Paraglider parachute rope group belt anti-winding supporting rod

Abstract

The paraglider parachute rope group belt winding-prevention supporting rod comprises an outer sleeve, an inner telescopic cylinder, U-shaped group belt connecting pieces, plug pins, rubber band connecting pieces and quick connectors, the inner telescopic cylinder is arranged in the outer sleeve in a sliding mode, the U-shaped group belt connecting pieces are arranged at the two ends of the outer sleeve, the plug pins are arranged on the U-shaped group belt connecting pieces, and the rubber band connecting pieces are arranged on the plug pins. The rubber band connecting piece is connected with the inner sleeve, and the quick connector is connected with the inner sleeve. The invention belongs to the technical field of safe flight of paragliders, and particularly relates to a paraglider anti-paraglider rope set belt anti-winding supporting rod which is light in weight, simple in structure, firm, portable and very easy to install, a quick connector in the middle can be quickly connected and disconnected, and the paraglider anti-winding supporting rod can be quickly and freely switched to be used or not used in the air. The supporting rod can slide and stretch out and draw back quickly and freely in the air, take-off is not affected after the supporting rod is installed, use in the air is not affected, and the technical problem that an existing paraglider anti-parachute rope set belt is prone to winding is effectively solved.

Description

technical field [0001] The invention belongs to the technical field of safe flight of paragliders, and in particular refers to a paraglider anti-parachute rope group with anti-winding struts. Background technique [0002] The shape of a paraglider is similar to a left-right symmetrical willow leaf. Its design principle allows it to glide in the air. The lower wing surface of the paraglider has symmetrical and evenly distributed umbrella rope connection points to connect the umbrella ropes. These several-meter-long umbrella ropes are divided into left and right The two parts are gathered at the lower end and connected with the riser belt, and the lower end of the sling hangs the pilot. In flight, under certain circumstances, the parachute will spin and turn left or right, such as the pilot and parachute hanging below. If the wing movement is asynchronous or rotates in the opposite direction, the left and right parachute ropes or the left and right side straps will be twisted ...

AI Technical Summary

Problems solved by technology

[0002] The shape of a paraglider is similar to a left-right symmetrical willow leaf. Its design principle allows it to glide in the air. The lower wing surface of the paraglider has symmetrical and evenly distributed umbrella rope connection points to connect the umbrella ropes. These several-meter-long umbrella ropes are divided into left and right The two parts are gathered at the lower end and connected with the riser belt, and the lower end of the sling hangs the pilot. In flight, under certain circumstances, the parachute will spin and turn left or right, such as the pilot and parachute hanging below. If the wing movement is asynchronous or rotates in the opposite direction, the left and right parachute ropes or the left and right side straps will be twisted together like a twist. In this state, the pilot will not be able to effectively control the paraglider, and the paraglider will lose control due to winding. Accidents occur frequently, ranging from serious injuries to death

At present, there is no effective solution to this problem in the world, and there is no product developed to solve this problem.

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