Non-rope bungee jumping device

Abstract

The invention provides a non-rope bungee jumping device. The non-rope bungee jumping device comprises an auxiliary tower which is provided with a lifting elevator; the auxiliary tower is further provided with a vertical pipe-shaped channel from bottom to top; a columnar riding cabin is arranged in the top of the vertical pipe-shaped channel; a hook is arranged on the top of the riding cabin; the riding cabin can be installed on a fixing support on the top of the auxiliary tower through the hook in a hung manner; a bungee jumping entrance is formed in the top of the vertical pipe-shaped channel; a bungee jumping exit is formed in the bottom of the vertical pipe-shaped channel; a riding channel is arranged between the bungee jumping entrance and the auxiliary tower; the vertical pipe-shaped channel comprises a transparent channel body and a speed reduction channel body connected to the bottom of the transparent channel body; and the riding cabin makes free-fall motion in the transparent channel body, and after entering the speed reduction channel body, the riding cabin reduces speed and then lands at constant speed through a magnetic field produced because of electromagnetic induction. Compared with a traditional bungee jumping device, a rope does not to be bound to the non-rope bungee jumping device, the operation procedure is simple, meanwhile, in the bungee jumping process, no rope squeezes a human body, abrasion and aging of the rope do not exist, and running is very safe.

Description

technical field [0001] The invention belongs to the technical field of amusement facilities, and in particular relates to a cordless bungee jumping. Background technique [0002] Bungee jumping, also known as cable jumping, is a very exciting outdoor leisure activity emerging in recent years. Jumpers stand on bridges, tower tops, tall buildings, cranes and even hot air balloons with a height of more than 40 meters, and fix one end A long rubber strip is tied to the ankle joint, and then the arms are stretched out, the legs are close together, and the head is jumped off. Because the rubber strip tied to the jumper's ankle joint is very long, it is enough for the jumper to enjoy a few seconds in the air. In the free fall of the clock, when the human body falls to a certain distance from the ground, the rubber rope is stretched and tightened to prevent the human body from continuing to fall. This is the whole process of bungee jumping until the elasticity of the rubber cord di...

AI Technical Summary

Problems solved by technology

[0003] The shortcomings of the traditional bungee jumping device are: before bungee jumping, it is necessary to bind the rope, and the operation process is troublesome; at the same time, during the bungee jumping process, the bungee jumping rope will cause a strong squeeze on the human body, which greatly affects the feeling of the bungee jumper; in addition, Bungee cords wear and age, presenting a significant safety hazard during operation

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