Safety structure for airbag disengagement positioning

Abstract

The invention relates to a safety structure for airbag disengagement positioning, which is characterized in that a buckling structure for quick disengagement is relatively arranged between a body in a starting piece and an airbag so as to match with a safety device to lock or start the buckling structure; in addition, a backstop device is arranged on the air nozzle of the air bag, so the airbag can be disengaged from the body and used for another purpose in the state of being inflated; a clamping piece of which the position is adjustable is arranged on a fixed piece relatively to the buckling structure of the starting piece so as to adjust the clamping tightness between the fixed piece and the starting piece to achieve high use safety, and the clamping device can also match with a vent rod and a stopper of a holding device, so that leaked air of the airbag can be recycled or used for air injection to achieve high practicality. The safety structure for airbag disengagement positioning can be used for seat cushions, various inflatable mats, clothes and inflatable game equipment.

Description

Technical field: [0001] The invention relates to a safety structure for detachment and positioning of an airbag, which is composed of a non-reverse structure in the gas nozzle of the airbag combined with a quick detachment structure, a safety device arranged on the side of the quick detachment structure, and a holding device provided in conjunction with the air nozzle. The detachment and connection of the airbag after inflation can be reliably controlled, and can be used for other purposes, becoming a multi-purpose airbag and airbag inflation structure, and with the design of adjustable clamping parts, the overall opening and closing The tightness can be effectively adjusted to meet the needs of the convenience of elastic use and high safety. Background technique: [0002] At present, life jackets or other life-saving equipment are mostly folded and placed in a closed space in the way of airbag accommodation. When the inflation action is activated, the relative structure can...

AI Technical Summary

Problems solved by technology

[0004] 1. The application applicability of the airbag is low: since the airbag structure is mostly fixed on the life jacket or the matching structure, it cannot be used independently and separately. Therefore, the other applicability of the airbag is extremely low, such as the airbag fixed on the life jacket. It is used for other life-saving, or used as a game device, the applicability is extremely low

[0005] 2. The activation of the airbag cannot be adjusted accurately: that is, when the airbag is activated, the activated structure cannot effectively adjust its tightness, so the airbag cannot be adapted to the hand strength or habits of different users when the airbag is activated, resulting in less strength. The user cannot effectively and quickly start the inflation operation to inflate the airbag, and the applicability is extremely low

[0006] 3. Poor expandability of the airbag: due to the sealed design of the airbag, it takes more time to inflate the airbag to the fully deployed state, thus reducing the prime time for lifesaving

[0007] 4. The connecting part is not easy to change: because the connecting part of the system is designed to match the fixed length of the connecting part of the human body, it has no application flexibility

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