首页> 外国专利> SIDED PERFORMANCE COAXIAL VERTICAL TAKEOFF AND LANDING (VTOL) UAV AND PITCH STABILITY TECHNIQUE USING OBLIQUE ACTIVE TILTING (OAT)

SIDED PERFORMANCE COAXIAL VERTICAL TAKEOFF AND LANDING (VTOL) UAV AND PITCH STABILITY TECHNIQUE USING OBLIQUE ACTIVE TILTING (OAT)

机译:使用倾斜主动倾斜(OAT)的辅助性能同轴垂直起降(VTOL)无人机和俯仰稳定技术

摘要

A system for increasing the thrust and power capabilities of a side by side vertical takeoff and landing vehicle and to optimize the coaxial rotor performance. The system including a first coaxial rotor spaced from an aircraft body and a second coaxial rotor spaced from the aircraft body and opposite the first coaxial rotor. The first coaxial rotor having a first top propeller aligned with a first bottom propeller along a first rotational axis. The second coaxial rotor having a second top propeller aligned with a second bottom propeller along a second rotational axis. A gyroscopic moment to maintain pitch stability is controlled by modulating the first and second top propellers having a different angular speed or different torque from the first and second bottom propellers and tilting the first and second coaxial rotors towards the central axis with a common tilt angle and a common tilt rate.
机译:一种用于增加并排垂直起降飞行器的推力和动力能力并优化同轴转子性能的系统。该系统包括与飞机机身隔开的第一同轴转子和与飞机机身隔开且与第一同轴转子相对的第二同轴转子。第一同轴转子具有沿第一旋转轴线与第一底部螺旋桨对准的第一顶部螺旋桨。第二同轴转子具有沿着第二旋转轴线与第二底部螺旋桨对准的第二顶部螺旋桨。通过调制具有与第一和第二底部螺旋桨不同的角速度或不同的扭矩的第一和第二顶部螺旋桨,并使第一和第二同轴转子朝着中心轴倾斜一个共同的倾斜角,从而控制保持俯仰稳定性的陀螺力矩。常见的倾斜率。

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