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    • 7. 发明授权
    • Gas turbine blade
    • 燃气轮机叶片
    • US06227804B1
    • 2001-05-08
    • US09258194
    • 1999-02-26
    • Akinori KogaHiroyuki KawagishiTakanari OkamuraTsuneo HijikataShokou Ito
    • Akinori KogaHiroyuki KawagishiTakanari OkamuraTsuneo HijikataShokou Ito
    • F01D518
    • F01D5/187F05D2260/2212F05D2260/2214
    • A gas turbine blade is provided with a hollow blade effective section and a blade implanted section operatively connected to the blade effective section and the gas turbine blade is formed with: a leading edge passage for guiding a cooling medium from a supply passage of the blade implanted section on a blade leading edge side of the hollow blade effective section; leading edge intermediate passages following the leading edge passage; and a trailing edge passage for guiding the cooling medium from a supply passage of a blade implanted section on a blade trailing edge side of the hollow blade effective section. The leading edge passage being provided with a heat transfer accelerating element which is arranged in a right ascendant state inclined to an advancing flow direction of the cooling medium when supplying the cooling medium from the blade implanted section to a blade tip section side or left (leading edge side) ascendant state from the blade tip section to the blade implanted section. The trailing edge passage being provided with a heat transfer accelerating element which is arranged in a left (trailing edge counter side) ascendant state inclined to the advancing flow direction of the cooling medium when supplying the cooling medium from the blade implanted section to a blade tip section side.
    • 燃气轮机叶片设置有中空叶片有效部分和可操作地连接到叶片有效部分的叶片植入部分,并且燃气轮机叶片形成有:前缘通道,用于从植入的叶片的叶片的供应通道引导冷却介质 在中空叶片有效部分的叶片前缘侧的截面; 在前缘通道之后的前缘中间通道; 以及用于将冷却介质从叶片植入部分的供应通道引导到中空叶片有效部分的叶片后缘侧上的后缘通道。 前缘通道设置有传热加速元件,该传热加速元件沿从冷却介质从叶片植入部分向叶片末端部分侧或左侧(前导)提供冷却介质时沿着冷却介质的前进流动方向倾斜的右上升状态 边缘侧)从叶片尖端部分到叶片植入部分的上升状态。 后缘通道设置有传热促进元件,该传热促进元件布置成在从叶片植入部分将冷却介质供应到叶片尖端时与冷却介质的前进流动方向倾斜的左(后缘相反侧)上升状态 剖面。