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    • 91. 发明申请
    • TURBO ENGINE
    • 涡轮发动机
    • US20100003122A1
    • 2010-01-07
    • US12514283
    • 2007-10-30
    • Alexander Böck
    • Alexander Böck
    • F01D11/22
    • F01D11/22F05D2250/61F05D2250/611
    • The invention concerns a turbo engine, especially a gas turbine, with a stator and a rotor, wherein the rotor has rotating blades and the stator has a housing (11) and guide blades (12), wherein the rotating blades at the rotor side form at least one rotating blade ring, and the rotating blade ring or each rotating blade ring at one radially outward lying end adjoins an inner ring or casing ring (17) of the housing at the stator side, by which it is surrounded and with which it bounds a gap, wherein the particular casing ring (17) is connected to a support ring (20) via curved walls (19), which together with the casing ring (17) and the support ring (20) bound a cavity (22) and form a bellows-like structure (21), and wherein by changing the pressure prevailing in the cavity (22) of the respective bellows-like structure (21) the gap between the casing ring (17) and the radially outward lying ends of the respective rotating blade ring can be pneumatically adjusted. According to the invention, in the region of the bellows-like structure or each bellows-like structure (21), each wall (19) is curved only once inwardly into the respective cavity (22), looking in the axial direction.
    • 本发明涉及具有定子和转子的涡轮发动机,特别是燃气轮机,其中转子具有旋转叶片,并且定子具有壳体(11)和导向叶片(12),其中转子侧的旋转叶片形成 至少一个旋转叶片环,并且旋转的叶片环或每个旋转的叶片环在一个径向向外的一端与定子侧的壳体的内环或壳体环(17)相邻,由此围绕该内环或壳环, 限定了间隙,其中特定套管环(17)经由弯曲壁(19)连接到支撑环(20),其与壳环(17)和支撑环(20)结合空腔(22)一起, 并且形成波纹管状结构(21),并且其中通过改变相应的波纹管状结构(21)的空腔(22)中的压力,壳体环(17)和径向向外的两端之间的间隙 可以对相应的旋转叶片环进行气动调节。 根据本发明,在波纹管状结构或每个波纹管状结构(21)的区域中,每个壁(19)在轴向方向上仅向内弯曲成相应的空腔(22)。
    • 92. 发明授权
    • Sealing arrangement
    • 密封安排
    • US07637719B2
    • 2009-12-29
    • US11659776
    • 2005-08-03
    • Wilhelm Graebeldinger
    • Wilhelm Graebeldinger
    • F11D11/02F16J15/44
    • F16J15/3288F01D11/025F05D2240/56
    • A sealing arrangement, especially for a flow engine, for non-hermetically sealing a gap (12) between a rotor (10) and a stator (11), which comprises a seal having a plurality of sealing elements that are fixed to a sealing element support, said sealing element support being at least partially disposed in a receptacle (16) which is defined by a supporting element (17) and a cover element (18) is disclosed. The sealing element support is configured as a ring that is interrupted once or several times. Free ends (19, 20) of the sealing element support overlap in the area of interruptions in the circumferential direction. The contours of the supporting element (17) and the cover element (18) are adapted to the contours of the sealing element support and the sealing elements (15). At least one end (19, 20) of every part of the sealing element support is associated with an antirotation device (21, 22).
    • 一种特别用于流动发动机的用于非气密地密封转子(10)和定子(11)之间的间隙(12)的密封装置,其包括具有多个密封元件的密封件,所述密封件固定到密封元件 所述密封元件支撑件至少部分地设置在由支撑元件(17)和覆盖元件(18)限定的插座(16)中。 密封元件支撑件被配置为中断一次或几次的环。 密封元件支撑件的自由端(19,20)在圆周方向的中断区域中重叠。 支撑元件(17)和盖元件(18)的轮廓适合于密封元件支撑件和密封元件(15)的轮廓。 密封元件支撑件的每个部分的至少一个端部(19,20)与防旋转装置(21,22)相关联。
    • 94. 发明申请
    • Gas Turbine and Method of Operating a Gas Turbine
    • 燃气轮机和操作燃气轮机的方法
    • US20090301053A1
    • 2009-12-10
    • US12308211
    • 2006-06-10
    • Peter Geiger
    • Peter Geiger
    • F02C7/06
    • F01D25/36F01D21/06F01D21/08
    • A gas turbine including at least one compressor, one combustion chamber, and at least one turbine including at least one rotor and at least one generator coupled to the at least one rotor is provided. The at least one turbine is coupled to the at least one compressor. Once the gas turbine is shut down, the at least one generator can be used as a motor in order to drive the at least one rotor for a predetermined time period following shutdown of the gas turbine and thereby effect a uniform cooling of the rotor. A method of operating a gas turbine is also provided.
    • 提供一种燃气轮机,其包括至少一个压缩机,一个燃烧室和至少一个包括至少一个转子和至少一个耦合到所述至少一个转子的发电机的涡轮机。 所述至少一个涡轮机联接到所述至少一个压缩机。 一旦燃气轮机关闭,至少一个发电机可以用作电动机,以便在燃气轮机关闭之后驱动至少一个转子一段预定时间,从而实现转子的均匀冷却。 还提供了一种操作燃气轮机的方法。
    • 96. 发明申请
    • Ring structure with a metal design having a run-in lining
    • 具有金属设计的环形结构具有磨合衬里
    • US20090263239A1
    • 2009-10-22
    • US11578862
    • 2005-02-28
    • Manfred A. DaeublerHorst Mueller-WittekRenate MendritzkiUlrike HainWerner Humhauser
    • Manfred A. DaeublerHorst Mueller-WittekRenate MendritzkiUlrike HainWerner Humhauser
    • F04D29/52
    • F01D11/122F01D11/127F05D2230/236F05D2230/237F05D2230/238F05D2250/283F05D2300/601
    • A ring structure with a metal design for a moving blade of axially flowed through compressor and turbine stages, particularly in gas turbine engines is provided. The ring structure includes a circular ring-shaped outer wall, a circular ring-shaped inner wall, which is located at a short radial distance from the moving blade tips, and includes a joining structure provided in the form of hollow chamber structure between the outer wall and the inner wall. The outer wall is provided in the form of a closed, mechanically stable housing wall of the compressor or turbine stage, and the joining structure provided in the form of hollow chamber structure is joined in a fixed manner to the outer wall and to the inner wall, for example, by soldering, diffusion welding or other joining techniques. The inner wall is provided in the form of a closed, mechanically stable structure, which serves as a run-in lining for the moving blade tips and which is made of a metal woven fabric and/or of a metal felt.
    • 提供了一种具有金属设计的环形结构,用于轴向流过压缩机和涡轮级的动叶片,特别是在燃气涡轮发动机中。 环形结构包括圆形环形外壁,圆形环形内壁,其位于距活动叶片尖端短的径向距离处,并且包括以中空室结构的形式设置在外部的外部的接合结构 墙壁和内壁。 外壁以压缩机或涡轮机台的封闭的,机械稳定的壳体壁的形式提供,并且以中空室结构的形式提供的接合结构以固定的方式连接到外壁和内壁 例如,通过焊接,扩散焊接或其它接合技术。 内壁以闭合的,机械稳定的结构的形式提供,其用作活动叶片尖端的穿入衬里,并且由金属织物和/或金属毡制成。
    • 97. 发明授权
    • Flow structure for a turbocompressor
    • 涡轮压缩机的流动结构
    • US07600965B2
    • 2009-10-13
    • US11176252
    • 2005-07-08
    • Peter A. Seitz
    • Peter A. Seitz
    • F01D1/12
    • F02C6/08F01D11/08F01D11/10F04D29/321F04D29/526F04D29/682F04D29/685
    • A turbocompressor flow structure comprises a ring chamber which is arranged concentrically to an axis of a turbocompressor in an area of free blade/vane ends of a rotor blade ring/vane ring and is adjacent radially to a main flow channel. A ring chamber is provided which is bordered by a front upstream wall, a rear downstream wall and a wall that runs essentially axially. Baffle elements are arranged in the ring chamber and the ring chamber permits flow penetration in a circumferential direction in a front and/or rear area. At least one opening is provided in the area of the wall that runs essentially axially or in the area of the upstream wall and permits flow penetration out of the ring chamber, at least one compressor chamber being provided to accommodate this outgoing flow.
    • 涡轮压缩机流动结构包括环形室,其在转子叶片环/叶片环的自由叶片/叶片端部的区域中与涡轮压缩机的轴线同心地布置,并且与径向相对于主流动通道相邻。 提供环形室,其由前上游壁,后下游壁和基本上轴向延伸的壁界定。 挡板元件布置在环形室中,并且环形室允许在前部区域和/或后部区域中沿圆周方向的流动穿透。 在壁的区域中至少提供一个开口,其基本上沿轴向或在上游壁的区域中延伸,并且允许流体从环室中流出,提供至少一个压缩机室以容纳该输出流。
    • 99. 发明申请
    • PROCEDURE FOR THE PRODUCTION AND APPLICATION OF A PROTECTIVE LAYER
    • 保护层的生产和应用程序
    • US20090211921A1
    • 2009-08-27
    • US12392564
    • 2009-02-25
    • ALBIN PLATZNATIVIDAD LOPEZ LAVERNIA
    • ALBIN PLATZNATIVIDAD LOPEZ LAVERNIA
    • C25F3/00
    • B23H9/10B23H3/00B23H2300/12
    • The invention at hand relates to a method for processing and repairing a metal component with at least one finished or nearly finished partial component surface and at least one working surface to be further processed by means of an electrochemical treatment process and abutting the at least one finished or nearly finished partial component surface, with the process comprising the following steps: a) application of an electrically conductive layer on at least one area of the at least one finished or nearly finished partial component surface abutting the working surface to be processed, with the layer containing a metal or a metal alloy that has a similar or the same as, or a desiredly different electrochemical erosion behavior than the metal component; and b) electrochemical treatment of the working surface and of the layer, with the layer being completely or nearly completely eroded. The invention moreover relates to a component of a gas turbine or of a high or low pressure compressor.
    • 本发明涉及一种用于处理和修复具有至少一个成品或几乎完成的部分组分表面和至少一个工作表面的金属部件的方法,以通过电化学处理过程进一步加工并邻接至少一个成品 或几乎完成的部分组分表面,其中该方法包括以下步骤:a)在至少一个成品或几乎完成的部分组分表面的至少一个区域上施加导电层,该部分组分表面邻接待加工的工作表面, 包含与金属组分具有相似或相同或电化学腐蚀行为的期望不同的金属或金属合金的层; 和b)工作表面和层的电化学处理,该层完全或几乎完全被侵蚀。 本发明还涉及一种燃气轮机或高压或低压压缩机的部件。