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    • 23. 发明授权
    • Pressure wave machine operating as pressure exchanger, in particular for
use as the high-pressure compressor for gas turbines
    • 作为压力交换器的压力波机,特别用作燃气轮机的高压压缩机
    • US4679393A
    • 1987-07-14
    • US780202
    • 1985-09-26
    • Jaan HellatJakob Keller
    • Jaan HellatJakob Keller
    • F02C6/10F02C3/02F04F13/00F04F99/00
    • F04F13/00F02C3/02
    • A pressure exchanger, preferably usable as a high-pressure compressor for gas turbine installations, has a multiplicity of coaxial cell rotors which can be driven in the same direction, and a central pressure exchanger combustion chamber located within the innermost cell rotor. Driving gases generated in the combustion chamber flow through the cell rotors in series from inside to outside and can be expanded as low pressure driving gases in the low pressure part of the turbine. The air to be compressed flows through the cell rotors in series from the outermost cell rotor towards the inside. A part of the air mass flow compressed to the final pressure, which part is greater than the driving gas mass flow, arrives as combustion air in the pressure exchanger combustion chamber; the other part of the air can be used as combustion air for a turbine combustion chamber, which generates high pressure driving gas for the gas turbine. The inlet and outlet cross-sections of the driving gas and air ports in the control casings are so designed that the closing edge of the low pressure air port viewed in the rotational direction of the cell rotor, is located before the closing edge of the low pressure driving gas port.
    • 优选用作燃气轮机装置的高压压缩机的压力交换器具有能够沿相同方向驱动的多个同轴电池转子和位于最内侧电池转子内的中央压力交换器燃烧室。 在燃烧室中产生的驱动气体从内向外串联流过电池转子,并可在涡轮的低压部分中作为低压驱动气体膨胀。 被压缩的空气从最外侧的电池转子向内流动通过电池转子。 被压缩到最终压力的部分大于驱动气体质量流的部分空气质量流量作为燃烧空气在压力交换器燃烧室中到达; 空气的另一部分可以用作用于燃气轮机的高压驱动气体的涡轮燃烧室的燃烧空气。 控制壳体中的驱动气体和空气端口的入口和出口横截面被设计成使得从电池转子的旋转方向观察的低压空气端口的闭合边缘位于低压空气端口的闭合边缘之前 压力驱动气口。
    • 27. 发明授权
    • Fluid-flow machine for compressing or expanding a compressible medium
    • 用于压缩或膨胀可压缩介质的流体流动机
    • US06264425B1
    • 2001-07-24
    • US09397510
    • 1999-09-17
    • Jakob Keller
    • Jakob Keller
    • F01D2500
    • F01D11/10F01D5/225F04D29/164
    • A fluid-flow machine for compressing or expanding a compressible medium is described, having a rotor on which there is arranged perpendicularly to the rotor axis at least one moving-blade row, the individual moving blades of which have moving-blades ends, which are free on the radial side and face the inner wall of a casing, surrounding the rotor, in a freely movable manner, through the interior space of which casing the compressible medium flows axially relative to the rotor axis. An annular-passage system is open to receive the compressible medium on either side of the moving-blade row and the flow in the interior of the casing, and in a modified form may have surface contours on the ends of the blades to create pressure conditions which correspond approximately to the static pressure conditions at the opposite sides of the blades.
    • 描述了用于压缩或膨胀可压缩介质的流体流动机,其具有与转子轴线垂直布置的转子,至少一个活动叶片排,其各个活动叶片具有活动叶片末端, 在可旋转的介质的内部空间中,可压缩介质相对于转子轴线轴向流动,围绕转子的外壳的内壁自由地位于壳体的内壁上。 环形通道系统打开以接收可移动叶片排的任一侧上的可压缩介质和壳体内部的流动,并且在改进形式中可以在叶片的端部上具有表面轮廓以产生压力条件 其大致对应于叶片的相对侧处的静压条件。