阅读说明：本技术 一种高楼防火滑绳梯 (High-rise fireproof slide rope ladder ) 是由 史美玲 于 2019-10-17 设计创作，主要内容包括：一种高楼防火滑绳梯是由多种防火材料制成的软体滑绳梯,遇到发生火灾时,人可用软体滑绳梯从高楼安全滑到地面逃生。(A high-rise fireproof sliding rope ladder is a soft sliding rope ladder made of various fireproof materials, and people can safely slide to the ground from a high-rise to escape by using the soft sliding rope ladder when a fire disaster occurs.)

1. A high-rise fireproof sliding rope ladder is characterized by comprising fireproof materials (1) and high-temperature-resistant materials (2) and a long-strip soft sliding pipe (3) made of the fireproof materials.

2. A high-rise fireproof slide rope according to claim 1, characterized in that the strip of adhesive (4) and the strip of slide rope (5) are arranged inside the inner layer of the slide pipe, so that people can enter the soft slide pipe to safely slide to the ground for escape in case of fire.

Technical Field

A high-rise fireproof sliding rope ladder is a soft sliding rope ladder made of various fireproof materials, and people can safely slide to the ground from a high-rise to escape by using the soft sliding rope ladder when a fire disaster occurs.

Background

The current society develops fast, and each big city is high building forest stand, and some high buildings are more than one hundred layers, and ordinary high building is all more than 20 layers, and if present high building conflagration breaks out, only the fire brigade can the fire control, does not have high building fire prevention slide rope ladder at present.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provides a high-rise fireproof sliding rope ladder, which comprises a soft sliding pipe made of fireproof materials and high-temperature resistant materials.

The technical scheme of the invention is that a long sliding rope is arranged in the inner layer of a sliding pipe, the sliding rope is arranged in the inner layer of the sliding pipe, and people enter a soft sliding pipe to safely slide to the ground to escape in case of fire.

By adopting the structure, the fire escape device has the following remarkable advantages and beneficial effects, is simple and easy to implement, safe and reliable, wide in application, suitable for high and low buildings, and can safely escape in case of fire.

Drawings

Fig. 1 is an overall structure diagram of a soft slide.

Fig. 2 is an enlarged structure view of the soft rope sliding ladder.

Fig. 3 shows the inner structure of the soft rope-sliding ladder.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

As shown in figure 1, 1 is made of fireproof aluminum silicate fiber cotton as an outer layer of a long soft sliding pipe, the aluminum silicate fiber cotton is made of fireproof materials and cannot burn in case of fire, 2 is provided with a hook at the upper end of the soft sliding pipe, 3 is made of high-resistant aluminum silicate fiber cotton as an inner layer of the soft sliding pipe to protect a human body from being injured, 4 is an inlet of the soft sliding pipe, and 5 is an outlet of the soft sliding pipe.

As shown in figure 2, 1 is the outer layer of the soft sliding pipe, 2 is the hook at the upper end of the soft sliding pipe, 3 is the inner layer of the soft sliding pipe, 4 is the inlet of the soft sliding pipe, 5 is the outlet of the soft sliding pipe, 6 is the strip-shaped primary and secondary adhesive which is adhered to the inner layer of the sliding pipe, two sides of the inner layer are respectively adhered, two sides of the inner layer of the soft pipe are combined together, 7 is a sliding rope, the hook 2 of the sliding pipe is hung on the top of a building or on a window when a fire disaster occurs, a person enters the sliding pipe from the inlet 4, the sliding rope 7 is lifted to the outlet 5 from the inlet 4 by hand to be safely transported to the ground, the fire is not burnt, smoke cannot be smoked, the high-temperature person cannot escape, the second third person also enters the pocket to escape, the primary and secondary adhesive adheres to two sides of the pocket to protect the human body to.

As shown in fig. 3, fig. 3 is a schematic view of the same internal structure as fig. 2.

Each high-rise building is provided with a fireproof hose with the length equal to that of the high-rise building, the fireproof hose can be folded and put on the top of the building for standby, and the sliding rope ladder can be opened and hung on the top of the building in case of a fire, so that the life safety of the fire is guaranteed.