Recycling station capable of resisting strong wind and convenient for accurately recycling unmanned aerial vehicle

Abstract

The invention provides a recycling station capable of resisting strong wind and convenient for accurately recycling an unmanned aerial vehicle. The recycling station capable of resisting strong wind and convenient for accurately recycling the unmanned aerial vehicle comprises a recycling station platform; a floating plate clamping groove is formed in the lower end of the recycling station platform; a floating plate is arranged within the floating plate clamping groove; protective extensions are arranged at the upper end of the recycling station platform; fine adjusting driving turbines are mounted on the side surfaces of the recycling station platform; through fixing bolts, the fine adjusting driving turbines are mounted on turbine fixing plates at the lower end of the recycling station platform; a stabilizing cable is arranged at the lower end of the recycling station platform; a stabilizing plate is mounted at the lower end of the stabilizing cable; the lower end of the stabilizing plate is connected with a damping suspension barrel through a steel wire rope; and the lower end of the damping suspension barrel is connected with a mooring anchor through a steel wire rope. The recycling station capable of resisting strong wind and convenient for accurately recycling the unmanned aerial vehicle has the advantages that different numbers of floating plates can be placed according to water area situations; the floating plates can be piled in the floating plate clamping groove; and meanwhile, the recycling station platform can be accurately adjusted during drifting to guarantee stable floating of the recycling station platform; therefore, the recycling station platform cannot generate drifting due to strong wind and big waves.

Description

technical field [0001] The invention relates to the technical field of drone recycling, in particular to a recycling station that can resist strong winds and facilitate the precise recycling of drones. Background technique [0002] Water drones are aircraft that can take off, land and park on the water, referred to as water aircraft, and some of them can also take off and land at land airports, called amphibious aircraft. Water drones are divided into two types: hull type (that is, a special-shaped fuselage designed according to the requirements of water surface sliding) or buoy type (replacing the landing gear of a land aircraft with a buoy). The amphibious aircraft is equipped with retractable landing gear on the hull or buoys, which can be retracted when taking off and landing on water, and put down when taking off and landing on land. Water planes are used in military reconnaissance, anti-submarine and rescue activities; in civilian use, they can be used for transportat...

AI Technical Summary

Problems solved by technology

An important problem in the use of water drones is the recovery problem after landing on the water surface. At present, due to the uncertainty of natural wind, it is easy to cause the position of the drone recycling station to shift, resulting in the failure of the recovery operation to be completed smoothly.

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