植保无人机机载加固电子设备结构系统设计

Structural system Design of Airborne reinforcement Electronic equipment for Plant Protection UAV

伴随着我国科学技术应用水平的不断提升,无人机的研制正处于高速发展阶段。无人机的研制,具有成本低、环境适应能力强的优势,无论是民用还是军用,无人机都具有很大的优势,特别是在植保上的应用更是当前无人机发展中的重中之重。鉴于此,文中围绕大疆M600型号无人机机载加固电子设备整体结构进行设计,通过pro/E软件建立机载加固电子设备结构系统的三维结构图,然后再转化为二维图进行标注、加工,最后装配到无人机本体上,以此来完成植保无人机超低空飞行自动控制的研究。植保无人机机载加固电子设备整体结构系统设计使得植保无人机超低空飞行自动控制更加的稳定、高效。

With the development of science and technology in China, the development of UAV is at a high speed. The development of UAV has the advantages of low cost and strong ability to adapt to the environment. Both civilian and military UAVs have great advantages, especially in the application of plant protection is the most important in the development of UAVs. In view of this, the paper designs the whole structure of the airborne strengthening electronic equipment of the DJ M600 UAV, establishes the three-dimensional structure diagram of the airborne reinforced electronic equipment structure system through the pro/E software, and then transforms it into a two-dimensional map to mark the whole structure of the electronic equipment system. Processing, final assembly to UAV body, to complete the plant protection UAV ultra-low-altitude flight automatic control research. The whole structure system design of airborne reinforcement electronic equipment for plant protection UAV makes the automatic control of very low altitude flight of plant protection UAV more stable and efficient.