KR102382876B1 - All in one survival kit for fire escape and evacation leading LED line system connected to thereof - Google Patents

Abstract

The present invention relates to an all-in-one survival kit for fire evacuation and an evacuation guidance LED line system interlocked therewith, and more particularly, to a fire or disaster situation, so that goggles and an oxygen mask can be worn at all times to quickly prevent suffocation due to fire It relates to an integrated survival kit for fire evacuation that can respond safely and safely evacuate from a fire scene, and an evacuation guidance LED line system linked thereto.
In particular, the integrated survival kit for fire evacuation of the present invention and the evacuation guidance LED line system interlocked therewith are configured to embed a heat sensor, a controller, and a beacon sensor in the existing winka hose LED guidance lamp, and to be connected to an emergency exit, and for the fire evacuation It is characterized in that it is configured to link the beacon sensor installed in the integrated survival kit to guide the emergency exit in the direction away from the place of fire to induce rapid evacuation.

Description

An all-in-one survival kit for fire evacuation and an evacuation guidance LED line system linked thereto

The present invention relates to an all-in-one survival kit for fire evacuation and an evacuation guidance LED line system interlocked therewith, and more particularly, to a fire or disaster situation by carrying goggles and an oxygen mask to be worn at all times to quickly prevent suffocation due to fire. It relates to an all-in-one survival kit for fire evacuation that can respond safely and safely evacuate from a fire scene, and an evacuation guidance LED line system linked thereto.

In particular, the integrated survival kit for fire evacuation of the present invention and the evacuation guidance LED line system interlocked therewith are configured to embed a heat sensor, a controller, and a beacon sensor in an existing winka hose LED guidance lamp, and to be connected to an emergency exit, and for the fire evacuation It is characterized in that it is configured to link with the beacon sensor installed in the integrated survival kit to guide the emergency exit in the direction away from the place of fire to induce rapid evacuation.

According to general statistics, it is investigated that over 70% of the people who died in the case of fires in apartments and business facilities were asphyxiation due to smoke. That is, when a fire occurs in a complex building such as an apartment, office, or factory, suffocation by smoke rather than flame occurs more frequently. In addition, when the evacuation distance from the fire point was calculated in time, it was statistically only 5 minutes, but due to the toxic gas, the person died without leaving the site. It appears that many people die because they miss the golden time, the moment of

On the other hand, smoke masks provided in various places to be used in case of gas leakage or fire are used for the purpose of protecting the human body from harmful dust or toxic gas present in the air.

Looking at the structure of such a smoke mask, it is composed of a mask body, a filter mounted on the mask body, and an outlet. When breathing in, external air is filtered and sucked by the filter, and when breathing out, it is configured to be discharged through an exhaust valve.

However, there is a problem that the smoke mask is not only difficult to wear in an emergency situation such as a fire, but also has a very high risk of suffocation due to smoke.

As a prior art disclosed to solve the above problems, Korean Patent Registration No. 10-1268383 (registration date: May 22, 2013) has a case 10 with an open top, and an oxygen cylinder ( 20), an oxygen exhaust means 30 for discharging the high-pressure oxygen in the oxygen cylinder in a low-pressure oxygen state under reduced pressure through the discharge pipe 32, a lighting means 40 installed in the opening of the case, and the opening of the case It is coupled and composed of a cover 50 provided with a transparent window 51 through which illumination light is transmitted, and the lighting means passes through a hole for passing an insulating member formed in the case to an electrical terminal 46 installed on an extension line of the hole. The insulating member 47 is inserted to cut off electricity, and at the same time as the insulating member is pulled out of the electrical terminal when carrying, the electrical terminal is automatically contacted by the elastic restoring force of the electrical terminal to illuminate the automatic lighting switch is configured; Even in emergency situations such as fire, oxygen from the built-in oxygen tank can be inhaled to prevent suffocation due to smoke, and it is convenient to carry or store. It has the effect of providing excellent safety, such as being able to respond quickly, and as an emergency lighting using an LED lamp, it consumes extremely low power and can be used for a long time. As well as suitable for the following, an oxygen respirator for fire equipped with an emergency lighting that has the effect of facilitating breathing is known.

However, the above-mentioned prior art applies a general oxygen cylinder, so it is heavy and bulky, so it is not easy to carry, and it is difficult for individuals to keep it at a high price. There was a problem in that the actual relief efficiency was lowered.

In addition, the above-mentioned prior art deteriorates the eyesight of the eyes because it does not protect the eyes from harmful dust and toxic gases generated in a poor work site, and there is a problem that it adversely affects the evacuation process for survival.

In order to solve the above problems, the Korean Utility Model 20-0458788 (registration date: January 31, 2012) includes transparent goggles 10 made of silicone with a nose bridge 11 between the forehead and nose; a transparent silicone mask 20 provided with a nose bridge 21 detachable from the glabellar bridge of the goggles, a filter mounting hole 22, and an oxygen hose coupling pipe 23; A filter mounting frame 30 made of acetal material detachable from the filter mounting hole; A triple filter 40 composed of a pre-filter, a medium filter, and a HEPA filter that is detachable from the filter mounting frame; and an oxygen cylinder 50 having an oxygen hose 51 coupled to the oxygen hose coupling pipe, wherein a protruding border 24 is formed on the front side of the mask in all directions of the filter mounting hole, and the filter mounting frame is opposite to each other and has a lower end A pair of the first mounting frame 31 and the second mounting frame 32 which are integrated with the connecting band 35 of A filter replacement type oxygen for use with goggles, characterized in that the outer surfaces of the protruding rims 34 of the first and second mounting frames are inserted in close contact with the inner surfaces of the protruding rims 24 of the filter mounting hole and are detachably coupled. Masks are known.

In addition, Korean Patent Application Laid-Open No. 10-2018-0034817 (published on April 05, 2018) in the mask, is provided at the lower end of the mask and has an air blocking seal attached to the outer side of the air outlet; an oxygen suction unit provided in the central portion of the mask and having an air blocking seal attached to the inner side of the oxygen flow port; A mask for safety evacuation of smoke in the event of a fire in a fire and a house fire in a flame is known, which comprises a.

In addition, Korean Patent Registration 10-1959259 (registration date March 12, 2019) discloses that in a portable fire evacuation hood mask worn for breathing by filtering polluted air, the lower part is provided so that it can be worn quickly in case of a fire or disaster. an open hooded body; a see-through window provided on the upper part of the face of the main body to secure the wearer's field of vision and made of an anti-fogging film to prevent fogging; a main filter provided on the face of the body to filter contaminated air when the wearer breathes; at least one auxiliary filter provided on one side of the main body to filter contaminated air so that the wearer can breathe smoothly; a tightening line to block the penetration of external smoke or toxic gas into the portable fire escape hood mask by tightening the lower end of the portable fire escape hood mask; and an LED light provided on one side of the tightening line to provide a light source for securing a view to the wearer in case of a fire or disaster situation, and to allow a rescuer to easily identify the wearer; including, wherein the LED light is LED (Light Emitting) diode), a first power supply unit for supplying power to the light emitting unit, and a first power supply unit provided between the first power supply unit and the light emitting unit to supply or cut off power to the light emitting unit from the first power supply unit a power switch and a code lock safety pin for selectively supplying or blocking power supplied to the light emitting unit from the first power supply unit by controlling the first power switch, wherein the code lock safety pin is attached to the tightening button for fastening and fixing the tightening line Portable fire, characterized in that the wearer pushes up the tightening button for stable wearing of the portable fire escape hood mask and is released from the first power switch to supply power to the light emitting unit from the first power supply Evacuation hood masks are known.

However, although the above-mentioned goggles combined oxygen mask or hood mask has goggles and an oxygen supply unit, it is inconvenient to carry and cumbersome to use as a separate filter must be installed. requires a separate filter and the LED is installed in the hood mask, but there is a problem that a separate power source is required, and in the case of oxygen supply, solid oxygen generated by reacting with moisture and carbon dioxide generated during breathing Therefore, there was a problem that the oxygen generation time was delayed or it was difficult to breathe because it was difficult to generate enough oxygen, so it was impossible or difficult to use.

Korean Patent Registration 10-1268383 (Registration Date: May 22, 2013) Korea Registered Utility Model 20-0458788 (Registration Date January 31, 2012) Korean Patent Publication No. 10-2018-0034817 (published on April 05, 2018) Korean Patent Registration 10-1959259 (Registration Date March 12, 2019)

The present invention is to solve the above problems, and since the disposable goggles and the oxygen mask are integrally configured so that they can be worn all the time, it is easy to use, and the initial response and response to a fire situation are quick, and It aims to provide an all-in-one survival kit for fire evacuation that increases evacuation stability, prevents suffocation by stable breathing from smoke, and protects eyes with breathing from smoke or gas.

In addition, as an evacuation guidance LED line system that is linked with the integrated survival kit for fire evacuation, the heat sensor, controller and beacon sensor are embedded in the existing winka hose LED guidance lamp, and interlocked with the beacon sensor installed in the integrated survival kit for fire evacuation The purpose is to provide an evacuation guidance LED line system that recognizes the place of fire and informs evacuees and guides them in a direction away from the place of fire to induce quick evacuation.

The integrated survival kit for fire evacuation proposed by the present invention and the evacuation guidance LED line system interlocked therewith include: a goggles unit to secure a field of vision by wearing to protect the eyes of the wearer's face; a mask unit connected to the lower end of the goggles unit and worn to cover the nose and mouth of the wearer to secure a breathing area; an oxygen supply unit coupled to positions corresponding to the nose and mouth of the mask unit and supplying oxygen necessary for the wearer's breathing; and a storage case accommodating the goggles unit and the mask unit in a folded state, and having a fastening means on one external surface so that a wearer can wear it.

The storage case is configured in the form of a pouch so that it can be worn by being coupled to the operator's rear waist belt for easy portability.

The goggle unit and the mask unit are integrally coupled, and are formed in the form of a hood with an open lower part and a covering up to the neck, and include a tightening line to block external smoke or toxic gas from permeating into the inside by tightening the neck.

The oxygen supply unit may be configured as an oxygen generating pack.

The oxygen supply unit may be configured with an adapter coupled to the oxygen container.

In the storage case, the goggles unit and the mask unit are accommodated in a folded state, and an oxygen container is accommodated together.

The goggles unit and the mask unit are provided with a wearing band that is connected and extended to the rear and is tightened and fixed in contact with the back of the wearer's head.

In the goggles unit, a guide member is formed so as to be symmetrically bisected left and right based on the connection point of the mask unit, and to be expanded and folded from side to side.

The mask unit includes a folding part that is formed to be folded and deformed inward at a connection point with the goggles unit.

To the adapter of the oxygen supply unit, a hose member forming an oxygen supply path, one end of the hose member is connected, and an oxygen container for storing and supplying oxygen therein is sequentially connected.

A beacon sensor is installed in the storage case or mask unit and configured to induce evacuation in conjunction with an evacuation guidance LED line system, wherein the evacuation guidance LED line system embeds a plurality of LED lamps in the winka hose to induce evacuation. The heat sensor and the controller and the beacon sensor are embedded and are configured to be connected to the emergency exit, and the beacon sensor and the beacon sensor installed in the storage case or mask unit are linked to guide the emergency exit in the direction away from the place of fire do.

The heat sensor detects a fire when a fire occurs, and transmits a signal to the adjacent controller by the controller to guide the direction by flashing the LED to the emergency exit in the direction away from the fire site or lighting an arrow-shaped LED. do.

According to the integrated survival kit for fire evacuation according to the present invention and the evacuation guidance LED line system interlocked therewith, the goggles and the mask are integrated and then stored and stored in a package form so that they can be carried at all times, so the wearer's use is very simple and quick It is designed to be worn, and with excellent portability in everyday life, it is possible to respond and respond to disasters at all times, as well as to improve the practical relief efficiency.

In particular, the integrated survival kit for fire evacuation according to the present invention and the evacuation guidance LED line system interlocked therewith are constructed by embedding a heat sensor, a controller and a beacon sensor in an evacuation guidance lamp that induces evacuation by embedding a plurality of LED lamps in the winka hose. It is configured to be connected to the emergency exit, and the beacon sensor installed in the integrated survival kit is interlocked to guide the emergency exit in the direction away from the place of fire, which has an excellent effect of inducing rapid evacuation.

1 is a front view schematically showing an embodiment according to the present invention.
2 is a front view schematically showing another embodiment according to the present invention;
3 is a side view schematically showing an embodiment according to the present invention;
Figure 4 is an exemplary view schematically showing a folding process of an embodiment according to the present invention.
Fig. 5 is a block diagram schematically showing another embodiment according to the present invention;
6 is a configuration diagram of a conventional winka hose LED evacuation guidance light
7 is a conventional winka hose LED evacuation guidance light installation photo
8 is an overall configuration diagram of an evacuation guidance LED line system according to the present invention;
9 is a partial configuration diagram of an evacuation guidance LED line system according to the present invention
10 is an operation diagram of an evacuation guidance LED line system according to the present invention

The present invention includes a goggles unit for securing a field of vision by wearing to protect the eyes of the wearer's face; a mask unit connected to the lower end of the goggles unit and worn to cover the nose and mouth of the wearer to secure a breathing area; an oxygen supply unit coupled to positions corresponding to the nose and mouth of the mask unit and supplying oxygen necessary for the wearer's breathing; An integrated survival kit for fire evacuation comprising a storage case that accommodates the goggles unit and the mask unit in a folded state, and has a fastening means on one external surface so that a wearer can wear it, and an evacuation guidance LED line system interlocked therewith is a characteristic of the technical composition.

The storage case is characterized in that it is configured in the form of a pouch so that it can be worn by being coupled to the operator's rear waist belt for easy portability.

The goggle unit and the mask unit are integrally coupled and are formed in the form of a hood that has an open lower part and wraps around the neck. characteristic of the composition.

The oxygen supply unit is characterized in that the technical configuration is composed of an oxygen generating pack.

The oxygen supply unit is characterized in that the technical configuration is composed of an adapter coupled to the oxygen container.

The storage case is characterized in that the goggle unit and the mask unit are accommodated in a folded state, and an oxygen container is accommodated together with the storage case.

The technical configuration is characterized in that the goggle unit and the mask unit are provided with a wearing band that is connected to and extended to the rear and is tightened and fixed in contact with the back of the wearer's head.

The technical configuration is characterized in that the goggle unit includes a guide member that is formed symmetrically in two parts to the left and right based on the connection point of the mask unit, and is expanded and folded from side to side.

It is characterized in that the mask unit includes a folding part that is formed to be folded and deformed inward at a connection point with the goggles unit.

The adapter of the oxygen supply unit is characterized in that a hose member forming an oxygen supply path, one end of the hose member is connected, and an oxygen container for storing and supplying oxygen therein is sequentially connected to the technical configuration.

A beacon sensor is installed in the storage case or mask unit and configured to induce evacuation in conjunction with an evacuation guidance LED line system, wherein the evacuation guidance LED line system embeds a plurality of LED lamps in the winka hose to induce evacuation. The heat sensor and the controller and the beacon sensor are embedded and are configured to be connected to the emergency exit, and the beacon sensor and the beacon sensor installed in the storage case or mask unit are linked to guide the emergency exit in the direction away from the place of fire It is characterized by the technical composition.

The heat sensor detects a fire when a fire occurs, and transmits a signal to the adjacent controller by the controller to guide the direction by flashing the LED to the emergency exit in the direction away from the fire site or lighting an arrow-shaped LED. It is characterized by the technical composition.

Next, a preferred embodiment of the integrated survival kit for fire evacuation according to the present invention will be described in detail with reference to the drawings.

First, an embodiment of the integrated survival kit for fire evacuation according to the present invention is as shown in [Figs. 1] to [Fig. 2], [Fig. 5] to [Fig. (20), and an oxygen supply unit (30), and a storage case (40).

The goggle unit 10 is worn on the wearer's face to protect the eyes of the face of the body.

The goggles unit 10 uses a see-through material so that a wearer can secure a field of view.

It is preferable to attach an anti-fogging film to the goggles unit 10 to prevent the wearer's field of view from being blocked by a fogging phenomenon due to a temperature difference.

In the above, the anti-fog film is configured using polycarbonate (PC).

In general, polycarbonate is a high molecular compound having a carbonate ester-type structure with excellent impact strength and tensile strength, has transparency close to glass, has little change in strength due to temperature change, and has excellent electrical insulation and mechanical properties.

At this time, although not shown, the storage case 40 is preferably configured in the form of a pouch so that it can be worn by being coupled to the operator's rear waist belt for easy portability.

In particular, the goggles unit 10 and the mask unit 20 are integrally coupled as shown in Fig. 1, and are formed in the form of a hood with the lower part open and covering the neck area, and by tightening the neck area, the external It is convenient to wear, but is not limited thereto, and the goggle unit 10 and the mask unit 20 are separated and connected in a form that is convenient to wear, but is not limited thereto. is also possible

As shown in [Fig. 2], the goggles unit 10 is symmetrically divided into two parts with respect to the connection point with the mask unit 20.

In the above, the goggle unit 10 is provided with a guide member 15 so that it can be set to be deformed to the left and right at the connection point with the mask unit 20 in the unfolded and folded state. That is, the goggle unit 10 can be unfolded based on the guide member 15 and worn on the wearer's face, or the goggle unit 10 can be folded based on the guide member 15 and stored in a reduced volume. make up

The mask unit 20 performs a function of securing a breathing area by wearing it to cover the nose and mouth of the wearer's face.

The mask unit 20 is integrally connected to the lower end of the goggle unit 10 and formed to extend, as shown in FIGS. 1 and 2 to 3 .

The mask unit 20 has a convex shape to the outside to form a sufficient breathing area.

The mask unit 20 is coupled to a position corresponding to the nose and mouth, and an oxygen supply unit 30 for supplying oxygen necessary for the wearer's breathing is configured, and the oxygen supply unit 30 is an oxygen generating pack. It may be composed of 90, and is composed of an adapter 21 coupled to a hose member connected to the oxygen container, and oxygen may be supplied from the oxygen container 33 .

That is, to the adapter 21 of the oxygen supply unit 30, as shown in [Fig. 2], a hose member 31 forming an oxygen supply path and one end of the hose member are connected, and oxygen is supplied to the inside. The oxygen containers 33 for storing and supplying are sequentially connected.

To this end, it is preferable that the storage case 40 accommodates the goggles unit 10 and the mask unit 20 in a folded state and the oxygen container 33 is accommodated together.

The oxygen container 33 is accommodated in the storage case 40 and stored, and it is also possible to configure a plurality of the oxygen containers 33 for emergency use in the storage case 40 .

The oxygen container 33 may be configured to be applied in the shape of a cylindrical water bottle, or may be configured to be applied in the shape of a pouch.

The storage case 40 accommodates the goggles unit 10 and the mask unit 20 together with the oxygen supply unit 30 in a folded state to perform a function of being portable from the wearer in the storage state.

The storage case 40 secures a space for accommodating the goggles unit 10, the mask unit 20, and the oxygen supply unit 30 therein, but the goggles unit 10 and the mask unit (20) is formed by dividing so as to be accommodated and stored in an area separated from the oxygen supply unit (30).

The storage case 40 is provided with a fastening means 45 on the outer surface so that the wearer can wear it.

The fastening means 45 is a detachable structure corresponding to the wearer's rear waist belt, and is configured as a clip type that can be inserted into the belt and worn.

In particular, the storage case 40 is preferably configured in the form of a pouch so that it can be worn by being coupled to the operator's rear waist belt for easy portability.

Optionally, the mask unit 20 is connected to the goggles unit 10 as shown in [Fig. 2] and [Fig. 3], and is folded inward at the connection point with the goggles unit 10 The folded portion 25 is formed to be deformable.

The folded portion 25 is formed to be thinner than the overall wall thickness constituting the external appearance of the goggles unit 10 and the mask unit 20 to facilitate smooth deformation.

In addition, the folded portion 25 may be repeatedly formed into concave and convex wrinkle shapes to achieve smooth folding deformation.

The goggles unit 10 and the mask unit 20 are formed using any one of aluminized, polyimide, and PET (Polyethylene terephthalate) materials.

In general, aluminized has a flame retardant property that can withstand a high temperature of 400 ℃ for 30 minutes or more.

In addition, polyimide is a polymer having a repeating structural unit in the molecule as an imide group, and has the characteristic of having heat resistance close to the limit. In addition, polyimide is a type of engineering plastic with excellent strength and thermal durability, and its properties do not change at extremely low and high temperatures, and when produced in the form of a film, it has a property of being flexible like paper. In addition, physical properties do not change in a wide temperature range from minus 273 ° C to 400 ° C, and it has high heat resistance, electrical insulation, flexibility, and non-combustibility.

On the other hand, it is preferable to finish the part of the goggle unit 10 and the mask unit 20 that directly touches the wearer's face skin with a soft transparent silicone.

The goggles unit 10 and the mask unit 20 are formed to extend to the rear, and constitute a wearing band (B) that is tightened and fixed in contact with the back of the wearer's head.

The wearing band (B) is made of a rubber material having elasticity so that when the goggles unit 10 and the mask unit 20 are worn, they can be in close contact with the wearer's face.

The wearing band (B) is configured by individually applying to the goggles unit 10 and the mask unit 20, or by connecting and applying an “X” shape between the goggles unit 10 and the mask unit 20. make up

That is, when the folding process of the present invention as described above is briefly viewed with reference to [Fig. 4], the left and right pair of goggles units 10 are folded rearward with respect to the guide member 15, and then the mask unit 20 is moved rearward. Folded upwards based on the folded portion 25 to accommodate the folded goggle unit 10 in the inner breathing area of the mask unit 20 and stored in the storage case 40 in a state to minimize the volume. will do

That is, according to the integrated survival kit for fire evacuation according to the present invention configured as described above, the goggles and the mask are integrated and then stored and stored in a package form so that they can be carried at all times, so that the wearer is very easy to use and promotes rapid wearing. In addition, it is possible to respond and respond to disasters at all times with excellent portability, and it is possible to improve practical relief efficiency.

And another embodiment of the integrated survival kit for fire evacuation according to the present invention is installed in the storage case 40 or the mask unit 20 and the evacuation induction LED line system (D) as shown in [Fig. It further comprises a beacon sensor 63 for inducing evacuation in conjunction.

The beacon sensor 63 for inducing evacuation in conjunction with the evacuation induction LED line system D operates as follows to induce evacuation safely and quickly in case of fire.

That is, as shown in [Fig. 6] and [Fig. 7], in the current new or reconstructed building, an evacuation guidance light system is installed to induce evacuation by embedding a plurality of LED lights in the winka hose to induce evacuation in case of fire. there is.

However, the Wicahorse LED guide light merely guides the direction connected to the emergency exit, and when a fire actually occurs, there is no function to guide the location of the fire or the opposite direction to the location of the fire. There is a problem in that serious damage is caused by evacuation to the place where it occurred.

Accordingly, in the present invention, as shown in [Fig. 8] to [Fig. 10], a heat sensor, a controller, and a beacon sensor are embedded in an evacuation guidance lamp that induces evacuation by embedding a plurality of LED lamps in the existing winka hose. It is configured to be connected to the emergency exit, and the beacon sensor and the beacon sensor 63 installed in the storage case 40 or the mask unit 20 interlock to guide the emergency exit in a direction away from the place of fire.

That is, as shown in [Fig. 10], in the evacuation induction LED line system, the heat sensor that detects a fire detects a fire when a fire occurs, and transmits a signal to the adjacent controller by the controller to separate it from the place of fire It is configured to guide the direction by flashing the LED as an emergency exit in the direction of being or lighting an arrow-shaped LED.

In the above, the preferred embodiment of the integrated survival kit for fire evacuation according to the present invention and the evacuation guidance LED line system interlocked therewith have been described, but the present invention is not limited thereto. It is possible to carry out various modifications within the scope, and this also falls within the scope of the present invention.

10: goggles unit 15: guide member
20: mask unit 21: adapter
25: folding part 30: oxygen supply unit
31: hose member 33: oxygen container
40: storage case 45: fastening means
63: beacon sensor

Claims (12)

A goggle unit that secures visibility by wearing to protect the eyes of the wearer's face,
a mask unit connected to the lower end of the goggle unit and worn to cover the nose and mouth of the wearer's face to secure a breathing area;
an oxygen supply unit coupled to a position corresponding to the nose and mouth of the mask unit and supplying oxygen necessary for the wearer's breathing;
A storage case that accommodates the goggles unit and the mask unit in a folded state, and is configured in the form of a pouch having a fastening means on one external surface so that the wearer can wear it and easily combine it with the operator's rear waist belt to wear it;
A beacon sensor is installed in the storage case or mask unit of the integrated survival kit for fire evacuation comprising
The evacuation induction LED line system is constructed by embedding a heat sensor, a controller, and a beacon sensor in an evacuation induction lamp that induces evacuation by embedding a plurality of LED lights in the winka hose, and is configured to be connected to an emergency exit,
The beacon sensor and the beacon sensor installed in the storage case or the mask unit are interlocked to guide the emergency exit in a direction away from the fire site,
The heat sensor detects a fire when a fire occurs, and transmits a signal to the adjacent controller by the controller to guide the direction by flashing the LED to the emergency exit in the direction away from the fire location or lighting an arrow-shaped LED. become,
The goggles unit and the mask unit are integrally coupled and are formed in the form of a hood that has an open lower part and wraps around the neck. Evacuation guidance LED line system interlocked with an integrated survival kit for fire evacuation
delete delete The method according to claim 1,
The oxygen supply unit is an evacuation guidance LED line system linked with an integrated survival kit for fire evacuation, characterized in that it consists of an oxygen generating pack.
The method according to claim 1,
The oxygen supply unit is an evacuation guidance LED line system linked with an integrated survival kit for fire evacuation, characterized in that it consists of an adapter coupled to an oxygen container.
6. The method of claim 5,
An evacuation guidance LED line system linked to an integrated survival kit for fire evacuation, characterized in that the storage case accommodates the goggles unit and the mask unit in a folded state and simultaneously accommodates an oxygen container.
delete delete delete 6. The method of claim 5,
An integrated survival kit for fire evacuation, characterized in that a hose member forming an oxygen supply path is connected to the adapter of the oxygen supply unit, one end of the hose member is connected, and an oxygen container for storing and supplying oxygen inside is sequentially connected Evacuation guidance LED line system linked with delete delete

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