KR20140004070U - Outer socke for preventing horny - Google Patents

Abstract

The present invention relates to an anti-keratoprotic padding, which comprises a foot pattern in which a plurality of through holes are formed to surround a foot, a pair of side patterns formed on a side of a radiating bone, and a side pattern and a foot pattern, A first seam line that overlaps a pair of side patterns along a trailing edge of the foot pattern to form a trim; a non-slip member extending from the toe to the ankle where the trabecular bone is located and extending from the toe to the toe, And a second sewing line for sewing the foot pattern and the side pattern along the edge of the bottom pattern and integrally forming the second sewing line integrally with the foot pattern. As a result, it is possible to manufacture the padding by two times of sewing, which not only improves the productivity but also facilitates the wearing off and drying of the sweat quickly, so that odor does not occur.

Description

{OUTER SOCKE FOR PREVENTING HORNY}

More specifically, the present invention relates to an anti-keratomotive appendage, and more particularly, to a multi-penetration hole formed in a foot pattern covering a foot, such a foot pattern being sewn with a pair of side patterns, The present invention relates to an antiperspirant for improving the productivity because the sweat is quickly dried by sewing the side pattern with the bottom pattern so that odor is not generated and the pad can be manufactured with a minimum number of air holes.

Generally, the keratinization of the soles of the soles (keratinization) is a keratinization of the outer skin of the skin as a light protein, and the soles of the soles are keratinized by aging or physiological phenomenon of the skin tissue.

In other words, the keratin of the soles of the feet is caused by the physical stimulation of the skin and the lack of water (dryness of the skin). When the heeled shoes such as high heels are frequently worn, physical stimulation is applied to the soles. To protect it, it forms a stratum corneum.

In addition, the sole of the body of our body is less sebaceous secretion, thicker the stratum corneum is thicker part of the horny, especially when standing or walking for a long time because the blood circulation is not smooth and easy to flesh.

In winter, cold and dry weather causes the lack of moisture in the skin. By this physical stimulation and drying, the keratin of the sole becomes hardened flesh. When this hard flesh is split and the gap is opened, the bacteria are infected through the cracked skin, Causing problems such as complications (syneresis).

Accordingly, a padding has been proposed as a prior art in which a sole cover is covered with a moisturizing cover to prevent the sole from being stratified. This will be described with reference to Fig.

FIG. 1 is a perspective view showing a pad according to the prior art. FIG. The padding 1 according to the prior art is manufactured by cutting and sewing the foot portion, the foot portion and the side portion 20 respectively. The foot portion 20 and the side portion 20 are made of the heel portion 30 A plurality of ventilation openings 21 for sweat discharge are provided on the front surface excluding the front and rear sides of the foot and the side and side portions 20 have a structure in which a cloth 22 having breathability and stretchability is attached and sewed on inner and outer surfaces.

However, the padding 1 according to the prior art as described above can improve the feeling of wearing of the portion except for the soles and heels where the skin may recur, but it is inconvenient to report.

Although the cloth 22 having air permeability and stretchability is attached to the inner and outer surfaces of the foot and the side surface portion 20, there is a limit to the air permeability of the cloth 22, and the sweat generated between the foot- So that there is a problem that the odor is generated.

In the case of the padding according to the prior art, a projection for preventing slippage is formed on the bottom surface, but these projections are distributed over the entire area of the bottom surface of the overlapping portion in the form of a hemisphere having a fine diameter (approximately 0.5 to 2 mm) made of synthetic resin.

At this time, since the protrusions are adhered to the bottom surface of the apposition, there is a problem that the protrusions for slip prevention fall when the apposition is walked or the dirt is contaminated and washed.

Particularly, the padding according to the prior art has a problem in that the productivity is low because the foot, the side portion and the heel portion are integrally sewn together and sewed several times so as to have a shape corresponding to the foot shape.

In addition, as shown in Fig. 1, the paddle 1 of the prior art comprises a foot portion for covering the foot, a bottom for integrally covering the toe and the heel, and a side portion for covering both sides of the foot.

At this time, the foot portion and the bottom portion are firstly sewn, and one side portion is secondarily sewn to the foot portion and the bottom portion. In addition, there is a problem in that it is not possible to quickly produce stitches because the side of the other side, which is located on the opposite side of the secondary sewed side portion, is thirdly sewn to the stalk and the bottom portion.

Korea Utility Model Registration No. 0457108 (2011.11.30)

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an anti-keratoconus having a convenient structure for a user to wear off and peel off.

It is also an object of the present invention to provide an antioxidant padding which can further improve air permeability of the foot and adjacent parts of the toe.

It is also an object of the present invention to provide an anti-corrugation pad which is formed so that the non-slip member does not fall from the bottom surface of the pad.

Another object of the present invention is to provide an anti-horny padding which can improve productivity by having a minimum number of seams when sewing a plurality of pieces of padding to fit the foot shape.

According to an aspect of the present invention, there is provided a headlamp comprising: a headlamp pattern surrounding a foot and having a plurality of through holes; a pair of side patterns formed on a side of the radioulnth; A first seam line which is formed by sewing and integrally forming a pair of side patterns along a trailing end of the foot pattern to form a trim; and a non-slip line extending from the toe to the ankle where the bone is located, And a second sewing line for sewing the foot pattern and the side pattern along the edge of the bottom pattern so as to integrally form the floor pattern. Prevention < / RTI >

Here, it is preferable that the foot pattern and the side pattern are formed of a fabric having a fabric attached to the outer surface and the inner surface of the cushioning member having the vent holes.

The non-slip member may include a friction layer made of a material having a coefficient of friction larger than that of the bottom pattern, a resin layer sandwiched between the friction layer and the bottom pattern and projecting the friction layer from the bottom pattern, and an edge of the friction layer And a third seam line which is formed integrally by sewing the bottom pattern.

In addition, the pressure-applying member may include a lining which is made of the same material as the fabric attached to the outer surface and the inner surface of the toe pattern and the side pattern, and is located inside the toe pattern facing the sole of the user, And a fourth seam line which is integrally formed by sewing the bottom pattern along the edge of the lining.

At this time, it is preferable that the resin layer is an adhesive synthetic resin having an adhesive force and exhibiting a buffering force after drying.

Since the foot protector according to the present invention can be manufactured quickly because the foot pattern, the pair of side patterns and the bottom pattern are manufactured by two stitches, not only the productivity is improved, but also a pair of side patterns When sewing, side patterns are superimposed so as to overlap with each other, so that a trim is formed between the side pattern and the side pattern, which is convenient for peeling off the pebbles.

In addition, since the through-holes are formed in the foot pattern adjacent to the toe of which the sweat is much generated and the toe is difficult to ventilate, the air permeability by the through holes is improved in addition to the air permeability by the fabric itself of the foot pattern and the side pattern, So that the inside of the stuffing box is quickly ventilated, thereby preventing odor from being generated.

Since the friction layer and the bottom pattern are adhered to each other by the resin layer and the friction layer is once again attached to the bottom pattern by sewing, the non-slip member provided on the bottom surface of the bottom pattern is firmly bonded by double bonding by adhesion and sewing So that the non-slip member does not fall even when a long-time padding is used.

FIG. 1 is a perspective view showing a pad according to the prior art. FIG.
FIG. 2 is a perspective view of the anti-keratinizing barrier according to the present invention as seen from above. FIG.
Fig. 3 is a photograph showing the undersurface of an antiphlogic sheath according to the present invention. Fig.
4 is a sectional view taken along the line AA in Fig.
5 is a sectional view taken along line BB of Fig.
6 is a cross-sectional view taken along line CC of Fig.
Fig. 7 is an exploded perspective view showing a state before the cutting of the diaper for preventing an exorcism according to the present invention. Fig.
8A to 8E are plan views showing another embodiment of the through hole formed in the foot pattern of the peeling preventing strand according to the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor may properly define the concept of the term to describe its design in the best possible way It must be construed as a meaning and a concept consistent with the technical idea of the present invention based on the principle.

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

FIG. 2 is a perspective view of the anti-keratomotive appendage according to the present invention viewed from above, and FIG. 3 is a photograph showing the underside of the anti-keratinous appendage according to the present invention.

7 is an exploded perspective view showing a state before the corrugated barrier rib according to the present invention before sewing.

Referring to FIG. 1, an anti-kelp stick 100 according to the present invention includes a foot pattern 110 which surrounds a foot and has a plurality of through holes 112, a pair of side patterns The side pattern 120 and the foot pattern 110 are integrally formed by sewing the side pattern 120 and the pair of side patterns 120 along the rear end of the foot pattern 110, A non-slip member 142 extending from the toe to the ankle through which the cheekbone is located and the toe facing the ground, a pressure member 144 on the arch between the forefoot and the heel, And a second seam line 150 formed by integrally forming the foot pattern 110 and the side pattern 120 along the edge of the bottom pattern 140. [

In addition, the foot pattern 110 surrounds the foot and has a plurality of through holes 112. The side patterns 120 are formed as a pair, and are cut so as to surround the side of the bone.

The foot pattern 110 and the side pattern 120 are made of a stretchable material so that sweat can be smoothly discharged and removed for convenience of peeling off. It is preferable that the outer surface and the inner surface of the buffer member 104 in which the holes 106 are formed are made of a fabric having a fabric 108 attached thereto. This will be described with reference to FIG.

4 is a sectional view taken along the line A-A in Fig. Referring to the drawings, the buffer member 104 is made of sponge or synthetic rubber. When the external force is applied, the buffer member 104 is compressed. When the external force is lost, the buffer member 104 is restored to its original state. Holes 106 are distributed.

The fabric 108 is attached to both sides of the cushioning member 104 such that the fabric 108 is stretchable and interferes with air communication through the ventilation holes 106 formed in the cushioning member 104 Have an organization that does not.

The through hole 112 is formed in the foot pattern 110. The through hole 112 is much larger than the vent hole 106 formed in the buffer member 104. [ When the through-hole 112 is formed in the instepping pattern 110, the skin is directly exposed to the outside through the through-hole 112 when the instepping pattern 110 is covered by the instep.

In this way, when the skin is exposed to the outside through the through hole 112, the sweat generated in the foot can be dried more quickly than the air hole, and a large amount of air is communicated through the through hole 112 So that the inside of the pad 100 is quickly ventilated to prevent the generation of odor.

The through holes 112 formed in the foot pattern 110 may have a shape of a long hole and a plurality of holes may be formed as shown in the figure, but they may have a circular shape and may be radially arranged at the center of the foot will be.

The step pattern 110 and the pair of side patterns 120 are connected by the first seam line 130. When the side pattern 120 is sewed along the rear end of the step pattern 110, The pair of side patterns 120 are sewn to overlap each other to form a curtain 102 between the side pattern 120 and the side pattern 120. [

That is, when one pair of side patterns 120 are sewn on the rear end of the foot pattern 110, one side of the side pattern 120 and one side of another side pattern 120 are overlapped to each other, To form a curtain 102 between the side pattern 120 and the side pattern 120. As shown in FIG. When sewing to the rear end of the foot pattern 110 so that the curtains 102 are formed on the pair of side patterns 120 as described above,

The bottom pattern 140 is a portion that contacts the user's sole. The bottom pattern 140 extends from the toe to the ankle where the bone is located. The toe member and the heel are provided with a non-slip member 142 .

In addition, a pressure-applying member 144 is provided on the arch between the forefoot and the heel to prevent the non-slip member 142 from sliding in contact with the ground surface when the user walks along the pad 100, (144) constantly presses the arch of the user's foot to help promote health.

5, the non-slip member 142 includes a friction layer 142a made of a material having a coefficient of friction greater than that of the bottom pattern 140, and a friction layer 142b interposed between the friction layer 142a and the bottom pattern 140 A resin layer 142b for causing the friction layer 142a to protrude from the bottom pattern 140 and a third seam line 142c for integrally forming the bottom pattern 140 along the edge of the friction layer 142a, .

In other words, the friction layer 142a is in the form of a thin film made of a material having a relatively large coefficient of friction such as rubber. The friction layer 142a may be elliptical or circular as shown in FIG. 3, and may be deformed to fit the position where the non-slip member 142 is provided.

For example, the friction layer 142a may be in the form of a trademark or trademark of a manufacturer of the pad 100, or may be in the form of a symbol. The surface of the friction layer 142a may have irregularities formed thereon and may have a better contact force when contacting the ground.

The resin layer 142b allows the friction layer 142a to protrude from the bottom surface of the bottom pattern 140. The resin layer 142b is an adhesive synthetic resin having an adhesive force and exhibiting a buffering force after drying Thereby bonding the friction layer 142a and the bottom pattern 140 together and allowing the user to exert a buffer so that the user can walk comfortably without feeling any sense of shearing during walking.

The third seam line 142c allows the rubbing layer 142a adhered to the bottom pattern 140 to be more firmly provided on the bottom pattern 140 by the resin layer 142b, A third seam line 142c is formed along the edge of the bottom surface 142a so that the friction layer 142a and the bottom pattern 140 are sewn.

As described above, when the non-slip member 142 is formed on the bottom surface of the bottom pattern 140, it is possible to prevent slippage when walking in a fold line. In particular, since the non-slip member 142 is located on the forefoot and the heel in which the contact load with the ground is greatest when the person stands, the folding force of the ground and the bottom pattern 140 is improved, It is possible to prevent an accident that slips while walking on a report.

6, the pressure-applying member 144 is made of the same material as the fabric attached to the outer surface and the inner surface of the foot pattern 110 and the side pattern 120, A resin layer 144b interposed between the lining 144a and the bottom pattern 140 to protrude the lining 144a from the bottom pattern 140 and a resin layer 144b interposed between the lining 144a and the bottom pattern 140, And a fourth seam line 144c formed by integrally sewing the bottom pattern 140 along the edge of the lining 144a.

The lining 144a is in direct contact with the user's skin and the lining 144a is made of the same material as the fabric 108 attached to the outer surface and the inner surface of the foot pattern 110 and the side pattern 120 It does not feel a sense of heterogeneity when it comes into contact with the skin and has elasticity.

The resin layer 144b protrudes from the top surface of the bottom pattern 140 so that the resin layer 142b is formed on the resin layer 142b of the non-slip member 142 And is made of the same material, and is made of a synthetic resin for bonding in which the lining 144a and the bottom pattern 140 are bonded to each other while a buffering force is exerted.

The fourth seam line 144c allows the lining 144a adhered to the bottom pattern 140 to be more firmly provided on the bottom pattern 140 by the resin layer 144b, A fourth seam line 144c is formed along the edge of the bottom surface 140a and the lining 144a and the bottom pattern 140 are sewn.

When the pressure applying member 144 is formed on the top surface of the bottom pattern 140, the pressure applying member 144 constantly presses the user's arch to help promote health.

The floor pattern 140 may be sewn with the foot pattern 110 and the side pattern 120 to have the shape of the bar 100. That is, the foot pattern 110 and the side pattern 120 are sewn together along the edge of the bottom pattern 140 in a state where they are integrally formed by the first seam line 130 to form the second seam line 150, 100).

Since the hair pedestal 110, the pair of side patterns 120 and the bottom pattern 140 are manufactured by two times of sewing, the peeling prevention padding 100 according to the present invention as described above can be manufactured quickly, When the pair of side patterns 120 are sewn on the toe pattern 110, the side patterns 120 are sewn in a superposed state so as to be sandwiched between the side patterns 120 and the side patterns 120 A trim 102 is formed and is convenient for peeling off the peel 100.

By forming the through holes 112 in the foot pattern 110 adjacent to the toes, which are caused by a lot of sweat and difficult to ventilate, the toe patterns 110 and the side patterns 120, The air permeability by the holes 112 is improved, sweat can be dried quickly, and the inside of the padding 100 is quickly ventilated to prevent the generation of odor.

The friction layer 142a and the bottom pattern 140 are bonded to each other by the resin layer 142b of the non-slip member 142 provided on the bottom surface of the bottom pattern 140. The friction layer 142a, The non-slip member 142 does not fall off even when the long-time pad 100 is used because it is attached once again with the pattern 140 and is firmly attached by double bonding by adhesion and sewing.

It should be understood, however, that the present invention is not limited to the above-described embodiments, but may be modified and modified without departing from the gist of the present invention, and such modifications and variations are also considered to belong to the technical idea of the present invention .

For example, the through holes 112 formed in the foot pattern 110 may be variously embodied. This will be described with reference to Figs. 8A to 8E.

8A to 8E are plan views showing another embodiment of the through hole formed in the foot pattern of the peeling preventing strand according to the present invention. Referring to the drawings, the through holes 112 formed in the toe pattern 110 may have an elliptical shape and may be distributed in various patterns on the toe pattern 110.

That is, as shown in FIG. 8A, an elliptical through hole 112 is formed at the center of the foot pattern 110, and a plurality of through holes are formed in four directions around the through hole 112. Also, as shown in FIG. 8B, a plurality of through holes 112 are formed in four directions from the center of the foot pattern 110.

If the through holes 112 are distributed in the foot pattern 110 as described above, the sweat generated over the entire foot body can be quickly dried, and the inside of the cross-hair can be easily ventilated by the widely distributed through holes 112 .

Further, as shown in Fig. 8C, elliptical through holes 112 are distributed adjacent to the edge of the foot pattern 110. Fig. When the through holes 112 are distributed in the foot pattern 110, the through holes 112 are formed close to the second seam 150 connecting the foot pattern 110 and the bottom pattern 140, It is possible to easily carry out ventilation to the corners in the inside of the paddle and sweat generated from the foot can be dried quickly.

Also, as shown in Fig. 8D, elliptical through holes 112 are distributed along both sides of the foot pattern 110. Fig. At this time, the long axis of the through-hole 112 is formed to be inclined toward the tip center of the toe pattern 110, so that it is possible to easily carry out ventilation to the corner portion inside the overlapping portion and the portion adjacent to the center inside the overlapping portion. The resulting sweat can be quickly dried.

Then, as shown in FIG. 8E, the through-holes 112 are distributed along the portions corresponding to the outer portions of the insteps of the foot pattern 110. That is, the through-hole 112 is formed in a line along a portion adjacent to the second seam line 150 to which the foot pattern 110 and the bottom pattern 140 are connected. In this case, the through- The diameter of the through hole 112 becomes larger or smaller as it gets closer to the toe.

When the through hole 112 is formed along the outer portion of the instep 110 of the foot pattern 110, sweat can be quickly dried and ventilation inside the appendage can be facilitated, have.

100: Addition 102:
110: foot pattern 112: through hole
120: side pattern 130: first seam
140: bottom pattern 142: non-slip member
142a: Friction layer 142b, 144b:
142c: third seam line 144: pressure member
144a: lining 144c: fourth seam
150: Second seam

Claims (5)

A foot pattern 110 surrounding a foot and forming a plurality of through holes 112;
A pair of side patterns 120 formed on side surfaces of the radiating bone;
A first seam line (not shown) is formed by integrally forming the side pattern 120 and the foot pattern 110 and forming a pair of side patterns 120 along the rear end of the foot pattern 110 130);
A bottom pattern 140 extending from the toes through the soles to the ankle where the bone is located and provided with a non-slip member 142 on the forefoot and heel facing the ground, and a pressure member 144 on the arch between the forefoot and the heel; And
And a second seam line (150) formed by integrally forming the foot pattern (110) and the side pattern (120) along the edge of the bottom pattern (140).
The method according to claim 1,
The foot pattern 110 and the side pattern 120 may be formed of,
Characterized in that the outer surface and the inner surface of the cushioning member (104) in which the ventilation holes (106) are distributed are made of a fabric having a fabric (108) attached thereto.
The method according to claim 1,
The non-slip member (142)
A friction layer (142a) made of a material having a coefficient of friction larger than that of the bottom pattern (140);
A resin layer 142b sandwiched between the friction layer 142a and the bottom pattern 140 to protrude the friction layer 142a from the bottom pattern 140; And
And a third seam line (142c) formed by sewing the bottom pattern (140) along the edge of the friction layer (142a).
The method according to claim 1,
The pressure-applying member 144,
A lining 144a made of the same material as the fabric attached to the outer and inner surfaces of the foot pattern 110 and the side pattern 120 and positioned inside the foot pattern 110 facing the user's sole;
A resin layer 144b sandwiched between the lining 144a and the bottom pattern 140 to protrude the lining 144a from the bottom pattern 140; And
And a fourth seam line (144c) formed by integrally sewing the bottom pattern (140) along the edge of the lining (144a).
The method according to claim 3 or 4,
Wherein the resin layer (142b) (144b) is an adhesive synthetic resin having an adhesive force and exhibiting a buffering force after drying.

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