Tubular ski air bag

Abstract

The invention relates to the field of ski devices, in particular to a ski soaring practice special tubular ski air bag with small rebound force, light weight, and capable of draining and discharging ponding, which comprises an outer layer of an air bag.The inner part of the outer layer of the air bag is provided with two or more layers of aerated layers, each of the aerated layerscomprises a plurality of mutually independent aerated bodies, and the aerated bodies are distributed in the length direction of the outer layer of the air bag. The independent aerated bodies can ensure constant aeration, stability of the gas pressure of an aeration layer is ensured, the absorption of external force of the ski air bag composed of multiple aerated bodies only forms three directions: downward, leftward, and rightward, so no upward rebound forceexists when a skier lands in an air bag training, and safety of the skier is ensured.

Description

Technical field [0001] The application relates to the field of ski equipment, in particular to a tubular ski airbag for skiing air practice that has low rebound force, light weight, and can drain and discharge stagnant water. Background technique [0002] After a new type of snowboarding event such as BIG AIR and slope obstacle skills was included in the Olympic Games, a large number of ski enthusiasts are accustomed to using airbags as a landing buffer tool to achieve skiers in the flying bag. The purpose of landing safely after escaping during training, especially for beginners, when the skier lands in the air, no matter whether the action is correct or wrong, it is necessary to ensure that it does not cause harm to the body. Therefore, most of the existing ski resorts use traditional, independent, and larger inflatable air bags to buffer and protect the skiers from landing. However, the structure of the traditional independent atmospheric bag has the following problems during...

AI Technical Summary

Problems solved by technology

[0003] ①The stability of the air pressure is poor, and it is necessary for the staff to track and adjust the control air pressure to maintain a stable air pressure and reduce the rebound force, especially when the slope is not enough, a slight change in the air pressure is prone to accidents

[0004] ②Due to the large area where skis land, the volume and area of ​​the air bag are also very large, so the weight of the independent air bag is as high as several tons, which makes the on-site installation, especially on the slope, extremely inconvenient

[0005] ③ The surface of the air bag cannot be drilled to divert water, so that the accumulated water cannot be discharged and drained, which will affect the use effect

[0006] In the process of skiing, water is usually sprayed to make the skier smoother after landing. The water on the slope will naturally flow into the buffer zone, and the accumulated water will become more and more. At the lowest point of the buffer zone, stagnant water will flow in instantly, forming a pool in the buffer zone of the air pocket, creating an embarrassing scene for skiers soaking in the pool

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