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    • 4. 发明申请
    • MANUFACTURING A COMPONENT OF SINGLE CRYSTAL OR DIRECTIONALLY SOLIDIFIED MATERIAL
    • 制造单晶或方向固化材料的组分
    • US20140305368A1
    • 2014-10-16
    • US14237878
    • 2012-08-09
    • Anthony DavisDetlef Haje
    • Anthony DavisDetlef Haje
    • C30B13/30C30B13/24
    • C30B13/30B22F3/1055C23C24/106C23C26/02C30B11/00C30B13/24C30B29/52Y02P10/295
    • A method for manufacturing a component of a single crystal or a directionally solidified material is provided that includes: superimposing a powder layer of a first material onto a surface of a substrate out of a second, single crystal or directionally solidified, material; transforming the powder layer into a substrate layer by altering a physical condition of the first material of the powder by applying energy to the powder layer; wherein the second material of the substrate has a grain orientation and the material of the substrate layer has a grain orientation; wherein the material of the substrate layer adopts the same grain orientation as the grain orientation of the substrate during the transforming process and wherein the steps are repeated till the component has grown layer by layer into the predefined shape while a process temperature is maintained below a melting temperature of at least the first material.
    • 提供了制造单晶或定向凝固材料的组分的方法,其包括:将第一材料的粉末层叠加在第二单晶或定向凝固材料的基板表面上; 通过向粉末层施加能量来改变粉末的第一材料的物理状态,将粉末层转化为基底层; 其中所述基板的第二材料具有晶粒取向并且所述基板层的材料具有晶粒取向; 其中所述基材层的材料在转化过程中采用与所述基材的晶粒取向相同的晶粒取向,并且其中重复所述步骤,直到所述组分逐渐生长成预定形状,同时将工艺温度保持在熔化以下 至少第一材料的温度。
    • 6. 发明授权
    • Turbine installation, especially steam turbine installation
    • 涡轮安装,特别是蒸汽轮机的安装
    • US06988869B2
    • 2006-01-24
    • US10670804
    • 2003-09-25
    • Detlef Haje
    • Detlef Haje
    • F01D25/28
    • F16C32/06F01D25/16F01D25/28F05D2220/31F16C29/025F16C29/04
    • The invention relates to a turbine installation, especially a steam turbine installation. The inventive turbine installation comprises at least two partial turbines, each of the partial turbines having a rotor disk that extends along the main axis. Said rotor disks are rigidly interlinked to a shafting. At least one of the partial turbines has an inner housing that concentrically encloses the rotor disk and that is mounted so as to be axially displaceable in a bearing area. To allow for an axial displacement a push element transmits the axial force and is linked with the inner housing. In order to allow the inner housing to be axially displaced as easily as possible, the bearing area has a bearing device with a static friction and/or sliding friction that is so low that the axial misplacement that spontaneously occurs when the static friction is overcome during displacement of the inner housing is smaller 2 mm.
    • 本发明涉及一种涡轮机装置,特别是汽轮机装置。 本发明的涡轮机装置包括至少两个部分涡轮机,每个部分涡轮机具有沿主轴线延伸的转子盘。 所述转子盘刚性地连接到轴系。 部分涡轮机中的至少一个具有同心地包围转子盘并且被安装成在轴承区域中可轴向移位的内部壳体。 为了允许轴向位移,推动元件传递轴向力并与内壳连接。 为了允许内壳体尽可能容易地轴向移位,轴承区域具有静态摩擦和/或滑动摩擦的轴承装置,该静摩擦和/或滑动摩擦力非常低以致在静摩擦被克服期间自发发生的轴向错位 内壳的位移较小2mm。
    • 7. 发明授权
    • Device for connecting piping sections
    • 连接管道部分的装置
    • US06382684B2
    • 2002-05-07
    • US09878663
    • 2001-06-11
    • Detlef HajeLothar Scholl
    • Detlef HajeLothar Scholl
    • F16L2500
    • F16L23/00
    • To connect piping sections of a pipeline through which a hot and highly compressed medium flows, a number of tension elements are provided. The tension elements extending with their tension shanks in a longitudinal direction of the pipe between shaped elements which are provided at the pipe ends and are adjacent in the circumferential direction of the pipe. Shaped parts are provided at the ends of the tension shank and extend on both sides of the tension element in its transverse direction engaging behind the shaped elements in the circumferential direction of the pipe.
    • 为了连接热压高压缩介质流经的管道的管道部分,提供了许多张紧元件。 张力元件沿其纵向方向延伸,在管状件的纵向方向上延伸,成形元件设置在管端,并且在管的圆周方向上相邻。 形状的部件设置在张力杆的端部,并且在张力元件的横向方向上的两侧沿着管状圆周方向在成形元件的后方延伸。
    • 9. 发明授权
    • Apparatus and method for reducing the pressure on a joint between at least two delimiting parts
    • 用于减少至少两个限定部件之间的接头上的压力的装置和方法
    • US08419357B2
    • 2013-04-16
    • US12553236
    • 2009-09-03
    • Detlef Haje
    • Detlef Haje
    • F03D11/00
    • F01D11/005Y10T29/49323
    • An apparatus, especially a steam turbine, including a first delimiting part and a second delimiting part is provided. The delimiting parts are attached to one another forming a joint and enclosing at least a part of a first pressure chamber. A shielding element is also provided on the sides of the delimiting parts facing towards the first pressure chamber and is arranged to form a seal completely covering the joint, so that a cavity is formed between the delimiting parts and the shielding element. A line is routed in the cavity connecting the cavity to a second pressure chamber. In addition, a method for decreasing the force acting on a joint, which is formed by the joining together of a first delimiting part and a second delimiting part of an apparatus, especially a steam turbine, and for reducing the attachment forces acting on the joint is provided.
    • 提供了一种装置,特别是包括第一限定部分和第二限定部分的汽轮机。 分隔部件彼此附接形成接头并且包围第一压力室的至少一部分。 屏蔽元件还设置在朝向第一压力室的限定部分的侧面上,并且被布置成完全覆盖接头的密封件,使得在限定部分和屏蔽元件之间形成空腔。 在将空腔连接到第二压力室的腔中布线。 另外,一种用于减小作用在接头上的力的方法,其通过将装置的第一限定部分和第二限定部分,特别是蒸汽轮机连接在一起而形成,并且用于减小作用在接头上的附着力 被提供。