The invention discloses a geophysical prospecting equipment mounting structure and method capable of improving aerodynamic characteristics of an unmanned aerial vehicle, a geophysical prospecting structure and a fuselage are connected through six fixing points, the left side and the right side of the fuselage are each provided with three fixing points, the first fixing point and the fourth fixing point are distributed on a nose, and the second fixing point and the fifth fixing point are distributed in the middle of the fuselage; the third fixing point and the sixth fixing point are distributed on the tail. The geophysical prospecting equipment mounting structure has the advantages that the weight of the unmanned aerial vehicle structure is reduced, operation time is prolonged, and operation efficiency is improved; the geophysical prospecting structure is integrally designed; the influence that longitudinal vibration of the first probe is transmitted to the machine body is greatly reduced; geophysical prospecting equipment can be installed on a 60kg-level composite wing unmanned aerial vehicle for operation; a lift force is increased while structural supporting is achieved, and the focus of the unmanned aerial vehicle is adjusted; the stress is dispersed to the inner wall of the fuselage, and concentrated stress of fixed points is avoided; screws penetrate through the through holes in the geophysical prospecting structure to be locked in the threaded holes in the ring frame, and the geophysical prospecting structure is fixed to the machine body in a screw mode.
本发明公开了一种能够改善无人机气动特性的物探设备安装结构及方法,将物探结构和机身通过六个固定点连接,固定点在机身的左右两侧各设有三个,固定点一和固定点四分布在机头,固定点二和固定点五分布在机身中部,固定点三和固定点六分布在机尾。本发明的有益效果有:无人机结构重量减轻,增加作业时间,提高作业效率;物探结构一体化设计;极大减少探头一的纵向震动传递至机身的影响;使得物探设备可以安装在60kg级别的复合翼无人机上进行作业;实现结构支撑的同时增加了升力,调整了无人机的焦点;应力分散至机身内壁,避免固定点集中受力;通过螺钉穿过物探结构上的通孔锁紧在环框上的螺纹孔,用螺钉方式固定物探结构至机身上。
Geophysical prospecting equipment mounting structure and method capable of improving aerodynamic characteristics of unmanned aerial vehicle
一种能够改善无人机气动特性的物探设备安装结构及方法
2021-08-24
Patent
Electronic Resource
Chinese
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