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    • 2. 发明公开
    • Ejector purge of cavity adjacent exhaust flowpath
    • 空腔相邻排气流道的喷射器清洗
    • EP2400221A3
    • 2017-12-13
    • EP11171080.2
    • 2011-06-22
    • General Electric Company
    • Bachman, Frank GeraldLewis, Randy LeeBockwich, Robert StevenBunag, Shane
    • F23R3/18F02K1/82F23R3/06
    • F23R3/18F02K1/822F23R3/06F23R2900/03044Y02T50/675
    • A gas turbine engine augmentor includes an inter-liner cavity (84) including an axially extending annular gap (62) separating augmentor and tailpipe liners (116, 118). A purge flow cavity (226) is in fluid communication with a fan bypass duct and with the cavity (84). An ejector (239) in fluid communication with the bypass duct includes an ejector nozzle (241) positioned and aimed to direct an ejector nozzle flow (256) from inside the ejector nozzle (241) across the cavity (84). The purge flow cavity (226) may be bifurcated into forward and aft purge flow cavities (230, 232) which are in fluid communication with the ejector (239) and inter-liner cavity (84) respectively. An annular dividing wall (245) having ejector metering apertures (242) may be disposed between the forward purge flow cavity (230) and an ejector plenum (244) of the ejector (239). An annular trapped vortex cavity pilot may be located upstream of the annular gap (62). The aft purge flow cavity (232) may be outwardly bounded by a seal (258) having purge metering apertures (259) disposed therethrough.
    • 燃气涡轮发动机增压器包括具有分隔增压器和排气管衬里(116,118)的轴向延伸的环形间隙(62)的内衬间腔(84)。 净化流动空腔(226)与风扇旁路管道以及空腔(84)流体连通。 与旁路管道流体连通的喷射器(239)包括喷射器喷嘴(241),该喷射器定位并旨在将喷射器喷嘴流(256)从喷射器喷嘴(241)内引导穿过空腔(84)。 净化流动空腔(226)可以分成分别与喷射器(239)和内衬间空腔(84)流体连通的前向和后向净化流动腔(230,232)。 具有喷射器计量孔(242)的环形分隔壁(245)可以布置在喷射器(239)的前部净化流动空腔(230)与喷射器增压室(244)之间。 环形截留的涡流腔导向器可以位于环形间隙(62)的上游。 后吹扫流动腔(232)可以由具有设置在其中的吹扫计量孔(259)的密封件(258)向外界定。