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    • 83. 发明申请
    • THRUST ENGINE
    • 推力发动机
    • WO2010033994A3
    • 2011-03-03
    • PCT/US2009057859
    • 2009-09-22
    • SILVER GUYWU JUINERONG
    • SILVER GUYWU JUINERONG
    • F03H99/00F03G3/00
    • F02K3/00F02K5/00F02K7/00F03G3/00F03H99/00F05D2220/20F05D2270/051Y02T50/672
    • According to the present invention, a blade with lift-to-drag ratio greater than one can generate a lift force greater than the drag force on the blade when a fluid flows across the blade. The blade can be positioned within an enclosed engine to produce a force greater than the force required to move the fluid across the blade, thereby creating a thrust for the enclosed engine. The direction and the magnitude of the thrust may be controlled by controlling the direction of fluid flow. According to the present invention, fluid flowing inside a thrust engine may be gaseous or liquid. A thrust engine of the present invention uses one or more wings in a configurable environment to create a directional force. Thrust engines according to the present invention can be configured by varying fluid parameters, such as density or velocity, the wing parameters (such as wing geometry, lift coefficient or plane surface area of the wing), the number and the locations of wings, how the fluid receives energy, fluid motion, fixed or movable wings and the fluid path.
    • 根据本发明,当流体流过叶片时,具有大于1的升力与牵引比的叶片可以产生大于叶片上的牵引力的提升力。 叶片可以定位在封闭的发动机内以产生大于将流体移动通过叶片所需的力的力,从而为封闭的发动机产生推力。 可以通过控制流体流动的方向来控制推力的方向和大小。 根据本发明,在推力发动机内流动的流体可以是气体或液体。 本发明的推力发动机在可配置环境中使用一个或多个翼来产生定向力。 根据本发明的推力发动机可以通过改变流体参数,例如密度或速度,机翼参数(例如机翼几何,升力系数或机翼的平面表面积),机翼的数量和位置,如何 流体接收能量,流体运动,固定或活动翼和流体路径。
    • 84. 发明申请
    • THRUST ENGINE
    • 推力发动机
    • WO2010033994A2
    • 2010-03-25
    • PCT/US2009/057859
    • 2009-09-22
    • SILVER, GuyWU, Juinerong
    • SILVER, GuyWU, Juinerong
    • F02C1/10
    • F02K3/00F02K5/00F02K7/00F03H99/00F05D2220/20F05D2270/051Y02T50/672
    • According to the present invention, a blade with lift-to-drag ratio greater than one can generate a lift force greater than the drag force on the blade when a fluid flows across the blade. The blade can be positioned within an enclosed engine to produce a force greater than the force required to move the fluid across the blade, thereby creating a thrust for the enclosed engine. The direction and the magnitude of the thrust may be controlled by controlling the direction of fluid flow. According to the present invention, fluid flowing inside a thrust engine may be gaseous or liquid. A thrust engine of the present invention uses one or more wings in a configurable environment to create a directional force. Thrust engines according to the present invention can be configured by varying fluid parameters, such as density or velocity, the wing parameters (such as wing geometry, lift coefficient or plane surface area of the wing), the number and the locations of wings, how the fluid receives energy, fluid motion, fixed or movable wings and the fluid path.
    • 根据本发明,当流体流过叶片时,具有大于1的升力与牵引比的叶片可以产生大于叶片上的牵引力的提升力。 叶片可以定位在封闭的发动机内以产生大于将流体移动通过叶片所需的力的力,从而为封闭的发动机产生推力。 可以通过控制流体流动的方向来控制推力的方向和大小。 根据本发明,在推力发动机内流动的流体可以是气体或液体。 本发明的推力发动机在可配置环境中使用一个或多个翼来产生定向力。 根据本发明的推力发动机可以通过改变流体参数,例如密度或速度,机翼参数(例如机翼几何,升力系数或机翼的平面表面积),机翼的数量和位置,如何 流体接收能量,流体运动,固定或活动翼和流体路径。
    • 87. 发明申请
    • SINGLE LEVER POWER CONTROLLER FOR MANNED AND UNMANNED AIRCRAFT
    • 单机和无人机的单杠控制器
    • WO99051868A1
    • 1999-10-14
    • PCT/US1999/007421
    • 1999-04-05
    • B64D31/02F02C9/28F02C9/44F02C9/48F02C9/58
    • F02C9/58F02C9/44F02C9/48F05D2270/051
    • Method and apparatus for controlling an aircraft engine with a single, manually-operable lever includes structure and function for generating a pilot thrust command from the single lever. A processor is coupled to the single lever and (i) receives the generated pilot thrust command, (ii) receives a plurality of detected ambient air flight conditions, (iii) receives a plurality of detected engine performance parameters, (iv) determines first and second engine control commands based on the received pilot thrust command, the detected ambient air flight conditions, and the engine performance parameters, and (v) outputs first and second output signals respectively corresponding to the first and second engine control commands. Preferably, the engine control commands comprise propeller RPM and engine inlet manifold air pressure commands, and the detected ambient air flight conditions comprise air speed and altitude.
    • 用单个可手动操作的杠杆控制飞机发动机的方法和装置包括用于从单个操纵杆产生先导推力指令的结构和功能。 处理器耦合到单个操纵杆,并且(i)接收生成的先导推进命令,(ii)接收多个检测到的环境空中飞行状况,(iii)接收多个检测到的发动机性能参数,(iv)首先确定 基于接收到的导频推力命令,检测到的环境空中飞行条件和发动机性能参数的第二发动机控制命令,以及(v)输出分别对应于第一和第二发动机控制命令的第一和第二输出信号。 优选地,发动机控制命令包括螺旋桨RPM和发动机进气歧管空气压力指令,并且检测到的环境空气飞行条件包括空气速度和高度。