Quick wearable unmanned aerial vehicle lost communication positioning device

Abstract

The invention relates to a quick wearable unmanned aerial vehicle out-of-communication positioning device, and belongs to the technical field of unmanned aerial vehicles. The quick wearable unmanned aerial vehicle disconnection positioning device comprises a vehicle body protection air bag body and a holder protection air bag body, the vehicle body protection air bag body and the holder protection air bag body are fixed to an unmanned aerial vehicle through fixing parts, the vehicle body protection air bag body is provided with a disconnection positioning assembly, and gas generating devices are arranged in the machine body protection air bag main body and the holder protection air bag main body. The device has the beneficial effects that the device is quickly disassembled, has multiple functions of auxiliary positioning, air crash protection and the like, can quickly position the position of the lost unmanned aerial vehicle, and plays a protection role in an air crash accident.

Description

Technical field [0001] The present invention belongs to the field of drone, and more particularly to a rapid wearable drone influence positioning device. Background technique [0002] Unmanned aircraft is referred to as "drone", is a non-manipulated aircraft operated by radio remote control equipment and the self-propelled program control device, its excellent manipulation and powerful mapping and aerial photography have been in water conservancy, forestry, agriculture It is widely used in the fields of plant protection. However, the drone is in performing field surveying and aerial playing mission, often affects meteorological conditions, magnetic field interference, human operation, machine internal failure, etc., and crashes, etc., while drone work is complex and diverse , Or the jungle, or the gap and horizontal, the field of view is limited, once crashed, the battery is detached, the signal is disturbed, etc., it is difficult to simply rely on the radio of the drone and the ...

AI Technical Summary

Problems solved by technology

[0004] To sum up, the existing field measurement of soil wind erosion mainly faces two problems: ①The problem of positioning accuracy and research and development cost, most of the positioning devices are directly developed by manufacturers, the development and production costs are high, and some devices Single, due to the harsh weather environment in the field, many factors not under human control, and large space-time variability, the location of the aircraft crash is complicated. Unable to obtain accurate location data and would incur high repair costs if found

② The universality of the positioning device for various brands or versions of aircraft, most of the existing devices need to be integrated on the aircraft firmware. At present, there are hundreds of schools of thought on the market for aircraft brands, and the lost positioning device is also a mixed bag. The installation and operation methods are complicated and not conducive to promotion. There is still no set of devices that can effectively adapt to different brands of models, and achieve convenient and fast equipment in use and equipment

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