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    • 6. 发明授权
    • Chuck assembly
    • 卡盘装配
    • US5829759A
    • 1998-11-03
    • US395214
    • 1995-02-27
    • Eugene A. SwainStanley J. Pietrzykowski, Jr.Mark C. PetropoulosAlan D. Smith
    • Eugene A. SwainStanley J. Pietrzykowski, Jr.Mark C. PetropoulosAlan D. Smith
    • F16B2/04B65G47/90B66C1/56
    • B65G47/908Y10T279/1066Y10T279/1087
    • There is disclosed a chuck assembly for engaging the inner surface of a hollow substrate comprising: (a) a housing having an open end and defining a passageway in communication with the open end; (b) a partially hollow elastic boot defining an entry hole and an inner surface wherein the boot when stretched decreases in cross-sectional dimension, and wherein the boot engages the housing, whereby the hollow portion of the boot is in communication with the passageway; and (c) a movable, boot stretching member disposed in the passageway and adapted to engage the inner surface of the boot, wherein movement of the member in a direction to stretch the boot decreases the cross-sectional dimension of the boot, thereby permitting insertion of the boot into the substrate, and wherein movement of the member in the opposite direction increases the cross-sectional dimension of the boot, thereby permitting engagement of the boot against the inner surface of the substrate.
    • 公开了一种卡盘组件,用于接合中空基板的内表面,包括:(a)具有开口端并限定与开口端连通的通道的壳体; (b)限定入口孔和内表面的部分中空的弹性靴,其中当拉伸时的靴子的横截面尺寸减小,并且其中靴子与壳体接合,由此靴子的中空部分与通道连通; 以及(c)设置在所述通道中并且适于接合所述护罩的内表面的可移动的护罩拉伸构件,其中所述构件沿着拉伸所述护套的方向的移动减小所述护罩的横截面尺寸,从而允许插入 靴子进入衬底中,并且其中构件沿相反方向的移动增加了护罩的横截面尺寸,从而允许护罩与衬底的内表面接合。
    • 10. 发明授权
    • Dip coating method having intermediate bead drying step
    • 具有中间珠干燥步骤的浸涂方法
    • US5667928A
    • 1997-09-16
    • US659552
    • 1996-06-06
    • Mark S. ThomasRonald E. FoxMark C. PetropoulosStanley J. Pietrzykowski, Jr.
    • Mark S. ThomasRonald E. FoxMark C. PetropoulosStanley J. Pietrzykowski, Jr.
    • B05C3/10G03G5/05G03G5/00
    • G03G5/0525B05C3/10
    • A method is disclosed including: (a) dip coating a batch of substrates, each substrate defining an end region, a center region, and a top region, with a first coating solution including a solvent to deposit a first layer on the end region, the center region, and optionally on a part of the top region of each substrate, wherein the first layer includes a wet coating solution bead formed at the end region of each substrate, thereby resulting in a plurality of wet coating solution beads; (b) directing a gas simultaneously at the entire plurality of the wet coating solution beads to remove a portion of the solvent in each bead, wherein the gas fails to disrupt the coating uniformity of the part of the first layer over the center region of each substrate; and (c) dip coating the batch of the substrates subsequent to (b) with a second coating solution to deposit a second layer over the first layer, wherein the portion of the solvent removed from each bead in (b) is sufficient to prevent contamination of the second coating solution by the first layer.
    • 公开了一种方法,包括:(a)将一批衬底浸渍涂覆,每个衬底限定端部区域,中心区域和顶部区域,其中第一涂布溶液包括溶剂以在端部区域上沉积第一层, 中心区域和任选地在每个基底的顶部区域的一部分上,其中第一层包括在每个基底的端部区域形成的湿涂层溶液珠,从而得到多个湿涂布溶液珠; (b)在整个多个湿涂布溶液珠中同时引导气体以除去每个珠粒中的一部分溶剂,其中气体不能破坏第一层的部分在每个珠粒的中心区域上的涂层均匀性 基质; 和(c)在(b)之后用第二涂层溶液浸渍一批基底以在第一层上沉积第二层,其中从(b)中的每个珠粒去除的部分溶剂足以防止污染 的第二涂层溶液。