KR100699766B1 - Air ventilation type functional healthcare shoes - Google Patents

Abstract

According to the present invention, the heel and the anti-slip function are reinforced to absorb shocks during the grounding, so that the sole having excellent grounding force and durability is integrally formed, and the air circulation in the form of a grid-shaped checkerboard that distributes air evenly is circulated in all directions and external moisture. It is composed of a sole that prevents inflow and a breathable honeycomb net structure of functional material that emits far infrared rays and negative ions, which are beneficial to the human body. It is related with the air circulation type functional health shoes which improve the ignition feeling by the ventilation, air circulation effect, antibacterial and deodorization function which exhausts hot and humid air and inhales fresh air only by the composite synergy effect of the functional mesh network.

Air Circulation, Functional Mesh, Tourmaline, Health Shoes, Guide, Air Vent, Plug

Description

Air ventilation type functional healthcare shoes

1 is a healthy shoe showing the overall configuration of the present invention

2 is a cross-sectional view showing a detailed configuration of the present invention

3 is an enlarged cross-sectional configuration of main parts according to an embodiment of the present invention

<Explanation of symbols for main parts of drawing>

100: shoes

10: upper 11: wear space

20: Insole 21: Aeration

30: functional mesh 40: midsole

41: vent 50: outsole

51: air passage 52: guide ball

53: Through-hole 54: Air hole

55: Sole 56: Heels

60: air outlet stopper 60a: head

60b: vent 60c: support pipe

The present invention relates to an air-circulating functional health shoe, and more specifically, a heel and an anti-slip function are reinforced to absorb shocks during grounding so that the sole having excellent grip and durability is integrally formed and the air is evenly distributed to circulate in all directions. It consists of a grid-shaped checkerboard-shaped air circulation and a sole that prevents the ingress of moisture from outside and a breathable honeycomb net structure of functional material that emits far infrared rays and anions that are beneficial to the human body to remove odors and moisture. The functional synergy of the mesh mesh that suppresses the propagation of bacteria and keeps the temperature of the sole of the foot constant. Ventilation that releases hot and humid air and inhales only fresh air. It relates to food functional health shoes.

Conventional general shoes that are formed solely of synthetic resin, synthetic fiber, upper of leather material and soles provided on the bottom of the sole and heel provided on the back of the sole are emphasized only on fit and design. If you walk in a shoe for a long time with the opening and exit of the shoes, the fresh air from the outside does not flow into the shoe or the turbid air from the inside of the shoe is not discharged. Moisture inside the shoe is caused by sweat and heat caused by sweat, and the sole of the foot sticks to the window, resulting in poor ignition and various fungal skin such as athlete's foot. And bad smell like foot odor, harming your foot health It is.

In order to solve the above problems, those having air passages in the form of tubes, etc. have already been proposed, such as the bottom or sole of a closed shoe, but these components are deteriorated due to crushing or easy breakage of the tube. Due to the complexity, productivity is low, manufacturing costs are increased, and when walking in wetlands such as wet land or walking on snowy or rainy days, foreign substances or moisture can easily be introduced from the outside.

As a prior art having an air flow path or the like on the lower part or the sole of the shoe, the Korean Intellectual Property Office Utility Model Publication (Publication Date: Oct. 16, 2000), Registration No .: 20-0200075) By forming a projection having a vent hole in the center of the pump, the coil spring can be fixed at a certain position, and a valve tube with a rubber valve is installed on a part of the air pipe, thereby improving the function of the air pump and effectively blocking the inflow of foreign substances. Shoe with a ventilation device is proposed, Korean Patent Office published Patent Publication (published date: 2000.10.5), Publication No .: 2000-0058689) "Shoe insole with air hose" is "air only in one direction By installing an air check valve at the inlet and outlet of the air hose to control the inflow and discharge repeatedly, the action of the air check valve Shoe insole equipped with an air hose that smoothly circulates the air in the shoe as the air flows in and out only in one direction from the air hose. As the air flows in and out only in one direction, the air in the shoes can be circulated smoothly, and the odor in the shoes is not discharged and the feet are not sweated to keep the shoes clean. Effect, but both of them are devices and structures forcibly circulating the air in the shoes, the manufacturing cost is increased by the complicated structure and the air flow is not evenly circulated by using only one-way air distribution method, so that the function effect is insufficient. In addition, Utility Model Registration No. 148136, "Shoes with Air Channel," proposed. However, it is also provided with an air flow path communicating from the front of the inside of the shoe to the outside of the rear heel so that the air flow path of the one-way groove line is discharged so that the air inside the shoe is discharged to the outside of the heel along the air flow path. By circulating the air to the inside of the shoe and discharging muddy air and odors to the outside, there is an effect of removing odor and increasing breathability, but the air flow path is formed only from the front of the shoe to the rear with the heel, thereby using the flow of air. While breathable, air circulation is not circulated uniformly throughout the sole of the foot, resulting in a decrease in air circulation per 1 minute. Also, the network mesh of general materials, which is in communication with it, is also breathable to prevent athlete's foot and eczema. There was a problem of insufficient hygiene and functionality such as temperature control to prevent.

In addition, to remove odors and increase the antibacterial and deodorizing effect, shoes such as sneakers laminated with a mesh mesh in the form of a metal coating or a ceramic coated with a substance such as ceramics are more effective than air flow and circulation. It can realize only simple functional effects such as antibacterial and deodorant, and the conventional functional materials have insufficient effect by selecting only one of far-infrared rays or negative ion generating functions, and the acupressure insole which protrudes acupressure protrusions has many simple shapes. It is easy to install and give the acupressure effect of promoting blood circulation, fatigue recovery, but repeatedly used to break the acupressure projections or dirt between the projections, there is a problem that is difficult to wash, there is no cushion feeling and sweat odor occurs.

The present invention has been made in order to solve the above problems, the heel and the anti-slip function is reinforced to absorb shocks during grounding is integrally molded and the sole is excellent in the folding force and durability to distribute the air evenly to circulate in all directions It is formed of a grid-shaped checkerboard-shaped sole that prevents the inflow of water and external moisture and a breathable honeycomb net structure of functional materials that emit far infrared rays and negative ions that are beneficial to the human body to remove odors and moisture. Functional synergistic effect of mesh mesh to suppress propagation and keep the body temperature constant. Ventilation that releases hot and humid air and inhales only fresh air. The purpose is to provide health shoes.

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 invention will be omitted.

      The present invention is provided with an insole 20 and a midsole 40 formed so as to penetrate the upper and lower plurality of vent holes 21 and 41 in all four directions on the front side of the upper 10 to protect the foot. Between the insole 20 and the midsole 40 is provided with a functional mesh 30 for circulating air, the lower portion of the midsole 40 through the air flow path 51 and the upper and lower through the upper front The sole 50 having a higher rear than the front by integrally provided with a guide hole 52 which communicates with the side through hole 53 and a non-slip sole 55, and a shock absorbing heel 56. In this sequentially stacked air circulation shoe,

   The functional mesh body 30 is a functional material having far-infrared rays and anions to promote blood circulation and metabolism, and has a antibacterial, deodorant, and constant temperature function. The honeycomb net structure throughout the front to maximize the absorption to form a complex effect of breathability and functionality,

   The air flow passage 51 distributes the air evenly to circulate in all directions, but the waste air is formed in an air circulation structure in the form of a grid-type channel checker board so that the waste air is concentrated and discharged to the guide hole 52.

In the through-hole 53 formed with a square groove on the side of the sole 50, the air is formed integrally with the square head (60a) and the support pipe (60c) having a centrally provided vent hole (60b) of 2.5mm to 3mm diameter The discharge plug 60 is inserted and overlapped so that moisture such as granular external air or rainwater does not enter, and the internal waste air having a small granular vapor form is strongly pushed into the vent hole 60b to be discharged.

 As a shock absorbing member, a plurality of circular air holes 54 having a predetermined depth are formed to receive air over the rear circumferential surface of the air flow path and to function as a cushion.

As the air inside passes through the air vents 21 and 41 and the functional mesh 30 of the mesh, it is purified by the antibacterial and sterilizing action of the weak current and the radiant energy due to the far-infrared and anion release of the functional material. The internal air is concentrated in the guide hole 52 via the air flow path 51 again, and through the vent hole 53 formed in the air discharge stopper 60 of the heel 56, most of the contaminated air in the shoe is outside. Efficient air circulation to maximize the amount of air circulation in the shoe to be discharged into the shoe and the functional effect that suppresses the growth of bacteria and bacteria in the shoe at the same time.

A feature of the present invention is that the airflow path of the insole and midsole, the fine mesh of the functional mesh body, evenly distribute the air evenly over the front of the sole in consideration of the flow of air to circulate in all directions are in communication with each other It is an air-collecting structure that maximizes air circulation and circulation, and intensively collects the hot waste wet air spread throughout the shoe into the air exhaust hole, and removes foreign substances and moisture by the air exhaust stopper with a small diameter vent. In addition to the air exhaust structure that allows fresh air to be inhaled, the synergistic effect is realized by antibacterial and bactericidal action and air purification of far-infrared radiation, functional current, and weak current and radiation energy.

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

2 of the accompanying drawings 1 is an exploded view showing in detail the overall structure according to the present invention, and reference numeral 100 denotes a shoe relating to the present invention.

      The shoe 100 is an opening 10 through which the foot is introduced and exited, the upper 10 having the ignition space 11 and wrapped around the foot, and the bottom of the upper 11 and the sole 55 having an anti-slip function; Shock absorbing heel 56 is integrally provided with the sole 50 is formed in the form of the sole to support the sole and the heel together with the rear arch form higher than the front.

The upper (10) (upper) is made of a material such as leather or fabric paper, the outer shape of the person's foot is provided with an ignition space portion 11 is the foot of the person is in and out, and wraps the foot to effectively protect Function

     In addition, the upper 10, the bottom of the insole 20, functional mesh 30, the midsole 40, the sole 50 is configured to be sequentially stacked.

      The insole 20 is in direct contact with the sole absorbs sweat, radiates heat and prevents the foot from slipping, the front of the circular ventilation hole 21 penetrated up and down repeatedly formed at equal intervals in all directions have.

      The bottom of the insole 20 is a functional mineral having far-infrared rays and negative ions and having antibacterial, deodorant, and constant temperature functions, called a tourmaline, and a functional mesh body 30 coated with a tourmaline ore powder that generates a weak current. Formed structure maximizes air circulation and shock absorption, and also releases far infrared rays and negative ions to promote blood circulation and metabolism, inhibits breeding and growth of microorganisms, bacteria, viruses, etc. to prevent diseases and remove odors It is possible to reduce the discomfort due to the combination of breathable and functional synergistic effect, honeycomb structure can be replaced by the cross diamond structure.

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.

Negative ions are negatively charged ions that adsorb and neutralize cations released from various pollutants around life and facilitate the metabolism of the human body. In addition to tourmaline and rare earth minerals, there are jade, ganbanite, germanium, ocher, silver, etc., and products using anion emitters such as hot air have been developed recently. Various uses have been found.

As is well known, tourmaline, a representative anion emitter, is a mineral belonging to the hexagonal system. It is a kind of igneous rock, and the positive and negative poles naturally occur at both ends of the crystal, resulting in a potential difference of 1 million volts. It is also called tourmaline due to the permanent flow of electric current, and the far-infrared rays emitted from tourmaline promote the flow of blood in the human body, promote sweating (release of waste), alleviate pain, soothe effect of skin, deodorization, antibacterial, It acts as dehumidification and air cleaning.

The action of the tourmaline is that the particles generate electricity by microscopic heat to flow a weak current and contact with the heat (body temperature) of the human body to transfer heat to keep warm and stimulate the menstrual blood to improve the peripheral circulation system to promote blood flow and negative ions It is known to have an antibacterial, deodorizing, cleaning effect, and also has the function of antibacterial and bactericidal and converts harmful cations into anions.

In addition, the tourmaline ore applied to the present invention is dried at an appropriate temperature to maintain the electrical properties and effective characteristics such as anion release, and then used by milling densely in the form of fine particles with a mill such as a mill and various functional ores having functionality Preference is given to using a mixture which is mixed, compressed and dried.

      A midsole 40 having a plurality of vent holes 41 formed on the front surface of the functional mesh body 30 is also formed on the bottom of the functional mesh body 30, and thus the functional mesh body 30 is sandwiched between the insole 20 and the midsole 40. It is provided with air and moisture are configured to communicate with each other up and down.

Sole 50, which forms the back of the sole arch and the heel together, is formed higher than the front to suppress the inflow of foreign substances or water, the checkerboard lattice pattern is repeated in the front and rear from the front to the rear in succession An air flow passage 51 forming a channel is provided and connected to a substantially rectangular guide hole 52 which is perforated so as to penetrate up and down at a rear end thereof.

The air flow passage 51 for circulating the air inside distributes the air evenly when stepping on the foot, spreads out all over the shoes and circulates, but the dispersed waste air is guided to the guide hole 52 to provide airflow. By discharging, it maximizes the air circulation in closed shoes.

       The guide hole 52 is in communication with the through hole 53 provided on one side of the sole 50, the vent hole (60b) formed in the air discharge stopper (60) to the waste air containing the moisture inside the shoe to the outside As described above, as described above, the outer structure of the sole having a higher rear side than the front side, and a square hole having a vent hole 60b having a diameter of 2.5 mm to 3 mm in the center of the square groove formed at the side end of the through hole 53, are provided in the center. As the air discharge stopper 60 integrally formed with the head 60a and the support pipe 60c is inserted and inserted, moisture such as granular external air or rainwater cannot be flowed back into, and the granules are formed in the form of steam of hot heat. The waste air is pushed out to prevent the inflow of moisture or foreign matter by forming the vent hole 60b in a small diameter.

The through-hole 53 is formed of a tunnel shape and a rectangular groove opening toward the front (side) and overlaps the rectangular head 60a and the support pipe 60c of the air discharge plug 60 overlapping with each other. The air guided through the guide hole 52 of the 50 is to be naturally discharged to the vent hole (60b) of the air discharge stopper (60).

And a large number of circular air holes 54 of a predetermined depth formed over the rear circumferential surface of the air flow on the heel side with a lot of impact is cushioning function by receiving the air during ignition as a cushioning member.

Therefore, the sole 50 of the present invention is a lightweight and elastic material is reinforced with a heel and anti-slip function to absorb the shock when grounding, so that the sole and excellent insole and excellent durability is foamed molded to absorb the pressure when the weight is applied to the foot In addition, the basic function of shock absorption and support ability and the air circulation function that distributes the pressure evenly in the most comfortable state according to the shape of the foot can be performed as a simple structure.

      The operation of the present invention configured as described above will be described in detail as follows.

The shoe 100 of the present invention has an insole 20, a functional mesh 30, a midsole 40 and a sole 50 at the bottom of the upper 10 of the shoe as shown in FIGS. 2 and 3 of the accompanying drawings. And laminated in order to be molded in the same manner as usual, and the ventilation holes 21 and 41 respectively provided on the front of the insole 20 and the midsole 40 are functional mesh bodies 30 provided therebetween. The upper and lower coincides with the center, and the vent holes 21 and 41 are coincident with the air passage 51 of the sole 50 provided at the lower portion thereof.

      At this time, the functional mesh 30 is a honeycomb net structure that covers the entire surface and receives fresh air flowing through the upper part of the shoe to continuously supply oxygen to prevent bacteria from inhabiting, thereby improving breathability and releasing far infrared rays and negative ions. Promote blood circulation and metabolism of the foot to maintain a comfortable shoe state with antibacterial, deodorant, constant temperature function, the air flow passage 51 distributes the air evenly to circulate in all directions, but waste air is a guide ball ( 52) is formed in the air circulation structure of the grid-shaped channel checkerboard form to be concentrated to be discharged to maximize the amount of air circulation in the closed shoe, and the inside of the water guided to the guide hole 52 via the air flow passage (51) The hot air is discharged to the outside of the shoe through the vent hole 60b of the air discharge plug 60 accommodated in the through hole 53 on the side surface. It will be.

Functional footwear according to the present invention was to emit the most stable anion (1,700 ion / cc) value of the most suitable for our body, far infrared is also a product that emits more than 90% and degassing ability is also showing more than 70% deodorization rate

The following table is the far-infrared emissivity measurement, anion release test, deodorization test results of the functional footwear of the present invention as described above.

 Sample Name   Anion (ion / cc)  Functional shoes    1730

        Table 1 shows the result of negative ion emission test using charge particle measuring device at temperature of 24 ℃, humidity of 50%, anion water of 104 ions / cc in the air. According to the results of the Korea Institute of Far-Infrared Application Evaluation, the results show that forests, hot springs and waterfalls are based on pleasant natural conditions. It can be seen that the distribution of anions per 1cc of air in the coastal area is 800-2000, which is a significant amount of anions released from the functional shoes of the present invention.

   Emissivity (5-20㎛) Radiation energy (W / ㎡)    0.905 3.49 × 10 ²

      This experiment was conducted at 37 ° C as a result of far-infrared radiation, and it can be seen that the far-infrared emissivity is more than 90% as a result of measuring the black body using FT-IR Spectrometer.

Test Items Elapsed time (minutes) blank concentration (ppm) Sample concentration (ppm) Deodorization rate (%)   Deodorization test    Early   500   500   -    30   490   140  71    60   480   120  75    90   460   105  77    120   450   100  78

As a deodorization test using ammonia gas as a gas detection tube, the deodorization rate of 78% or more is excellent.

The functional effect of the present invention is to reduce the heat and shock generated in the foot and the combination of ventilation, antibacterial, and deodorant function of the combined effect of the constant temperature warming effect that the foot is naturally dried and the foot temperature is cool in summer and warm in winter do.

The present invention described above can be attached to all shoes such as safety shoes, sneakers, military shoes, ladies shoes, as well as shoes, so that those skilled in the art without departing from the spirit of the present invention Various substitutions and changes are possible in the range, and therefore the present invention is not limited to the above-described embodiments.

In the present invention as described above, the airflow path of the insole and midsole, the fine mesh functional mesh, evenly distribute the air evenly over the front of the sole to circulate in all directions in communication with each other, It is an air-collecting structure that maximizes air circulation and circulation and intensively collects the hot waste wet air spread throughout the shoe to the air outlet. It is functional in addition to the air distribution structure that rejects foreign substances or moisture and inhales fresh air only. It is an air-circulating functional health shoe that realizes a complex synergy effect by antimicrobial and bactericidal action and air purifying action of weak current and radiation energy by emitting far infrared rays and anion emitted by tourmaline, a substance.

Claims (1)

      The upper 10 is provided with an insole 20 and a midsole 40 formed so that a plurality of vent holes 21, 41 penetrate in all directions on the front of the lower portion 10, the insole 20 and the midsole 40 Between is provided with a functional mesh body 30 for distributing air, the lower portion of the midsole 40 is a guide hole in communication with the air passage 51 in the upper front and the through-hole 53 of the side in the rear In the air-circulating shoe in which the sole (50) and the non-slip sole (55), the shock absorbing heels (56) integrally provided with a sole 50 formed in the rear higher than the front is sequentially stacked, the functionality The mesh body 30 is a functional material that emits far infrared rays and anions and has a function of antibacterial, deodorant and constant temperature, and is a net material coated with tourmaline powder that emits a weak current. A honeycomb net is spread over the entire surface to maximize air circulation and shock absorption. Structure with a combination of breathability and functionality The air flow passage 51 is configured to distribute the air evenly to circulate in all directions, but the waste air is formed in an air circulation structure in the form of a grid-type channel checkerboard so that the waste air is concentrated and discharged to the guide hole 52. In the through-hole 53 formed with a square groove on the side of the sole 50, the air is formed integrally with the square head (60a) and the support pipe (60c) having a centrally provided vent hole (60b) of 2.5mm to 3mm diameter Outlet plug 60 is inserted and overlapped, so that the large amount of external air or rainwater does not enter, and the small-size underwater submerged internal waste air is formed into a structure that strongly pushes into the air vent 60b, thereby improving the air circulation in the shoe. Air circulation functional health shoes characterized by simultaneously maximizing air circulation and functional effects that inhibit the growth of bacteria and bacteria in shoes

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