TR201908479A2 - EMERGENCY ESCAPE ROAD SYSTEM - Google Patents

Abstract

Emergency escape route, which provides access to the emergency escape shelter or the exit path in the building in emergency situations such as earthquake or fire, has a fire wall formed with a water curtain along the landing road, and a spring escape line that provides the individual to descend quickly with an elevator rope system. This invention, which is related to the system, generally; spring escape line (1), water blocks (2), rope ladder (3), spring (4), elevator rope (5), vest (6), door system (7).

Description

DESCRIPTION EMERGENCY ESCAPE WAY SYSTEM TECHNICAL FIELD This invention provides emergency escape within the building in case of an emergency such as earthquake or fire. along the descent path on it, which provides access to the refuge or the exit path With the elevator rope system, which is the fire wall formed by the water curtain, the individual Emergency escape route consisting of a spring escape line that provides a rapid descent down relates to the system.

KNOWN STATE OF THE TECHNIQUE The breaking and displacement of the deep layers of the earth's crust or the eruption of volcanoes The tremors that occur due to the eruption state are called earthquakes.

According to the magnitude of earthquakes, the damage to the ground surface is very high. It causes loss of life and property, affects the social life and economic situation of the country. it paralyzes. Devices or methods that predict an earthquake will occur has not yet been found. For this reason, countries living together with earthquakes It has to be prepared for the negative effects it will create.

Suggested movements during the earthquake; Keep calm, Inside the building If the exit is near, it is open from the current location within 10-15 seconds at the time of the earthquake. if it is possible to exit to a safe area immediately, it should be escaped, - If the exit is not close, open if it is not possible to escape to a safe area immediately, in the current place; absolutely without running if possible, take the emergency bag and take the predetermined safe and one should take refuge in a place where a life triangle can be formed.

On the other hand, fire is caused by the realization of the combustion event in the environment. it's getting out of control. Danger of flammable substances in the fire environment It can be more or less dangerous according to its class. Especially a fire inside the building. Various measures are taken to intervene. However, the fire reaching a dangerous level does not allow intervention.

Special precautions for emergencies such as earthquake and fire, especially inside buildings is taken. However, as explained, in emergencies, individuals should be healthy and protected. somehow reach emergency shelters or outside emergency exits required. In this case, emergency escape stairs should be constructed inside the building. is being done. These stairs can be indoors inside the building, as well as outside the building. It can also be adjacent. Especially in high-rise buildings, it is built inside the building. Although the escape stairs are sheltered, the descending of individuals it is slow. Especially in the event of an earthquake, the descent must be fast. Even in some fires, leaving the fire environment quickly due to the rapidly spreading smoke may be required. In such cases, emergency escape stairs are sufficient. cannot be.

As can be understood from the above-mentioned, emergencies such as earthquake and fire in emergency situations, which enable individuals to leave the emergency area quickly and emergency shelters or an outdoor exit point. The need for the system is clearly observed.

DESCRIPTION OF THE INVENTION In case of an emergency such as an earthquake or fire, go to an emergency escape shelter inside the building. or water curtain along the descent path on it, providing access to the exit path With the elevator rope system, which has a fire wall formed by It is an emergency escape route system consisting of a spring escape line that provides descent, feature; Making the transitions to the place where they are placed in the building with controlled doors, The ability of more than one individual to use the system in the spring escape line, descending from the floor with a stair rope, elevator rope for fast descents Using the system means that there is no water around the escape line during the descent of individuals. curtain and fire curtain.

In the emergency escape route system, in emergencies such as earthquake and fire, individuals It is a system that ensures a safe and fast exit from the emergency area.

In the emergency escape route system, the spring escape line is located in all areas where individuals are located. accessible from floors. Spring escape line with doors on each floor transportation can be provided. The mentioned doors can be hidden as well as in case of emergency. orientated regions.

In the emergency escape route system, the elevator in the spring escape line is connected to the rope. multiple individuals descending at the same time or from different floors can perform. In this way, more than one individual in the spring escape line providing quick escape at the same time, rapid evacuation of individuals in an emergency is provided.

In the emergency escape route system, in the spring escape line, in the elevator rope system There is a vest. Elevator by putting on the individual vest and fixing himself descends safely and quickly along the rope. descent down water blocks at the outermost edges of the emergency escape route system during are available. A water curtain down from the water blocks in the event of a possible fire. are created and the landing zone is protected against heat and smoke in fire. is happening.

Rope beside the elevator rope in the spring escape line in the emergency escape route system There is also a staircase. Rope ladder from the top point on the spring escape line It is a rope ladder that hangs down. Rope surrounding spring escape line The ladder offers an alternative solution for the individual to descend.

In the emergency escape route system, the spring in the outermost part of the spring escape line are available. The room or building where the spring escape line is placed from the outer part of the spring. fixes it to its head by compression method. Spring outward pressure by fixing the spring escape line to the wall, room or building space. use is provided. In this case, you can quickly move to a designated building. can be integrated.

REFERANCE LIST spring escape line water blocks rope ladder elevator rope door system NCDCN-hwN-l BRIEF DESCRIPTION OF THE DRAWINGS Figure 1. Representative view of the invention in question Figure 2. Representative view of the invention in question Figure 3. Representative view of the invention in question The drawings shown in the figure are for easier perception of the system. certainly should not be considered restrictive in terms of the parts that make up the invention.

DESCRIPTION OF THE INVENTION In case of an emergency such as an earthquake or fire, go to an emergency escape shelter inside the building. or water curtain along the descent path on it, providing access to the exit path With the elevator rope System, which is the fire wall created with the related to the emergency escape route system, which consists of the spring escape line providing the descent. In general, this invention; spring escape line(1), water blocks(2), rope ladder(3), It consists of spring (4), elevator rope (5), vest (6), door system (7).

In the emergency escape route system, in emergencies such as earthquake and fire, individuals It is a system that ensures a safe and fast exit from the emergency area.

There is a spring escape line(1) in the emergency escape route system. spring escape line(1) for rapid and safe downstream evacuation of multiple individuals it provides.

Spring escape line(1) in emergency escape route system Spring escape from outer part fix the line to the head of the room or building where it is placed by compression method. There is a spring (4) that provides it. Spring(4) is spring-loaded with outward pressure It fixes it to the wall, room or building space where the escape line (1) is placed.

Water blocks on the outside of the spring escape line(1) in the emergency escape route system(2) are available. In case of emergency such as fire, water from the water blocks (2) downwards. The curtain is formed and the landing zone is protected from fire flame, heat and smoke. is preserved.

In the emergency escape route system, the spring(4) and water in the spring escape line(1) There is a rope ladder (3) inside the blocks (2). . rope ladder(3) It hangs down from the top point in the spring escape line (1). spring escape The rope ladder (3) surrounding the line (1) is an alternative way for the individual to descend. offers a solution.

Elevator in the innermost part of the spring escape line(1) in the emergency escape route system There is a rope (5). More than one person at the same time or at the same time with the elevator rope (5) It is possible to descend from different floors. Elevator rope(5) spring escape It extends down from the top point in the line (1) and has a quick descent. is performing.

In the elevator rope (5) system, the ropes are connected to each other with a pulley system.

Rotation angle of reels and ropes attached end-to-end turns at 45°-60° angles by doing the landing.

Elevator rope(5) in spring escape line(1) in emergency escape route system There is a vest (6) in the system. The individual wears the vest(6) and safely and quickly down the elevator rope (5). is descending.

In the emergency escape route system, the spring escape line is located in all areas where individuals are located. accessible from floors. Spring escape with my door system on each floor line(i) can be reached. The mentioned door system (7) can be hidden as well as There may also be areas that are referred in an emergency. My door system It can have a special lock system to be special for its use. by choice depending on the door system(7) fingerprint reader system inlet and exit control can be achieved.

The use of the invention is; When your individual speed comes to the spring escape line (1) By wearing the vest (6), the elevator attaches itself to the rope (5) and fixes it.

When it fixes itself with the vest(6), by pressing the "on" button, the elevator rope(5) It is provided to work and make a rapid descent down. During this descent In case of an emergency such as a fire, the water blocks are activated and the descent It creates a water curtain down to the bottom.

Claims (2)

REQUESTS 1. This invention is an indoor emergency escape system, and its feature is; In the emergency escape route system, in case of emergencies such as earthquake and fire, individuals leave the emergency area in a safe and fast manner. , On the outside of the spring escape line (1) in the emergency escape route system, a water curtain is created downwards in case of emergency such as fire and water jets that protect the landing area against fire, heat and smoke (2), On the spring escape line in the emergency escape route system (1) In the inner part of the spring (4) and water blocks (2), on the spring escape line (1), the rope ladder hanging down from the top point, offering an alternative solution for the individual to descend (3), Spring escape in the emergency escape route system The elevator located in the innermost part of the line (1), which enables more than one person to descend simultaneously or from different floors, descends from the elevator(5) ir. 2- It is the elevator rope (5) mentioned in claim 1, and its feature is; it is to have a vest (6) that allows the individual to descend safely and quickly along the elevator rope (5) by wearing it on and fixing himself.