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    • 2. 发明授权
    • Universal substrate holding apparatus
    • 通用基板保持装置
    • US5449182A
    • 1995-09-12
    • US233673
    • 1994-04-26
    • Richard C. Petralia
    • Richard C. Petralia
    • B05C13/02B65G47/90B23B31/40B66C1/56
    • B65G47/908B05C13/025Y10T279/1029Y10T279/29
    • A universal substrate holding apparatus is disclosed comprising:(a) a first core member having a top end and a bottom end;(b) a first inflatable tube disposed around the first core member;(c) a first passageway defined by the first core member in communication with the interior surface of the first tube;(d) a second core member having a top end and a bottom end, a portion of the second core member having a larger outer cross-sectional dimension than the first core member, wherein the top end of the first member is associated with the bottom end of the second member;(e) a second inflatable tube disposed around the second core member, a portion of the second tube having a larger outer cross-sectional dimension than the first tube, and whereby the second tube is disposed in tandem with the first tube; and(f) a second passageway defined by the second core member in communication with the interior surface of the second tube.
    • 公开了一种通用基板保持装置,包括:(a)具有顶端和底端的第一芯构件; (b)设置在所述第一芯体周围的第一可充气管; (c)由所述第一芯构件限定的与所述第一管的内表面连通的第一通道; (d)具有顶端和底端的第二芯构件,所述第二芯构件的一部分具有比所述第一芯构件更大的外横截面尺寸,其中所述第一构件的顶端与所述底部 第二个成员的结尾; (e)设置在所述第二芯构件周围的第二可充气管,所述第二管的一部分具有比所述第一管更大的外横截面尺寸,并且由此所述第二管与所述第一管串联设置; 和(f)由所述第二芯构件限定的与所述第二管的内表面连通的第二通道。
    • 9. 发明授权
    • Capture system employing annular fluid stream
    • 捕获系统采用环形流体流
    • US5460284A
    • 1995-10-24
    • US222159
    • 1994-04-01
    • Robert S. FoltzRonald A. GaitherRichard C. Petralia
    • Robert S. FoltzRonald A. GaitherRichard C. Petralia
    • B08B7/00B23K26/14B05D3/06A47L5/14B23K26/00H01L21/306
    • B23K26/147B08B7/0042B23K26/142B23K26/1436B23K26/1437Y10T137/212
    • A method and apparatus are disclosed for capturing coating debris during laser ablation of a photoreceptor comprising: (a) enclosing a predetermined length of a coated substrate in a housing to result in an enclosed coated substrate portion, wherein there exists a gap between the enclosed substrate portion and the housing in communication with air outside the housing; (b) directing high energy radiation at the coating of the enclosed substrate portion; (c) directing a first fluid stream against the coating of the enclosed substrate portion to remove at least part of the coating in the form of coating debris during or subsequent to (b), whereby the first fluid stream may move a portion of the coating debris outside the housing in the absence of (d); (d) directing an annularly-shaped second fluid stream against the first fluid stream in a direction effective for keeping the coating debris inside the housing, thereby minimizing movement of the coating debris into the air outside the housing; and (e) exhausting the coating debris.
    • 公开了一种用于在感光体的激光烧蚀期间捕获涂层碎屑的方法和装置,包括:(a)将预定长度的涂覆的基底封装在壳体中以产生封闭的涂覆的基底部分,其中在封闭的基底之间存在间隙 与房屋外的空气通信的房屋; (b)在封闭的基板部分的涂层处引导高能辐射; (c)将第一流体流引导到封闭的基底部分的涂层以在(b)期间或之后移除涂层碎屑形式的至少一部分涂层,由此第一流体流可以移动涂层的一部分 在没有(d)的情况下,住房外的碎片; (d)沿有效地将涂层碎屑保持在壳体内的方向引导环形的第二流体流抵靠第一流体流,从而最小化涂层碎屑在壳体外的空气中的移动; 和(e)排出涂层碎屑。