The invention relates to the technical field of unmanned aerial vehicles, and discloses an unmanned helicopter fuselage framework and a manufacturing method of the unmanned helicopter fuselage framework. First bearing supporting arms are arranged at the two ends of a support of an upper beam frame and the two ends of a support of a lower beam frame in a pairwise symmetrical mode; second bearing supporting arms are arranged on the front side and the rear side of the support of the upper beam frame and the lower beam frame and close to the two ends in a pairwise symmetrical mode, and third bearing supporting arms are arranged on the front side and the rear side of the support of the upper beam frame and the lower beam frame and close to the center in a pairwise symmetrical mode. According to the fuselage framework formed by the invention, the framework main beam is formed by a multi-section and metal plate integrated mold, vibration transmission can be blocked and same-frequency vibration can be changed in the horizontal direction, meanwhile, the whole fuselage framework is formed by welding, and the upper beam frame and the lower beam frame are obliquely connected in the vertical direction, so that an inclined strut stress form is formed; mechanical vibration can be vertically transmitted and can be horizontally transmitted at the same time, and resonance caused by same-frequency vibration of the mechanical vibration is changed.
本发明涉及无人机技术领域,公开了一种无人直升机机身骨架及其制造方法,所述上梁架与下梁架的支架两端呈两两对称形式设置有第一承载支臂,所述上梁架与下梁架的支架前后两侧且靠近两端位置处呈两两对称形式设置有第二承载支臂,所述上梁架与下梁架的支架前后侧且靠近中心位置处呈两两对称形式设置有第三承载支臂。本发明所构成的机身骨架,其骨架主梁为多截面,钣金一体模具成型,可以在水平方向阻断震动传递和改变同频震动,同时整个机身骨架采用焊接成型,其上下梁架之间采用竖直方向的斜连接,其到斜撑受力形式,不仅能够将机械震动竖向传递,同时能够水平传递,改变其同频振动所带来的共振。
Unmanned helicopter fuselage framework and manufacturing method thereof
一种无人直升机机身骨架及其制造方法
2024-02-06
Patent
Elektronische Ressource
Chinesisch
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