KR200438931Y1 - Foot care Functional indoor shoes - Google Patents

Abstract

The present invention uses a functional material that has elasticity, warmth and waterproofness, moisture permeability, and durability of appropriate thickness and weight, and the outer surface of the sole that forms the exterior is coated with resin in a variety of colors and shapes. Heat by negative ion release. It is equipped with a bio ceramic coating layer that performs antibacterial, deodorizing, and electromagnetic wave blocking functions in combination, and a simple form without ankle considering the health and function of the design formed by a sewing line utilizing the characteristics of the material to cope with the three-dimensional foot shape. By forming the functional slipper in the form of an overshoe with the appearance of

Lightweight, high elasticity and softness, combined with an elastic functional material and a comfortable synergistic effect of the external appearance, the foot shape is protected by a stable and comfortable fit that absorbs shock and supports the foot without slipping. It relates to a functional indoor shoe that combines functional and fashion to prevent foot disease by the constant temperature, warmth of humidity, antibacterial, and deodorant function regardless of season to the basic function of indoor shoes.

Slippers, Functionality, Border Line, High Elasticity Material, Thermal Insulation, Bio-Ceramic, Arch, Toe, Overlay, Toe, Instep

Description

Functional indoor shoes {Foot care Functional indoor shoes}

The present invention relates to functional indoor shoes, and more specifically, using a functional material having a suitable thickness and weight of elasticity, insulation and waterproofness, moisture permeability, and durability, and the outer surface of the sole of the sole to form the appearance, the functional material is various in resin Heat mixed by the color, shape, coating, and far-infrared radiation anion emission. It is equipped with a bio ceramic coating layer that performs antibacterial, deodorizing, and electromagnetic wave blocking functions in combination, and a simple form without ankle considering the health and function of the design formed by a sewing line utilizing the characteristics of the material to cope with the three-dimensional foot shape. By forming the functional slipper in the form of an overshoe with the appearance of

Lightweight, high elasticity and softness, combined with an elastic functional material and a comfortable synergistic effect of the external appearance, the foot shape is protected by a stable and comfortable fit that absorbs shock and supports the foot without slipping. It relates to a functional indoor shoe that combines functional and fashion to prevent foot disease by the constant temperature, warmth of humidity, antibacterial, and deodorant function regardless of season to the basic function of indoor shoes.

Along with clothing, footwear that has evolved with a long history as an indispensable necessity in daily life is usually configured to accommodate feet with an upper covering the feet and a sole supporting the feet. Its basic function is to protect and prevent fatigue, and in recent years, it has been aimed at satisfying well-fitted and comfortable functionality, suited aesthetics and economics simultaneously to satisfy various needs of consumers (fashionable, individual, functional). Is being developed.

As described above, the conventional shoes block the air temperature from the ground to prevent disease by cold and heat effects, and to protect the soles and insteps from shocks and irritation from the outside. For the health of the foot, it is important to wear shoes that fit well and comfort, but the functionality of the shoes is neglected, and because of the tendency to prefer fashion or design, the cumulative fatigue caused by inadequate shoes and the wrong step of walking It suffers from a change in shape, and in particular, when worn for a long time, there is a problem in hygiene due to bad smell, discomfort, and the occurrence of athlete's foot fungi by providing an environment where bacteria and fungi are easily propagated due to sweat and the like.

Shoes are divided into outdoor shoes and indoor shoes according to the place where they are worn.In other words, shoes that are worn indoors, ie, ordinary indoor shoes, have a light and stretchy shoelace made of light and elastic fabric so that they can be easily worn considering the skin and hygiene of the foot. Sneakers of the form not to cover are mainly used

As shown in FIG. 1, the conventional indoor shoe 10 has a stretchable elastic member 12 formed at one end of a light and soft textile upper 11 covering the toes and the instep, and absorbs the impact of the floor to the bottom. Rubber sole is formed so as to accommodate the foot received through the ignition space 13 formed on the upper portion is coupled to the sole 14 and the reinforcing member 15 to protect the heel formed in a shape corresponding to the shape of the sole. do.

The conventional indoor shoes can be firmly fixed to the indoor shoes to some extent accommodated, but due to the characteristics required for indoor shoes use, the fabric material such as cotton or polyester is lighter and thinner than other shoes, but it is tight to the feet due to the inexpensive indoor shoes material Insufficient shock absorbing effect, poor fit, poor ventilation and warmth, and the flat bottom is not consistent with the sole of the foot, so it does not support the metatarsal bones inside the sole of the foot, burdening the knee, especially cotton or polyester blend material. Absorption is good, but the moisture is not discharged quickly, causing bacteria and odors in the shoes to harm the foot health.

In addition, students who have to wear indoor shoes must not carry it in a compact size and lose weight and carry a lot of storage and storage, so it is inconvenient to carry shoe pockets. It became unhealthy, difficult to wash and dry, there was a problem that can not be changed frequently.

In particular, if you wear slippers without socks, the inside of your shoes may be damp, which can lead to skin diseases, including athlete's foot.

In addition, due to the nature of Korean legislative life without slippers, thick overhead socks, slippers, and living room shoes are increasing to reduce floor heating costs.However, as a foot-related article that can replace indoor shoes, a soft cloth wraps the foot, making it lightweight and convenient to wear. Insulation and cushioning is inferior and dry or cracked feet occur frequently, so foot protection, shock absorption, warmth, and moisturizing functions cannot be performed at the same time.

Because slippers are peeled off well, many users are inconvenient to use, and their use is limited.They have diabetics who protect their feet by wrapping them in a soft cloth, women with foot stiffness due to postpartum aftereffects, and foot warmth. Necessary elderly people have a problem in that it does not meet the requirements of various applications in use because of the low thermal insulation or functionality of the conventional indoor shoes, padded socks and the like.

As described above, conventional indoor sneakers,

Unlike outdoor shoes such as sneakers and running shoes made of leather, fabric, synthetic resin, etc., which are worn outside, they are lighter, thinner, and have better form stability than fabric materials such as cotton or polyester. Multi-functionality of materials and structures to perform various functions according to the purpose of use for all men and women of all ages in accordance with consumers' tastes that are improved by comprehensively improving problems such as sex, storage, antibacterial and deodorizing function, and moisture retention. There is a technical problem to be done.

The present invention is devised to solve the above problems,

To form a three-dimensional appearance consistent with the shape of the foot, using a highly functional elastic material with elasticity, warmth and waterproofness, moisture permeability, durability, and moisture of thickness and weight suitable for indoor activity,

By forming the toe part, the instep part, the ignition space part, and the sole part of the front heel, which are formed by the elastic sewing line of the material, respectively, the functional combination and the form stability are realized by the organic combination of the functions of each component.

  The outer surface of the outsole is covered with resin mixed with functional materials in various shapes, resulting in heat from far-infrared radiation and anion release. It is equipped with a bio-ceramic coating layer that performs a combination of antibacterial, deodorant, electromagnetic wave blocking, and anti-slip functions.

By forming the functional indoor shoes in the form of an oversized line so that it can be firmly wrapped around the received feet with a simple form without ankle considering health and function,

Lightweight, elasticity and softness at the same time, the elasticity of the material and the complex synergistic effect of the appearance characteristics that are comfortable to wear while protecting the body parts concentrated on the foot while walking comfortably absorbs shock and supports the foot without slipping Functionality that combines the basic function of indoor shoes that protects the foot with comfortable fit and prevents fatigue, and prevents foot disease with seasonal constant temperature, humidity retention, antibacterial and deodorization functions. The purpose is to provide indoor shoes.

Functional indoor shoes of the present invention configured as described above,

In addition to the basic functions of shoes that should be light and comfortable, in order to make use of the versatile demanding characteristics of the indoor shoes to satisfy the needs of various consumers.

High-performance elastic material with colorful and diverse colors and soft touch with new generation sense, providing elasticity, warmth, water resistance, breathability (breathability), durability and moisture retention,

This highly functional rubber elastic material uses the elastic properties to form a three-dimensional appearance that matches the shape of the foot so that it can be closely adhered to the foot, form stability to prevent product deformation, portability, storage, and aesthetics. In addition to the effect to realize,

 Bio-ceramic coating layer formed on the upper and lower surfaces of the soles with letters or patterns to heat by far infrared radiation and anion release. Antibacterial, deodorant function, electromagnetic shielding, anti-slip function has the effect of performing a complex function by the organic combination of each component.

Therefore, the present invention is a ergonomic design, like a sponge to relieve the impact of the soles and adds comfort, there is no fatigue or discomfort even if worn for a long time.

In addition, the present invention is economical because it has the effect of performing a multi-function, such as indoor sneakers, living room shoes, padded socks, therapeutic shoes, etc. as a form of overshoe.

Detailed description of the configuration of the present invention for achieving the above object by the accompanying drawings as follows, and a detailed description of known components that may unnecessarily obscure the subject matter of the design will be omitted.

The present invention is made of a light and soft rubber elastic material covering the toes and insteps with multiple coverings and an outsole formed in a shape corresponding to the shape of the soles with the bottom. In functional indoor shoes which are configured to be highly receptive,

The upper surface of the T-shaped foot rim line 111 is located in front of the toe is located in the toe portion 110, the foot portion 120 and the ankle rim line 131 to cover the foot to cover the ankle is fixed The outer circumference of the ignition space 130 is formed in a stable form by using the elastic material, the bottom surface is provided with a depression recessed in the middle foot, the bottom of the three-dimensional toe shape that supports the sole arch and the heel together Sole 140 is provided that extends over the upper back heel to the bottom rim line 141 to absorb the,

Upper and lower surfaces of the sole 140 are bioceramic coating layers 142 formed of letters or patterns made of a functional material. It is formed to realize antibacterial, deodorant function, electromagnetic wave blocking function and anti-slip function.

It is a versatile and functional indoor slipper that absorbs shock and supports the foot without slipping by the complex synergistic effect of the elastic functional material, which has light, elasticity and softness, and the appearance characteristic that is easily worn.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention is inflated by a border line using a high-functional elastic material as described above, the upper surface of the toe portion 110 and the instep portion 120, the ignition space 130, the lower surface of the bio-ceramic coating layer 142 The upper and lower soles 140 are formed to extend over the upper back of the heel, so that the three-dimensional shape of the oversized wire shape and the material properties of the elastic material are organic rather than the existing simple and flat flat shoes. By combining the foot with the ignition space to protect it effectively and at the same time firmly close the foot to the indoor shoes to accommodate the user's activities conveniently.

The highly functional elastic material applied to the present invention is a polyester fabric inside and outside, and is a lightweight, soft and excellent elastic material formed by multiple foamed polyurethane adhesives in the middle, which is well known to those skilled in the art, and neoprene (Neoprene It is a kind of synthetic rubber which is sold by DuPont of USA.

The high-performance elastic material (neoprene) is good elasticity, warmth, waterproof, breathable (breathable), durable, moisturizing with a suitable thickness and light weight, and when applied to indoor shoes, a comfortable fit that closely matches the skin It is warm in winter, cool in summer, and has a number of independent pores formed inside the fabric like a sponge so that it is breathable and water-repellent, but it also moisturizes the foot so that it does not dry out. It performs the function.

In addition, the high-functional elastic material (neoprene) is a sponge type, cushioning to absorb shock as well as the structure of the air pores (pores) is not a continuous pores connected to each other as a separate pores formed as a separate specific pores so as not to cold feet It keeps indoor shoes comfortable by moisturizing and ventilation with heat insulation and proper moisture.

Upper of the upper surface partitioned by automated sewing line is composed of toes 110, instep 120, and the ignition space 130 is wrapped and accommodated to the toe and foot of the foot through the ignition space 13 to keep warm At the same time, it effectively protects the foot from the outside, and the tightening force of each part is processed differently, so that the foot is less stuffy, smooth and stable, so as to realize a comfortable fit.

The toe part 110, which is located at the front end of the shoe where the toe is located, covers the toe, and the ball is wide and smooth in a streamlined shape, although it is not open and closed, it is well ventilated with the characteristics of the functional material.

 The foot 120 surrounding the foot is also divided into left and right spaces by the T-shaped foot rim 111 located at the center without the need to adjust the foot size with shoelaces or fastening members. The foot is in close contact with.

The ignition space 130 is an ankle border line 131 is formed on the outer periphery to fit snugly wrapped around the feet accommodated in the configuration just pushed without the need to fix the ankle with a shoelace or the like.

The outsole 140, which is divided by the bottom rim line 141 and absorbs the bottom impact, performs an insole function of directly contacting the sole with an upper surface, and an outsole function simultaneously with the bottom of the sole.

 The bio-ceramic coating layer 142 of the thin film printed on the upper surface of the insole function is printed with a character or pattern that is continuously repeated with the functional material to prevent direct contact with the sole of the foot and prevent the foot from slipping, while at the same time being heated by far infrared radiation and anion emission. Antibacterial, deodorant function, electromagnetic wave blocking function, anti-slip function to prevent the foot from slipping, publicity function by message transmission,

The bio ceramic coating layer 142 is also formed on the bottom surface of the sole functioning to be grounded to the ground, and thus the letter or pattern layer which is continuously repeated performs an anti-slip function and also performs an electromagnetic shielding function.

The sole 140 is formed integrally and has a three-dimensional functional structure of the same shape as the sole and a sponge-like high-functional material properties and cushioning function compared to the conventional insole in which the separately formed insole and sole adhesively bonded Together, they are strong, light and resilient, making it easy to absorb shocks in contact with the floor.

In addition, the sole 140 is an integrally extended form on the back of the heel to support the toe and the foot, as well as the sole arch and the heel of the foot together to securely support the race where the weight is concentrated when walking, and curves of the sole of the foot This matched ergonomic design ensures that the sole is in close contact with the top surface of the sole, thereby preventing slippage and improving activity. A slight arch fluctuation is the tensile strength acting in all directions By holding the cushion, the joint of the foot is protected and the impact prevention effect protects the spine and the brain to realize a comfortable fit during wearing and walking.

In other words, the outsole is perfectly tight to the heel, including the Achilles tendon, so that the foot is tight even without a strap.

        The bio-ceramic coating layer 142 is selected as one or more functional materials that emit far-infrared rays and anions such as finely ground charcoal, loess, tourmaline, lava rock, chalcopyrite, germanium, and mica as a health material. A functional coating layer formed by coating a thin film on the upper and lower surfaces of a highly functional elastic material (neoprene) of a sponge-type synthetic rubber in which a conductive polymer material such as a conductive carbon black paste shielding electromagnetic waves is mixed with a binder resin such as an epoxy resin. The pattern is formed of a printed coating layer printed uniformly in the form of an embossing pattern in which the pattern is vertically and horizontally continuous. The large specific surface area maximizes the radiated area of the contacting sole or indoor floor, and the effect is further increased. Peeling shape of the coating layer at the time of washing and washing It has no durability, and it emits far infrared rays and negative ions and at the same time blocks electromagnetic waves. Antimicrobial, deodorant, electromagnetic wave blocking, and anti-slip by embossing are simultaneously shown.

      Embossing pattern formation in which the letters or patterns of the bio-ceramic coating layer 142 are vertically and vertically continuous increases the conductivity and increases the specific surface area. It will form a promotional unit to display.

       It is preferable that the pattern or letter of the present invention reflects a new generation sense with a brilliant design and color.

       Far-infrared and anion-generating functional materials are well-known, and they heat up the feet by the thermal effect of far-infrared radiation without heating, and promote blood circulation. It keeps your feet healthy by keeping the thermo-hygrostat effect and the prevention of germs and keeps your feet healthy. Charcoal independently realizes the electromagnetic shielding function of the far-infrared radiation itself.

        Far-infrared rays have been proved to be effective by modern science, and they are absorbed by the human body as infrared rays with a wavelength of 30-1000 microns, activating cellular tissues and promoting blood circulation and waste products.

        Among the functional materials of the bio-ceramic coating layer 142, the electromagnetic wave shielding material is a known conductive polymer material such as polyaniline, and is a vertical conduction structure formed on both upper and lower sides of the sole, and the sole is placed on the upper surface of the sole and the sole is grounded to the indoor floor. Therefore, electromagnetic waves penetrating into the floor or the foot are blocked by the conductive polymer material.

In addition, the bio-ceramic coating layer 142 increases the firm touch and increases the surface friction with the indoor floor of the skin contact with the sole.

And the stiffener rim line by the sewing line to form the outer skeleton of the present invention stabilizes the product by swelling and tensile strength of a certain tension due to the elasticity of the material and prevents deformation to maintain morphological stability.

       In this way, the present invention is light, elastic, breathable and heat-resistant fabric type material characteristics, easy to wear off, ergonomic structure to protect joints and prevent shock, antibacterial, deodorization, thermal function, electromagnetic shielding by functional materials It is a synergistic effect that combines various functional effects such as function.It is morphologically stable, lightweight, flexible, hygienic, clean, and simple structure, which makes activities easy, prevents deformation of foot, prevents foot disease such as athlete's foot, and foot itching It prevents and improves foot health.

  Its excellent moisturizing function prevents the evaporation of water from the feet, which moisturizes dry or cracked soles of the feet.

       In addition, as another embodiment of the present invention Figure 7 has a plurality of ventilation holes are formed in the front heel where the toe is located, which has the effect of always comforting the inside of the shoes and feet inside the closed shoes to ventilate It is also preferable to laminate a fine mesh network in the upper part of the sole.

Eventually, the indoor shoes of the present invention are designed to be intimately adhered to the shape of the foot and to fix the ankle with a sense of stability while maintaining the elasticity of the material.

Unlike the sneaker-type indoor shoes that are formed down to the ankles that are commonly used, the present invention is made of an elastic material with a skin-like feel and can be worn in shoes without wearing an over-the-shoulder, and is thinner and lighter than general indoor shoes. Its superior elasticity and softness keep it in close contact with the skin, so it does not come off arbitrarily when worn, and it enables detailed movements while barely feeling the fit.It is not only for students who are active, but also for diabetics, pregnant women, the elderly and others. Nevertheless, it is versatile and can be used for four seasons. For students, it is easy to fold and store.

The present invention described above is not limited to the above-described embodiment, since various substitutions and changes can be made by those skilled in the art without departing from the technical spirit of the present invention. .

1 is a perspective view of the indoor shoes according to the prior art

2 is a perspective view showing the overall configuration of the present invention

3 is a plan view showing a plan configuration of the present invention

4 is a side configuration diagram of the present invention

5 is a view showing the side portion and the bottom portion of the subject innovation

6 is a state diagram used in accordance with an embodiment of the present invention

7 is an exemplary view showing another embodiment of the present invention

<Explanation of symbols for main parts of drawing>

10: indoors 11: upper

12: Stretching member 13: Wearing space part

14: outsole 15: reinforcing member

100: Functional indoor shoes 110: Toe part

111: T type instep border line 120: Instep part

130: I wear space part 131: Ankle border

140: sole 141: bottom border

142: bio ceramic coating layer

Claims (2)

In the functional indoor shoes configured to accommodate the feet accommodated through the upper portion of the upper and the sole covering the toe and the insole is formed integrally formed in the upper space, Outer circumference wrapped with an ankle rim 131 to fix the ankle 120 and the ankle to cover the toe part 110, the front of the toe is located in front of the T-shaped foot rim line 111 The ignition space 130 is formed in a stable form partition by using the elastic material, the bottom surface has a depression in the shape of an arch to have a three-dimensional toe shape that supports the sole of the arch and the heel together bottom impact Sole 140 is provided that extends over the upper heel back to the bottom border line 141 to absorb the, Upper and lower surfaces of the sole 140 have a thin bio-ceramic coating layer 142 formed of a character or a pattern made of a functional material. It is formed to realize antibacterial, deodorant function, electromagnetic wave blocking function and anti-slip function. It is a versatile and versatile feature that is made of an elastic functional material that has excellent elasticity and softness at the same time, wearable appearance characteristics, and a complex synergistic effect of the functional material, absorbing shock and supporting the foot without slipping. Functional house slippers According to claim 1, the functional slippers are lightweight, elastic and soft at the same time to wrap tightly accommodated feet to be firmly accommodated, and the insulation and the breathable sponge tissue synthetic rubber elastic material to the appearance in the form of a covering line to the foot Functional indoor shoes, characterized in that formed by organically combining the functionality of the elastic material and the three-dimensional shape of the oversized wire shape

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