首页> 外国专利> ATTITUDE CONTROL APPARATUS AND RADIO-CONTROLLED ORNITHOPTER COMPRISING THE SAME

ATTITUDE CONTROL APPARATUS AND RADIO-CONTROLLED ORNITHOPTER COMPRISING THE SAME

机译:姿态控制装置和包括该姿态控制装置的无线电正演仪

摘要

Attitude control device for a vehicle of the present invention, the servo having a servo horn; One end being connected to said servo horn, the connecting member is connected to the other end of the tail through the servo horn; And disposed between said servo horn and the tail rotor, the said servo horn according to the movement to the left or right from the body axis positions provided with a pitch control member groove is formed to the axis the body into the valley, connected by the connecting member at the same time as the movement in the left and right tail, the elevation angle of the tail rotor is operated to rise. As according First, when the turning direction, yirueojim the pitch axis control of the angular adjustment of the yaw control and the horizontal tail by by one of the servo in the angle adjustment of the vertical stabilizer at the same time, the posture control system of the present invention, the wing aircraft the direction of turning one trillion kinds are easy to solve the problems caused by postural instability altitude settlements during turning. Second, when the turning direction, it moves in the direction in which the entire horizontal tail wing to pivot, since the turning direction is also moved in the right and left center of the aerodynamic vehicle is turning, there is an effect that offsets an easy roll axis instability to occur during turning. Third, since by means of one of the servo motor and the operating mechanism controlling the turning direction of the vehicle, thereby reducing the overall vehicle weight. Therefore, it is possible to reduce the size of the wing span, and the total size of the aircraft wing. Fourth, in the manufacture of aircraft wings, there is an effect of reducing costs due to simplification of the servo motor and the operating mechanism.
机译:根据本发明的用于车辆的姿态控制装置,所述伺服装置具有伺服喇叭。一端连接到所述伺服喇叭,连接构件通过伺服喇叭连接到尾巴的另一端;并设置在所述伺服喇叭和尾旋翼之间,所述伺服喇叭根据从具有设置俯仰控制构件槽的车身轴线位置向左或向右运动而形成到车身进入谷部的轴线,通过在左右尾部移动的同时,尾部转子的仰角被操作成上升。如根据第一,当转弯方向yirueojim通过俯仰轴的俯仰轴控制的同时通过垂直稳定器的角度调节中的伺服机构之一的水平尾翼进行角度调节时,通过本发明,机翼飞机的转弯方向达到一万亿种,很容易解决转弯时姿势不稳的高度沉降所引起的问题。其次,当转弯方向沿整个水平尾翼枢转的方向移动时,由于转弯方向也在空气动力学车辆的左右中心处转弯,因此具有抵消了简易性的效果。转向过程中会发生侧倾轴不稳定性。第三,由于借助于伺服电动机和操作机构之一控制车辆的转弯方向,从而减轻了车辆的整体重量。因此,可以减小机翼跨度的尺寸以及飞机机翼的总尺寸。第四,在飞机机翼的制造中,由于简化了伺服电动机和操作机构,因此具有降低成本的效果。

著录项

  • 公开/公告号KR20050034364A

    专利类型

  • 公开/公告日2005-04-14

    原文格式PDF

  • 申请/专利权人 LEE YOUNG WOOK;

    申请/专利号KR20030070262

  • 发明设计人 LEE AN NA;LEE JIN WOOK;LEE YOUNG WOOK;

    申请日2003-10-09

  • 分类号A63H27/28;

  • 国家 KR

  • 入库时间 2022-08-21 22:05:30

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