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    • 4. 发明申请
    • METHOD OF MANUFACTURING A BRUSH SEAL FOR SEALING BETWEEN STATIONARY AND ROTARY COMPONENTS
    • 制造固定和旋转部件之间的密封件的方法
    • US20100064499A1
    • 2010-03-18
    • US12624486
    • 2009-11-24
    • Bernard Arthur CoutureWilliam Edward Adis
    • Bernard Arthur CoutureWilliam Edward Adis
    • B23P11/00
    • F16J15/442F16J15/3288Y10T29/49297Y10T29/49826Y10T29/49895
    • A method of manufacturing a brush seal includes the steps of maintaining a pair of first elongated frames spaced from one another on a fixture; wrapping wire strands about and longitudinally along the pair of frames in multiple longitudinal wire passes forming wire runs; disposing two pairs of first elongated plates between the wire runs at respective locations spaced from one another along the wire runs and at an angle to the wrapped strands with the plates of each pair lying parallel to and in registration with one another; clamping two pairs of second elongated plates at respective locations along an outside of the wire runs with each pair of second plates registering with the respective first pairs of plates, the two pairs of second plates extending generally parallel to the pairs of the first plates; cutting the wrapped strands outside of and beyond the first and second pairs of plates forming two wire strand runs with both ends of each run disposed between and straddled by a pair of plates; welding the cut strands and the pair of plates straddling the cut ends to one another at respective opposite ends of each cut wire strand run; and cutting each wire strand run intermediate the welded ends of each strand run to form two bristle packs from each run and from which bristle packs brush seals may be formed.
    • 制造刷密封件的方法包括以下步骤:在夹具上保持彼此间隔开的一对第一细长框架; 沿着所述一对框架围绕并纵向包裹线股,所述多个纵向线路形成线路; 在电线之间的两个第一细长板处设置两个相互间隔的位置,每个位置沿着电线运行彼此间隔开,并且与包裹的股线成一定角度,每一对平行放置并彼此对准; 在每一对第二板与对应的第一对板对准的情况下,沿着线的外部在相应位置处夹紧两对第二细长板,两对第二板大致平行于第一板平行延伸; 在第一和第二对板的外部和外部切割形成两条线股线的缠绕线,其中每条线的两端设置在一对板之间并跨越一对板; 将切割的股线和跨越切割端的一对板彼此焊接在每个切割线股线的相应相对端; 并且切割每条线材的每根线材的焊接端部,其中每条线材的焊接端部可以从每个行程形成两个刷毛组件,并且可以形成刷毛组件刷子密封件。
    • 5. 发明授权
    • Pressure balanced brush seal
    • 压力平衡刷密封
    • US07255352B2
    • 2007-08-14
    • US11237976
    • 2005-09-29
    • William Edward AdisBernard Arthur Couture
    • William Edward AdisBernard Arthur Couture
    • F16J15/44
    • F16J15/3288
    • A brush seal extends between static and rotary components. The brush seal includes a fence on the high pressure side, a bristle pack behind the fence, a bristle pack backing plate and a pressure plate. The backing plate includes a plurality of circumferentially and radially spaced arcuate slots arrayed in staggered relation about the brush seal segment. The pressure plate includes radially extending grooves opening toward the backing plate and intersecting each of the slots along that radius to afford a substantially uniform distribution of pressure on the downstream side of the bristle backing plate. In another embodiment, the grooves extend along the downstream faces of the bristle backing plate.
    • 刷密封件在静态和旋转部件之间延伸。 刷子密封件包括高压侧的栅栏,栅栏后面的刷毛包,刷毛背衬板和压板。 背板包括围绕刷密封段以交错关系排列的多个周向和径向隔开的弧形槽。 压板包括径向延伸的槽,朝向背板开口并沿着该半径与每个槽相交,以在刷毛背衬板的下游侧上提供基本均匀的压力分布。 在另一个实施例中,凹槽沿着刷毛背板的下游面延伸。
    • 6. 发明授权
    • Fracture resistant support structure for a hula seal in a turbine combustor and related method
    • 用于涡轮机燃烧器中的呼啦密封件的抗断裂支撑结构及相关方法
    • US06334310B1
    • 2002-01-01
    • US09586043
    • 2000-06-02
    • Maz SutcuBernard Arthur CoutureSami Aslam
    • Maz SutcuBernard Arthur CoutureSami Aslam
    • F02C100
    • F23R3/002F01D9/023F23D2214/00Y10T29/49272
    • A combustion liner and cooling sleeve assembly for a turbine combustor includes a substantially cylindrical combustion liner; and a substantially cylindrical outer cooling sleeve surrounding at least an axial portion of the combustion liner; wherein the outer cooling sleeve is secured to the combustion liner by a weld at one end of the cooling sleeve at its aft end, with a predetermined radial gap therebetween, the gap determined by respective operating temperatures and thermal expansion coefficients. A method of reducing crack propensity in a substantially cylindrical combustion liner and substantially cylindrical cooling sleeve assembly where one end of said cooling sleeve is welded to the combustion liner, includes the steps of: a) determining a radial gap between the combustion liner and the outer cooling sleeve as a function of operating temperatures and thermal expansion coefficients of the liner and the cooling sleeve; b) forming the outer cooling sleeve with a diameter sufficient to provide the radial gap; c) swaging the outer end of the cooling sleeve to bring the end of the outer cooling sleeve into engagement With the combustion liner; and d) welding the outer cooling sleeve to the combustion liner.
    • 用于涡轮机燃烧器的燃烧衬套和冷却套筒组件包括基本上圆柱形的燃烧衬套; 以及围绕所述燃烧衬套的至少一个轴向部分的基本上圆柱形的外部冷却套筒; 其中所述外冷却套筒通过在所述冷却套筒的后端的一端处的焊缝固定到所述燃烧衬套,其间具有预定的径向间隙,所述间隙由相应的操作温度和热膨胀系数确定。 一种在基本上圆柱形的燃烧衬套和基本上圆柱形的冷却套筒组件中降低裂纹倾向的方法,其中所述冷却套筒的一端焊接到燃烧衬套,包括以下步骤:a)确定燃烧衬套和外部燃烧衬套之间的径向间隙 冷却套筒作为衬套和冷却套管的工作温度和热膨胀系数的函数; b)形成具有足以提供径向间隙的直径的外部冷却套筒; c)模制冷却套筒的外端,使外冷却套筒的端部与燃烧衬套接合; 以及d)将外冷却套管焊接到燃烧衬套。
    • 10. 发明授权
    • Method and apparatus for rotating machine main fit seal
    • 旋转机器主配合密封的方法和装置
    • US06997677B2
    • 2006-02-14
    • US10248956
    • 2003-03-05
    • Jonathan MunshiBernard Arthur Couture
    • Jonathan MunshiBernard Arthur Couture
    • F01D11/00
    • F01D11/005
    • A method and apparatus for assembling a steam turbine is provided. The method includes performing a finite element analysis to determine a cross-section of a sealing member, positioning the sealing member in a leakage path defined between an inner casing and an outer casing such that a leakage flow activates the sealing member. The apparatus includes a groove defined in a channel, a divider positioned in the channel such that a gap defined between the divider and the channel defines a leakage path, and a sealing member that extends at least partially within the groove and positioned to substantially prevent a flow though the leakage path.
    • 提供一种组装蒸汽轮机的方法和装置。 该方法包括执行有限元分析以确定密封构件的横截面,将密封构件定位在限定在内壳和外壳之间的泄漏路径中,使得泄漏流激活密封构件。 该设备包括限定在通道中的凹槽,定位在通道中的分隔件,使得限定在分隔器和通道之间的间隙限定泄漏路径,以及密封构件,其至少部分地延伸在凹槽内并且被定位成基本上防止 流经泄漏路径。