the cap and fuse. The fuse carrier includes a spring retainer for retaining the fuse within the carrier. The barrel includes a bottom terminal extending through the barrel for contact with one conductive end of the fuse and a side terminal having tines extending through apertures in the side of the barrel for engagement with the fuse carrier which in turn is in electrical contact with the other end of the fuse. The body of the side terminal is disposed on the exterior of the barrel and, in conjunction with the wall of the barrel, isolates the interior of the barrel from the body of the side terminal such that only that portion of the side terminal required to complete the electrical path from the fuse carrier to the side terminal is exposed interior the barrel.
    • 用于接收具有导电端的圆柱形熔断器的熔断器保持器包括具有设置在其中的用于容纳熔断器的一端的熔丝托架的盖,以及具有用于接收盖和熔丝的保险丝腔的筒体。 保险丝托架包括用于将保险丝保持在托架内的弹簧保持器。 枪管包括延伸穿过枪管的底部端子,用于与保险丝的一个导电端接触,侧面端子具有延伸穿过枪管侧面的孔的尖端,用于与保险丝支架接合,而保险丝支架又与另一个电气接触 保险丝的末端 侧端子的主体设置在筒的外部,并且与筒的壁结合,将筒的内部与侧端子的主体隔离,使得仅需要完成的侧端的那部分 从保险丝托架到侧端子的电气路径暴露在枪管内部。
    • 57. 发明授权
    • Electrochemical surface treatment
    • 电化学表面处理
    • US5997722A
    • 1999-12-07
    • US103690
    • 1998-06-24
    • Alexandra I. VidalWilliam G. HerbertRoberto W. VidalGary J. MaierJodie L. MorrisJames E. McNamaraGene W. O'Dell
    • Alexandra I. VidalWilliam G. HerbertRoberto W. VidalGary J. MaierJodie L. MorrisJames E. McNamaraGene W. O'Dell
    • C25F3/04G03G5/10C25F1/00
    • C25F3/04G03G5/10G03G5/102
    • A method for producing a photoreceptor having a substrate subjected to a surface finishing treatment to result in a finished substrate surface, wherein the method includes:(a) analyzing the finished substrate surface by performing a first surface energy reading, a first ellipsometry reading, a first x-ray diffraction reading, and a first profilometry reading;(b) removing electrochemically via an alternating voltage or alternating current a portion of the finished substrate surface, thereby resulting in a cleaned substrate surface;(c) analyzing the cleaned substrate surface by performing a second surface energy reading, a second ellipsometry reading, a second x-ray diffraction reading, and a second profilometry reading, wherein the removing step (b) is accomplished to the extent that the second surface energy reading and the second ellipsometry reading are measurably changed from the first surface energy reading and the first ellipsometry reading, but the second x-ray diffraction reading and the second profilometry reading are measurably unchanged from the first x-ray diffraction reading and the first profilometry reading; and(d) depositing a layer of the photoreceptor on the cleaned substrate surface.
    • 一种制造感光体的方法,所述感光体具有进行了表面精加工处理以得到成品基材表面的基材,其中所述方法包括:(a)通过执行第一表面能读数,第一椭偏仪读数, 第一次x射线衍射读数和第一轮廓测量读数; (b)通过交流电压或交流电一部分完成的衬底表面电化学去除,由此导致清洁的衬底表面; (c)通过执行第二表面能读数,第二椭偏仪读数,第二x射线衍射读数和第二轮廓测量读数来分析所清洁的衬底表面,其中所述去除步骤(b)完成到第二 表面能读数和第二椭偏仪读数从第一表面能读数和第一椭偏仪读数可测量地改变,但第二x射线衍射读数和第二轮廓测量读数与第一x射线衍射读数和第 轮廓测量读数; 和(d)将感光体层沉积在清洁的基底表面上。
    • 59. 发明授权
    • Parting fixture for removal of a substrate from a mandrel
    • 用于从心轴移除基材的分离固定装置
    • US5807472A
    • 1998-09-15
    • US782239
    • 1997-01-13
    • Loren E. HendrixWilliam G. HerbertGary J. MaierErnest F. Matyi
    • Loren E. HendrixWilliam G. HerbertGary J. MaierErnest F. Matyi
    • C25D1/20
    • C25D1/20
    • A method of separating an electroformed metal substrate from a mandrel includes establishing a parting gap between the electroformed metal substrate and the mandrel, attaching the electroformed metal substrate at a parabolic end of the mandrel to a parting fixture, and introducing a fluid through the parting fixture into an opening of the mandrel to effect separation of the electroformed metal substrate from the mandrel. The parting fixture includes a parabolically shaped outer cup with a fluid inlet tube extending through the bottom thereof. The parting fixture also preferably includes an inner cup for containing the fluid introduced through the fluid inlet tube and a vacuum device to effect attachment of the electroformed metal substrate to the parting fixture.
    • 将电铸金属基材与心轴分离的方法包括在电铸金属基材和心轴之间建立分离间隙,将电铸成型的金属基材在心轴的抛物线末端附着到分型固定装置,以及将流体通过分型夹具 进入心轴的开口以实现电铸金属基底与心轴的分离。 分型夹具包括抛物线形的外杯,其具有延伸穿过其底部的流体入口管。 分型夹具还优选地包括用于容纳通过流体入口管引入的流体的内杯和用于实现电铸金属基底附着到分型夹具的真空装置。