KR20110123373A

KR20110123373A - Shoes inner pad and shoes sole

Info

Publication number: KR20110123373A
Application number: KR1020100042813A
Authority: KR
Inventors: 강석철
Original assignee: 강석철
Priority date: 2010-05-07
Filing date: 2010-05-07
Publication date: 2011-11-15

Abstract

PURPOSE: A shoe insole and a shoe outsole are provided to emit aroma from the inside of shoe, to prevent foot smell, and absorb an impact. CONSTITUTION: A shoe insole comprises a functional pack(110), an insole(120), and a cover(130). The functional pack comprises a plurality of filling tube units(111). The filling tube unit is filled with liquid functional materials. In the external periphery of the filling tube unit and a moving path, a supporting part is expanded. In the bottom of the insole, a receiving groove is formed so that the functional pack can be inserted. In a receiving groove, a supporting part receiving groove is formed. The cover is inserted into the receiving groove and covers and supports the functional pack. In the exterior of the cover, a lower exposure hole is formed.

Description

SHOES INNER PAD AND SHOES SOLE}

The present invention relates to a shoe insole and a shoe sole, and more particularly, by inserting a functional pack infused with a functional material such as a fragrance, a deodorant and a disinfectant, the fragrance is emitted from the inside of the shoe to prevent foot odor and athlete's foot. In addition, the present invention relates to shoe insoles and shoe soles configured to acupressure the soles of the feet and relieve shocks, thereby increasing the fit of the shoes and restoring fatigue.

In general, the foot is an important body part that supports the weight of the body when walking or exercising. Thus, when a person walks, exercises, and activities, the shoes are worn to absorb the shock from the ground and to protect the feet from sharp or sharp material.

However, when shoes are worn for a long time, there is a problem that odor is generated by mixing sweat and foreign substances in the shoes, and various molds and fungi inhabit the shoes due to temperature and humidity in the shoes, causing foot disease such as athlete's foot. There was a problem letting.

In this regard, the Korean Utility Model Registration Application No. 20-1996-0028093 discloses a technology that allows the fragrance to be emitted from shoes using a midsole manufactured by incorporating fragrances or deodorants in order to prevent malodorous and athlete's foot diseases. have.

However, in the case of such shoes, the fragrance emanates from the midsole, but because the fragrance was mixed in the manufacture of the midsole, the fragrance was weak, and the fragrance did not last for a long time. There is a problem that can not be reused and is like conventional shoes. In addition, since the production of the midsole and the production material of the midsole mixed with a predetermined ratio to prepare a very difficult manufacturing and there was a problem that the manufacturing cost is increased.

On the other hand, when walking, exercising and activities in the conventional shoes, the blood is biased to the lower part of the human body, when the blood is concentrated on the foot area of the human body by this phenomenon, the foot is not smoothly circulated due to blood circulation There were problems such as fatigue or easy accumulation of fatigue.

In addition, the sole has convex protruding portions and concave groove portions, and the convex portions of the sole are in intensive contact with the sole of the shoe, so that the convex portions are swollen when walking long distances as local pressure is applied to the sole of the sole. There were problems such as rising or blister formation.

In addition, since the sole surface of the shoe is formed flat to form a very simple structure, the effect of effectively buffering the area under pressure or restoring the fatigue of the foot by the acupressure effect could not be expected.

The present invention has been made to solve the above problems, an object of the present invention is to insert a functional pack infused with functional materials such as fragrances, deodorants and fungicides to scent the inside of the shoes to prevent foot odor and athlete's foot In addition to maintaining a healthy foot, the present invention provides shoe insoles and shoe soles that are configured to acupressure the soles of the feet and relieve shock, thereby increasing the fit of the shoes and restoring fatigue.

It is also an object of the present invention to provide a shoe insole and shoe sole configured to easily replace a functional pack infused with a functional material.

In order to achieve the above object, the shoe insole according to the present invention comprises a plurality of filling tube portion is filled with a liquid functional material to be vaporized and released to the outside, the plurality of filling tube portion is a functional material filled therein The functional pack is connected to each other through a moving passage so as to be mutually movable, and the functional pack is inserted into the bottom of the sole side and the heel side, and the functional pack is formed at the bottom of the sole side and the heel side. An indentation groove is formed, a support part accommodating groove is formed in the accommodating groove to accommodate the support of the functional pack, and an insole in which an upper exposure hole is formed in the support accommodating groove to expose the upper portion of the filling tube part upward; Is inserted into the receiving groove to cover the functional pack, the outer surface of the lower portion of the filling tube portion is furnace That is characterized in that the cover is configured to include a lower ball impressions formed.

In order to achieve the above object, the shoe sole according to the present invention comprises a plurality of filling tube portion is filled with a liquid functional material to be vaporized and released to the outside, the plurality of filling tube portion is a functional material filled therein The functional pack is connected to each other through a moving flow path so as to be mutually movable, and the support pack extends to the outer circumference of the filling tube part and the moving flow path, and the functional pack is inserted into the upper surface of the sole and the heel side. An accommodating groove is formed, and a support part accommodating groove is formed in the accommodating groove to accommodate the support of the functional pack. Is inserted into the receiving groove to cover the functional pack, the outer surface of the upper portion of the filling tube portion to the top of the sole That is characterized in that the cover is configured to include the ball impression is formed.

The present invention, by inserting a functional pack infused with functional substances, such as fragrances, deodorants and fungicides, not only can maintain a healthy foot because the fragrance is emitted from inside the shoe and prevent foot odor and athlete's foot; The effect is that it can increase the wearing comfort of the shoes and to restore fatigue, and the functional pack injected with the functional material can be easily replaced and reused repeatedly.

1 is an exploded perspective view showing a shoe insole according to the present invention,
Figure 2 is a cross-sectional view showing a shoe insole according to the present invention,
3 and 4 are views showing other preferred embodiments of the shoe insole according to the present invention,
5 to 7 is a state of wearing the shoe insole according to the invention mounted on the shoe,
8 is an exploded perspective view showing a shoe sole according to the present invention,
Figure 9 is a cross-sectional view showing a shoe sole according to the present invention,
10 and 11 are cross-sectional views showing other preferred embodiments of the shoe sole according to the present invention,
12 to 14 is a wearing state of the shoe to which the shoe sole is applied according to the present invention.

Hereinafter, a shoe insole according to the present invention will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view showing a shoe insole according to the present invention, Figure 2 is a cross-sectional view showing a shoe insole according to the present invention, Figures 3 and 4 is another preferred embodiment of the shoe insole according to the present invention 5 is a diagram illustrating examples, and FIG. 5 is a state diagram of a wearing state in which a shoe insole according to the present invention is mounted on a shoe.

1 to 2, the shoe insole according to the present invention comprises a functional pack 110, insole 123 and cover 130.

The functional pack 110 is a portion filled with a functional material, such as a fragrance, a deodorant and a disinfectant, is filled, and includes a plurality of filling tube portions 111 filled with a liquid functional material to be discharged to the outside when vaporized. . Here, the functional material (L) in a gel state, such as liquid silicone, is injected into the filling tube part 111, and the functional material L is completely filled with the filling tube part 111. Rather than being packed tightly, the functional material is preferably injected to allow a predetermined amount of organic movement within the filling tube portion. In addition, the functional pack 110 has elasticity that can be deformed in shape, has a strength that can support the load of the human body, and is made of a synthetic resin having micropores not shown. On the other hand, the micropores preferably have a size that does not pass through the functional material in the liquid state, but only through the gaseous functional material. That is, when the liquid functional material filled in the filling tube part 111 is vaporized into a gaseous state, the functional material L in a gaseous state is released to the outside through the micropores, and the functional material in the liquid state. Is constrained in the filling tube part 111.

In addition, the plurality of filling tube parts 111 are connected to each other through the movement flow path 112 so that the functional material filled therein can be moved to each other. Here, the filling tube part 111 serves to fill the liquid functional material so that the functional material is vaporized and released to the outside, and when the sole and the heel touch the filling tube part 111 locally. It effectively buffers the area under pressure or restores foot fatigue by the acupressure effect. That is, while the filling tube 111 is pressed by the pressure of the body load applied to the filling tube 111, the functional material filled therein is moved while being moved to the neighboring filling tube through the flow path 112. It absorbs pressure and cushions the impact.

In addition, the support part 113 is formed to extend around the outer circumference of the filling tube part 111 and the moving passage 112. Here, the support portion 113 is a portion that serves to support the filling tube portion 111 to be inserted into the support portion receiving groove to be described later, in the form of entirely surrounding the outside of the filling tube portion 111 and the moving flow path 112. It is preferred to be configured. By forming the support part 113 to support the filling tube part 111 as described above, the load applied to the filling tube part can be reduced when the lid is covered while supporting the filling tube part. That is, even when a large load is applied to the charging tube 111 when the cover 130 is covered, since the support 112 is configured to be pressed at the same time to distribute the load, it is possible to prevent the charging tube 111 from being damaged. .

On the other hand, the overall shape of the functional pack 110 is formed with a plurality of filling tube portion 111 is filled with a functional material (L) therein, the filling tube portion is connected to each other through the moving flow path 112, the filling If the support portion 113 is formed to extend around the outer circumference of the tube portion 111 and the movement flow path 112, it may be configured to have a variety of shapes and structures, specifically, shown in Figures 1 and 2 As shown in the drawing, a center filling tube part 111a is formed in the center, and a center filling tube part 111b is formed in a circumferential direction around the center filling tube part 111a, and the center filling tube part 111a is formed. ) And the outer filling tube portion 111b is preferably configured to be connected through the movement flow path 112. Functional pack 110 configured as described above has the advantage that it can evenly support the sole and the heel as a whole.

The insole 120 is inserted into the shoe to support the entire sole of the sole, and the receiving grooves 121 and 121 'are formed on the bottom of the sole side and the heel side to accommodate the functional pack. And, the receiving grooves (121, 121 ') inside the support portion receiving grooves (122, 122') for receiving the support portion 113 of the functional pack is formed, the filling tube portion 111 inside the support portion receiving grooves (122, 122 '). Upper exposure holes 123 and 123 'are formed to expose the upper portion of the upper portion. That is, the accommodating grooves 121 and 121 'are portions for supporting the functional pack 110 as a whole by inserting the cover 130 to be described later, and the support accommodating grooves 122 and 122' correspond to the size of the supporting portion 113. The upper portion of the filling tube portion 111 is formed in the recessed grooves 121 and 121 'and the support portion 113 is received and supported, and exposed through the upper exposure holes 123 and 123' to be pressed by the pressure of the body to vaporize. Releases the functional material and absorbs the impact of the load.

The cover 130, 130 ′ is a portion that is inserted into the receiving grooves 121 and 121 ′ and covers the functional pack 110. That is, the functional pack 110 accommodated in the receiving grooves 121 and 121 'is covered on the outer surface thereof, and then inserted into the receiving grooves 121 and 121' to fully support the functional pack. Further, lower exposure holes 131 and 131 'are formed on the outer surfaces of the cover 130 and 130' so that the lower part of the charging tube part 111 is exposed downward, and the charging tube part through the lower exposure holes 131 and 131 '. Since the lower side of the 111 is exposed to the outside, when the user's foot presses the functional pack 110, the functional material in a gaseous state is released to the outside. Therefore, in addition to the gaseous functional material emitted from the upper side of the filling tube part 111 exposed through the upper exposure holes 123 and 123 ', the amount of release of the functional material is increased, further improving the efficacy of the functional material in the shoe. It can be used efficiently.

On the other hand, the cover (130, 130 ') can be fixed to be firmly coupled to the receiving grooves (121, 121') of the insole through the adhesive, but when the functional material of the functional pack 110 is exhausted, easily into a new functional pack It is preferably configured to be replaceable.

To this end, fitting protrusions 132 and 132 'are formed at both sides of the upper surface of the cover 130 and 130', as shown in FIG. 3, and the fitting grooves 121a and 121a corresponding to the fitting protrusions in the receiving grooves 121 and 121 '. ') Is formed, it is preferable that the fitting protrusions (132, 132') of the cover to the fitting grooves (121a, 121a ') of the receiving groove is configured to be selectively coupled or separated. In addition, as shown in Figure 4, one side of the cover (130, 130 ') is hinged (H) rotatably coupled to a portion of the insole 120, the cover (130, 130') is rotated with respect to the insole It is preferable that the fitting grooves 121 and 121 'are configured to be coupled or separated. Here, the hinge (H) is made of a soft material is preferably configured so that the cover 130, 130 'is rotatable with respect to the insole 120 without interfering so that the sole is not inconvenient. By the above configuration, the cover 130 and 130 'may be firmly coupled to the receiving grooves 121 and 121' of the insole to support the functional pack 110, and at the same time, when the functional material of the functional pack is exhausted, the receiving groove The cover 130, 130 'is detached from (121, 121') and is configured to be easily replaced with a new functional pack.The cover is firmly coupled to the receiving groove of the insole even after the replacement of the functional pack to firmly support the functional pack. Can be.

The use and operation / effect of the shoe insole according to the present invention thus configured will be described.

First, as shown in FIG. 5, when the shoe insole of the present invention is fitted into the shoe 10 and then pedestrian is standing, the shoe insole is level with the ground and pressure is applied evenly to the sole side and the heel side. You lose. Therefore, the functional material vaporized in the filling tube portion 111 is discharged to the outside of the filling tube portion 111 through the micro-pores by the pressing force of the body load. At this time, the filling tube 111 of the present invention because the upper and lower portions are entirely exposed through the upper exposure hole 123 of the insole and the lower exposure hole 131 of the cover, the amount of release of the functional material is doubled in the shoe The efficacy of the functional material is used more efficiently. Therefore, by the functional material of the gas component released from the functional pack 110 in the shoe, the fragrance is emitted inside the shoe and the antibacterial and bactericidal effect is excellent to prevent foot smell and athlete's foot.

In addition, as shown in FIG. 5, when the pedestrian is standing, the functional material filled inside the functional pack 110 located on the sole side and the heel side of the insole 120 evenly and stably supports the entire sole and shoes ( 10) to maintain a good fit of the foot to feel comfortable, and the filling tube portion 111 protruding to the upper side of the insole 120 to pressure the sole and heel to promote blood circulation to the sole of the foot It has the advantage of recovering cumulative fatigue.

6, as the wearer of the shoe walks, as shown in FIG. 6, when the front part of the foot lands on the ground, the functional material inside the functional pack 110 located on the sole of the insole is further pressurized. The functional material vaporized in the inside of the cavities is released to the outside of the filling tube through the micro-pores. In addition, when the filling tube portion 111 on the sole side is pressed by the pressure of the body load applied to the filling tube portion 111 when walking, the functional material filled therein is applied to the neighboring pressing force through the moving passage 112. The shock is applied while moving to the incomplete filling tube 111 is to buffer. At this time, even if a large load is applied to the filling tube 111, the supporting portion 113 accommodated in the supporting portion receiving groove 122 'is pressed at the same time, so that the load is distributed to prevent the filling tube 111 from being damaged. In addition, the functional material moved to the filling tube part 111 having insufficient pressure through the moving passage 112 has an advantage of reducing fatigue due to filling the space between the shoe insole and the sole by expanding the filling tube part. .

Then, when the heel of the foot lands on the ground by the continuous walking as shown in FIG. 7, the functional material inside the functional pack 110 located on the heel side of the insole 120 is further pressurized to fill the filling tube part 111. The functional material vaporized therein will be released to the outside of the filling tube portion through the micro-pores. In addition, when the filling tube portion 111 on the heel side is pressed by the pressure of the body load applied to the filling tube portion 111 during walking, the functional material filled therein is adjacent through the moving passage 112. The shock is applied while moving to the charging tube portion 111 is insufficient pressure. At this time, even if a large load is applied to the filling tube 111, the supporting portion 113 accommodated in the supporting portion accommodating groove 122 is pressed at the same time, so that the load is distributed to prevent the filling tube portion 111 from being damaged. , The functional material moved to the filling tube portion 111 inadequate pressure through the moving flow path 112 to fill the space between the shoe insole and the heel by inflating the filling tube has the advantage of reducing fatigue, etc. .

The present invention as described above is configured to release the functional material of the gas component from the functional pack in the shoe by the pressure of the wearer's foot when the wearer walking, the fragrance is emitted inside the shoe and the antibacterial and antiseptic effect is excellent There is an advantage that can prevent foot odor and athlete's foot. In addition, when the pressure of the force generated due to weight movement during walking is partially applied to the sole or the heel, the functional material injected into the functional pack is moved inside the functional pack, thereby generating considerable buffering force, and thus the impact on the sole and the heel. This relieves foot fatigue and protects joints from impacts. It not only has acupressure effect, but also the functional material that is moved through the moving channel inside the functional pack, so that the pressure of the force on the sole and heel As it moves to the lesser area, it fills the space between the shoe, the sole and the heel, thereby reducing fatigue.

In addition, the present invention is configured so that the cover is coupled to the receiving groove in the fitting manner and the hinge coupling method, because the cover is configured to be selectively separated and coupled to the receiving groove, when the functional material of the functional pack is exhausted, new functionality The advantage is that the pack can be easily replaced.

Next, a shoe sole according to the present invention will be described in detail with reference to the accompanying drawings.

8 is an exploded perspective view showing a shoe sole according to the present invention, Figure 9 is a cross-sectional view showing a shoe sole according to the present invention, Figure 10 and 11 is another preferred embodiment of the shoe sole according to the present invention 12 is a cross-sectional view showing examples, Figures 12 to 14 is a wearing state of the shoe is applied to the shoe sole according to the present invention.

8 to 9, the shoe sole according to the present invention includes a functional pack 210, a sole 220, and a cover 230.

The functional pack 210 is a portion filled with a functional material such as a fragrance, a deodorant, and a disinfectant, and is filled with a plurality of filling tube parts 211 filled with a functional material (L) of liquid to be discharged to the outside when vaporized. It includes. Here, a functional material in a gel state, such as liquid silicone, is injected into the filling tube part 211, and the functional material L is not filled to completely fill the filling tube part but is fluid. Is preferably injected so that a predetermined amount can move organically. The functional pack 210 has elasticity that can be deformed in shape, has a strength that can support the load of the human body, and is made of a synthetic resin having micropores not shown. On the other hand, the micropores preferably have a size that does not pass through the functional material in the liquid state, but only through the gaseous functional material. That is, when the liquid functional material filled in the filling tube unit 211 is vaporized into a gaseous state, the gaseous functional material (L) is released to the outside through the micropores, the functional material in the liquid state Is constrained in the filling tube portion 211.

In addition, the plurality of filling tube parts 211 are connected to each other through the movement flow path 212 so that the functional material filled therein can be moved to each other. Here, the filling tube part 211 serves to fill the liquid functional material so that the functional material is vaporized and discharged to the outside, and when the sole touches the filling tube part 211, the pressure is locally applied to the sole. It effectively buffers the applied area or restores foot fatigue by the acupressure effect. That is, the functional material filled therein while being pressed by the pressure of the body load applied to the filling tube part 211 is moved while moving to the adjacent filling tube part through the moving flow path 212. It absorbs pressure and cushions the impact.

In addition, the support part 213 is formed to extend around the outer circumference of the filling tube part 211 and the moving passage 212. Here, the support portion 213 is a portion that serves to support the charging tube portion 211 is inserted into the support portion receiving groove to be described later, in the form of wrapping the outer side of the filling tube portion 211 and the moving passage 212 as a whole. It is preferred to be configured. By forming the support part 213 to support the filling tube part 211 as described above, the load applied to the filling tube part 211 when the lids 230 and 230 ', which will be described later, are covered while supporting the filling tube part. Can be reduced. That is, even when a large load is applied to the filling tube portion 211 when the cover is covered, since the support portion 213 is configured to be pressed at the same time to distribute the load, the filling tube portion 211 can be prevented from being damaged.

On the other hand, the overall shape of the functional pack 210 is formed with a plurality of filling tube portion 211 is filled with a functional material therein, the filling tube portion 211 is connected to each other through a moving passage 212, If the support 213 is formed to extend around the outer circumference of the filling tube portion 211 and the moving passage 212, but may be configured to have a variety of shapes and structures, specifically, in Figures 8 and 9 As shown in the drawing, a central charging tube part 211a is formed in the center, and a peripheral filling tube part 211b is formed in a circumferential direction about the central charging tube part 211a, and the central charging tube part ( 211a and the outer filling tube unit 211b are preferably configured to be connected through the moving passage 212. The functional pack configured as described above has an advantage of supporting the sole and the heel as a whole.

The sole 220 is a portion that forms the sole of the shoe and supports the entire sole of the shoe, and receiving grooves 221 and 221 'are formed on the upper surface of the sole and the heel side so that the functional pack 210 is inserted and accommodated. In addition, inside the receiving grooves 221 and 221 ', support part receiving grooves 222 and 222' are formed to accommodate the support part 213 of the functional pack, and the lower part of the filling tube part 211 is accommodated inside the support part receiving groove. The tube receiving grooves 223 and 223 'are formed. That is, the receiving grooves (221, 221 ') is a portion that is to be described later to cover the functional pack as a whole cover the cover, the support receiving grooves (222, 222') recessed in the receiving groove corresponding to the size of the support portion 213. It is formed and the support is accommodated and supported, the tube receiving grooves (223, 223 ') are formed in the support receiving groove corresponding to the lower size of the filling tube portion is formed in the receiving tube is accommodated and seated.

The cover 230, 230 ′ is a portion that is inserted into the receiving grooves 221, 221 ′ to cover and cover the functional pack 210. That is, the functional pack accommodated in the receiving grooves 221 and 221 'is covered on the outer surface and then inserted into the receiving groove to fully support the functional pack 210. And, the outer surface of the cover (230,230 ') is formed with exposure holes (231, 231') so that the upper portion of the filling tube portion is exposed to the upper side of the outsole, wherein the filling tube portion 211 through the exposure hole (231, 231 ') When the upper side of the user is exposed to the outside of the user's foot presses the functional pack 210, the gaseous functional material is configured to be released to the outside.

On the other hand, the cover (230,230 ') can be fixed to be firmly coupled to the receiving grooves (221,221') of the sole through the adhesive, but when the functional material of the functional pack 210 is exhausted, it is easy to a new functional pack It is preferably configured to be replaceable.

To this end, fitting protrusions 232 and 232 'are formed at both sides of the lower surfaces of the covers 230 and 230', and the receiving grooves 221 and 221 'are fitted with corresponding fitting protrusions 211a and 211a. ') Is formed, it is preferable that the fitting projections (232,232') of the cover to the fitting grooves (211a, 211a ') of the receiving groove is configured to be selectively coupled or separated. In addition, as shown in Figure 11, one side of the cover (230,230 ') is hinged (H) rotatably coupled to a portion of the sole 220, the cover (230,230') relative to the sole 220 Rotating is preferably configured to be coupled to or separated from the receiving grooves (221, 221 '). Here, the hinge (H) is made of a soft material is preferably configured so that the cover (230, 230 ') is rotatable with respect to the sole 220 without interference so that the sole is not inconvenient. By the above configuration, the cover 230 and 230 'may be firmly coupled to the receiving groove of the sole to support the functional pack, and at the same time, when the functional material of the functional pack is exhausted, the cover (221 and 221') in the cover ( 230, 230 ') and then configured to be easily replaced with a new functional pack, the cover is firmly coupled to the receiving groove of the outsole even after the replacement of the functional pack can firmly support the functional pack.

The use and action / effect of the shoe sole according to the present invention thus configured will be described.

First, as shown in FIG. 12, when a pedestrian is standing wearing a shoe to which the shoe sole of the present invention is applied, pressure is applied evenly to the sole side and the heel side of the shoe sole. Therefore, the functional material vaporized in the filling tube portion 211 is discharged to the outside of the filling tube portion 211 through the micro-pores by the pressing force of the body load. At this time, the filling tube part 211 of the present invention is easily pressurized by the sole and the heel because the upper part is exposed to the outside through the exposed holes 231 and 231 'of the cover, and the release of the functional material is facilitated. Therefore, by the functional material of the gas component released from the functional pack 210 in the shoe, the fragrance is emitted inside the shoe and the antibacterial and bactericidal effect is excellent to prevent foot smell and athlete's foot.

In addition, when the pedestrian is standing, the functional material charged inside the functional pack 210 located on the sole side and the heel side of the sole allows the entire sole to be supported evenly and stably, and maintains a comfortable fit of the foot so that the foot is comfortable. It can be felt, and the filling tube portion 210 protruding to the upper side of the cover (230,230 ') to pressure the soles and heel to promote the circulation of blood has the advantage of restoring the fatigue accumulated on the soles.

As the wearer of the shoe walks, as shown in FIG. 13, when the front part of the foot lands on the ground, the functional material inside the functional pack 210 located on the sole of the sole is further pressurized, thereby filling the tube part 211. The vaporized functional material in the inside will be released to the outside of the filling tube portion through the micro-pores. In addition, when the filling tube portion 211 on the sole side is pressed by the pressure of the body load applied to the filling tube portion 211 during walking, the functional material filled therein is applied to the neighboring pressing force through the moving passage 212. The shock is applied while moving to the inferior filling tube portion 211. At this time, even if a large load is applied to the filling tube portion 211, the support portion 213 accommodated in the supporting portion accommodating groove 222 'is simultaneously pressed so that the load is distributed to prevent the filling tube portion 211 from being damaged. The functional material moved to the filling tube part having insufficient pressure through the moving passage 212 may expand the filling tube part to fill a space between the shoe sole and the sole, thereby reducing fatigue.

Then, as shown in FIG. 14, when the heel of the foot lands on the ground by the continuous walking, the functional material inside the functional pack 210 located on the heel side of the sole 220 is further pressed, thereby filling the tube part 211. The functional material vaporized in the inside is to be released more and more to the outside of the filling tube portion 211 through the micro-pores. In addition, when the filling tube portion 211 on the heel side is pressed by the pressure of the body load applied to the filling tube portion 211 during walking, the functional material filled therein is adjacent through the moving passage 212. The shock is applied while moving to the charging tube portion 211 is insufficient pressure. At this time, even if a large load is applied to the filling tube portion 211, the support portion 213 accommodated in the supporting portion accommodating groove 222 is pressed at the same time, so that the load is distributed to prevent the filling tube portion 211 from being damaged. The functional material moved to the filling tube portion having insufficient pressure through the moving flow path 212 has the advantage of reducing fatigue by filling the space portion between the shoe sole and the heel by expanding the filling tube portion.

The present invention is configured to release the functional material of the gaseous component in the functional pack in the shoe by the pressurization of the foot of the wearer when the wearer of the shoe is walking, the fragrance is emitted inside the shoe and the antibacterial and sterilization Excellent effect has the advantage of preventing foot odor and athlete's foot. In addition, when the pressure of the force generated due to weight movement during walking is partially applied to the sole or the heel, the functional material injected into the functional pack is moved inside the functional pack, thereby generating considerable buffering force, and thus the impact on the sole and the heel. This relieves foot fatigue and protects joints from impact, while functional materials moved through the flow channel inside the functional pack are moved from the soles and heels to areas of less pressure. Filling the space between the sole and the heel has a peak, such as to reduce fatigue.

In addition, the present invention is configured to cover the coupling groove and the hinge coupling method in the receiving groove is configured to be selectively removable and coupled to the receiving groove, when the functional material of the functional pack is exhausted, a new functional pack The advantage is that it can be easily replaced.

110,210: functional pack 111,211: charging tube part
112,212: flow passage 113,213: support part
120: insole 220: outsole
130,230 cover

Claims

A plurality of filling tube portion is configured to be filled with a liquid functional material to be vaporized to be discharged to the outside, the plurality of filling tube portion is connected to each other through a moving passage so that the functional material filled therein can be moved to each other, A functional pack extending from the outer side of the filling tube part and the moving flow path,
An accommodating groove is formed in the bottom of the sole side and the heel side so that the functional pack is inserted and accommodated therein, and an accommodating groove is formed in the accommodating groove to accommodate the support of the functional pack, and the filling part is provided in the accommodating groove accommodating groove. An insole in which an upper exposure hole is formed so that an upper portion of the tube portion is exposed upward;
The shoe insole, which is inserted into the receiving groove to cover the functional pack, the outer surface includes a cover formed with a lower exposure hole so that the lower portion of the filling tube portion is exposed to the lower side.

The method of claim 1,
Fit protrusions are formed on both sides of the upper surface of the cover, and fitting grooves corresponding to the fitting protrusions are formed in the receiving grooves, and the fitting protrusions of the cover are selectively coupled to or separated from the fitting grooves of the receiving grooves. Shoe insole, characterized in that.

The method of claim 1,
One side of the cover is hinged rotatably coupled to a portion of the insole, the cover is insole, characterized in that configured to be coupled to or separated in the receiving groove while being rotated with respect to the insole.

A plurality of filling tube portion is configured to be filled with a liquid functional material to be vaporized to be discharged to the outside, the plurality of filling tube portion is connected to each other through a moving passage so that the functional material filled therein can be moved to each other, A functional pack extending from the outer side of the filling tube part and the moving flow path,
An accommodation groove is formed in the upper surface of the sole side and the heel side to accommodate the insertion of the functional pack, and the support groove receiving groove is formed in the accommodation groove to accommodate the support of the functional pack. Sole formed with a tube accommodating groove so that the lower portion of the tube portion is accommodated,
The shoe sole is inserted into the receiving groove to cover the functional pack, the outer surface of the shoe sole characterized in that it comprises a cover formed with an exposed hole so that the upper portion of the filling tube portion is exposed to the upper side of the sole.

The method of claim 4, wherein
The bottom surface of the cover is formed with fitting projections on both sides, the receiving groove is formed with a fitting groove corresponding to the fitting protrusion, the fitting projection of the cover is configured to be selectively coupled or separated in the fitting groove of the receiving groove Shoe sole, characterized in that.

The method of claim 4, wherein
One side of the cover is hinged rotatably with a portion of the outsole, the cover is rotated with respect to the sole, the shoe sole, characterized in that configured to be coupled to or separated from the receiving groove.