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    • 3. 发明授权
    • Aircraft configuration
    • 飞机配置
    • US08016233B2
    • 2011-09-13
    • US11307271
    • 2006-01-30
    • Matthew D. MooreKelly L. BorenEdward C. Marques
    • Matthew D. MooreKelly L. BorenEdward C. Marques
    • B64C1/00
    • B64D27/20B64C5/08B64C39/12
    • An aircraft configuration that may reduce the level of noise, infrared radiation, sonic boom, or combination thereof directed towards the ground from an aircraft in flight. In accordance with an embodiment of the present invention, an aircraft includes a tubular fuselage, two delta wings, at least one engine mounted to the aircraft and higher than the wings, and vertical stabilizers mounted on each wing outboard of the outermost engine. Each wing may include a wing strake at the leading edge of the wing and extending to the fuselage and an aft deck. The leading edge of the wing may extend forward of the intake of the engine, and the trailing edge of the aft deck may extend aft of the engine exhaust. The aft deck may include an upwardly rotatable pitch control surface at the trailing edge of the deck.
    • 一种飞行器配置,其可以降低来自飞行中的飞行器的噪声,红外辐射,声波起重臂或其组合的指向地面的水平。 根据本发明的实施例,飞行器包括管状机身,两个三角翼,至少一个安装在飞行器上并且高于翼的发动机,以及安装在最外侧发动机的每个翼外侧的垂直稳定器。 每个机翼可以在翼的前缘处包括翼片,并延伸到机身和后甲板上。 机翼的前缘可能会延伸到发动机进气口的前方,后甲板的后缘可能会延伸到发动机排气后面。 后甲板可以包括在甲板的后缘处的可向上旋转的俯仰控制表面。
    • 6. 发明授权
    • Method and means for measuring dynamic and static air pressure on a
ground surface beneath a lawn mower system
    • 用于测量割草机系统下的地面上的动态和静态空气压力的方法和装置
    • US5929339A
    • 1999-07-27
    • US30464
    • 1998-02-25
    • Matthew D. MooreAmbar K. MitraJ. Adin Mann, IIIJerald Vogel
    • Matthew D. MooreAmbar K. MitraJ. Adin Mann, IIIJerald Vogel
    • G01L15/00G01L7/00
    • G01L15/00
    • A method of measuring dynamic air pressure on a ground surface beneath a lawn mower system which is comprised of a rotatable horizontal blade with a deck unit having a closed top with side walls and an open bottom involves placing the mower on an elevated horizontal platform located in spaced relation to the deck. The blade is then rotated at a speed at which the blade normally would cut grass. Measurements are then made of the air pressure at a plurality of locations adjacent the platform to determine if the air pressure at such locations is such that a blade of grass at each location would be lifted or depressed with respect to the platform. The apparatus for performing the aforesaid method has a horizontal platform with a plurality of apertures therein. The platform is adapted to support a lawn mower deck with a rotatable horizontal blade mounted therein. A plurality of air pressure sensors are mounted in spaced locations on the platform and are located in the lower end of hollow extending tubular pressure taps. The sensors are operatively connected to a monitor to permit the dynamic air pressure to be read adjacent each aperture when a lawn mower with a deck and a rotating blade within the deck is placed on the platform over the apertures.
    • 一种测量割草机系统下面的地面上的动态空气压力的方法,该方法由具有具有侧壁和敞开底部的封闭顶部的甲板单元的可旋转水平叶片组成,包括将割草机放置在位于 与甲板间隔关系。 然后以刀片通常切割草的速度旋转叶片。 然后测量在靠近平台的多个位置处的空气压力,以确定在这些位置处的空气压力是否使得每个位置处的草叶相对于平台被提升或压下。 用于执行上述方法的装置具有在其中具有多个孔的水平平台。 该平台适于支撑安装在其中的可旋转水平叶片的割草机甲板。 多个空气压力传感器安装在平台上的间隔位置,并且位于中空延伸管状压力抽头的下端。 当将具有甲板的草坪割草机和甲板内的旋转叶片放置在平台上的孔上时,传感器可操作地连接到监视器以允许在每个孔附近读取动态空气压力。
    • 9. 发明申请
    • AIRCRAFT CONFIGURATION
    • 飞机配置
    • US20120091270A1
    • 2012-04-19
    • US13093596
    • 2011-04-25
    • Matthew D. MooreKelly L. BorenEdward C. MarquesJustin Lan
    • Matthew D. MooreKelly L. BorenEdward C. MarquesJustin Lan
    • B64C1/40F02K1/00B23P11/00B64C23/00B64D29/04
    • B64C5/08B64C39/12B64D27/20
    • An aircraft configuration that may reduce the level of roaring jet exhaust noise, infrared radiation, sonic boom, or combination thereof directed towards the ground from an aircraft in flight. The aircraft's nacelles are mounted to the aircraft higher than the wings, with substantially vertical stabilizers outboard of the outermost engine. Noise shifting means are provided such as, for each nacelle, primary chevrons at the core nozzle, secondary chevrons at the fan nozzle, a partial bypass mixer, a long duct full flow mixer, or a combination thereof to provide a shift in spectrum distribution of jet exhaust noise from lower to higher frequency. Variable geometry chevrons may be used with increased immersion to provide such a shift just during noise-restricted portions of an aircraft flight profile. The aircraft aerodynamic structural surfaces serve as noise shielding barriers that more effectively block or redirect the frequency shifted noise up and away from communities.
    • 一种飞行器配置,其可以降低来自飞行中的飞行器的朝向地面的咆哮的喷气排气噪声,红外辐射,声波起伏或其组合的水平。 飞机的发动机舱安装在飞机高于机翼的位置,在最外面的发动机外侧具有大致垂直的稳定器。 提供噪声移动装置,例如,对于每个机舱,在核心喷嘴处的主要人字形,在风扇喷嘴处的副人字形,部分旁路混合器,长管道全流量混合器或其组合以提供频谱分布的偏移 喷气排气噪声从低频到高频。 可变几何人字形可以与增加的浸入使用,以在飞机飞行剖面的噪声限制部分期间提供这种移动。 飞机空气动力学结构表面用作噪声屏蔽屏障,可以更有效地阻挡或重定向频率偏移的噪声向上和远离社区。