The invention relates to a grid-shaped power wing with controllable narrowing aircraft wingspan lifting force. The grid-shaped power wing comprises a groove-shaped body, a plurality of short wings, electric ducts and propellers of the electric ducts, all the short wings are sequentially inlaid in the groove-shaped body in a layered mode from front to back and from high to low to form a grid-shapedlong wing with the same bottom and a slit in the middle; electric duct propellers are installed at the front ends of the grid-shaped long wing to form the grid-shaped power wing which take duct airflow as power and are controllable in lift force. The grid-shaped power wing has the characteristics of being consistent with the length direction of the fuselage, prolonging the length of the wing andincreasing the lift force, and effectively narrowing the wingspan of the aircraft; the grid-shaped power wing takes electric duct propeller airflow as power and have the characteristic of controllablelifting force, so that stall is effectively reduced, the aircraft is safer, and the aircraft is easy to take off and land; the grid-shaped power wing has the characteristics of a unit structure tooland can flexibly configure lifting force for the aircraft; the grid-shaped power wing can effectively eliminate wing tremor; undoubtedly, great flexibility and freedom degree are provided for miniaturization and electrokinetic design and manufacturing and energy conservation of aircrafts.

    本发明涉及一种缩窄飞机翼展升力可控的栅形动力机翼。本发明包括槽形体、多个短机翼和电动函道及其螺旋桨;把每个短机翼按从前向后,由高到低依次分层镶嵌在槽形体内,构成一个同底的,中间开缝的栅形长机翼;在栅形长机翼前端安装电动函道螺旋桨,形成以函道气流为动力的升力可控的栅形动力机翼。栅形动力机翼具有与机身长度方向一致延长机翼长度而增加升力的特点,有效地缩窄了飞机翼展;栅形动力机翼是以电动函道螺旋桨气流为动力的动力机翼,具有升力可控的特点,有效的降低了失速更加安全,且容易起降;栅形动力机翼具有以单元结构工装的特点,可为飞机灵活配置升力;栅形动力机翼还可以有效地消除机翼震颤;无疑这对于飞机小型化、电动化的设计制造与节能,给予了极大灵活性和自由程度。


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    Titel :

    Grid-shaped power wing with controllable narrowing aircraft wingspan lifting force


    Weitere Titelangaben:

    一种缩窄飞机翼展升力可控的栅形动力机翼


    Beteiligte:
    DU JIAN (Autor:in)

    Erscheinungsdatum :

    2020-10-16


    Medientyp :

    Patent


    Format :

    Elektronische Ressource


    Sprache :

    Chinesisch


    Klassifikation :

    IPC:    B64C AEROPLANES , Flugzeuge



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