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    • 9. 发明专利
    • Engine exhaust gas deflection system
    • 发动机排气选择系统
    • JP2005231626A
    • 2005-09-02
    • JP2005146677
    • 2005-05-19
    • Bell Helicopter Textron Incベル、ヘリカプタ、テクストロン、インク
    • JENKINS JULIAN LWOOD TOMMIE LBRAND ALBERT G
    • B64D33/04F02K1/28
    • F02K1/28Y10S239/07
    • PROBLEM TO BE SOLVED: To deflect the exhaust gas stream of an aircraft engine from an aircraft's fuselage structure.
      SOLUTION: Nozzles (3, 5) for discharging high velocity air are positioned on each side of an exit of an aircraft engine duct (1) exit. High velocity air is discharged tangential to an outer surface of each nozzle (3, 5) and follows the contour thereof. Each nozzle (3, 5) is positioned so that when the high velocity air separates from the outer surface of the respective nozzles (3, 5), it flows outwardly relative to the aircraft's fuselage structure. The high velocity air from the nozzle (3) closest to the aircraft's fuselage structure impinges on the exhaust gas stream (35, 57), deflecting the stream in a direction (43) away from the fuselage. The high velocity air from the nozzle (5) furthest from the fuselage creates a low pressure area which deflects the exhaust gas stream (35, 37) away from the fuselage. In combination, the two nozzles (3, 5) deflect the exhaust gas stream (35, 37) away from the fuselage to some extent.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:使飞机发动机的废气流从飞行器的机身结构偏转。

      解决方案:用于排出高速空气的喷嘴(3,5)位于飞机发动机导管(1)出口的出口的每一侧。 高速空气与每个喷嘴(3,5)的外表面相切地排出并且遵循其轮廓。 每个喷嘴(3,5)被定位成使得当高速空气与相应喷嘴(3,5)的外表面分离时,其相对于飞行器的机身结构向外流动。 来自最靠近飞机机身结构的喷嘴(3)的高速空气撞击排气流(35,57),使流沿机身偏离方向(43)偏转。 距离机身最远的喷嘴(5)的高速空气产生使排气流(35,37)远离机身偏转的低压区域。 两个喷嘴(3,5)组合地使排气流(35,37)偏离机身一定程度。 版权所有(C)2005,JPO&NCIPI