KR100746662B1 - Life-saving Net - Google Patents

Abstract

A lifesaving net is provided to quickly install the lifesaving net by using a simple structure consisting of a lifesaving net, posts, and a rope for quickly saving persons in an emergency situation. A lifesaving net includes plural slide fasteners(33) installed on several positions of the lifesaving net, element rows(32) of the slide fastener formed on four sides of the lifesaving net, plural holes formed on four corners of the lifesaving net for hanging a rope(40) which is connected to the lifesaving net through the holes to a tree(41), a steel pile, and a vehicle wheel, plural spring posts consisting of an outer pipe and an inner pipe which is equipped with a spring thereinto inserted into the outer pipe, a net hanging plate formed on an upper portion of the spring post for hanging the lifesaving net.

Description

Life-saving network {omitted}

1 is a state diagram of the life net use of the invention

2 is a top view of the life net of the invention

Figure 3 is a side view of the circumference of the invention

Figure 4 is a spring column side view of the invention

(Explanation of symbols for the main parts of the drawing)

Lifejacket (10) Life bag escape entrance (11) Life bag escape passage (12) Prefabricated mattress (13) Spring inner pillar Bottom spring (21) Spring outer pillar pipe (22) Spring inner pillar pipe (23) Spring pillar Field bed Footrest (24) Spring Pole Field Bed Footboard Pin (25) Spring Pole Mesh Hook Plate (26) Mesh Chin Hook (27) Spring Pole Top Automatic Airbag (29) Life Net Perimeter Corner Mesh Hole (30) Center Mesh Hole (31) Connection Shank (32) Open shank (33) Rope (40) Wood (41) Iron pile (wood pile) (42) Car (43) Car wheel (44) Person (45) Person's hand (46) Circumference Outer pipe (60) ) Perimeter Inner Pipe (61) Perimeter Pillar Spring Pin (62) Perimeter Spring Spring Protrusion Pin Hole (63) Perimeter Pole Bed Footrest (64) Perimeter Pole Bed Footrest Pin (65) Perimeter Pole Hook (66) Perimeter Pillar Mesh Jaw (67) Circumference Column Rope Hanger (68) Circumference Column Top Automatic Airbag (69)

The present invention relates to the safe rescue of a person falling through a window in order to evacuate a person trapped in a flame when a fire occurs in a high-rise (including low-rise), more specifically, when a fire occurs in a high-rise emergency It is necessary to evacuate by other means, but it is impossible to evacuate with such a method, so it is inevitable to fall by the window. It's about a device that can be safely rescued.

Skyscrapers are being built like bamboo shoots, but when a fire breaks out on a high rise, there is no way to rescue them when emergency exits are piled up in flames or blocked.

If a fire occurs on a high floor, it must be evacuated through an emergency passage. However, as mentioned above, when the emergency passage is blocked and cannot be evacuated, or when the firefighting facility is not extinguished due to a breakdown or the like, it will fall out of the window at death. Have no choice but to

The following mechanisms have been developed and used to rescue lives in such emergency situations, but due to their low effectiveness, they are frequently damaged.

As an example

First: at the site of a fire on a high-rise (including four or five floors), a mattress can be rescued on the ground where people can fall, but the mattress is bulky, heavy, and requires a large amount, making it difficult to transport. In addition, when installing the mattress, it can only be installed on a flat surface, so it is impossible to install the mattress in the place where there are obstacles (landscape and landscaping stones, cars, trees, ponds, etc.) or sloped areas.

Even if the above bad condition is solved and the mattress is laid, the question is whether it is safe and safe when people fall on the mattress from high floor. Of course, it is different from falling on the ground, but it cannot guarantee the safety.

Second: The anticipated place to fall from the high floor The structure is installed by installing a large airbag on the ground. However, the large airbag can be installed only on the flat surface and cannot be installed where there is an obstacle or an obstacle that can damage the airbag.

Third: By using a ladder vehicle (for firefighters), a fireman can climb a ladder to the fire floor and rescue an emergency human being in a flame, but an elevated ladder can only climb to the 12th floor and cannot climb any more. There is no way to rescue an emergency named above.

When a fire breaks out on the 12th floor or above, when the fire protection system breaks down, it cannot operate because it cannot be extinguished and cannot escape to the emergency exit.

In addition, even when it occurs on the 12th floor or less, when you go down from the high-rise by using the ladder to climb up to the fire floor (e.g. 9th floor) in an emergency situation and rescue an emergency life by using an inconvenient and dangerous expensive ladder. It's risky and time-consuming to save another critical life.

You have to wait until the fire brigade vehicle arrives in the situation where you have to fall out of the window even in the event of a fire on the lower floor (more than 3 ~ 4 floor).

In a precious time of one second, the ladder vehicle has no choice but to wait for the arrival of the ladder vehicle without knowing when it will arrive due to congested traffic.

The present invention has been made to solve the problems of the prior art, the present invention is to provide a life-saving network to safely rescue people who fall out of the window without evacuating a person in a flame when a fire occurs in a high-rise.

Another object of the present invention is to provide a life-saving network to save the life in the flame by installing a life-saving network immediately and quickly when a fire occurs after storing the life-saving network for each emergency high-rise building

An embodiment of the present invention will be described with reference to the drawings.

The purpose of the present invention is a life-saving net of the present invention as a life-saving net to rescue the human life that can not be evacuated in a flame when a fire occurs in a high-rise and inevitably fall out of the window is made of a hard and light material and around the life net Put the circumferential column top automatic airbag 69 in the corner hole 30 and hang the rope on the rope hanger 68 while setting up the circumferential column (Fig. 3 is the circumferential pillar of the present invention) in four corners. (42) tied to the car wheel (44) and the person (45) was able to exert its function by spreading the automatic airbag (69) when installed by adjusting the rope, when the middle of the life net sag on the ground In order to solve the mesh, the spring column (Fig. 4 is the spring column of the present invention) is inserted into the hole 31 in the middle of the life net from the automatic air bag 29 of the top of the spring column to raise the spring column. Dun Mesh is configured to go up

Automatic airbag (29) spreads automatically when the spring column is erected, so even if a person falls from the upper floor and impacts the airbag (the top of the spring column), the impact falls on the rubber pod.

In addition, in order to accommodate the pressure as much as the weight to press when the airbag is preliminarily dropped, the lower spring 21 attached to the bottom of the spring column is configured to descend below

In addition, when a person falls into the life-saving network, a person slides to the rescue bag escape entrance 11 so as to safely arrive at the prefabricated mattress 13 through the rescue bag escape path 12. When a person fell in the place, a prefabricated mattress was laid under the life net, and the job open sac (33) was opened so that the person who had fallen into the life net could be rescued.

According to the present invention, the life net installation place is flat and inclined or low and high, and after removing the circumferential footrest footrest pin 65 and the spring pillar footrest footrest pin 25 to disassemble the footrest footrest 24 and 64, It is constructed to install life-saving nets with only pillars or pillars.

In addition, the life net of the present invention was to be installed to raise the life net over the obstacle when there are various obstacles

Life-saving network of the present invention can be suitably installed in a small, medium-sized where a small life-saving network is required, and the large-size is configured to be installed as large as possible by connecting to the connecting jack (32).

The present invention is to store the life-saving network in high-rise buildings for emergencies and to install a life-saving network immediately when a topic occurs so that an emergency person can fall to the life-saving network installed on the ground outside the window to evacuate.

This life net automatic airbag (29,69) is made of vinyl products, but considering that it is a fire scene, it is designed to cover the airbag vinyl with a non-burning clothing product to prevent the flame from falling and damaging the airbag vinyl.

1. The life net is composed of prefabricated, so it is easy to transport, easy to assemble, and can be installed quickly, so that life-saving life can be saved quickly.

2. When a fire breaks out, without having to wait for the fire brigade vehicle to arrive, the life nets stored in each high-rise building are installed immediately, so that dangerous lives can be evacuated quickly in a flame so that they are not sacrificed.

3. As long as there is a place to install the life net, you can install as little or as wide as you can safely follow up even if people fall from the high floor.

4. The life net can be stored in a small space

5. The purchase price is low

6. No failure and semi-permanent

Claims (1)

Lifesaving nets are connected to each other with a connecting shank (32). Hook the rope 40 to the rope hanger 68 at the top of the perimeter column (FIG. 3) in the life net perimeter corner mesh hole 30 and tie it to the wheel of the tree (41), the steel stake (42) and the wheel (44). If you put up and put together like the automatic airbag from the top of the circumference pillar while pulling, the mesh is caught on the girdle of the girdle pole 66, so that the life net can be installed. A spring inner pillar bottom spring 21 is installed inside a spring outer pillar pipe 22 of a spring pillar 34 that is placed in the life net, and the spring inner pillar pipe top 23 is automatically provided in the mesh hole 31 by an airbag (29). Life net, characterized in that can be installed together with the mesh jaw hook (27) while the mesh is caught

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