KR200364798Y1 - Sole structure of shoes having aroma effect - Google Patents

Abstract

The present invention relates to a shoe sole structure having a directional effect, the storage space recessed to a predetermined depth on the front upper surface, the air induction passage extending toward the rear in communication with the storage space, and the air induction passage A sole configured to include air inlets formed through both sides of the rear end; It is composed of a fragrance member is inserted into the storage space of the sole and received, and a midsole attached to the upper surface of the sole. At this time, the fragrance member is characterized in that at least one component of germanium, photocatalyst, jade, mica is impregnated therein.

According to the present invention, it is possible to effectively remove the bad smell inside the shoes by releasing persistent fragrance ingredients, and to prevent the smell of the feet, and to suppress the habitat of bacteria due to sweat and moisture through far-infrared radiation and excellent antibacterial action. By promoting the blood circulation of the foot has the effect of promoting the health of the user.

Description

Sole structure of shoes having aroma effect}

The present invention relates to a sole structure of a shoe, and more particularly, by receiving a fragrance member impregnated with far-infrared radiation material on the sole of a shoe, to remove odors emitted from the shoe, as well as suppressing the growth of various bacteria, athlete's foot, eczema, etc. The present invention relates to a shoe sole structure having a directional effect to prevent various skin diseases and to keep the wearer's feet healthy through the far infrared radiation effect.

In general, the shoe wraps the wearer's foot upwards to protect the foot from external friction during walking, and a window forming the bottom structure of the outer shell.

The window is a portion that reduces the fatigue of the wearer's foot by relieving the impact of the foot when walking or walking, the sole disposed in the bottom to directly contact the ground, and the multi-stage of the midsole and insole sequentially arranged on the upper surface of the sole It is composed of a structure.

In addition, the window is a part for controlling the stability, impact absorption, operation control, etc., which are the main functionalities of the shoe, and has different characteristics for each product according to its material and shape, and usually the sole is made of EVA, polyurethane, rubber, etc. Made from materials, midsoles and insoles are made of EVA and polyurethane.

These shoes are articles that come into direct contact with the ground, so that the bottom structure including the skin is frequently exposed to foreign objects, and the sweat emitted from the foot is continuously absorbed by the window, so that the skin and the window are easily inhabited by various bacteria. In addition, there are many unsanitary aspects such as generating a bad odor, which has a bad effect on the wearer's foot health, as well as causing discomfort to others.

Some techniques are known to remove the odor by impregnating the fragrance directly into the window of the shoe, but in this case it is not possible to control the emanation of the scent, so that the scent is too strong at first to give an unpleasant feeling, the fragrance rapidly after a period of time There was a disadvantage such as the loss of odor removal function is reduced, and in severe cases, the odor and aroma components inside the shoe is mixed to cause a problem that adds to the odor rather.

In particular, in such a case, the odor disappears temporarily, and there is no practical air purification ability and antibacterial function, and in particular, the fragrance component is easily washed out when washing the water, thereby shortening the service life.

Therefore, the present invention is devised to solve the above problems, as well as improve the directional effect, as well as a shoe sole structure having a directional effect configured to enhance the wearer's foot health through far-infrared radiation and antibacterial effect The purpose is to provide.

Shoe sole structure having a directional effect of the present invention for achieving the above object, in the sole structure of the shoe configured by attaching the sole and the midsole in sequence, the sole is formed in the storage space recessed to a predetermined depth on the front upper surface And an air induction passage extending toward the rear in communication with the accommodation space, and an air inlet hole formed through both sides of the rear end portion of the air induction passage; The storage space is characterized in that the fragrance member impregnated with at least one component of germanium, photocatalyst, jade, mica is contained therein.

1 is an exploded perspective view showing a shoe sole structure according to the present invention.

2 is a side cross-sectional view of FIG.

Explanation of symbols on the main parts of the drawings

10; Sole 11; Air inlet

12; Air guide passage 13; Storage space

14; Flavoring member 20; Midsole

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention in detail as follows.

1 is an exploded perspective view showing a shoe sole structure according to the present invention, Figure 2 is a side cross-sectional view of FIG.

As shown in Figure 1 and 2, the shoe sole structure having a direction effect according to the present invention is the sole 10, the inclination member 14 is received in the upper inside of the sole 10, and the sole ( 10) is configured to include a midsole 20 attached to the upper surface.

The sole 10 is formed of a resin composition, such as PP, PVC, PE, polyurethane, rubber having a cushion function as a part in direct contact with the ground, the appearance is configured similar to the normal shoe sole. The sole 10 has a storage space 13 recessed to a predetermined depth on the front upper surface thereof, the inclined member 14 is inserted into the storage space 13 is accommodated.

In addition, the sole 10 is formed to extend the air induction passage 12 toward the rear in communication with the upper portion of the receiving space 13, wherein the air induction passage 12 is the odor member 14 It is preferable that the fragrance emanating from the upper side is formed so as to be smoothly transmitted evenly to the midsole 20 and the insole (not shown) attached to the upper surface.

In addition, air inlet hole 11 is formed in both sides of the rear end of the air induction passage 12 so that air is introduced into the air induction passage 12 from the outside. Preferably, the one-way passage member (not shown) may be installed to prevent re-ejection of the air through the air inlet hole 11, so that the continuous supply of air introduced into the receiving space 13 may be improved. .

The fragrance member 14 is accommodated in the storage space 13 of the sole 10, by selecting a waterproof material to form a shell, thereby minimizing the loss of aroma components impregnated by water washing and penetration of external moisture. To help.

In addition, the fragrance member 14 preferably emits far-infrared rays, which are beneficial to the human body, inside the shoe continuously, and has germanium, photocatalysts, nanosilver, elvan, quartz, charcoal, anion, At least one component of jade and mica is impregnated.

Referring to the working example of the shoe sole structure configured as described above are as follows.

The air introduced through the air inlet hole 11 flows to the storage space 13 formed at the front side of the shoe through the air induction passage 12 of the sole 10, and the air thus moved is transferred to the storage space 13. Aroma components contained in the fragrance member 14 by contacting the fragrance member 14 accommodated in the) is emitted to the midsole 20 and the insole attached to the upper sole 10 to effectively remove the odor of the shoe.

At this time, the aroma component is divergently adjusted according to the amount of air introduced, it can be prevented from being excessively diverged to the midsole 20 or insole at a time, it can provide a soft fragrance effect to the user for a long time Will be.

In addition, since the fragrance member 14 is formed of a waterproof material, it is possible to prevent the loss of aroma component during water washing of the shoe.

In addition, the fragrance member 14 is a large amount of far infrared rays are radiated into the shoes from the far-infrared radiation material impregnated therein, which has an antibacterial and deodorizing effect at the same time to suppress the growth of bacteria due to sweat or moisture and to remove additional odors You will get the effect.

As described above, according to the shoe sole structure having the aroma effect of the present invention, it is possible to effectively remove the odor inside the shoe by dissipating the persistent aroma component when wearing the shoes, as well as to prevent the foot odor resulting therefrom In addition, impregnated with far-infrared radioactive material, it can provide radiation and excellent antimicrobial effect that is beneficial to human body. Therefore, it can improve the user's health by suppressing bacteria's habitat caused by sweat and moisture and promoting blood circulation of foot. It works.

Claims (1)

In the sole structure of the shoe configured by attaching the sole 10 and the midsole 20 in sequence, The sole 10 has a storage space 13 recessed in a predetermined depth on the front upper surface, an air induction passage 12 extending toward the rear in communication with the storage space 13, and the air induction A passage 12 including air inlet holes 11 formed through both sides of the rear end of the passage 12; Shoe sole structure having a direction effect, characterized in that the receiving space 13, the fragrance member 14, which is impregnated with at least one component of germanium, photocatalyst, jade, mica is accommodated therein.