KR100613661B1 - Jade outer sole and inner sole - Google Patents

Abstract

 The present invention relates to an jade sole and insole, in the sole and insole, the mesh wick (2a) having a net size of about 3mm on the sole surface of the sole (1) and the insole (1a) is bonded and far infrared rays and anions are released 80-100 mesh elvan rock powder is applied to the mesh wick 2a with a water-resistant adhesive to form a lamellar rock layer 2, and the mesh wicks 3a are adhered thereon and then 80-100 mesh The jade stone powder and 80 mesh vermiculite powder are mixed in a weight ratio of 2: 1 and laminated on the mesh core 3a by a water-resistant adhesive to form an jade-tar vermiculite mixed layer 3, and a breathable upper plate ( 4) When the shoes are attached and worn, far infrared rays and anions are released from the gandolite layer (2) and the jade- vermiculite mixture layer (3) by frictional heat with the soles, which suppresses the propagation of bacteria and absorbs sweat, making it more hygienic. What you have .

Soles, insoles, bedrock layers, jade- vermiculite blends, mesh cores, tops.

Description

Jade outer sole and insole

Figure 1 is an illustration of a part of the jade sole shoe of the present invention

Figure 2 is an illustration of a part of the jade insole of the present invention cut out

Figure 3 is an enlarged cross-sectional view showing the configuration of the bedrock and jade- vermiculite mixed layer laminated on the surface of the sole and insole of the present invention

[Code Description of Important Parts of Drawing]

DESCRIPTION OF SYMBOLS 1 Shoe sole 1a Insole 2 Elbow rock layer 2a Mesh core

3: jade stone- vermiculite mixed layer 3a: mesh core 4: top plate

The present invention relates to jade sole soles and insoles.

Conventional shoe soles and insoles have a cross-sectional structure of various forms according to the purpose. In particular, the sole is mainly configured to maintain the basic form of the shoe and the insole is configured for comfortable walking by absorbing the impact of the soles when walking.

In addition, insoles contain copper materials for the purpose of sterilization effect by copper ions, some are made of porous materials for absorbing sweat, and some are added with chemical substances.

Soles or insoles containing chemicals are harmful to the human body, and those containing copper materials combine copper and sweat to produce copper hydroxide, which pollutes the socks green, and copper hydroxide is toxic and harmful to the human body.

In addition, some of the soles or insoles were molded by mixing ganban stone powder with rubber or synthetic resin material, but due to ganban stone powder, the flexibility of the soles or insoles was rigid, so that the flexion of the soles or insoles was easily cracked.

An object of the present invention is to absorb the sweat of the foot well and to suppress bacterial propagation in the shoes by the release of far infrared rays and negative ions, hygiene long-lasting jade soles and insoles without giving a direct shape to the flexible material of the sole or insole Is to provide.

In order to achieve the above object, the present invention, in the soles and insoles, 80 to 100 mesh machine powder that adheres to the bottom surface of the soles and insoles with a mesh of about 3mm in size and releases far infrared rays and anions The lamination is applied to the mesh core with an adhesive to form a lamellar rock layer and dried. After attaching the mesh core as described above on the elvan, the octane powder of 80 to 100 mesh from which far infrared rays and anions are released, and the vermiculite powder of 80 mesh having good water absorption are mixed at a weight ratio of 2: 1. Laminate is applied to the mesh core with a water-resistant adhesive to form an jade- vermiculite mixed layer and dried. The breathable top plate is adhered on the jade-tar vermiculite mixed layer to form the jade sole and insole of the present invention.

In the present invention, the adhesive for adhering the elvan or jade-tartar mixed layer to the mesh core can be used as long as it is harmless to the human body as a water-resistant adhesive.

In the present invention, the mixed powder of the ganban stone powder and jade stone- vermiculite is laminated in a thin sheet to be filled in the net wick of the mesh wick, and the string of the wick intersects with the blade so that the lamination of the thin plate does not crack or fall off, and is firmly flat Laminated by thin plate

Therefore, there is no fear of cracking or dropping of the laminate due to the expansion of the sole or insole, and does not affect the inherent function of the sole or insole material, thereby exhibiting the desired function of the sole or insole.

When wearing the shoes of the present invention, the far infrared rays and anions are released from the bedrock and octane by frictional heat with the sole of the foot, and the released far infrared rays penetrate into the skin of the sole, expanding blood vessels and promoting blood circulation, thereby reducing fatigue. . In addition, the cations collected on the soles are discharged with negative ions, giving the soles a refreshing feel. In addition, the sweat of the feet is absorbed by vermiculite, so the shoes are always kept dry, so the feet are refreshing.

 Since germ propagation is suppressed by far infrared rays and negative ions, it is possible to increase the hygiene of the foot for shoes.

In addition, elvan, jade, vermiculite, etc. are natural minerals, have little chemical reaction due to moisture and are harmless to the human body, so they can be used more safely and hygienically.                         

In particular, when the present invention is applied to a shoe of an athlete having a large amount of exercise, the fatigue of the foot can be reduced and the hygiene of the foot can be improved, thereby improving exercise performance.

 In male and female insoles and insoles made of natural rubber, synthetic rubber, or synthetic resin, the mesh core (2a) having a net size of about 3 mm is attached to the sole surface of the sole (1) and the insole (1a), and far infrared rays and anions are released. Applying the 80 to 100 mesh elvan rock powder to the mesh wick (2a) by a water-resistant adhesive to form a lamellar rock layer (2) and drying it at room temperature or warm air. Bonding the mesh core (3a) as described above on the dried bedrock bed (2) and then uniformly mixed with 1kg of 80-100 mesh jade stone powder and 0.5kg of 80 mesh vermiculite powder to obtain an jade- vermiculite mixture Laminate coating is applied to the mesh core (3a) by a water-resistant adhesive to form an jade- vermiculite mixed layer (3) and dried at room temperature or warm air. The lamination thickness of the lamellar layer 2 and the jade-vaginal mixed layer 3 corresponds to the overlapped thickness of the two mesh cores 2a and 3a. It is comprised by adhering the air permeable upper plate 4 on the dried jade-tar vermiculite mixed layer 3.

Originally, shoe soles and insoles are different in function, but both are closely related and the application and effect of the present invention are the same because the application of the present invention is the same.

In the present invention, it is well known that elvan and octane are far-infrared rays and anions emitted as a silica oxide mineral, and in the present invention, these characteristics are used for the soles and insoles. In addition, vermiculite used in the present invention is a mineral having a light weight and good absorbency by removing the mineral-containing water contained in vermiculite by heating to about 700 ° C. Usually used as a heat insulating material, but in the present invention was used as a moisture absorber. The mixing ratio of jade and vermiculite is 2: 1 by weight, but the capacity is almost the same in both capacities. In addition, because jade and vermiculite are dispersed and maintained in a mixed state without mutual chemical interaction, the mixing ratio of both is not quantitative, but equilibrates the function of releasing far-infrared rays by jade and water absorption by vermiculite.

The sole 1 or insole 1a of the present invention is firmly laminated in a thin layer because the lamellar bed layer 2 and the jade- vermiculite mixed layer 3 are laminated by the mesh wicks 2a and 3a only on the surface thereof. Good stretch and comfortable walking without affecting the material of the insole or insole.

 When wearing the sole 1 or the insole 1a of the present invention, far infrared rays and anions are released from the bedrock layer 2 and the jade-tartar mixed layer 3 by frictional heat with the soles. Far infrared rays are permeable, so they penetrate into the skin of the sole of the foot to expand blood vessels and promote blood circulation, thereby reducing foot fatigue. In addition, the released negative ions discharge the cations collected on the soles of the feet, giving a fresh feeling. Far infrared rays and negative ions have the ability to inhibit bacterial growth.

In addition, the sweat of the feet is absorbed by the vermiculite powder distributed in the jade- vermiculite mixture layer 3 through the vents of the upper plate 4 so that it always stays dry. When the shoe is taken off, the moisture absorbed by the vermiculite powder is almost dry. Vermiculite is also a porous mineral that repeatedly absorbs moisture.

In addition, since the bedrock layer (2) and the jade- vermiculite mixture layer (3) are supported by the mesh cores (2a) (3a), there is no crack or dropping phenomenon during use, and cleaning is possible and does not deform into cleaning.

In addition, the ganban stone layer (2) and jade stone- vermiculite mixed layer (3) is a mineral that is harmless to the human body, there is almost no chemical reaction by moisture and can be used for a long time.

The sole of the present invention can be usefully applied to the soles of various athletes, including general shoes, and can further enhance the skill because it protects the feet of athletes with a lot of exercise.

In the present invention, since the upper surface of the shoe sole and insole is formed by laminating double layers of gandol stone and jade- vermiculite mixed layer by mesh wick, the upper surface of the sole is bonded by the heat of friction with the sole of the foot during walking. It is released and promotes blood circulation, reduces foot fatigue and suppresses bacterial growth, making it more refreshing and hygienic.

In addition, since the shoe sole or insole of the present invention is bonded by a water-resistant adhesive and laminated in a flat thin layer by a yarn wick, flexion is free, there is no crack, washing is possible, and it is not deformed by washing.

In addition, when applied to the soles or insoles of various athletes can reduce the fatigue of the athletes with a lot of exercise and protect the feet hygienically can improve the skills of the athletes.

In addition, it can be used safely and conveniently by applying to various shoes of men and women, there are various effects.

Claims (1)

 In the case where the far-infrared ray emitting material is laminated on the sole and the insole, the soles 1 and 80-1 are bonded to the bottom surface of the insole 1a with a mesh core 2a having a net size of about 3 mm, and far infrared rays and anions are released. Applying the ganban stone powder of the mesh to the mesh wick (2a) with a water-resistant adhesive to form a lamellar bed layer (2) laminated, and adhered to the wick (3a), such as the mesh wick (2a) thereon, 80 to 100 The mesh jade powder and 80 mesh vermiculite powder are mixed in a weight ratio of 2: 1 and laminated on the mesh core 3a by a water-resistant adhesive to form an jade-tar vermiculite mixed layer 3 and breathable thereon. The jade sole and insole, characterized in that the upper plate (4) by adhering far-infrared rays and anions from the gandol stone layer (2) and jade stone- vermiculite mixed layer (3) is configured to absorb sweat by vermiculite powder.

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