KR100930511B1 - Lining of special suit for fire proof and special suit with the same - Google Patents

Abstract

PURPOSE: A lining of fireproof special clothes and special clothes using the same are provided, which shield the surface of cloth forming insulation space. CONSTITUTION: A lining of fireproof special clothes comprises base cloth(76) having a plurality of minute protrusions on the surface; thin film type membrane cloth(74) which is attached to the surface of the base cloth, shields the surface of the base cloth in the watertight state, forms an insulation space on the surface of the base cloth by air cells between the protrusions, and has water-tightness and elasticity; and auxiliary cloth(72) which is attached to the membrane cloth and protects the membrane cloth.

Description

LINING OF SPECIAL SUIT FOR FIRE PROOF AND SPECIAL SUIT WITH THE SAME}

The present invention relates to a lining used for special clothing that blocks fire, and to a special clothing thereby, and more particularly, to a lining and a special clothing thereby capable of weight reduction while enhancing heat resistance.

In general, special clothing having a fire protection function includes a heat radiation suit or a fire suit. These special clothes are composed of outer or lining overlapping or attached to each other, and sometimes composed of an intermediate sense between the outer or lining. In addition, these special clothing is made of heat-resistant fiber to be able to work in the area, such as fire site or high temperature workplace. Therefore, the worker can smoothly work for a predetermined time in a high temperature fire or heat in the state wearing these special clothes.

The special clothing having a fire blocking function as described above includes a heat dissipation hood 1, a heat dissipation work suit 10, a heat dissipation glove 2, and a heat dissipation shoe 3 as shown in FIG. This heat dissipation suit is composed of the outer (10a), the intermediate (10b) and the lining (10c) as shown enlarged.

Here, the above-described outer fabric (10a) is composed of a heat-resistant raw material 12, on which aluminum 11 is deposited, as shown enlarged, and reflects fire or radiant heat by the aluminum (11). The intermediate feel 10b is composed of a nonwoven fabric 13 to which a waterproof membrane 14 is attached, and dissipates heat by the nonwoven fabric 13 and is waterproofed by the membrane 14 at the same time. In addition, the lining (10c) is composed of aramid fabric 16 quilted on the felt fabric 15, the heat is blocked through the felt fabric 15 and aramid fabric (16).

On the contrary, in the case of a fire suit which is somewhat spaced apart from the firearm, it is configured as shown in FIG. 2. These fire suits are the same as most of the heat radiation clothes, but no aluminum is deposited on the surface.

On the other hand, the intermediate sense (10b) described above is sealed by the seam sealing tape 22, the sewing portion formed with the sewing line 21 as shown in FIG. At this time, the seam sealing tape 22 is fused to the sewing portion by high heat. Therefore, the intermediate sense 10b does not flow through the sewing line 21.

However, the special clothing having a general fire blocking function such as the above-mentioned heat-resistant clothing or fireproof clothing is a heat-resistant fabric 12, the outer fabric (10a), the intermediate fabric (10b) and the lining (10c) is aluminum 11 deposited as described above, Since the membrane 14 is composed of the nonwoven fabric 13, the felt fabric 15, and the aramid fabric 16, the weight of the coating is excessively increased and the thickness of the coating is excessively thick. Therefore, the worker cannot work smoothly.

In addition, there is a problem that the feeling of wearing decreases due to the thickness of the felt fabric 15 constituting the lining 10c.

In addition, since the seam sealing tape 22 is fused to the waterproof membrane 14 of the intermediate sense 10b, as shown in FIG. That is, since the melt of the seam sealing tape 22 does not penetrate the membrane 14 smoothly, there is a problem that the seam sealing tape 22 is not firmly attached to the intermediate feeling 10b.

In addition, there is a problem that the membrane 14 wears or is damaged while working directly with the felt fabric 15 of the lining 10c.

It is an object of the present invention to provide a lining of the special clothing for the fire blocking is provided with a heat insulation space in the form of an air cell along the adhesive surface of the fabric attached in an overlapping state by the adhesive.

In addition, another object of the present invention is to provide a lining of a special clothing for blocking fire provided with a member of a thin film that shields and protects a surface of a fabric forming an insulation space.

Particularly, another object of the present invention is to provide a lining of a special clothing for blocking fire, in which a member of a thin film shielding and protecting a surface of a fabric has a structure of a microporous network.

Another object of the present invention is to provide a special clothing for blocking fire provided with an outer fabric superimposed on the lining as described above and a member for damping heat between the lining and the outer fabric.

Lining according to the present invention for achieving the above object, in the lining used for special clothing to block the fire, the base fabric having a plurality of fine bumps on the surface; It is attached to the surface of the base fabric to shield the surface of the base fabric in a watertight state, to form a heat insulating space on the surface of the base fabric through the air cell between the ridges while being excited by the surface of the base fabric, It includes a membrane membrane fabric made of a material having water tightness and elasticity.

The lining is attached to the membrane fabric, it is made of a yarn having elasticity, it is necessary to further comprise an auxiliary fabric for protecting the membrane fabric while stretching along with the membrane fabric.

And, the special clothing according to the present invention, in the special clothing to block the fire, the outer cloth having a heat-resistant fabric made of a heat-resistant material; A base fabric superimposed on the heat-resistant fabric of the outer fabric and having a plurality of fine ridges on the surface, and attached to the surface of the base fabric to shield the surface of the base fabric in a watertight state, and lifted from the surface of the base fabric by the ridges. Forming a thermal insulation space on the surface of the base fabric through the air cell between the ridges while forming a state, the lining made of a membrane-like membrane fabric made of a material having water tightness and elasticity; And a heat insulating member that shields between the lining and the outer fabric and attenuates the heat transferred from the outer to the lining.

Here, the ridge may be composed of a fine brush formed on the surface of the base fabric by napping processing, unlike the fine wrinkles formed on the surface of the base fabric by shrinking processing. You may.

The base fabric is preferably composed of an aramid system having high elasticity while excellent in heat resistance, heat resistance, flame resistance and tensile strength.

The membrane fabric is preferably composed of a Teflon series having breathability, water tightness and elasticity.

The insulation member may be formed of, for example, an auxiliary fabric attached to the membrane fabric of the lining and made of an elastic yarn to stretch and contract with the membrane fabric to protect the membrane fabric and to attenuate the heat transferred to the lining.

Alternatively, the heat insulating member may be configured as, for example, an auxiliary fabric that is attached to the other side of the heat resistant fabric forming the outer fabric and attenuates the heat transferred to the lining.

The auxiliary fabric is preferably composed of any one selected from a thin-film knit made of microfiber or a thin-film mesh tricoat made of microfiber.

On the other hand, the insulating member may be interposed between the outer and the lining, for example, overlapping the middle of the outer and inner lining, it may be composed of an intermediate fabric made of any one of a nonwoven fabric or felt.

Such a special garment needs to be further comprised of a thin membrane-type intermediate membrane fabric which is attached to the surface of the intermediate fabric and is made of a watertight and elastic material to protect the surface of the intermediate fabric in a watertight state.

In addition, it is also necessary to further comprise a reflective material which is deposited on one side of the heat-resistant fabric to reflect the fire.

The lining according to the present invention as described above, because it is possible to heat the heat in a waterproof state through the membrane fabric along with the insulating space formed by raised or raised bumps of the form there is an effect that the conventional felt fabric can be omitted. Therefore, the overall thickness and weight can be significantly reduced, wearability can be improved as well as breathability can be secured, and further, heat resistance similar to the prior art can be achieved through the insulation space and the membrane fabric.

In addition, when auxiliary fabrics such as thin mesh knits or mesh tree coats of thin films are provided, the adhesiveness of the seam sealing tape can be improved, so that excellent waterproofness can be secured and workability (productivity) can be improved. There is also.

In addition, when the auxiliary fabric is provided, since the membrane fabric is protected by the auxiliary fabric, there is an effect of preventing the membrane fabric from being worn or damaged while the worker's activity is rubbed with other members.

In addition, since the bumps are formed on the base fabric, it is possible to improve the fit of the base fabric, and there is an effect of providing air permeability through the insulation space formed by the bumps.

Since the lining can be applied to all products constituting the heat radiation suit or fire suit, there is also an effect to improve the durability, reliability and convenience of the products constituting the heat radiation suit or fire suit.

In addition, the special clothing to which the above-described lining is applied, not only can reduce overall thickness and weight by the above-described lining, but also improve wearability, and the heat insulating member attenuates heat together with the outer and lining. As in the prior art, even if the intermediate sense made of a fiber assembly such as a nonwoven fabric or a felt is omitted, there is an effect capable of exhibiting the same heat resistance as in the prior art.

In particular, when the insulation member is composed of a material such as a thin mesh knit or mesh tree coat having elasticity, it can not only significantly reduce the weight but also heat through the essel formed in the fine mesh. There is an effect that can be attenuated.

On the other hand, when the heat insulating member is composed of an intermediate fabric made of felt or nonwoven fabric and / or a thin film intermediate membrane fabric, there is an effect that the heat can be more attenuated.

Such a special suit can be applied to the heat dissipation suit when the aluminum deposition coating layer is formed on the surface of the outer surface, there is an effect that can be applied to the fire suit if the coating layer as described above is omitted.

Hereinafter, referring to the accompanying drawings, the lining of the special clothing for blocking fire according to the embodiment of the present invention and the special clothing according to it are as follows. It is a perspective view of the special clothing to which the lining is applied, Figure 5 is a longitudinal cross-sectional view of the base fabric shown in FIG. And, Figure 6 is a longitudinal sectional view showing another embodiment of the base fabric shown in Figure 4, Figure 7 is a longitudinal sectional view showing a processing state of the lining shown in FIG.

Referring to FIG. 4, the special clothing to which the lining of the fire protection special clothing according to the embodiment of the present invention is applied may be manufactured as a heat dissipation suit as shown. Such special clothing may be manufactured in various kinds, such as a heat dissipation hood (HD), heat dissipation gloves (GL) and heat dissipation work clothes (WD), and not shown heat dissipation shoes as shown.

As such, the lining 70 applied to the fire protection special clothing is composed of a base fabric 76 and a thin membrane membrane fabric 74 in contact with the skin of an operator (wearer), as shown in an enlarged view.

As the base fabric 76 is enlarged, a plurality of minute ridges 76a are formed on the surface. The base fabric 76 is composed of aramid-based fibers having high elasticity and excellent heat resistance, flame retardancy, flame retardancy and tensile strength.

The membrane fabric 74 is composed of a Teflon-based material such as PTFE (polytetrafluoroethylene) having excellent breathability, water tightness, and elasticity. The membrane fabric 74 is attached to the surface of the base fabric 76 as shown by the adhesive enlarged to shield the surface of the base fabric 76 in a watertight state. At this time, the membrane fabric 74 is attached to the surface of the membrane fabric 74 in an excited state by a number of ridges (76a) formed on the surface of the base fabric 76 as shown enlarged. Accordingly, the membrane fabric 74 forms an adiabatic space on the surface of the base fabric 76 by the ridges 76a. Of course, the adiabatic space is a space between the base fabric 76 and the membrane fabric 74 formed by the air cells (gap spaces) between the ridges 76a.

On the other hand, the outer fabric 50 is applied to the fire protection special clothing is composed of a heat-resistant raw material 54 having a heat resistance as shown in the enlarged view and a reflecting material 52 attached to one side of the heat-resistant raw material 54. The heat resistant fabric 54 is composed of aramid fibers, carbon fibers or mixed fibers containing glass fibers. The reflector 52 is formed by depositing aluminum that reflects heat or fire. The reflector 52 is composed of a thin flexible aluminized film can be attached to one side of the heat-resistant fabric 54 by an adhesive, otherwise, one of the heat-resistant fabric 54 through the deposition process It may also consist of an aluminum coating layer deposited directly on the side.

The reflector 52 may be omitted, as shown. If the reflecting material 52 is omitted, the special clothes shown may be used as fire protection clothes, not heat radiation clothes.

Here, the above-described outer fabric 50 and lining 70 overlap without being attached as shown enlarged. Therefore, the outer layer 50 and the lining 70 is formed of an air layer 90 by the empty space between the surfaces facing each other.

On the other hand, the membrane fabric 74 described above may be attached to the auxiliary fabric 72 on the surface as shown enlarged. The auxiliary fabric 72 is made of a yarn having elasticity and is made of a material that protects the membrane fabric 74 while being stretched together with the membrane fabric 74. The auxiliary fabric 72 is preferably composed of any one selected from a thin-film knit made of microfiber or a thin-film mesh tricoat made of microfiber. The thin film knit or mesh tricot is a fine porous mesh having elasticity such as stockings.

Auxiliary fabric 72 is attached to the membrane fabric 74 as shown to shield between the outer fabric 50 and the lining 70. Therefore, the auxiliary fabric 72 attenuates heat or fire delivered to the lining 70 through the air cell formed by the fine porous network while preventing the membrane fabric 74 from contacting the heat resistant fabric 54.

The auxiliary fabric 72 may be attached to the heat resistant fabric 54 of the outer fabric 50 as shown. At this time, the auxiliary fabric 72 is attached to the other side of the heat-resistant fabric 54 located on the opposite side of the reflector 52 to shield between the outer fabric 50 and the lining 70. This auxiliary fabric 72 attenuates heat or fire delivered to the lining 70 through an air cell formed by a fine porous network while preventing the aforementioned membrane fabric 74 from contacting the heat resistant fabric 54. .

Referring to FIG. 5, the ridge 76a of the lining 70 may be composed of fine nappings formed on the surface of the base fabric 76, as shown by a nepping process to form a fuzz-shaped baffle. That is, the base fabric 76 may be formed on the surface of the raised raised 76a.

Referring to FIG. 6, the ridge 76a of the lining 70 may be composed of fine wrinkles formed on the surface of the base fabric 76 as shown by the shrinking process to form wrinkles. That is, the base fabric 76 may be formed on the surface of the ridge 76a made of fine wrinkles. It is preferable that the base fabric 76 forms a ridge 76a by a high-temperature wet type (steam type) method, such as a ripple fabric in which sapphire fine wrinkles called so called support rice are formed.

Referring to FIG. 7, the lining 70 is sealed by a seam sealing tape 79 at a joint formed by the seam 78. At this time, the shim sealing tape 79 is heat-sealed at the junction.

Referring to Figures 4 and 7 attached to the action of the lining and the special clothing according to an embodiment of the present invention configured as described above are as follows, the special clothing according to the embodiment of the present invention in the description as shown A heat dissipation suit will be described as an example, and a heat dissipation work suit (WD) will be described as a representative example.

Referring to Figure 4, the special clothing according to the embodiment of the present invention the external fire or heat acts directly on the surface of the heat radiation work clothes (WD). At this time, the heat radiation work clothes (WD) reflects the fire or heat through the reflective material 52 deposited on the surface of the outer fabric 50 as shown enlarged. And, the heat radiation work clothes (WD) to block the heat through the heat-resistant fabric 54 of the aramid series.

The heat radiation work clothes (WD) attenuates the heat transmitted through the heat-resistant fabric 54 through the air layer 90 between the outer fabric 50 and the lining 70, and then secondarily blocks the lining 70 through the lining 70. At this time, the lining 70 blocks the heat preferentially through the membrane fabric 74 of the Teflon series, and once again to block the heat through the adiabatic space by the air cell of the fine brushed or fine corrugated ridge 76a, Finally, heat is blocked again through the base fabric 76 of the aramid series. Thus, heat does not spread to the skin of the worker.

Here, the membrane fabric 74 described above blocks not only the heat but also the water introduced through the outer shell 50 to the lining 70. In addition, the membrane fabric 74 discharges the sweat or warmth of the worker wearing the heat radiation work clothes (WD) to the outside. Therefore, the worker can perform the work smoothly in a high-temperature work site in a comfortable state.

On the other hand, the base fabric 76 of the lining 70 provides a soft texture as the ridge 76a is formed on the surface. Thus, the worker is improved in activity and fit.

On the other hand, the outer fabric 50 and the lining 70 has a fine mesh-like auxiliary fabric 72 having elasticity, such as microfiber knit or mesh tricoat, in the heat-resistant fabric 54 and the membrane fabric 74 as shown enlarged. If provided, attenuates heat through auxiliary fabric 72. At this time, the auxiliary fabric 72 attenuates heat through the air cell formed by the structural characteristics.

This auxiliary fabric 72 substantially shields between the outer fabric 50 and the lining 70 as shown enlarged, so that the membrane fabric 74 is in direct contact with the heat resistant fabric 54 of the outer fabric 50. prevent. In addition, the auxiliary fabric 72 stretches together with the membrane fabric 74 to protect the membrane fabric 74. That is, the auxiliary fabric 72 protects the membrane fabric 74 even when the membrane fabric 74 is stretched.

Here, the above-mentioned heat radiation work clothes (WD) can be used as a fire protection suit, not a heat radiation suit when the reflective material 52 provided on the surface of the outer fabric 50 is omitted as shown. Since this is easily understood by those skilled in the art, detailed description thereof will be omitted.

Lining 70 according to the embodiment of the present invention as described above can be significantly reduced than the conventional thickness of the lining 70 because the conventional felt fabric is omitted as shown. Of course, the lining 70 is also significantly reduced in weight than conventional. In addition, the lining 70 attenuates heat through the heat insulation space formed by the membrane fabric 74 and the ridge 76a, thus providing almost the same thermal performance as the prior art. In addition, the lining 70 not only provides an improved fit by the ridge 76a but also provides breathability through the insulation space.

The lining 70 is applicable to the heat dissipation hood (HD) as described above, as well as the heat dissipation hood (HD) or heat dissipation gloves (GL) or not shown heat dissipation shoes. That is, the lining 70 can be applied to all garment-type products having a heat dissipation function. Of course, the lining 70 can be applied to fire suits. In addition, the lining 70 may be used as an intermediate sense, as shown. That is, in a garment-type product having a heat dissipation function, the lining 70 may be disposed between the outer and the inner linings.

In addition, the special clothing according to the embodiment of the present invention is applied to the lining 70 as described above, not only the overall thickness and weight is reduced, but also wearability is improved than conventional. In addition, such a special clothing, when the auxiliary fabric 72 is attached to the lining 70 and the outer fabric 50, the heat insulation space of the auxiliary fabric 72 and the air layer 90 and the lining 70 cooperates with each other. Since it damps, the intermediate feeling which consists of fiber aggregates, such as a nonwoven fabric and a felt, can be omitted conventionally. Therefore, the special clothing according to the embodiment of the present invention can further reduce the thickness and weight as a whole.

Referring to FIG. 7, the lining 70 prevents water from flowing from the outside to the worker's skin since the sewing portion on which the sewing line 78 is formed is sealed by the ventilating tape 79 as shown. As shown in the lining 70, when the auxiliary fabric 72 such as knit or mesh tree coat is provided, the seam sealing tape 79 is more firmly fused. This is because the shim sealing tape 79 has a larger coefficient of friction than the microfabricated auxiliary fabric 72 than the membrane fabric 74 having a smooth surface. Thus, the lining 70 is more securely sealed to the sewing portion. That is, the lining 70 has excellent waterproofness. Of course, the lining (70) is improved because the seam sealing tape 79 is easily fused to the sewing portion due to the friction coefficient of the auxiliary fabric (72). That is, the lining 70 improves productivity.

On the other hand, Figure 8 is a longitudinal cross-sectional view showing the structure of the fire fighting special clothing according to another embodiment of the present invention. The fire protection special clothing according to this other embodiment has the same configuration as the above-described embodiment (see FIG. 4) of the outer fabric 50 and the lining 70 as shown. That is, in the special clothing according to another embodiment, the outer fabric 50 is made of a reflector 52, the heat-resistant fabric 54 and the auxiliary fabric 72, the lining 70 is a base fabric 76 is formed with a ridge 76a , The membrane fabric 74 and the auxiliary fabric (72). However, the special clothing according to another embodiment is the difference that the intermediate sense 60 is added as shown. Therefore, with reference to the accompanying drawings will be described the difference between the fire protection special clothing according to another embodiment as follows.

As shown, in the special clothing for fire blocking according to another embodiment, the intermediate sense 60 is disposed between the outer fabric 50 and the lining 70 in an overlapping state. This intermediate sense 60 may be composed of an intermediate fabric 62 and an intermediate membrane fabric 74 'attached to the same body as shown. At this time, the intermediate membrane fabric 74 'is made of the same material as the membrane fabric 74 of the lining (70).

The intermediate fabric 62 may be composed of a nonwoven fabric or felt which is a kind of compressed fiber. In addition, the intermediate membrane fabric 74 'is attached to at least one side of both surfaces of the intermediate fabric 62 as shown. The intermediate membrane fabric 74 'may be attached to both sides of the intermediate fabric 62 according to the heat resistance required, and may otherwise be omitted.

In the special clothing according to this embodiment, the intermediate layer 60 is interposed unattached between the outer fabric 50 and the lining 70, as shown, so that the air layer 90 is increased by one more than the above-described embodiment.

As described above, according to another embodiment of the present invention, the fire protection special clothing includes a plurality of air layers 90 and intermediate senses 60 that attenuate heat transferred from the outer fabric 50 to the lining 70. At this time, the intermediate sense 60 greatly attenuates heat through the intermediate fabric 62 and then attenuates it once again through the intermediate membrane fabric 74 '. Therefore, the fire protection special clothing according to another embodiment of the present invention has better heat resistance than the above-described fire protection special clothing (see FIG. 4). However, the fire protection special clothing according to another embodiment of the present invention is weighted more than the special clothing according to the above-described embodiment due to the intermediate sense (60).

Meanwhile, the above-described intermediate fabric 62 may be disposed between the outer fabric 50 and the lining 70 as shown in the state in which the intermediate membrane fabric 74 'is omitted, whereas the intermediate fabric fabric 74' ) May be immediately attached to the auxiliary fabric 72 of the lining (70). The intermediate fabric 62 may be disposed unattached between the outer fabric 50 and the lining 70 or directly attached to the auxiliary fabric 72 of the lining 70 according to the heat resistance required.

On the other hand, Figure 9 is a longitudinal cross-sectional view showing the structure of the special clothing for blocking fire according to another embodiment of the present invention. The fire protection special clothing according to this another embodiment has the same configuration as the special clothes of the above-described embodiment (see FIG. 4). However, the fire protection special clothing according to another embodiment of the difference is that the intermediate fabric 62 of the above-described intermediate 60 instead of the auxiliary fabric 72 of the lining 70, as shown. That is, in the special clothing according to another embodiment, the difference is that the intermediate fabric 62 is attached to the membrane fabric 74 of the lining 70. In other words, in the special clothing for blocking fire according to another embodiment, the difference is that the intermediate fabric 62 made of compressed fibers is attached to the lining (70). Therefore, the special clothing according to another embodiment heat insulation through the intermediate fabric 62, unlike the above embodiment once more heat insulation performance is better than the above embodiment. Of course, the special clothing according to another embodiment has a heavier weight than the above-described embodiment.

Since the above-described embodiments are merely illustrative of the preferred embodiments of the present invention, the scope of application of the present invention is not limited to the above, and appropriate modifications are possible within the scope of the same idea. Therefore, since the shape and structure of each component shown in the embodiment of the present invention can be carried out by deformation, it is natural that the modification of the shape and structure belong to the appended claims of the present invention.

1 is a front view of a general heat dissipation suit;

2 is a perspective view of a general fire suit;

FIG. 3 is a longitudinal sectional view showing a machining state of the intermediate sense shown in FIG. 1; FIG.

Figure 4 is a perspective view of the special clothing to which the lining of the special clothing for blocking fire according to an embodiment of the present invention;

5 is a longitudinal sectional view of the base fabric shown in FIG.

6 is a longitudinal sectional view showing another embodiment of the base fabric shown in FIG.

7 is a longitudinal sectional view showing a processing state of the lining shown in FIG. 4;

8 is a longitudinal sectional view showing a structure of a fire fighting special clothing according to another embodiment of the present invention; And

Figure 9 is a longitudinal sectional view showing a structure of a special clothing for blocking fire according to another embodiment of the present invention.

<Description of Major Symbols in Drawing>

50: outer

60: medium

70: lining

Claims (12)

In the lining used for special clothes to block fire, A base fabric 76 having a plurality of fine ridges 76a on its surface; And It is attached to the surface of the base fabric 76 and shields the surface of the base fabric 76 in a watertight state, and between the ridges 76a while being excited on the surface of the base fabric 76 by the ridge 76a. Lining of the special clothing for fire protection, including a thin film-type membrane fabric 74 made of a material having watertightness and elasticity, forming an insulating space on the surface of the base fabric 76 through the air cell of. The method of claim 1, The ridge 76a is a fine brushed lining formed on the surface of the base fabric 76. The method according to claim 1 or 2, Attached to the membrane fabric (74), made of a stretchable yarn made of stretchable with the membrane fabric (74), and further includes an auxiliary fabric (72) for protecting the membrane fabric (74) Lining. The method of claim 3, wherein The auxiliary fabric 72 is a lining of the special clothing for fire blocking, characterized in that any one selected from the thin-film knit made of microfiber or thin-film mesh tree coat made of microfiber. In the special clothing which blocks fire, Outer fabric (50) having a heat resistant fabric (54) made of a heat resistant material; A base fabric 76 overlapping the heat-resistant fabric 54 of the outer fabric 50 and having a plurality of minute ridges 76a on the surface, and attached to the surface of the base fabric 76 to The surface is sealed in a watertight state, and an adiabatic space is formed on the surface of the base fabric 76 through an air cell between the ridges 76a while being excited on the surface of the base fabric 76 by the ridge 76a. Lining 70 made of a membrane-like membrane fabric 74 made of a material having water tightness and elasticity; And Shielding between the lining (70) and the outer fabric (50), special clothing for blocking fire comprising a heat insulating member for damping the heat transferred from the outer (50) to the lining (70). The method of claim 5, wherein The raised 76a is a special clothing for blocking fire, characterized in that the fine raised on the surface of the base fabric (76). The method of claim 5, wherein the heat insulating member, Attached to the membrane fabric 74 of the lining 70, made of elastic yarn stretches together with the membrane fabric 74 to protect the membrane fabric 74 and at the same time damping the heat transferred to the lining 70 Special clothing for fire blocking, characterized in that the auxiliary fabric (72). The method of claim 5, wherein the heat insulating member, Special clothing for blocking fire, characterized in that the auxiliary fabric (72) attached to the other side of the heat-resistant fabric (54) constituting the outer fabric to attenuate the heat transferred to the lining (70). The method according to claim 7 or 8, The auxiliary fabric 72 is a special clothing for blocking fire, characterized in that any one selected from a thin-film knit made of microfiber or a thin-film mesh tree coat made of microfiber. The method of claim 5, wherein the heat insulating member, Interposed between the outer fabric 50 and the lining 70, overlapping the middle of the outer fabric 50 and lining 70, the special fabric for blocking fire, characterized in that the intermediate fabric (62) made of any one of a nonwoven fabric or felt. . The method of claim 10, It is attached to the surface of the intermediate fabric 62, and made of a material having a watertight and elastic at the same time, further comprises a thin membrane-type intermediate membrane fabric 74 'for protecting the surface of the intermediate fabric 62 in a watertight state. Special clothing. The method of claim 5, wherein Fire protection special clothing further comprises a reflector (52) that is deposited on one side of the heat-resistant fabric (54) to reflect the fire.

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