INDIVIDUAL BLADE CONTROL UTILIZING PNEUMATIC MUSCLES
    1.
    发明公开
    INDIVIDUAL BLADE CONTROL UTILIZING PNEUMATIC MUSCLES 有权
    气动肌单独片材CONTROL

    公开(公告)号:EP3028943A1

    公开(公告)日:2016-06-08

    申请号:EP15197659.4

    申请日:2015-12-02

    发明人: SCHANK, Troy

    IPC分类号: B64C27/72

    摘要: One example of a rotorcraft blade control system includes a mechanical linkage (117a,b) to connect to a rotorcraft blade (104) including a feather axis (150) and a pneumatic muscle (107a,b) connected to the mechanical linkage (117a,b). The system also includes a movement member connected to the mechanical linkage (117a,b), the pneumatic muscle (107a,b) and the movement member to move the mechanical linkage (117a,b) to control movement of the rotorcraft blade (104) on the feather axis (150). The pneumatic muscle (107a,b) can be a first pneumatic muscle and the movement member can be a second pneumatic muscle or a bias spring.

    EMBEDDING FIBER OPTIC CABLES IN ROTORCRAFT COMPOSITES
    3.
    发明公开
    EMBEDDING FIBER OPTIC CABLES IN ROTORCRAFT COMPOSITES 有权
    嵌入式光纤光缆在转子复合材料中的应用

    公开(公告)号:EP2957884A1

    公开(公告)日:2015-12-23

    申请号:EP15172054.7

    申请日:2015-06-15

    IPC分类号: G01M11/08 G02B6/00

    摘要: Some examples of techniques to cost-effectively embed fiber optic cables (306) in laminate structures and to terminate the fiber optic cables (306) on the surface of the laminate for robust and easily-repairable connections can be implemented in rotorcraft composites (302). To position a cable (306) in the rotorcraft composite (302), a length of a fiber optic cable (306) is embedded between layers of a composite rotorcraft material (300). The length of the fiber optic cable (306) is oriented in a substantially S-shape between the layers. An end of the length of the substantially S-shaped fiber optic cable (306) is extended to an edge of the composite rotorcraft material (300). The end of the length of the substantially S-shaped fiber optic cable (306) is terminated at the edge of the composite rotorcraft material (300) in either a storage area or easily machinable embedded connection.

    摘要翻译: 可以在旋翼飞行器复合材料(302)中实施以经济有效的方式将光纤电缆(306)嵌入到层压结构中并且将层压材料的表面上的光纤电缆(306)端接以便鲁棒且容易修复的连接的技术的一些示例, 。 为了将电缆(306)定位在旋翼飞行器复合材料(302)中,将一段光缆(306)嵌入复合旋翼飞行器材料(300)的层之间。 光纤电缆(306)的长度在层之间以大致S形定向。 大致S形光缆(306)的长度的一端延伸到复合旋翼飞机材料(300)的边缘。 基本上S形的光纤电缆(306)的长度的末端在复合旋翼飞机材料(300)的边缘处在存储区域或易于机械加工的嵌入连接处终止。

    INDIVIDUAL BLADE CONTROL UTILIZING PNEUMATIC MUSCLES
    4.
    发明授权
    INDIVIDUAL BLADE CONTROL UTILIZING PNEUMATIC MUSCLES 有权
    INDIVIDUELLE BLATTSTEUERUNG MIT PNEUMATISCHEN MUSKELN

    公开(公告)号:EP3028943B1

    公开(公告)日:2017-04-12

    申请号:EP15197659.4

    申请日:2015-12-02

    发明人: SCHANK, Troy

    IPC分类号: B64C27/57 B64C27/64 B64C27/72

    摘要: One example of a rotorcraft blade control system includes a mechanical linkage (117a,b) to connect to a rotorcraft blade (104) including a feather axis (150) and a pneumatic muscle (107a,b) connected to the mechanical linkage (117a,b). The system also includes a movement member connected to the mechanical linkage (117a,b), the pneumatic muscle (107a,b) and the movement member to move the mechanical linkage (117a,b) to control movement of the rotorcraft blade (104) on the feather axis (150). The pneumatic muscle (107a,b) can be a first pneumatic muscle and the movement member can be a second pneumatic muscle or a bias spring.

    摘要翻译: 旋翼飞机叶片控制系统的一个例子包括连接到旋翼飞机叶片(104)的机械联动装置(117a,b),所述旋翼飞机叶片包括羽毛轴线(150)和连接到机械连杆机构(117a, b)。 该系统还包括连接到机械联动装置(117a,b)的运动构件,气动肌肉(107a,b)和移动构件,用于移动机械联动装置(117a,b)以控制旋翼飞轮叶片(104)的运动, 在羽轴(150)上。 气动肌肉(107a,b)可以是第一气动肌肉,运动部件可以是第二气动肌肉或偏压弹簧。