KR20110027172A - Protective woven stuff - Google Patents

Abstract

PURPOSE: A protective woven fabric is provided to ensure stability without damage and to improve protection property. CONSTITUTION: A protective woven fabric contains a thread(110). The thread contains a central yarn(111) and coiled yarn(112). The central fiber is placed inside the center of the central yarn. The thread is totally or partially contained in weft yarn and warp yarn forming a protective woven fabric.

Description

Protective woven fabric {PROTECTIVE WOVEN STUFF}

The present invention relates to a woven fabric for protection, and more particularly, to a woven fabric for protection that is excellent in protection characteristics and capable of being stably woven without damage regardless of the type of shipping line supplied to warp or weft yarns.

In general, a variety of protective equipment or protective facilities are used for the purpose of protecting the human body or facilities of workers working in dangerous environments.

For example, heat-resistant garments for people who work in high-temperature environments, such as firefighters and welders, protective garments for handling explosives or protecting them from mechanical or chemical hazardous environments, protective shutters to protect buildings from intrusion by others, etc. There is this.

Such protective equipment or protective equipment should have flame retardancy, thermal stability, rigidity, durability, weight, appearance, fit, and activity depending on the wear or installation environment or conditions.

For example, the protective equipment or protective equipment was generally made of a metal sheet having excellent rigidity, but the metal is heavy and has high thermal conductivity, making it unsuitable for use on a human body such as clothing. Has a very poor disadvantage.

Accordingly, in recent years, materials woven in the form of woven paper using fiber yarns are widely used. For example, glass fiber yarns having excellent flame retardant properties, and fiber yarns such as carbon fiber yarns and aramid yarns having excellent mechanical rigidity are formed in the form of a cotton fabric with a weft and an inclination to be applied to protective clothing for the purpose of heat dissipation, sword proofing, and bulletproofing. Doing.

And, Korean Laid-Open Patent Publication No. 10-2008-0036135 comprises a bubble (base cloth) constituting the surface of the fabric, and a reinforcing cloth portion constituting the back of the fabric and reinforces the entire fabric, and A two-layer fabric in which they form an integral structure, wherein the bubble portion of the two-layer fabric contains 30 wt% or more of flame retardant fibers having a limiting oxygen index (LOI) of 26 or more and a tensile strength of 8 cN / dtex or less. A fire retardant fabric composed of warp and weft yarns, wherein the reinforcing fabric portion of the two-layer structure fabric is a warp and weft warp yarn composed of reinforcement yarns formed mainly of heat resistant high strength fibers having a tensile strength of 15 cN / dtex or more, and Disclosed is a two-layer fabric in which the bubble portion and the reinforcement cloth portion are connected by the warp and / or weft of the bubble portion to form an integral structure.

However, the above-described conventional protective textile paper is glass fiber yarn, carbon fiber yarn is applied as a yarn is relatively large hardness is poor in touch and difficult to knit knitting, it has a property that is easily damaged during knitting. In addition, ceramic-containing fiber yarns, loess-containing fiber yarns, and the like, which are known to be beneficial to the human body, have a problem that weaving is more difficult to weave because the beneficial materials are easily peeled or damaged during weaving.

In addition, the aforementioned glass fiber yarn, carbon fiber yarn, ceramic-containing fiber yarn, ocher-containing fiber yarn, etc. are difficult or impossible to dye (or printing), and thus various colors cannot be expressed, resulting in deterioration of commerciality due to lack of aesthetics. .

On the other hand, the above-mentioned conventional protective textile fabric does not contain a conductive yarn, so it is impossible to apply power to the power supply, so it is impossible to install an electric or electronic device necessary for protection or to apply to a protective facility requiring transmission of power and electric signals. Have In addition, since the conductive yarn is easily broken or damaged when weaved together with the fiber yarn, the conductive yarn cannot stably transmit power or electric signals.

In addition, the above-described conventional protective textile fabric has a disadvantage that the surface of the plane in the woven state of the weft and inclined plane and the detailed structure is also made of a fine fiber structure of weak strength and low anti-sword and ballistic efficiency.

In addition, the above-mentioned conventional protective textile fabric is woven by a fiber yarn having no elasticity, and thus has a limitation that is not applicable to protective equipment or protective facilities requiring mobility, activity, and comfort due to lack of elasticity.

The present invention has been conceived to solve the conventional problems as described above, and to provide a protective weaving fabric that can be stably woven without damage and improve the protective properties irrespective of the type of prehistoric supplied to the warp or weft. There is this.

Another object of the present invention is to provide a protective woven fabric which is excellent in protective properties and can be dyed to express various colors, thereby improving the merchandise.

Another object of the present invention is to provide a protective woven fabric which can be easily applied to a protective equipment or a protective facility requiring electrical or electronic devices required for the protection by having excellent protective properties and conductivity.

Another object of the present invention is to provide a protective woven fabric that can be conveniently applied to protective equipment or protective facilities that require excellent mobility and elasticity and require mobility, activity, and comfort.

Protective weaving for achieving the object of the present invention as described above, the protective weaving, comprising a central yarn disposed in the inner center in a straight line and wound yarn wound at least one layer on the outside of the central yarn. It is characterized in that the prehistoric fabric is configured in the form of a weave including all or a portion of the weft and / or warp to form a protective weave.

Adhesive resin is coated on the outer circumferential surface of the central yarn to fix the wound yarn, or adhesive resin is applied to the outer circumferential surface of the wound yarn to be wound around the central yarn to be configured to fix the wound yarn.

The protective woven fabric is a weft and / or warp yarn, and among the light-emitting line emitted by the power applied from the outside, the optical fiber yarn for transmitting the applied light, the shape memory alloy yarn transformed at a predetermined transformation temperature, and the shape memory resin yarn It may further include any one.

The core yarn may be made of any one of metal yarn, fiber yarn including a conductive material, ceramic-containing fiber yarn, carbon fiber yarn, and high tensile synthetic fiber yarn, and the winding yarn may be composed of synthetic fiber yarn or metal yarn.

The center yarn is a conductive yarn having conductivity.

In addition, the wound yarn may be composed of any one of a metal yarn, a conductive polymer yarn, a fiber yarn containing a conductive material.

The core yarn is composed of a high tensile synthetic fiber yarn, the winding yarn is composed of a conductive yarn coated with an insulation coating having a diameter of several tens to several tens of micrometers, the second winding wound and formed by the high-tensile fibers or conductive yarns on the outer peripheral surface of the wound yarn It may further include a winding company.

The core yarn is made of a conductive yarn, and the winding yarn is formed of an electromagnetic shielding material or includes an electromagnetic shielding material so as to perform a shielding action of electromagnetic waves generated from the conductive yarn, and the dyeing is performed on the outer circumferential surface of the winding yarn. It may further comprise a second winding yarn wound and formed by a possible fiber yarn.

In addition, the winding yarn is characterized in that the fiber yarn that can be dyed.

It characterized in that the conductive wire having elasticity is woven together on one or both surfaces of the protective woven fabric. At this time, the conductive line is, stretched yarn formed in the inner center and made of stretchable polymer yarn; A conductive yarn wound around the stretchable yarn; An insulated yarn wound around the stretchable yarn so as to be positioned between the adjacent conductive yarns so that the insulating property is improved while the conductive yarns are wound; It may include an outer skin layer formed by being woven by fiber yarn on the outer peripheral surface of the conductive yarn including the insulating yarn.

The protective woven fabric may be woven together with at least one or more auxiliary carriers from polymer yarns having low moisture absorption and metal yarns coated with polymer resin to prevent moisture permeation. The secondary shipping line may be configured so that the gap between the weft and the warp is minimized in the woven state having different diameters (deniers).

The protective woven fabric may have a protruding surface protruding at least one line along a width direction and / or a length direction on one or both surfaces thereof and having a hollow hole therein.

The winding yarn may be wound in a coil form or woven in a phantom form.

On the other hand, the protective woven fabric is characterized in that consisting of a multi-layer structure having a multi-layer fabric base layer.

A hollow portion may be formed between the fabric layer and the fabric layer.

Then, the fabric layer facing each other may be connected by a connecting yarn woven across the hollow portion.

At least one strand or more conductive lines may be formed in the hollow part. In addition, a heat insulating material or a shock absorbing material may be accommodated in the hollow part.

A protective gas or liquid is accommodated inside the hollow part, and the inner surface of the fabric base layer facing each other with the hollow part interposed therebetween so that the protective gas or liquid does not leak to the outside is an airtight holding layer for maintaining airtightness. Can be formed.

According to the protective weaving material according to the present invention as described above, because the weaving yarn (쉽게) easily damaged in the weaving process, such as conductive yarns, weaving can be woven stably without damage, the core yarn and the winding yarn wound thereon Since the protective fabrics are formed using the prehistoric made of, there is an effect that the protective properties are significantly improved.

In addition, by constructing a yarn that can be dyed outside the yarn for protection, it is possible to express a variety of colors as well as a material for protection, thereby improving the merchandise and protecting the conductors without damaging the protection characteristics. It is not necessary to arrange power line and signal transmission line for electric or electronic equipment etc., so it is possible to configure the protective equipment or protection facilities simply, concisely and conveniently.

In particular, by providing the weft or inclined line to be provided with a stretch, it has the advantage that can be conveniently applied to the protective equipment or protection facilities that require excellent mobility and elasticity, and the mobility, activity, and wearing comfort.

Best Mode for Carrying Out the Invention Preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings, Figs. 1 to 12, and like reference numerals designate like elements in Figs. Meanwhile, the drawings and detailed descriptions of configurations, operations, and effects which can be easily understood by those skilled in the art from general technology in each drawing are briefly or omitted, and are illustrated based on the parts related to the present invention.

1 is a view for explaining the technical spirit of the protective weaving according to the present invention. The term "prehistoric" is used as weft and warp yarns when weaving protective weaves, and is formed linearly with a central yarn, a winding yarn, and the like.

As shown in Figure 1, the protective woven fabric 100 according to the present invention can be used as a material for various protective equipment or protective equipment by using a variety of weaving (hereinafter referred to as weaving) technology used in the textile field It is configured in a planar shape so as to include a weft yarn and / or a slanted yarn (112) disposed in the inner center in a straight line, and the winding yarn 112 wound at least one layer on the outside of the central yarn (111) It is configured to include the pre-construction 110 made of a whole or part of the woven fabric.

The wound yarn 112 may be formed by winding at least one strand of at least one strand into a coil form as shown in the enlarged portion of FIG. 1, or a circular braided fabric having a plurality of yarns wound around the center yarn 111. ) You can weave in the form (not shown).

As such, when applying the prehistor 110 to which the winding yarn 112 is wound on the central yarn 111 as the weft and / or the warp forming the weave, the organization of the weave becomes more firm, and the weft and the warp cross section. Since the structure has a curved approximately circular structure, even if a sharp tool such as a knife or a bullet touches or collides with the surface, the curved surface is contacted and slipped (slided), so that the protective property is improved.

And, as the weft and / or inclination to form a woven fabric, applying the pre-coated 110 wound around the winding yarn 112 to the central yarn 111, it is possible to weave a protective woven fabric with improved safety and durability. For example, when weaving the conductive wire together, when the conductive wire is embedded as the core yarn 111, the core yarn 111 is protected by the winding yarn 112, so that disconnection or damage can be prevented during the weaving process, so that the conductive defect is poor. Can be prevented.

2 is a view for explaining a woven fabric for protection according to a first embodiment of the present invention.

As shown in FIG. 2, the protective weaving article 100 according to the first embodiment of the present invention includes a central yarn 111 disposed at an inner center and a winding yarn wound around the center yarn 111. Weaving the woven fabric using a prehistor 110 made of a weft and an inclination, including 112, the adhesive resin 113 is coated on the outer circumferential surface of the central yarn 111 so that the winding yarn 112 is fixed in a wound state. It is made up.

When the winding yarn 112 is fixed by the adhesive resin 113 as described above, even if a part of the winding yarn 112 is damaged due to friction in use, the durability may be improved. In this case, a thermoplastic resin may be representatively used as the adhesive resin 113.

In addition, the adhesive resin may be applied to the outer circumferential surface of the wound yarn 112 without being coated with the adhesive resin on the outer circumferential surface of the central yarn 111, and may be configured to be integrally fixed while being wound on the central yarn 111.

On the other hand, the protective woven fabric 100 according to the present invention can be configured by selecting a variety of types of central yarn 111 and winding yarn 112 constituting the shipping company 110 according to the purpose and purpose of use, The diameter of the carrier 110 may be applied without limitation so long as it can be woven by a loom, but preferably has a diameter of 60 μm or less.

For example, when the protective woven fabric 100 is used as a material for a sword suit or a body armor, the core yarn 111 is selected as a high rigidity fiber yarn such as a relatively rigid metal yarn or aramid yarn, and the winding yarn 112 is made of synthetic fiber yarn. When the woven fabric for protection is composed of a fire fighting suit or the like, the core yarn 111 is selected from ceramic-containing fiber, carbon fiber, and glass fiber yarn having flame retardant properties, and the winding yarn 112 is selected from flame retardant synthetic fiber yarn or metal. It can be manufactured.

In addition, when the electromagnetic wave shielding clothing is worn in a place where a large amount of electromagnetic radiation is emitted, the central yarn 111 is selected as a fiber yarn including a conductive material that performs an electromagnetic shielding function, and the winding yarn 112 is selected as a high tension fiber yarn. You can choose to configure it.

In addition, when the protective weaving material is to be used as a material of thermal clothing that can be worn in a low-temperature environment such as a freezer warehouse, the central yarn 111 may be selected as a conductive yarn having conductivity so as to be used as a heating wire. In this case, an insulated copper wire or carbon fiber yarn having a diameter of about several tens of micrometers is selected as the conductive yarn, and the winding yarn 112 is selected from among a metal yarn, a conductive polymer yarn, and a fiber yarn containing a conductive material that can shield electromagnetic waves. You can choose either.

On the other hand, if the protective fabric woven fabric is installed using a prefabricated 110 consisting of a metal yarn, the winding yarn 112 is composed of a high-tensile synthetic fiber yarn made of a protective shutter of the building, when installed, The high-tension synthetic fiber yarn is incinerated and extinguished, but the metal yarn remains intact and still performs a minimum shutter function to protect valuables inside the building from theft. At this time, the incineration of high-strength synthetic fiber yarns have ventilation, so toxic gas inside the building can be easily released, thereby preventing human accidents caused by toxic gases.

In addition, the protective weave 100 is a weft and / or a warp, the light emitting line (not shown) to be emitted by the power applied from the outside, the optical fiber yarn (not shown) for transmitting the applied light, at a predetermined transformation temperature The metamorphic shape memory alloy (not shown), and the shape memory resin (not shown) may further include any one. In this case, the light emitting line may be configured using an LED cable in which fine LEDs are arranged in the fiber yarn, an organic EL (Electro Luminescence) line or an inorganic EL (Electro Luminescence) line. The light emitting line is preferably woven so as to have a form of a character or a symbol that can be recognized by another person during light emission.

Figure 3 is a view showing a specific example of the shipping line that can be applied to the protective woven fabric according to the first embodiment of the present invention.

Referring to FIG. 3, the main line 110 constituting the protective woven fabric is a center yarn 111 made of high tensile synthetic fiber yarns such as aramid yarn, and a winding yarn composed of a conductive yarn coated with an insulation coating having a diameter of several to several tens of micrometers ( 112, and the second winding yarn 114 wound and formed by the high tension fiber yarn or the conductive yarn on the outer peripheral surface of this winding yarn 112 is comprised.

When the protective fabric woven fabric 100 is constructed with the weft and warp yarns configured as described above, the tensile strength is excellent because it contains high tensile synthetic fiber yarn, and since the conductive yarn is built in, power and electric signals can be transmitted. Highly usable woven fabrics can be obtained as protective materials and protective materials.

In this case, the center yarn 111 and / or the winding yarn 112 may use a yarn that has a cross-sectional shape of the elliptical shape so as to minimize the thickness of the overall weave while having sufficient protection characteristics.

The prehistoric 110 constituting the protective weave 100 has a central yarn 111 and a winding yarn 112 wound around the central yarn 111, but the winding yarn 112 is dyed (printed). It can consist of a possible fiber yarn. Fiber yarns that can be dyed (printed) are generally known in the textile field, and thus detailed descriptions thereof will be omitted.

According to the prehistoric 110, the winding yarn 112 can be expressed in a variety of colors as it is composed of a fiber yarn that can be dyed, so that the productability can be improved as compared to the conventional protective woven fabric made of glass fiber or metal yarn that can not be dyed. .

Further, the fiber yarn applied as the winding yarn 112 further includes at least one or more of titanium dioxide, metal nanoparticles, tourmaline, ceramics, and charcoal powder in a fiber batch spinning master batch. By forming the fiber yarn, when configured as a protective equipment worn on the human body can be beneficial to the human body. That is, when titanium dioxide is included in the fiber yarn, it can perform sterilization function through photocatalytic action upon irradiation of light rays, and when tourmaline and ceramic powder are included in the fiber yarn, To perform a beneficial action, if the charcoal powder is included, antibacterial deodorization can be performed.

4A and 4B are diagrams showing other specific examples of shipping carriers applicable to the protective woven fabric according to the first embodiment of the present invention.

Referring to FIG. 4A, the liner 110 constituting the protective weave includes a core yarn 111 and a winding yarn 112 wound around the core yarn 111, wherein the core yarn 111 is a conductive yarn. The winding yarn 112 may be formed of an electromagnetic shielding material (gold, silver, conductive material, etc.) or may include an electromagnetic shielding material so as to perform shielding of electromagnetic waves generated from the conductive yarns. Further, the winding yarn 112 further includes a second winding yarn 114 wound and formed of a fiber yarn which can be dyed.

When the protective weaving material 100 is configured as the shipping line 110, it is possible to transfer power and electric signals through the central yarn 111, and electromagnetic waves generated from the central yarn 111 by the winding yarn 112. It can be shielded, and can be manufactured in a variety of colors by the second winding yarn 114 that can be dyed has a very high utility as a material of the protective weaving worn by the human body.

On the other hand, the prehistoric 110 constituting the woven fabric for protection is composed of a stretchable polymer yarn to the center yarn 111 so as to stretch in response to the tensile force acting in the longitudinal direction, and wound by winding the winding yarn 112 to the stretchable polymer yarn can do. In particular, when the hollow hole 111a is formed in the center of the central yarn 111, as shown in FIG. 4B, the elasticity is doubled by the hollow hole 111a, and the buffering effect and thermal insulation performance against external force are increased. You can expect

5A and 5B are diagrams showing a first modification of the protective woven fabric according to the first embodiment of the present invention.

5A and 5B, the protective weave 100 is a protective weave fabric that is woven using a weft and a warp yarn having a main thread 111 and a prehistor 110 made up of the winding yarn 112. It characterized in that the conductive wire 120 having elasticity on one or both sides of the woven together.

For example, as illustrated in FIG. 5A, the conductive line 120 may be configured to be insulated and expanded to the protective weave 100 in a wavy structure so as to contract and expand with respect to a tensile force acting in the longitudinal direction. In this case, the conductive line 120 may be disposed when the conductive line 120 is formed in a structure having no elasticity as shown in FIG. 5A. That is, since the conductive line 120 shown in the enlarged cross-section of FIG. 5A is configured to have a plurality of strands of metal yarn 121 and an outer skin layer 122 formed by the plurality of strands of fiber yarns outside thereof, it is not elastic. In order to have elasticity with the protective woven fabric 100, the conductive lines 120 should be arranged in a wavy structure.

And, as shown in the enlarged portion of FIG. 5B, the conductive line 120 includes a stretchable yarn 123 formed at a stretchable polymer yarn, a conductive yarn 124 wound around the stretchable yarn 123, and a conductive yarn 124. On the outer circumferential surface of the conductive yarn 124 including the insulated yarn 125 and the insulated yarn 125 wound around the stretchable yarn 123 so as to be located between the adjacent conductive yarns 124 so as to improve the insulation characteristics in the wound state. It may be formed in a structure including an outer skin layer 126 is formed by weaving by a plurality of fiber yarns (126a).

Since the conductive wire 120 shown in FIG. 5B is a structure that can be stretched by itself, even if the conductive wire 120 is woven together in a straight line without being arranged in a wavy structure as shown in FIG. Will have

6 is a view showing a second modified example of the protective woven fabric according to the first embodiment of the present invention.

Protective woven fabric 100 according to the second modified example is a prehistoric yarn 110 that is supplied in a weft yarn and inclined, at least one or more of polymer yarns having low moisture absorption and metal yarns coated with polymer resin to prevent moisture permeation. Secondary carriers 110a may be woven together.

In particular, as shown in Figure 6, the secondary carrier (110a) can be configured to have sufficient moisture resistance by forming a diameter (denier) different from each other to minimize the gap between the weft and the warp in the woven state.

7A and 7B are views showing a third modified example of the protective weave according to the first embodiment of the present invention, and are enlarged perspective views showing only main parts of the protective weave.

7A and 7B, the protective woven fabric 100 protrudes at least one or more lines along a width direction and / or a length direction on one or both surfaces thereof, and a protrusion surface 130 having a hollow hole 131 formed therein. It is configured to have). The hollow hole 131a may be formed to have a circular hole shape as shown in FIG. 7A, or may be formed to have a hemispherical hole shape as shown in FIG. 7B.

In addition, the protruding surface 130 having the hollow hole 131 may be used as a space in which a shock absorbing effect may be absorbed by an external force and a space in which the conductive wire 120 may be inserted and installed.

8 is a view for explaining a protective woven fabric according to a second embodiment of the present invention. The detailed configuration of the core yarn 111, the winding yarn 112, etc., which are applied to the protective weaving article according to the second embodiment can be selected and applied to those shown in the above-described first embodiment, and a detailed description thereof is omitted. do.

Protective weave 200 according to the second embodiment of the present invention as a weft and / or inclination of the liner 110 including a winding yarn 112 wound at least one layer on the outside of the central yarn (111). Supply to form a fabric layer, it is characterized in that it is configured to have a multi-layer fabric layer 210.

That is, the fabric base layer 210 formed by using the prehistor 110 made of the center yarn 111 and the winding yarn 112 may be padded to form a multilayer structure. When the fabric layer 210 is formed in a multi-layer structure as described above, the stiffness, flame retardancy, thermal stability, and durability against external force are improved, so that the fabric layer 210 has two or more layers according to the characteristics of the desired protective equipment or protective facilities.

The method of forming the fabric paper layer 210 in a multi-layered structure may include a method of bonding or trapping, but it is preferable to use a conventional weaving machine capable of forming a multi-layered fabric in a single weaving process.

9 is a view for explaining a first modified example of the protective weave according to the second embodiment of the present invention, as shown therein the protective weave 200 is a fabric layer 210 and a fabric layer 210 The hollow part 220 is formed in between. Since the hollow part 220 performs a buffering action when an external force is applied, the hollow part 220 serves to absorb shock and to block the external air to exert a warming effect.

And, the fabric base layer 210 facing each other is connected by a connecting yarn 230 that is woven across the hollow portion 220. Such, the connecting yarn serves to secure the inner and outer fabric layer 210 to each other and at the same time pull the inner and outer fabric layer 210 in a perpendicular manner to the surface of the stopper to maintain a constant degree of opening Perform the function.

The thickness of the hollow part 220 may be formed to have various thicknesses by adjusting the moving distance of the needle for weaving the connecting yarn 230 in the weaving process, and formed in various thicknesses according to the use and purpose of the protective weave. do.

FIG. 10 is a view for explaining a second modified example of the protective weave according to the second embodiment of the present invention. As shown therein, the protective weave 200 has a hollow portion formed between the fabric layer 210. An input 240 may be housed within 220 to supplement or reinforce the protective properties.

As an input that can be accommodated in the hollow part 220, a heat insulating material such as an aerogel (aerogel, a high-efficiency heat insulating material formed of a fine silica component material) capable of reinforcing heat insulating properties is added or received, or an impact absorbing material such as a high-density sponge grain. This can be accommodated.

FIG. 11 is a view for explaining a third modified example of the protective woven fabric according to the second embodiment of the present invention, and as shown therein, a protective gas in the hollow portion 220 formed between the fabric paper layers 210. Or liquid 250 is received.

And, on the inner surface of the textile paper layer 210 facing each other with the hollow portion 220 therebetween, an airtight holding layer 260 for maintaining airtightness so that the injected protective gas or liquid 250 does not leak to the outside. Formed. The hermetic holding layer 260 can be configured by coating a polymer resin having excellent hermeticity. In this case, an inert gas or the like may be injected into the protective gas, and a digestive liquid such as liquefied carbon dioxide may be injected into the protective liquid.

12 is a view for explaining a fourth modified example of the protective weave according to the second embodiment of the present invention, as shown therein, the protective weave 200 has a multi-layered fabric layer having a hollow portion 220. Consisting of (210), at least one strand of the conductive wire 120 is impregnated in the hollow portion 220.

At this time, the conductive line 120 is arranged in a corrugated structure is configured to shrink and expand with respect to the tensile force acting in the longitudinal direction.

The conductive line 120 may be arranged in various forms according to the type of the conductive line. For example, when the conductive wire is made of a structure in which the conductive yarn is wound on the outer circumferential surface of the stretchable polymer yarn, or is configured as shown in FIG. 5B and has its own elasticity, the conductive wire is supplied so as to be arranged in a straight line when the fabric layer is woven. .

As described above, the protective woven fabric according to a preferred embodiment of the present invention has been shown in accordance with the above description and drawings, but this is merely described, for example, and various changes and modifications without departing from the technical spirit of the present invention. It will be appreciated by those skilled in the art that this is possible.

1 is a view for explaining the technical spirit of the protective weaving according to the present invention,

2 is a view for explaining a protective woven fabric according to a first embodiment of the present invention;

3 is a view showing a specific example of the shipping line that can be applied to the protective woven fabric according to the first embodiment of the present invention,

Figures 4a and 4b is a view showing another specific example of the shipping line that can be applied to the protective woven fabric according to the first embodiment of the present invention,

5A and 5B show a first modification of the protective woven fabric according to the first embodiment of the present invention;

6 is a view showing a second modification of the protective weaving fabric according to the first embodiment of the present invention;

7A and 7B show a third modification of the protective woven fabric according to the first embodiment of the present invention;

8 is a view for explaining a protective woven fabric according to a second embodiment of the present invention;

9 is a view for explaining a first modification of the protective woven fabric according to the second embodiment of the present invention;

10 is a view for explaining a second modification of the protective woven fabric according to the second embodiment of the present invention;

11 is a view for explaining a third modification of the protective weave for protection according to the second embodiment of the present invention;

12 is a view for explaining a fourth modification of the protective woven fabric according to the second embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

100,200: Protective fabric 110: Wire

111: central examination 112: winding

120: conductor 130: protrusion surface

131: hollow hole 210: the ground layer

220: hollow part 230: connector

240: Input 250: Protective gas or liquid

260: confidentiality layer

Claims (26)

In the protective woven fabric, A prehistoric fabric comprising a weaving yarn comprising a center yarn disposed at an inner center in a straight line and at least one layer wound on the outside of the center yarn as all or a part of the weft and / or the warp forming the weaving material for protection, and woven in a planar manner Protective weave, characterized in that. The method of claim 1, A protective woven fabric characterized in that the resin is coated on the outer circumferential surface of the center yarn to fix the winding yarn, or the resin is coated on the outer circumferential surface of the winding yarn so that the wound yarn is fixed while being wound on the center yarn. . The method of claim 2, The protective woven fabric is a weft and / or warp yarn, and among the light-emitting line emitted by the power applied from the outside, the optical fiber yarn for transmitting the applied light, the shape memory alloy yarn transformed at a predetermined transformation temperature, and the shape memory resin yarn Protective weaving, characterized in that it further comprises any one. The method of claim 2, The core yarn is composed of any one of metal yarn, fiber yarn containing a conductive material, ceramic-containing fiber yarn, carbon fiber yarn, high tensile synthetic fiber yarn, The winding yarn is a protective weave, characterized in that the synthetic fiber yarn or metal yarn. The method of claim 2, The center yarn is a conductive woven fabric, characterized in that the conductive yarn having a conductivity. The method of claim 2, The wound yarn is a woven article for protection, characterized in that any one of a metal yarn, a conductive polymer yarn, a fiber yarn containing a conductive material. The method of claim 2, The core yarn is composed of high tensile synthetic fiber yarn, The wound yarn consists of an insulated coated conductor having a diameter of several to several tens of micrometers, Protective fabric woven material further comprises a second winding yarn wound and formed by a high-strength fiber yarn or a conductive yarn on the outer circumferential surface of the winding yarn. The method of claim 2, The core is composed of a conductive yarn, The winding yarn is formed of an electromagnetic shielding material or configured to include an electromagnetic shielding material to perform the shielding action of the electromagnetic wave generated from the conductive yarn, The protective weaving material further comprising a second winding yarn wound and formed by a fiber yarn which can be dyed on the outer circumferential surface of the winding yarn. The method of claim 2, The central yarn and / or the winding yarn is protective weaving, characterized in that the cross-sectional shape of the oval. The method of claim 1, The central yarn is a protective woven fabric, characterized in that consisting of a stretchable polymer yarn hollow hole formed in the center. The method of claim 1, The winding yarn is a woven fabric for protection, characterized in that the dyeable fiber yarn. The method of claim 11, The fiber yarn protective weaving comprising at least one of titanium dioxide, metal nanoparticles, tourmaline, ceramics, charcoal powder. The method of claim 11, Protective woven fabric characterized in that the conductive wire having a stretch on one side or both sides of the protective woven fabric together. The method of claim 13, The conductive line, Stretch yarns formed in the inner center and made of stretchable polymer yarns; A conductive yarn wound around the stretchable yarn; An insulated yarn wound around the stretchable yarn so as to be located between the adjacent conductive yarns so that the insulating property is improved while the conductive yarns are wound; A protective woven fabric comprising an outer skin layer formed by being woven by a fiber yarn on an outer circumferential surface of the conductive yarn including the insulated yarn. The method of claim 1, The protective woven fabric is a protective woven fabric, characterized in that weave together at least one or more of the secondary prehire among polymer yarns, polymer resins coated with polymer resin low moisture absorption, so as to prevent moisture permeation. The method of claim 15, The auxiliary shipping line is a protective woven fabric, characterized in that configured to minimize the gap between the weft and the warp in the woven state formed different diameter (denier). The method of claim 1, The protective woven fabric is a protective woven fabric, characterized in that the projecting surface is formed on one side or both sides protruding at least one line along the width direction and / or longitudinal direction and the hollow hole formed therein. The method of claim 1, The winding yarn is wound in the form of a coil, weaving for protection, characterized in that woven in the form of a phantom. The method according to any one of claims 1 to 18, The protective woven fabric is a protective woven fabric, characterized in that consisting of a multi-layer structure having a multi-layer fabric layer. The method of claim 19, Protective fabric, characterized in that the hollow portion is formed between the fabric layer and the fabric layer. 21. The method of claim 20, The textile layer facing each other is a protective weave, characterized in that connected by a connecting yarn woven across the hollow portion. The method of claim 21, At least one strand of the conductive wire is built in the hollow portion of the protective weave. The method of claim 22, The conductive wire is arranged in a waveform structure protective fabric woven, characterized in that configured to have a stretch. The method of claim 22, The conductive wire is a protective woven fabric, characterized in that consisting of a structure wound around the conductive yarns on the outer peripheral surface of the stretchable polymer yarn. The method of claim 21, Protective fabric, characterized in that the heat insulating material, or the shock absorber is accommodated in the hollow portion. 21. The method of claim 20, A protective gas or liquid is accommodated inside the hollow part, and the inner surface of the fabric base layer facing each other with the hollow part interposed therebetween so that the protective gas or liquid does not leak to the outside is an airtight holding layer for maintaining airtightness. Protective weaving, characterized in that formed.

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