The invention discloses a time domain avionics pod receiver hanger device for an unmanned aerial vehicle, and belongs to the field of aviation electromagnetic exploration. The pod hanging frame is integrally made of metal materials and mainly comprises a frame body, fixing bolts, a longitudinal guide frame, a front limiting frame and a rear limiting frame. The frame body comprises two inverted-U-shaped column bodies and a connecting structure and is used for overall building of the hanging frame structure. The fixing bolts are used for connecting the pod hanger with the unmanned aerial vehicle; the longitudinal guide frame is used for properly limiting and guiding the position of the avionics receiver nacelle in the releasing and recovering process of the avionics receiver nacelle; the front limiting frame and the rear limiting frame are used for limiting the front and rear positions of the avionics receiver pod after the avionics receiver pod returns to the initial position; rubber protective sleeves are laid on the surface of the front limiting frame and the surface of the rear limiting frame and used for reducing friction between the hanging frame and an avionic receiver pod shell. The time domain avionics receiver nacelle can be fastened below the belly and is properly limited in the folding and unfolding process, so that the flight safety of the unmanned aerial vehicle isguaranteed.
一种无人机时间域航电吊舱接收机挂架装置,属于航空电磁勘查领域。吊舱挂架整体采用金属材料,它主要包括框架体、固定螺栓、纵向导向架、前限位架和后限位架。框架体包含两个倒U形柱体和连接结构,用于挂架结构的整体搭建;固定螺栓用于吊舱挂架与无人机连接;纵向导向架用于在航电接收机吊舱释放和回收过程中,对其位置进行适度限位和引导;前限位架和后限位架用于在航电接收机吊舱回到初始位置后,对其前后位置进行限定;前限位架和后限位架表面敷设橡胶保护套,用于减轻挂架与航电接收机吊舱外壳间的摩擦。本发明可以将时间域航电接收机吊舱紧固于机腹下方,并在航电接收机吊舱收放过程中进行适度限位,从而确保无人机的飞行安全。
Time domain avionics pod receiver hanger device for unmanned aerial vehicle
一种无人机时间域航电吊舱接收机挂架装置
01.12.2020
Patent
Elektronische Ressource
Chinesisch
IPC: | B64D Ausrüstung für Flugzeuge , EQUIPMENT FOR FITTING IN OR TO AIRCRAFT |
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