KR20170123493A - Manufacture of insect protection clothing fabrics - Google Patents

Abstract

The present invention relates to a textile for manufacturing an insect protection clothing. The textile for manufacturing an insect protection clothing is light and has excellent wearing sensation on the bare skin with flexible, breathable and soft textures, maintains a space between internal and external clothes strongly due to the organization structure of a cross-linking layer and can maintain excellent insect protection performance to a folded part such as the elbow, knee, etc. in activity. The textile comprises internal and external clothes (100, 100) and a cross-linking layer (200).

Description

{Manufacture of insect protection clothing fabrics}

More particularly, the present invention relates to a fabric for a policy suit and a bed preventive mat, and more particularly, to a fabric for a policy suit and a bed preventive mat, which is lightweight and has excellent stretchability, breathability, To a fabric for a policy suit and a bed soreness mat which maintains an excellent interfacial performance to a folded part of an elbow, a knee, and the like during a post-wear activity even after the user wears it.

Normally, a policy suit that protects a user from the attack of a bee or a mosquito is made by cutting a mesh fabric and sewing it as clothes, but the mesh network is formed of a single fabric so that the penetration of insects including bees and mosquitoes is blocked, And thus it is in a state of defenseless from the attack of bees and mosquitoes from the outside.

In the conventional Utility Model No. 20-2012-8390 disclosed in the prior art, a blowing agent fabric made of a flexible PE raw material is made into a mesh-type insecticide inner skin having a predetermined depth, The technology that makes it impossible to completely reach the market has been prevalent, but the problem is that it is not possible to use it in the summer due to the increase in the manufacturing cost due to the manufacture of the blowing agent fabric, the decrease in the breathability and the feeling of wear,

In addition, in Registration Utility Model No. 20-479569, a large number of micro vents are formed on the sheet-like sponge surface side, a large number of large-diameter vents are formed on the sponge back side, and two or more micro vents are connected to one large- Insect dough and insecticide have been registered. However, due to the nature of the sponge, it is difficult to absorb and discharge sweat, so the feeling of fit is decreased due to stickiness in the summer, and the lack of flexibility is accompanied by a decrease in mobility when fabricated into a single garment.

Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an absorbent article which is excellent in wearing comfort by light and stretchable, breathable and soft touch, And it is an object of the present invention to provide a fabric for a policy suit and a pressure ulcer preventing mat which is maintained in a strong space so that the policy performance is excellent even to a folded portion of the elbow,

In order to achieve the above object, the present invention is characterized in that a crosslinked layer 200 separating inner and outer cloths 100 and 100 ' The loop line 110 composed of the multifilament yarns is alternately connected to the adjacent two loop lines 110 to form a tangential line portion 120 and a slant line portion 140. The tangent line portion 100 ' The air vent hole 160 of the inner and outer pouches 100 and 100 'is formed to communicate with the air vent hole 160 in the thickness direction, And both ends of which are loop-joined to the loop line 110 of the inner and outer cloths 100 and 100 ', the cross-linked yarns 210 are crossed at mutually opposite inclination angles, The inner and outer pockets 100 and 100 'are equilibrated in the expansion and contraction force by the directional elastic force so as to maintain the shape thereof And that is characterized.

At this time, a tension yarn 220 that is loop-coupled to the loop line 110 of the inner and outer fabric 100 (100 ') to compressively support the crosslinked layer 200 is provided, and the pulling force of the tension yarn 220 The cross-linked yarns 210 crossing at an oblique angle by the first and second brackets 210 and 220 are provided in a mutually reversed arcuate shape so as to have a constant bending direction when an external force is applied.

The loop line 110 is formed by repeating the loop loop 112. The loop bridge 110 is inserted into the loop loop 112 at a time point by the time lag, (210).

The crosslinked yarn 210 is formed in a range of 200 to 300 deniers in a diameter range reduced by 20 to 55% with respect to a multifilament yarn constituting the loop line 110.

According to the present invention, since the inner and outer cloths are elastically supported in both directions by the cross-linked cloths crossing each other at mutually opposite inclination angles, even if an external force is applied to one of the inner and outer cloths, the cross- The space between the bridging layers is kept constant so that it is safely protected from insect attacks such as honeycomb and mosquito, and also has an excellent effect of preventing the bedsore when used as a mat adhered to the body with excellent breathability.

In addition, since the ventilation hole is formed to be 2.5 times smaller in the width direction than the longitudinal direction, the potential widthwise expansion ratio of the double lace wire netting structure is secured after working, The outer layer is stretched due to the potential expansion ratio at the folding or bending portion of the knee, and the inner and outer spaces between the inner and outer layers are uniformly maintained by the crosslinked layer.

In addition, since the crosslinked yarn is embedded in the inner and outer foams and arranged so as not to be exposed to the outside, the rough feel of the monofilament yarn constituting the crosslinked yarn is removed, and the soft and tactile feeling of the inner and outer foil lines constituted by the multifilament yarn is provided Thereby improving the fit of the skin.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram generally showing a fabric for fabricating a uniform according to an embodiment of the present invention; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
FIG. 4 is a view showing a state in which a cloth for fabricating a uniform according to an embodiment of the present invention is engaged with a twisted yarn loop. FIG.
Fig. 5 is a configuration view showing a stretchable state of a fabric for making a uniform according to an embodiment of the present invention; Fig.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a fabric for fabricating a policy suit, wherein the fabric for fabricating a policy suit is lightweight and has excellent stretchability, breathability, and soft feel, (100 '), and a crosslinked layer (200) in order to maintain the excellent performance of the pliability up to the folded area of the elbow, the knee, and the like even during the activity.

The fabric for fabricating a uniform according to the present invention is integrally formed with a crosslinked layer 200 for separating the inner and outer fabrics 100 and 100 ', which are double lath cell net fabrics. The inner and outer foils 100 and 100 'are alternately connected to adjacent two loop lines 110 of a loop line 110 made of a multifilament yarn (for example, a plurality of yarns) And the inclined line portion 140. The vent hole 160 is formed by the line portion coupling. The vent holes 160 of the inner and outer foils 100 and 100 'communicate with each other in the thickness direction to form the air passage 162.

That is, the inner and outer fabrics 100 and 100 'form a loop line 110 with a plurality of multifilament yarns, and two groups of adjacent loop lines are paired to form a single loop line. And then the two groups of loop lines 110 are spaced apart from each other to form another tangential line portion 120 in a pair of two groups with the other side loop line portion 110, It is repeatedly woven.

At this time, the inclined line portions 140 are formed by the group of loop lines 110 connecting the continuous tangent line portions 120. The number of the loop rings 112 constituting the tangential line portion 120 and the tilted line portion 140 is formed at a ratio of 1.5 to 3/1 so that the interval between the adjacent tangential line portions 120 The shape of a flight dish having a lengthwise direction and a widthwise direction size of 2.5 to 3: 1 in the vent hole 160 (for example, a pair of arcs contacting each other in opposite directions).

Specifically, when the number of the loop rings 112 of the tangential line part 120 is four, the loop rings 112 of the inclined line part 140 are set to two, and the length of the vent hole 160 is 5 to 6 mm And the width direction is 2 to 2.5 mm. The ratio of the number of the loop rings 112 of the tangential line portion 120 to the inclined line portion 140 and the ratio of the lengthwise direction width to the width direction size of the vent hole 160 The pores 160 are maintained in shape by the crosslinked layer 200 to be described later. As a result, the ventilation hole 160 is formed to be 2.5 times smaller in the widthwise direction than the longitudinal direction, so that a potential widthwise expansion ratio of the double-laselle mesh structure is secured after the occupation.

That is, the width extending in the width direction of the double lassel mesh structure is increased, so that the flexibility is secured during the operation when worn with the policy suit, and the outer foam 100 'is increased due to the potential expansion rate at the elbow, The space between the inner and outer cloths 100 and 100 'is uniformly maintained by the crosslinking layer 200.

The ventilation holes 160 of the inner and outer foams 100 and 100 'are arranged to be aligned with each other in the thickness direction so that the airflow passage 162 through the ventilation holes 160 is secured to maintain excellent ventilation It is excellent for prevention of pressure ulcer when used as a pressure ulcer mat attached to the body.

At this time, the crosslinked layer 200 according to the present invention is composed of a crosslinked yarn 210 made of a monofilament yarn (single yarn) and has both ends connected to the loop line 110 of the inner and outer yarns 100 and 100 ' . The crosslinked yarns 210 are crossed with each other at mutually opposite inclination angles, and the inner and outer foams 100 and 100 'are equilibrated in the expansion and contraction force by their inclined elastic forces so as to maintain their shape. The loop lines 110 of the inner and outer cloths 100 and 100 'are arranged to coincide with each other in the thickness direction as shown in FIG. 2, and one end of the loop lines 110 is coupled to the loop line 110 of the inner cloth 100 And the other end is connected to the diagonal loop line 110, which is inconsistent with the loop line 110 of the inner bag 100 to which the crosslinker 210 is coupled, and is crossed in an 'x' shape.

Since the inner and outer fabrics 100 and 100 'are elastically supported in both directions by the crossed yarn 210 crossing each other at mutually opposite inclination angles, even if an external force is applied to one of the inner and outer fabrics 100 and 100' The space between the crosslinking layers 200 is kept constant during wear so that the insulator 210 is protected from insect attack such as honeycomb and mosquito.

The inner and outer fabrics 100 and 100 'may be formed of a plurality of multifilament yarns such as polyolefin, polyamide, or polyacrylic, such as polyester, polyethylene, and polypropylene, The yarns forming the inner and outer bodys 100 and 100 'and the bridging layer 200 may be subjected to a dyed yarn treatment, for example, It is preferable that the dyeing process after the weaving after the weaving is omitted while diversifying the color of the ribbon.

At this time, a tension yarn 220 that is loop-coupled to the loop line 110 of the inner and outer fabric 100 (100 ') to compressively support the crosslinked layer 200 is provided, and the pulling force of the tension yarn 220 So that crossed yarns 210 crossing at an oblique angle with respect to each other are maintained in a mutually reversed arcuate shape so as to have a constant bending direction when an external force is applied. The tension yarn 220 is used as the tension yarn 220 in any one period while the crosslinked layer 200 is formed by a single monofilament yarn as the same yarn as the crosslinked yarn 210. 3, the tension yarns 220 are arranged at an inclination angle smaller than the inclination angle of the crosslinking yarn 210 or arranged in a straight line. At this time, the tension yarns 220 are arranged in the loop line forming direction of the inner and outer cloths 100, 100 ' Are provided so as to form an inclined angle, and flexibility is provided according to the expansion and contraction action of the outer cloths 100 and 100 '.

The loop line 110 is formed by repeating the loop loop 112. The loop bridge 110 is inserted into the loop loop 112 at a time point by the time lag, (Not shown). That is, after the loop ring 112 of the continuous loop loop line 110 is formed, before the other loop ring 112 is formed in the loop ring 112, the crosslinker 210 is inserted by a time difference, (112) is formed.

As shown in FIG. 4, since the crosslinked yarn 210 is embedded in the inner and outer cloths 100 and 100 'so as not to be exposed to the outside, the rough texture of the monofilament yarns constituting the crosslinked yarn 210 is removed, (100 ') loop line 110 composed of a multifilament yarn, thereby preventing a backward phenomenon when used as a bed sheet mat and improving the feeling of wearing during the summer season, The airflow is excellent by the flow path 162, so that the inside of the policy suit is comfortably maintained from sweat, and the effect of preventing bedsore is excellent when used as a mat

In addition, the crosslinked yarn 210 is formed in a range of 200 to 300 deniers within a diameter range reduced by 20 to 55% with respect to a multifilament yarn constituting the loop line 110. At this time, since the crosslinked yarn 210 is formed in a size reduced by 20 to 55% with respect to the multifilament yarn forming the loop line 110, the crosslinked yarn 210 is fused into the inner and outer fabric 100 and 100 ' When the crosslinked yarn 210 is formed to have a size of less than 200 deniers, the elasticity of the crosslinked yarn 210 is prevented from being externally exposed. When the crosslinked yarn 210 is formed to have a size of less than 200 deniers, And the activity after wear is deteriorated, so that it is preferably formed at 230 denier (error range 10%).

5 (b) shows the fabric thickness T in a basic state in which no stretching force acts on the fabric, and Fig. 5 (a) shows the fabric thickness T FIG. 5 (c) shows a state in which the thickness of the crosslinked layer is kept constant by the tension yarn while the degree of warpage of the crosslinked yarn is increased, When the expanding force is applied in the widthwise direction of the cloth 100 '100', the crosslinking layer thickness T is kept constant by the tension yarn while the degree of warping of the crosslinker is reduced. Therefore, even if the stretching range of each part of the body is different during the post-wearing activity, it is possible to protect the fabric thickness from the insect attack such as honeycomb and mosquito. The fabric thickness retention structure according to the stretching force is more flexibly secured due to the potential widthwise expansion ratio of the netting structure due to the formation of the ventilation holes 160 in the widthwise direction size smaller than 2.5 times.

100, 100 ': inner and outer foams 200: crosslinked layer

Claims (5)

A crosslinked layer 200 for separating between the outer cloth 100 and the inner cloth 100 'is integrally formed,
The inner and outer foils 100 and 100 'are alternately connected to the adjacent two loop lines 110 of the loop line 110 composed of multifilament yarns to form tangent line portions 120 and sloped line portions 140, A vent hole 160 is formed by the line fitting,
The vent holes 160 of the inner and outer foils 100 and 100 'communicate with each other in the thickness direction to form an air flow passage 162,
The crosslinked layer 200 is composed of a crosslinked yarn 210 made of a monofilament yarn and both ends of the looped yarn are loosely coupled to the loop line 110 of the inner and outer yarns 100 and 100 '
Wherein the crosslinked yarns (210) are crossed at mutually opposite inclination angles, and the inner and outer foams (100) and (100 ') are equilibrated in the expansion and contraction direction force by their inclined elastic forces, And fabrics for bedsores. The method according to claim 1,
The tension yarn 220 is looped to the loop line 110 of the inner and outer fabric 100 and 100 'to compressively support the crosslinked layer 200. The tension yarn 220 is tensioned by the pulling force of the tension yarn 220 Characterized in that the crosslinked yarns (210) intersecting at an oblique angle are provided so as to maintain a warped state in a mutually opposite arcuate shape so as to have a constant warping direction when an external force is applied. 3. The method according to claim 1 or 2,
The loop line 110 is formed by the repeated loop of the loop loop 112. The loop loop 210 is inserted into the loop loop 112 by the time difference, Wherein the fabric is provided so as to be embedded. 3. The method according to claim 1 or 2,
Wherein the crosslinked yarn (210) is formed in a range of 200 to 300 denier in a diameter range reduced by 20 to 55% with respect to the multifilament yarn constituting the loop line (110). 3. The method of claim 2,
When the widthwise compressive force is applied to the inner and outer cloths 100 and 100 ', the thickness of the crosslinked layer is kept constant by the tension yarn while the degree of warpage of the crosslinked yarn is increased. When the widthwise expansion force is applied, Wherein the thickness of the crosslinked layer is maintained constant by tension yarns.

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