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    • 6. 发明公开
    • FAN CASE AND FAN CASE MANUFACTURING METHOD
    • VERTILATORGEHÄUSEUND VERFAHREN ZUR HERSTELLUNG DESVENTILATORGEHÄUSES
    • EP3085940A1
    • 2016-10-26
    • EP14872614.4
    • 2014-11-14
    • IHI CorporationIHI Aerospace Co., Ltd.
    • TANAKA, AgamuMORI, YujiHARADA, TakashiOKUMURA, IkuoISHIMOTO, Kenji
    • F02K1/80F01D25/00F01D25/24F02C7/00F02K1/64F02K3/02
    • F04D29/526F01D25/243F02K1/64F02K1/82F05D2220/323F05D2230/21F05D2230/60F05D2260/36F05D2300/121F05D2300/174F05D2300/603Y02T50/672
    • A cylindrical case body 10 made of a composite material; a linking ring 20 made of Al, which is fitted and fixed to a rear end portion of the case body 10 and has an annular groove 21 which receives a reverse thrust load from a reverse thrust transmission body 8; and ring constituent bodies 30 made of Ti alloy, each of which is placed in the rear end portion of the case body 10 and has an arcuate groove 31 which undertakes a reverse thrust load larger than that received by the linking ring 20, are included. The ring constituent bodies 30 are fitted in notches 22 of the linking ring 20 and are brought into contact with, and are fixed to, outward receiving walls 23 of the linking ring 20, whereby the ring constituent bodies 30 are positioned relative to the case body 10 in the axis CL direction and in the radial direction respectively, and the annular groove 21 and the arcuate grooves 31 are allowed to continue to each other. The ring constituent bodies made of Ti alloy, which receive a large reverse thrust load, can be placed with high positioning accuracy. Further, it is possible to allow the ring constituent bodies to undertake the reverse thrust load evenly.
    • 由复合材料制成的圆柱形壳体10; 由铝制成的连接环20,其被安装并固定到壳体10的后端部,并且具有从反向推力传递体8接收反向推力载荷的环形槽21; 以及由Ti合金构成的环状构成体30,其各自被配置在壳体10的后端部,并且具有承受比由连接环20接收的反推力负荷大的反向推力负荷的弓形槽31。 环状构成体30嵌合​​于连结环20的切口22,与连结环20的外侧的接收壁23接触并固定,由此环状构成体30相对于壳体 10分别在CL轴方向和径向方向上,并且环形槽21和弧形槽31被允许彼此继续。 能够以高定位精度放置接受大的反向推力负载的由Ti合金制成的环构成体。 此外,可以使环构成体均匀地承受反向推力负荷。