Adjustable descent base stabilization device for drones

Abstract

An adjustable descent base stabilization device for drones, for connection to a pre-installed drone, includes a shock absorber. The pre-installed drone has a support bracket and feet at its bottom; the top of the shock absorber is connected to the support bracket, and the bottom of the shock absorber has a rotary torsion joint, a support rod, and a shaft connection in sequence. The rotary torsion joint connects to the support rod, creating an angle between the support rod and the shock absorber. The support rod is connected to the feet via the shaft connection. Thus, the rotary torsion joint causes the support rod to change angle relative to the shock absorber, forming a composite elastic buffer with the shock absorber to disperse the impact force during drone descent, achieving the structure of the adjustable descent base stabilization device for drones.

Claims

1. An adjustable landing base stabilization device for unmanned aerial vehicles (UAVs), for connection to a pre-set UAV, the UAV having a support bracket and a footrest at its bottom, the adjustable landing base stabilization device comprising at least: A shock absorber has its top end connected to the bracket, and its bottom end sequentially provided with a rotary torsion joint, a support rod, and a shaft connection. The rotary torsion joint connects to the support rod, forming an angle between the support rod and the shock absorber. The support rod is connected to the foot via the shaft connection. In this way, the rotary torsion joint causes the support rod to change angle relative to the shock absorber, so that the rotary torsion joint and the shock absorber form a composite elastic buffer to disperse the impact force when the drone descends, thus achieving the structure of an adjustable descent base stabilization device for the drone.

2. The adjustable descent base stabilization device for a drone as described in claim 1, wherein the base is a wheel, skid, float, float plate or roller.

3. The adjustable landing base stabilization device for a drone as described in claim 1, wherein the shock absorber is a pneumatic shock absorber, a hydraulic shock absorber, or an elastically adjustable shock absorber.

4. The adjustable descent base stabilization device for a drone as described in claim 1, wherein the rotary torsion joint is a torsion spring joint, a rotary damper, or an elastic rubber bushing.

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