阅读说明：本技术 一种包括粘贴卵石的鞋内底和用于脚部矫正的鞋外底的鞋 (Shoe comprising an insole for adhering pebbles and an outsole for foot correction ) 是由 李应烈 于 2020-04-08 设计创作，主要内容包括：本发明涉及一种包括粘贴卵石的鞋内底和用于脚部矫正的鞋外底的鞋,鞋内底位于鞋内,其上部形成以一定间隔突出的形状,在涌泉穴的位置上粘贴卵石,通过按压穿鞋者的脚部来促进血液循环,鞋外底,在其平面上的不同位置适用不同的弹力,从而能够防止因O型腿或X型腿而体重偏斜带来的不利于健康的因素,且能够矫正腿部。如上所述,根据本发明的粘贴卵石的鞋内底和用于脚部矫正的鞋外底的鞋,其具有如下效果：在鞋内底上粘贴能够放射远红外线、且具有预定的孔隙率和审美性的卵石,从而能够具有有助于健康和提升审美的效果；设置有下部板,其使用突出面不同的鞋底,以便调节施加到使用者脚底的按压程度,且以格栅形状的弹性体形成,从而能够缓冲体重；本发明包括通过粘贴的方式设置在鞋内底的脚部矫正器和具有不同弹性区域的鞋外底,从而能够预防穿鞋者大脚趾外翻症并且有助于矫正O型腿或X型腿。(The present invention relates to a shoe including an insole adhered with pebbles and an outsole for foot correction, wherein the insole is positioned in the shoe, the upper part of the insole is formed in a shape protruding with a certain interval, the pebbles are adhered on the position of a Yongquan point, blood circulation is promoted by pressing the foot of a wearer, and the outsole applies different elastic forces to different positions on the plane thereof, thereby preventing adverse health factors caused by weight deviation of O-shaped legs or X-shaped legs and correcting the legs. As described above, the pebble-adhered insole and the outsole for foot correction shoe according to the present invention have the following effects: pebbles which can radiate far infrared rays and have predetermined porosity and aesthetic quality are adhered on the insole, so that the health and aesthetic quality improvement effects can be achieved; a lower plate which uses soles having different protruding surfaces so as to adjust the degree of pressing applied to the soles of the feet of a user and is formed of an elastic body having a lattice shape so that the weight of the user can be buffered; the present invention comprises a foot corrector provided at an insole by means of adhesion and an outsole having different elastic regions, thereby enabling prevention of hallux valgus and helping to correct O-legs or X-legs of a wearer.)

1. A shoe comprising a pebble-adhered insole and an outsole for foot correction, the shoe comprising:

an insole, inserted inside a shoe, comprising:

an upper plate forming an upper surface so as to be able to contact a sole of a foot;

a lower plate which is in contact with the upper surface of the outsole and is adhered to the lower surface of the upper plate to support the upper plate; and

an outsole having a lower surface contacting the ground and an upper surface on which the insole is placed, wherein the front portion of the foot-receiving surface has a larger area than the rear portion of the heel when viewed in plan, and the front portion has a larger toe portion protruding forward by a predetermined length from the smaller toe portion,

the upper plate is provided with a plurality of flat protruding surfaces and tripod-shaped protruding surfaces on the upper surface, the flat protruding surfaces are arranged at the heel part and the Yongquan point part, and a plurality of tripod-shaped protruding surfaces are arranged on the other positions,

a plurality of pebbles are stuck on the flat protruding surface of the Yongquan point part to press the Yongquan point on the sole,

the lower plate has the same shape as the upper plate in plan view, and the upper surface of the lower plate is adhered and fixed to the lower surface of the upper plate using a rubber foaming agent made of chloroprene rubber.

2. Shoe comprising a pebble-stuck insole and an outsole for foot correction according to claim 1,

the upper plate of the insole is made of synthetic resin or rubber material and is provided with a plurality of micro-holes so as to allow air inside the shoe to circulate.

3. Shoe comprising a pebble-stuck insole and an outsole for foot correction according to claim 1,

the upper plate is adhered with a fiber material at an upper portion thereof so as to be able to absorb moisture and to have air permeability, the fiber material is selected from one of a fabric or a leather material, and a hollow is provided at a position of the pebble so as to be able to penetrate the pebble.

4. Shoe comprising a pebble-stuck insole and an outsole for foot correction according to claim 1,

the lower plate is made of silicon rubber or rubber material, has certain elasticity and can freely flow air from the upper plate.

5. Shoe comprising a pebble-stuck insole and an outsole for foot correction according to claim 1,

the outsole material is selected from any one or more of leather, rubber, urethane, synthetic polymer, jute fiber, and is divided into six areas of a front part of a foot, a middle part of a foot, and left and right sides of a rear part of a foot in plan view, and each of the six areas is further divided into three areas, thereby enabling to correspond to and select an area of a wearer's body weight deviation due to an O-leg or an X-leg, and then a material having a predetermined elasticity reduced compared to the unselected area is applied to the selected area.

6. Shoe comprising a pebble-stuck insole and an outsole for foot correction according to claim 1,

the triangular-shaped projecting surface of the upper plate of the insole is replaced with a flat surface or a semicircular surface.

7. Shoe comprising a pebble-adhered insole and an outsole for foot correction according to claim 6,

an upper plate formed by the flat protruding surface, a foot corrector (14) is detachably arranged on the area of the toes, the foot corrector is provided with a flat surface and a horizontal plate, and a protruding shape is arranged on the plate and is arranged on the plate at a position between the big toe and the middle toe.

8. Shoe comprising a pebble-stuck insole and an outsole for foot correction according to claim 1,

the outsole is formed separately from the insole, but may be formed in an integrated type in which an upper plate or a lower plate is provided on the upper portion of the outsole, or in an integrated type in which both the upper plate and the lower plate are provided.

Technical Field

The present invention relates to a shoe including an insole to which pebbles are adhered and an outsole for foot correction, wherein the insole (insole) is positioned in the shoe, the upper portion of the insole is formed in a shape protruding at a predetermined interval, the pebbles are adhered to a position of a Yongquan point, blood circulation is promoted by pressing the foot of a wearer, and the outsole (outsole) is applied with different elastic forces at different positions on the plane thereof, thereby preventing a factor unfavorable to health caused by weight deviation of O-shaped legs or X-shaped legs and correcting the legs.

Background

In general, the foot bears a pressure of 3 times the body weight during walking and a pressure of 7 times the body weight during jumping, and therefore the foot is required to bear a load of about 400 tons per day, and the foot can be said to play a role of supporting and balancing the body. In addition, the feet provide the force needed for walking and play a role in transporting blood to the heart. In Korean medicine, the feet are regarded as a contracted version of the body that collects the five zang organs and six qi. Particularly, the Yongquan point is the only point located on the sole of the foot, and is a meridian point having the meaning of Yongquan in the sense of drawing spring water, which is frequently used in treating head or brain diseases although it is located on the sole of the foot.

In addition, a person having an O-shaped or X-shaped leg has too far or too close a distance between knees, so that a load transmitted to the inner or outer side of the knees is greater than a normal load to damage the knee joints, and such a load is transmitted to a shoe as it is, thereby causing a specific portion of the outsole to be easily worn, and thus a technique for correcting the leg by changing the shape of the insole is being developed.

In addition, the feet are parts of the body that are constantly moving, and moisture such as sweat is not easily dried, and since the feet are easily wet, the feet are easily smelled or odor is generated inside the shoes, and bacteria are easily grown due to keratin nutrients of the horny layer of the skin of the soles.

Therefore, there has been developed a shoe or insole, etc. capable of pressing a sole of a foot and keeping sweat and internal air open, and there is korean patent No. 10-1857154 (2018.05.11), which provides a bio-insole for pressing a yongquan point and a method for manufacturing the bio-insole for pressing the yongquan point, comprising: a sole pad (110) covering the sole surface; a textile (120) for adhering on top of the base mat (110), the base mat (110) comprising: a protrusion (130) formed to protrude upward so as to correspond to the Yongquan point (W) and forming an accommodation space (135) opened downward; a buffer block (150) received in the receiving space (135) and adhered in the receiving space, and korean laid-open utility model No. 20-2012-0001076 (2012.02.15) provides a pressing insole comprising: shoe-pad; the sticking plate is used for sticking on the upper surface of the insole; and 7 pressing protrusions protruding upward from the center of the adhesive sheet to press a specific portion of the sole of a foot, wherein the number of the pressing protrusions is 7.

[ Prior art documents ]

[ patent document ]

(patent document 0001) korean patent No. 10-1857154 (2018, 05, 11);

(patent document 0002) Korea Utility model No. 20-2012 and 0001076 (2012, 02, 15).

Disclosure of Invention

[ problem ] to

The present invention has been made in view of the above problems, and it is an object of the present invention to provide a shoe including an insole to which pebbles are adhered and an outsole for foot correction, which has a structure that a pressing effect is exerted on an upper surface of the insole, and particularly, pebbles having a high far infrared ray emissivity are adhered at positions to stimulate a yungquan point, so that the yungquan point can be stimulated to smooth blood flow, the outsole is shaped such that an area of a front portion of a foot-placing surface is larger than an area of a heel, positions to place large toes are protruded forward by a predetermined length than positions to place small toes, and a low-elasticity and high-hardness material is used for a partial area in the entire area of the outsole, so that an effect of correcting a leg can be exerted, thereby improving a wearing feeling of a user wearing the shoe of the present invention, and contributing to health of the foot and the leg.

[ solution ]

In order to solve the above problems and achieve the above objects, a shoe including an insole adhered with pebbles and an outsole for foot correction according to one embodiment of the present invention includes: insole (10), inserted inside a shoe, comprising: an upper plate (12) which forms an upper surface so as to be capable of contacting the sole of the foot; a lower plate (18) which is in contact with the upper surface of the outsole (20) and is adhered to the lower surface of the upper plate (12) to support the upper plate (12); and an outsole (20) having a lower surface contacting the ground, the insole (10) being placed on an upper surface thereof, an area of a front portion of the foot-placing surface being larger than an area of a rear portion of the heel, when viewed in a plan view, a position of a front portion of the foot-placing surface being protruded forward by a predetermined length than a position of a big toe, the upper plate (12) being provided on an upper surface thereof with a plurality of flat protruded surfaces and tripod-shaped protruded surfaces, the flat protruded surfaces being provided at a heel portion and a Yongquan point portion, the other positions being provided with a plurality of tripod-shaped protruded surfaces, the flat protruded surfaces of the Yongquan point portion being provided thereon with a plurality of pebbles (30) adhered thereto so as to press the Yongquan point of the sole, the lower plate (18) being formed in the same shape as the upper plate (12) when viewed in a plan view, the lower plate using a rubber foaming agent made of chloroprene rubber, the upper surface of the upper plate is adhered and fixed on the lower surface of the upper plate (12).

The upper plate (12) of the insole (10) is made of synthetic resin or rubber material and is provided with a plurality of micro-holes so as to allow air inside the shoe to circulate.

The upper plate (12) is adhered with a fiber material (16) at the upper part thereof so as to absorb moisture and provide the upper plate with air permeability, the fiber material (16) is selected from one of a fabric or leather material, and a hollow is provided at the position of the pebble so as to penetrate the pebble (30).

The lower plate (18) is made of silicone or rubber material, has a certain elasticity, and is capable of circulating air from the upper plate (12).

The outsole (20) material is selected from any one or more of leather, rubber, urethane, synthetic polymer, jute fiber having elasticity, and is divided into six areas of a front portion of a foot, a middle portion of a foot, and left and right sides of a rear portion of a foot in plan view, and each of the six areas is divided into three areas, thereby enabling to correspond to and select an area of a wearer's body weight deviation due to an O-leg or an X-leg, and then a material having a predetermined elasticity reduced compared to the unselected area is applied to the selected area.

The triangular-shaped projecting surface of the upper plate (12) of the insole (10) may be replaced with a flat surface or a semicircular surface.

An upper plate (12) formed by the flat protruding face, a foot corrector (14) can be detachably arranged on the area positioned on the toes, the foot corrector (14) is provided with a flat face and a horizontal plate, a protruding shape is arranged on the plate, and the protruding shape is arranged on the plate at the position between the big toe and the middle toe.

The outsole (20) is formed separately from the insole (10), but may be formed in an integral type in which an upper plate (12) or a lower plate (18) is provided on the outsole (20), or in an integral type in which both the upper plate and the lower plate are provided.

[ Effect of the invention ]

As described above, the pebble-adhered insole and the outsole for foot correction shoe according to the present invention have the following effects:

(1) the invention can stick the pebble which can radiate far infrared ray and has predetermined porosity and aesthetic property on the insole, thereby having the effects of promoting health and improving aesthetic property.

(2) The present invention is provided with a lower plate using an insole having a different protruding surface so as to be able to adjust the degree of pressing applied to the sole of a user's foot, and formed of an elastic body in a lattice shape so as to be able to absorb body weight.

(3) The present invention comprises a foot corrector provided at an insole by means of adhesion and an outsole having different elastic regions, thereby enabling prevention of hallux valgus and helping to correct O-legs or X-legs of a wearer.

Drawings

FIG. 1 is an exploded view of an insole and an outsole of a pebble adhered insole and an outsole for foot correction shoe according to a preferred embodiment of the present invention;

FIG. 2 is a perspective view of an insole of a pebble-adhered insole and an insole of a shoe for an outsole for foot correction according to a preferred embodiment of the present invention;

FIG. 3 is an exploded view of an insole of a pebble adhered insole and an outsole for foot correction shoe according to a preferred embodiment of the present invention;

FIG. 4 is a plan view of the outsole of a pebble adhered insole and outsole for foot correction shoe according to a preferred embodiment of the present invention;

FIG. 5 is an exemplary view of an upper plate with a semi-circular protruding surface of an insole according to a preferred embodiment of the present invention;

FIG. 6 is an exemplary illustration of an upper plate with a flat shape for the raised surface of the insole, in accordance with a preferred embodiment of the present invention;

FIG. 7 is a perspective view and an illustration of use of a foot orthotic, according to a preferred embodiment of the present invention.

Reference numerals

10. An insole; 18. a lower plate;

12. an upper plate; 20. an outsole;

14. a foot orthosis; 30. pebbles;

16. a fibrous material; 40. a high water-absorbent resin.

Most preferred embodiments

The invention is characterized in that it comprises: an insole, inserted inside a shoe, comprising: an upper plate forming an upper surface so as to be able to contact a sole of a foot; a lower plate which is in contact with the upper surface of the outsole and is adhered to the lower surface of the upper plate to support the upper plate; and an outsole, the lower surface of which is in contact with the ground, and the upper surface of which is provided with the insole, when viewed from above, the area of the front part of the foot-placing surface is larger than that of the rear part of the heel, the front part, the position of the big toe protrudes forward by a predetermined length compared with the position of the small toe, the upper plate is provided with a plurality of flat protruding surfaces and triangular frame-shaped protruding surfaces on the upper surface, the flat protruding surfaces are arranged at the heel part and the Yongquan point part, and a plurality of triangular frame-shaped protruding surfaces are arranged at the positions except the flat protruding surfaces, a plurality of pebbles are stuck on the flat protruding surface of the Yongquan point part to press the Yongquan point on the sole, the lower plate and the upper plate are formed in the same shape, and the upper surface of the lower plate is adhered and fixed to the lower surface of the upper plate by using a rubber foaming agent made of chloroprene rubber.

Detailed Description

The title of the invention is "shoe with pebble-adhered insole and outsole for foot correction", so that the ordinary skilled in the art can easily understand the description, the detailed description will be omitted, and the embodiment and the accompanying drawings will be described according to the necessity of description. In addition, terms defined in the specification and claims are not to be interpreted restrictively, and may be interpreted differently according to the intention of an operator or a common practice, and thus, the terms are interpreted in the meaning and the concept thereof conforming to the technical idea of the present invention.

With respect to an embodiment of the present invention, fig. 1 is an exploded view of an insole and an outsole of a pebble-pasted insole and an outsole for foot correction according to a preferred embodiment of the present invention, fig. 2 is a perspective view of an insole of a pebble-pasted insole and an outsole for foot correction according to a preferred embodiment of the present invention, and fig. 3 is an exploded view of an insole of a shoe with a pebble-pasted insole and an outsole for foot correction according to a preferred embodiment of the present invention, and the insole and the outsole of the shoe of the present invention will be explained in detail below with reference to fig. 1 to 3.

The invention comprises the following steps: insole (10), inserted inside a shoe, comprising: an upper plate (12) which forms an upper surface so as to be capable of contacting the sole of the foot; a lower plate (18) which is in contact with the upper surface of the outsole (20) and is adhered to the lower surface of the upper plate (12) to support the upper plate (12); and an outsole (20) having a lower surface contacting the ground, the insole (10) being placed on an upper surface thereof, an area of a front portion of the foot-placing surface being larger than an area of a rear portion of the heel, when viewed in a plan view, a position of a front portion of the foot-placing surface being protruded forward by a predetermined length than a position of a big toe, the upper plate (12) being provided on an upper surface thereof with a plurality of flat protruded surfaces and tripod-shaped protruded surfaces, the flat protruded surfaces being provided at a heel portion and a Yongquan point portion, the other positions being provided with a plurality of tripod-shaped protruded surfaces, the flat protruded surfaces of the Yongquan point portion being provided thereon with a plurality of pebbles (30) adhered thereto so as to press the Yongquan point of the sole, the lower plate (18) being formed in the same shape as the upper plate (12) when viewed in a plan view, the lower plate using a rubber foaming agent made of chloroprene rubber, the upper surface of the upper plate is adhered and fixed on the lower surface of the upper plate (12).

A general shoe sold on the market is a shape in which the center of the front portion is more protruded, and the outsole (20) is a shape in which the area where the wearer's instep is placed is wider when viewed in plan, and the front end portion is a shape in which the position where the big toe is placed is protruded forward by a predetermined length than the position where the small toe is placed, that is, a shape identical to the shape of the human foot, thereby having a comfortable wearing feeling. Therefore, the shape in the medial direction of the foot is formed in a shape reduced in the bending degree as compared with a general shoe, and the planar shape of the insole (10) is also the same as that of the outsole (20).

The pebble (30) used in the invention is a nutrient pebble, which is conglomerate forming a certain stratum of the Qingdao Shang province of 100m underground of the Riyue mountain, and the components of the pebble comprise sedimentary rocks, volcanic rocks, granite rocks, metamorphic rocks, limestone rocks and the like, and the chemical analysis result of the physical properties of the pebble is displayed, namely quartz (SiO)₂25%), feldspar (Al)₂O₃26%), biotite (Fe)₂O₃1%), garnet (CaO 2%), apatite (MgO 0.5%), calcite (NaddO 2.58%), chlorite (TiO 2%₂13%), sericite (P)₂O₅2%) and other minerals (MnO 0.05%), and the physical properties of the pebbles are measured to show that the specific gravity is 2.63, the water absorption is 0.254%, the porosity is 0.74%, and the compressive strength is 1.11kg/cm²Elastic wave velocity 4.685m/sec, Shore hardness 83, and capable of releasing far infrared radiation.

The Yongquan point is a position which can be used for acupuncture at a sunken part in the middle of a sole, and in Korean medicine, the Yongquan point is called as the Yongquan point because the Yongquan point is positioned in the middle of the sole and is used as a well point of the Jing pulse and is a position where the pulse qi emerges, and when a person is in an emergency situation, the Yongquan point is used as one of the points, so that the Yongquan point has the effects of dredging blockage, stabilizing emotion and soothing the nerves.

The upper plate (12) of the insole (10) is made of synthetic resin or rubber material and is provided with a plurality of micro-holes (not shown) so as to allow air circulation inside the shoe.

The flat projecting surface has a height of 1 to 3mm from the upper surface of the upper plate (12), the tripod projecting surface has a height of 6 to 8mm, and the height of the pebbles (30) is 2 to 3mm (the height formed by adhering the pebbles to the flat projecting surface is higher than or lower than a predetermined height than the height of the tripod projecting surface, thereby reducing pain on the sole of the foot as much as possible).

The heights of the flat protruding surface, the tripod protruding surface and the pebble (30) can be adjusted by selecting the heights according to the requirements of a wearer, so that the pain caused by finger pressure can be relieved.

The upper plate (12) is adhered with a fiber material (16) at the upper part thereof so as to absorb moisture and provide the upper plate with air permeability, the fiber material (16) is selected from one of a fabric or leather material, and a hollow is provided at the position of the pebble so as to penetrate the pebble (30).

The lower plate (18) uses a rubber foaming agent made of neoprene rubber, and a foaming agent made of silicone rubber or general rubber can be used as a substitute for the rubber foaming agent, so that the lower plate has a certain elasticity and air can flow from the upper plate (12).

The lower plate (18) has a lattice-shaped or honeycomb-shaped structure, so that air can flow smoothly in the shoe, and the amount of impact applied to the foot, such as impact due to load when walking after wearing the shoe and partial impact due to finger pressure, can be reduced.

Fig. 4 is a plan view of an outsole of a pebble-adhered insole and an outsole for foot correction according to a preferred embodiment of the present invention, which is explained below.

The outsole material is selected from any one or more of leather, rubber, urethane, synthetic polymer, jute fiber, and is divided into six areas of a front part of a foot, a middle part of a foot, and left and right sides of a rear part of a foot in plan view, and each of the six areas is further divided into three areas, thereby enabling to correspond to and select an area of a wearer's body weight deviation due to an O-leg or an X-leg, and then a material having a predetermined elasticity reduced compared to the unselected area is applied to the selected area.

That is, the person with O-shaped legs concentrates the load of the human body on the outer side of the foot, and the material of the outer side area is made of the material with higher hardness when the outsole (20) is seen from the plane, while the person with X-shaped legs concentrates the load on the inner side of the foot, so that the material of the inner side area of the outsole is made of the material with higher hardness, that is, according to the characteristics of the human body, when the load of the human body is inclined forwards or backwards, the corresponding area is selected from the 18 areas and the material with higher hardness is used in the area, thereby the center of gravity of the wearer can be centered on the foot.

Fig. 5 is an exemplary view of an upper plate in which a protruding surface of an insole according to a preferred embodiment of the present invention is semicircular, fig. 6 is an exemplary view of an upper plate in which a protruding surface of an insole according to a preferred embodiment of the present invention is flat, fig. 7 is a perspective view and use explanatory views of a foot corrector according to a preferred embodiment of the present invention, and the upper shape of an insole and the foot corrector will be described with reference to fig. 5 to 7.

The triangular-shaped projecting surface of the upper plate (12) of the insole (10) may be replaced with a flat surface or a semicircular surface.

An upper plate (12) formed by the flat protruding face, a foot corrector (14) can be detachably arranged on the area positioned on the toes, the foot corrector (14) is provided with a flat face and a horizontal plate, a protruding shape is arranged on the plate, and the protruding shape is arranged on the plate at the position between the big toe and the middle toe.

The shape of the foot corrector (14) may be made to correspond to the shape of the protruding surface, that is, the plate in the horizontal direction may be formed to have a tripod-shaped protruding surface or a semicircular shape corresponding to the upper plate (12).

The foot orthosis (14) has an effect of preventing hallux valgus, which is a deformity in which a bone on a toe side is outwardly deviated and a bone on a heel side is inwardly deviated, based on a first metatarsal joint of a hallux, in combination with the shape of the outsole (20).

The outsole (20) is formed separately from the insole (10), but may be formed in an integral type in which an upper plate (12) or a lower plate (18) is provided on the outsole (20), or in an integral type in which both the upper plate and the lower plate are provided. That is, the outsole (20) may have a shape in which the upper plate (12) of the insole (10) is formed at the upper portion thereof, or the shapes of the upper plate (12) and the lower plate (18) of the insole (10) are formed at the upper portion thereof.

Further, a super absorbent resin (40) is included between the fiber material (16) and the upper plate (12), and the super absorbent resin (40) is made of a powder obtained by drying and pulverizing a bio-cellulose produced from bacteria and an edible seaweed.

The method for producing the super absorbent resin (40) is as follows: collecting powdery biological cellulose with fine fiber structure generated from bacteria and edible seaweed of red algae, drying, pulverizing, stirring with heated purified water, dissolving with potassium chloride, cooling at room temperature to obtain gel, adding ethanol, grinding, adding ethanol, stirring, dewatering, and drying.

Preferably, the amount of potassium chloride (KCl) is as follows: the weight ratio of the red algae powder prepared in the preparation stage to the potassium chloride is 1: 0.004-0.006 wt%.

In the present invention, the adhesive used for attaching the fibrous material 16, the super absorbent resin 40, the upper plate 12, the pebble 30 and the lower plate 18 is an environmentally friendly adhesive produced by mixing a mixture made of potassium hydroxide, water and rosin powder with a mixture made of potassium hydroxide, water and plant protein powder.

The potassium hydroxide, the water and the rosin powder are mixed in a ratio of 1: 50-200: 3-5, wherein the ratio of potassium hydroxide to water to plant protein powder is 1: 500-1000: 10 to 40 by volume, and the vegetable protein powder is preferably one selected from the group consisting of soybean, almond, rice and oat.

As described above, the pebble-adhered insole and the outsole for foot correction shoe according to the present invention have the following effects: pebbles which can radiate far infrared rays and have predetermined porosity and aesthetic quality are adhered on the insole, so that the health and aesthetic quality improvement effects can be achieved; a lower plate which uses an insole having a different protruding surface so as to be able to adjust the degree of pressing applied to the sole of a user's foot and is formed of an elastic body in a lattice shape so as to be able to absorb body weight; the present invention comprises a foot corrector provided at an insole by means of adhesion and an outsole having different elastic regions, thereby enabling prevention of hallux valgus and helping to correct O-legs or X-legs of a wearer.

The present invention has been described above with reference to the embodiments and the drawings, which are defined in the appended claims, but the present invention should not be limited to these embodiments and drawings, and it should be understood that various modifications and variations can be made within the technical spirit of the present invention and the scope of the claims to be described below.

Industrial applicability of the invention

As described above, the pebble-adhered insole and the outsole for foot correction shoe according to the present invention have the following effects: pebbles which can radiate far infrared rays and have predetermined porosity and aesthetic quality are adhered on the insole, so that the health and aesthetic quality improvement effects can be achieved; a lower plate which uses an insole having a different protruding surface so as to be able to adjust the degree of pressing applied to the sole of a user's foot and is formed of an elastic body in a lattice shape so as to be able to absorb body weight; comprising a foot corrector provided at an insole by means of adhesion and an outsole having different elastic regions, thereby enabling prevention of hallux valgus syndrome of a wearer and helping to correct an O-leg or an X-leg, and thus the present invention is an invention having a very high industrial applicability.