Escaping and rescuing descending lifeline

Abstract

The invention relates to an escaping and rescuing descending lifeline and belongs to the technical field of life-saving equipment or device. The escaping and rescuing descending lifeline comprises a shell, a clamping mechanism, a speed reducing mechanism and an eccentric cam speed regulating device, wherein a piston damper is used for safe speed reduction and the clamping mechanism and the speed reducing mechanism are connected in a meshed manner, so the safety factor of a human body falling from a high place is increased; with the eccentric cam speed regulating device, the downward sliding speed of a rescued person can be controlled and can be kept in a safe speed range; and by adopting the speed regulating device, the rescued person can regulate descending speed by himself / herself. The escaping rescuing device provided by the invention is simple in structure, reliable in operation, convenient for operation, low in fault rate, quick in escaping and rescuing, easy to manufacture, low in cost and very favorable for promotion and implementation.

Description

technical field [0001] The invention relates to an escape and rescue descending device, which belongs to the technical field of lifesaving equipment or devices. Background technique [0002] In recent years, the city has developed rapidly, and there are many tall buildings, and fires also occur from time to time. How to escape from high places in a fire has become the focus of the public at present. The traditional fast escape method is to escape through facilities such as soft ladders and life-saving bags, but these facilities are expensive, take up a lot of space, and are inconvenient to use, especially for the elderly and weak. [0003] Most of the currently disclosed escape devices adopt the principle of double-rope intertwining, but the traditional double-rope intertwining escape device has low reliability and poor safety, and it has the following disadvantages when it is put into practical use: 1. 2, the falling speed is difficult to control; 3, the sliding friction o...

AI Technical Summary

Problems solved by technology

The traditional fast escape method is to escape through facilities such as soft ladders and life-saving bags, but these facilities are expensive, take up a lot of space, and are inconvenient to use, especially for the elderly and weak

[0003] Most of the currently disclosed escape devices adopt the principle of double-rope intertwining, but the traditional double-rope intertwining escape device has low reliability and poor safety, and it has the following disadvantages when it is put into practical use: 1. 2. The falling speed is difficult to control; 3. The sliding friction of the rope generates a lot of heat, and the lifeline is easy to wear and tear, causing people to fall and become disabled.

Although some escape devices are equipped with additional rope clamping devices to improve reliability, such escape devices generally have the disadvantage of unnecessary waste of materials, which doubles the production cost of the product and is not conducive to popularization. use

Using the same set of life-saving devices back and forth at the same time not only wastes precious time in disasters, but also increases the risk factor of people in danger

In addition, quite a large part of the above two escape devices do not have the function of self-control speed, so the psychological burden of escapers is heavy, which is not conducive to the implementation of self-rescue.

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