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    • 21. 发明申请
    • Quartz guard ring centering features
    • 石英护环中心功能
    • US20080099120A1
    • 2008-05-01
    • US11701507
    • 2007-02-02
    • Dean J. LarsonDaniel BrownKeith ComendantVictor Wang
    • Dean J. LarsonDaniel BrownKeith ComendantVictor Wang
    • B31B1/60
    • H01J37/3255H01J37/32009H01J37/32568Y10T29/49002
    • An electrode assembly and method of centering an outer ring around an electrode assembly in a plasma reaction chamber used in semiconductor substrate processing. The method includes positioning the outer ring around an outer surface of a backing member of the electrode assembly, and inserting at least one centering element between the outer ring and the backing member. The centering element can be a plurality of spring-loaded centering elements received in a cavity on the outer surface of the backing member, the centering elements having a first end adapted to contact the outer ring and a second end adapted to receive a spring. The outer ring surrounds an outer surface of the backing member, such that the plurality of spring-loaded centering elements are positioned between the outer surface of the backing member and an inner surface of the outer ring.
    • 一种电极组件和使外环围绕用于半导体衬底处理的等离子体反应室中的电极组件对中的方法。 该方法包括将外环围绕电极组件的背衬构件的外表面定位,并且在外环和背衬构件之间插入至少一个定心元件。 定心元件可以是容纳在背衬构件的外表面上的空腔中的多个弹簧加载的定心元件,定心元件具有适于接触外圈的第一端和适于容纳弹簧的第二端。 外环围绕背衬构件的外表面,使得多个弹簧加载的定心元件位于背衬构件的外表面和外环的内表面之间。
    • 22. 发明申请
    • Detecting Incomplete Fill of Biosensors
    • 检测生物传感器不完全填充
    • US20080033667A1
    • 2008-02-07
    • US11597579
    • 2005-06-16
    • Daniel BrownChristina Blaschke
    • Daniel BrownChristina Blaschke
    • G01F23/00
    • G01N27/3274
    • A method of detecting incomplete filling of an electrochemical biosensor by collecting a series of electrical current values when a constant electrical potential is applied across the working and counter electrodes during a preliminary burn period. The slope of a line determined by linear regression based on the series of current values is used to determine whether or not the biosensor is incompletely filled. If the line has a positive slope, the biosensor is reported to be under filled. If the slope is not positive, the correlation coefficient of the current values is used as a supplemental test to indicate whether or not the biosensor is incompletely filled.
    • 一种通过在预备燃烧期间在工作电极和对电极上施加恒定电位时收集一系列电流值来检测电化学生物传感器的不完全填充的方法。 使用基于一系列当前值的线性回归确定的线的斜率来确定生物传感器是否不完全填充。 如果线路呈正斜率,则报告生物传感器处于充满状态。 如果斜率不正,则使用当前值的相关系数作为补充测试,以指示生物传感器是否未完全填充。
    • 23. 发明申请
    • Slumpy/smart tarp
    • 笨拙/智能帆布
    • US20070251618A1
    • 2007-11-01
    • US11356217
    • 2006-04-27
    • Daniel BrownDaniel Hug
    • Daniel BrownDaniel Hug
    • B65D65/02
    • B60J11/00
    • The “Smart Tarp” is a self weighted weather proof cover. That can be made out of any type of weather proof material, and or material. It is used for covering items that can be harmed or damaged by and type of weather. Such as rain, snow, sun, wind and sleet, it also protects covered items from blowing away due to any type of high wind or vehicle movement and holds items in place if needed also. The weight is attached directly to the material used whether sown or heat welded, and can be placed in any area needed to provide proper coverage to any item or items being covered or protected. No tie downs or clips are needed for use of the “Smart Tarp”.
    • “Smart Tarp”是一款自重防风罩。 这可以由任何类型的防风雨材料和材料制成。 用于覆盖天气可能受到损害或损坏的物品。 例如雨,雪,太阳,风和雨夹雪,它还可以保护被覆盖的物品,由于任何类型的高风或车辆运动而被吹走,并且如果需要也可以将物品保持在适当位置。 重量直接连接到所使用的材料,无论是播种还是热焊接,并且可以放置在任何需要覆盖或保护的物品或物品上所需的区域。 使用“Smart Tarp”不需要系带或夹子。
    • 30. 发明申请
    • High power high pulse repetition rate gas discharge laser system bandwidth management
    • US20060114956A1
    • 2006-06-01
    • US11000571
    • 2004-11-30
    • Richard SandstromWilliam PartloDaniel BrownJ. Martin AlgotsFedor Trintchouk
    • Richard SandstromWilliam PartloDaniel BrownJ. Martin AlgotsFedor Trintchouk
    • H01S3/22
    • H01S3/08009H01S3/08031H01S3/08059H01S3/097H01S3/1055
    • A line narrowing apparatus and method for a narrow band DUV high power high repetition rate gas discharge laser producing output laser light pulse beam pulses in bursts of pulses is disclosed, which may comprise a dispersive center wavelength selection optic contained within a line narrowing module, selecting at least one center wavelength for each pulse determined at least in part by the angle of incidence of the laser light pulse beam containing the respective pulse on a dispersive wavelength selection optic dispersive surface; a first dispersive optic bending mechanism operatively connected to the dispersive center wavelength selection optic and operative to change the curvature of the dispersive surface in a first manner; and, a second dispersive optic bending mechanism operatively connected to the dispersive center wavelength selection optic and operative to change the curvature of the dispersive surface in a second manner. The first manner may modify a first measure of bandwidth and the second manner may modify a second measure of bandwidth such that the ratio of the first measure to the second measure substantially changes. The first measure may be a spectrum width at a selected percentage of the spectrum peak value (FWX % M) and the second measure may be width within which some selected percentage of the spectral intensity is contained (EX %). The first dispersive optic bending mechanism may change the curvature of the dispersive surface in a first dimension and the second in a second dimension generally orthogonal to the first dimension. The laser system may comprise a beam path insert comprising a material having an different index of refraction and an index of refraction thermal gradient opposite from that of a neighboring optical element. The first dispersive optic bending mechanism may change the curvature of the dispersive surface in a first dimension and the second a second dimension generally parallel to the first dimension. An optical beam twisting element in the lasing cavity may optically twist the laser light pulse beam to present a twisted wavefront to the dispersive center wavelength selection optic. Bending may change the curvature and wavelength selection, e.g., in a burst may create two center wavelength peaks to select FWX % M and EX % independently.