KR200415529Y1 - Slipsole - Google Patents

Abstract

The present invention relates to a functional insole that is placed on the inner sole of a shoe.

The present invention, the insole to the inner sole of the shoe, the upper and lower outer shell (10, 20) made of natural fabrics; A sweat absorbing layer 40 disposed below the upper sheath 10 and absorbing sweat while providing a cushion; A harmful substance adsorption layer (50) disposed under the sweat-absorbing layer (40) and made of activated carbon fibers to adsorb and remove harmful substances generated in the shoes; A mesh layer 60 disposed below the harmful substance adsorption layer 50 to ventilate the inside of the shoe; A support layer 70 interposed between the mesh layer 60 and the lower sheath 20 to prevent slipping while supporting the mesh layer 60; It comprises a binding means 80 for binding the layers 40, 50, 60, 70 with the upper and lower shells 10, 20.

Therefore, the present invention has the advantage that the harmful substance adsorption layer can be removed while adsorbing the harmful substances generated in the shoes to always provide a comfortable insole.

Shoes, insole, sweat absorption layer, harmful substance absorption layer, activated carbon fiber, mesh layer, support layer.

Description

Functional Insole {SLIPSOLE}

1 is a perspective view according to an embodiment of the present invention.

Figure 2 is a partial cutaway perspective view showing a partial cutaway according to an embodiment of the present invention.

3 is a cross-sectional view taken along the line A-A of FIG.

* Description of the Related Art *

10: upper jacket 20: lower jacket

30: protective layer 40: sweat absorption layer

50: harmful substance adsorption layer 60: mesh layer

70: support layer 80: edge finishing fabric

The present invention relates to a functional insole that is placed on the inner surface of a shoe, and more particularly, it absorbs the sweat generated from the foot of the shoe and maintains a comfortable state at all times. It relates to a functional insole that can prevent unpleasant feelings in advance.

In addition, the present invention relates to a functional insole that can protect the feet by adsorbing harmful substances generated in the shoes to prevent bacterial growth due to mold, and at the same time improve the wearing comfort of the shoes.

As is well known, shoes protect the feet so that they can walk or run while standing on the ground, and the soles of these shoes are insoles.

The above-described insole is to function to absorb the sweat generated from the foot or provide a cushion, the conventional insole providing a cushion is made of a urethane material to adhere the absorbent layer absorbing the sweat by applying an adhesive to the surface .

Therefore, the conventional insole is made of a urethane material is not made to ventilate smoothly in the shoes, a lot of sweat is discharged from the foot, resulting in the smell of the foot, causing discomfort not only to the person but also the other person, such as mold and bacteria There was a problem that the athlete's foot such as athlete's foot such as athlete's foot caused by the generation of harmful substances, and the wearer's foot slippery such as slippery wearer shoes are not significantly absorbed due to insufficient absorption of sweat in the absorber layer.

The purpose of the present invention is to solve the conventional problems as described above, by absorbing the sweat generated from the foot wearing shoes can always maintain a comfortable state, by adsorbing the smell of feet caused by sweat It is to provide a functional insole that can prevent the unpleasant feelings to the user.

Another object of the present invention is to provide a functional insole that can safely protect the foot by adsorbing harmful substances generated in the shoes to block bacterial growth due to the fungus and at the same time improve the wearing comfort of the shoes.

In order to achieve the above object, the present invention, the insole to the inner sole of the shoe, the upper and lower outer shell made of a natural fabric; A sweat absorbing layer disposed below the upper shell and absorbing sweat while providing a cushion; A hazardous substance adsorption layer disposed under the sweat absorbing layer and made of activated carbon fibers to absorb and remove harmful substances generated inside the shoe; A mesh layer disposed below the harmful substance adsorption layer to ventilate the inside of the shoe; A support layer interposed between the mesh layer and the lower sheath to prevent slipping while supporting the mesh layer; It comprises a binding means for binding the respective layers with the upper and lower outer shell.

Here, a protective layer made of a nonwoven fabric is interposed between the upper sheath and the sweat absorbing layer to maintain the shape of the sweat absorbing layer, and the sweat absorbing layer is preferably made of a fibrous polymer to absorb sweat generated from the foot.

The binding means is implemented by sewing around the rim finishing fabric along the upper and lower outer shell and each layer overlapping edges.

The support layer is preferably made of vinyl chloride fiber to provide a safe walking by preventing the slip while supporting the mesh layer.

Hereinafter, a preferred embodiment of the present invention according to the accompanying drawings in detail as follows.

First, Figure 1 attached is a perspective view according to an embodiment of the present invention, Figure 2 is a partial cutaway perspective view showing a partial cutaway according to an embodiment of the present invention, Figure 3 is a cross-sectional view taken along line A-A of FIG.

The functional insole of the present invention, as shown in Figures 1 to 3, the upper outer shell 10 and the lower outer shell 20, the sweat absorbing layer 40 to absorb the sweat from the lower portion of the upper outer shell 10, and Hazardous substance adsorption layer (50) for adsorbing and removing toxic substances in the shoe under the sweat absorbing layer (40), mesh layer (60) for ventilating the inside of the shoe, and support layer for supporting the mesh layer (60) And a binding means for binding the layers 40, 50, 60 and 70 to the upper and lower shells 10 and 20. .

The upper sheath 10 and the lower sheath 20 are strong against heat and water, but do not generate static electricity, cool and dry fast, hemp, light, warm, wrinkle-free, etc. It is woven from natural fabric made of any one of natural fibers to improve the wearer wearing shoes.

The sweat-absorbing layer 40 is disposed below the upper sheath 10 and made of a fiber polymer to absorb the sweat generated from the foot, this sweat-absorbing layer 40 is a cotton, hemp, middle of the fiber polymer to absorb the sweat sufficiently; It is preferable that a natural fiber polymer is woven from at least one of natural fibers such as wool and silk.

Here, a protective layer 30 made of a nonwoven fabric is interposed between the upper sheath 10 and the sweat absorbing layer 40. The protective layer 30 is a sweat absorbing layer 40 made of a fibrous polymer when walking or running shoes. ), While maintaining the shape so as not to deform or distort the shape.

The toxic substance adsorption layer 50 is disposed under the sweat absorbing layer 40 to adsorb toxic substances generated in the shoes, such toxic substance adsorption layer is made of activated carbon fibers, sweat odor generated from the foot, various It absorbs and removes harmful substances such as bacteria and fungi.

Looking at the structure, performance and efficacy of such activated carbon fiber in detail, activated carbon fiber is a fibrous activator composed of a fibrous high-molecular compound composed of a polycrystalline structure, the adsorption efficiency is 10 times more than granular activated carbon It is high and does not form secondary pollution, and has excellent efficacy in removing microorganisms, deodorizing, fishy, moisture, and mildew.These effects are shown in Table 1 below, which shows the physical properties of biskogi activated carbon fibers among activated carbon fibers. Can be.

Surface Area Ratio (㎡ / g) 700 1000 1500 1900 Benzene Absorption (%) 22 35 45 65 Iodine Absorption (mg / g) 800 1100 1500 1970 Methylene Blue Decolorization (mg / g) 100 150 260 330

The mesh layer 60 is disposed below the harmful substance adsorption layer 50 to ventilate the inside of the shoe, and the mesh layer 60 is preferably formed in a line to facilitate ventilation. Therefore, in the state of wearing or taking off the shoe, the inside of the shoe is ventilated to keep the inside of the shoe always comfortable. .

The support layer 70 is interposed between the mesh layer 60 and the lower sheath 20 to prevent slipping while supporting the mesh layer 60. The support layer 70 supports and prevents slipping of the mesh layer 60. It is preferable that the friction made of vinyl chloride fiber resistant to. Therefore, the slip layer is prevented due to the support layer 70 to provide a sense of stability to the wearer walking or running shoes.

The binding means is implemented by sewing the edge finishing fabric 80 along the edge of the upper and lower outer shell 10, 20 and each layer 30, 40, 50, 60, 70 overlapping. That is, the upper and lower outer shell 10, 20 and each of the layers 30, 40, 50, 60, 70 wraps around the edge finishing fabric 80 along the overlapping border and is driven by a sewing machine, To bind the lower sheath 10, 20 and the layers 30, 40, 50, 60, 70.

The functional insole of the present invention configured as described above absorbs harmful substances such as foot odor, various bacteria and mold, and moisture generated in the shoe from the harmful substance adsorption layer 50, and removes foot odor and moisture, and various bacteria and molds. It is possible to prevent diseases such as athlete's foot, which may occur from.

In addition, the upper and lower outer shell (10, 20) is made of natural cotton yarn to improve the wearer wearing shoes, sweat absorbing layer 40 is formed of a fiber polymer to sufficiently absorb the sweat generated from the foot, Due to the mesh layer 60, it is possible to smoothly ventilate from the inner sole of the shoe, and the support layer 70 supporting the mesh layer 60 is formed of vinyl chloride to prevent slippage of the mesh layer 60.

The above description is merely described one preferred embodiment, the present invention is not limited to the above-described embodiment, it can be carried out in various modifications within the appended claims.

In addition, the shape and structure of each component specifically shown in the embodiment of the present invention can be modified.

As described above, the functional insole of the present invention can remove odor and moisture by adsorbing toxic substances such as foot odor, various bacteria and mold, and moisture generated inside the shoe in the toxic substance adsorption layer, and at the same time, various bacteria And it is a very useful design that can prevent the disease, such as athlete's foot, which can occur from the mold.

In addition, the functional insole of the present invention can be improved by the upper and lower outer shell made of natural cotton yarn to improve the wearer wearing a shoe, the sweat absorbing layer is made of a fiber polymer to sufficiently absorb the sweat generated from the foot, accordingly The wearer's foot is not slippery and has an effect of improving the fit.

In addition, the functional insole of the present invention can keep the inside of the shoe always in a comfortable state because the harmful substance generated from the inner sole of the shoe passes through the mesh layer and adsorbed into the harmful substance adsorption layer, and the support layer is made of vinyl chloride fiber to support the mesh layer. While preventing slipping, it is effective to provide a stable walk to the wearer wearing shoes.

Claims (5)

In the insole of the shoe, Upper and lower sheath (10, 20) made of natural fabrics; A sweat absorbing layer 40 disposed below the upper sheath 10 to absorb sweat while providing a cushion; A hazardous substance adsorption layer 50 disposed under the sweat absorbing layer 40 and made of activated carbon fibers to absorb and remove harmful substances generated inside the shoe; A mesh layer 60 disposed below the harmful substance adsorption layer 50 to ventilate the inside of the shoe; A support layer 70 interposed between the mesh layer 60 and the lower sheath 20 to prevent slipping while supporting the mesh layer 60; Binding means (80) for binding the layers (40, 50, 60, 70) with the upper and lower shells (10, 20); Functional insole, characterized in that consisting of. The method of claim 1, The sweat absorbing layer 40 is a functional insole, characterized in that made of a fiber polymer. The method according to claim 1 or 2, Functional insole, characterized in that between the upper sheath (10) and the sweat absorbing layer 40, a protective layer (30) made of a non-woven fabric is interposed so as to protect while maintaining the shape of the sweat absorbing layer (40). The method of claim 1, The binding means, the upper and lower outer shell 10, 20 and each of the layers 40, 50, 60, 70 is characterized by binding around the edge finishing fabric (80) by sewing along the overlapping border. Functional insole. The method of claim 1, The support layer 70 is a functional insole, characterized in that made of vinyl chloride fiber.

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