KR100872308B1 - Socks pad for rolling masai walking - Google Patents

Abstract

Socks for Masai walking is provided to promote the circulation of blood and the metabolism, thereby preventing and treating adult diseases such as hypertension, diabetes, etc. Socks(200) for Masai walking comprises a sock bottom where a sock bottom pad(100) for rolling walking is mounted, wherein the sock bottom pad for rolling walking is formed so as to allow the heel of pad to be inclined to the ground by 25-40 degrees, a bottom projection part(10) is formed at the bottom of the pad, and a projected part(12) is formed at the central upper part of the pad so as to be adhered closely the central concave part of the bottom of foot. The sock bottom pad is made of bioceramic elastic body, non-woven, soft sponge, soft polyurethane, soft silicone, soft synthetic resin or high elastic rubber.

Description

Socks pad for rolling Masai walking}

The present invention relates to a masai walking sock, and more particularly, to a masai walking sock equipped with a rolling walking sock bottom pad.

The present invention relates to a masai walking shiatsu socks equipped with a rolling walking sock bottom pad, wherein the rolling walking sock bottom pad is mounted on the sock bottom, and the acupressure protrusion formed of a bio-ceramic layer on the upper surface of the pad is placed in one direction of the pad. The present invention relates to a masai walking shiatsu socks equipped with a plurality of sock pads for rolling walking along a blood vein in the other direction.

The foot is often referred to as a miniature human body. It consists of 26 bones, 41 ligaments, and 20 muscles, while the capillaries (reflexes) of the heart, brain, reproductive organs, and liver are concentrated. These feet have a modest effect on blood circulation by acting as a pump that pumps the blood to the heart each time you walk. This is why the feet are called the second heart, and they are said to be healthy and healthy. When you walk a kilometer, your feet support about 16 tons or more. The foot is in a state of fatigue and is always in a tired state. Therefore, if the foot is effectively managed, blood circulation, metabolism and fatigue can be promoted by promoting physical function. The soles of the feet are concentrated on various organs, so when a disease occurs

It is known that signs of acupoints in the foot corresponding to the organs appear, and pressing the acupuncture points causes severe pain compared to other places, but stimulating the acupuncture points like this usually improves symptoms. In other words, acupressure on the soles of the feet stimulates nerves

Divided or suppressed is controlled, blood and lymph not only circulate all over the body, but also to release the mental and physical fatigue of a clear mind and a new power can achieve a variety of effects.

In this way, various methods are used to keep the important feet healthy so as to maintain health. For example, a method of using a tool to press the sole of a foot as needed, a method of pressing the sole of a foot by wearing a pair of acupressure shoes, and acupressure socks How to wear a foot pressure on the soles can be mentioned.

The present invention has been made in view of the above-mentioned conventional problems, and when walking wearing the socks equipped with the pad of the present invention, the force of the power from the heel to the toe of the foot of the middle of the sole of the foot like the Masai walking is the Masai walking step. As the movement is smooth, the center of gravity of the foot moves from the heel to the heel and walks the entire foot. In addition, the sole can be smoothly and effectively pressed, the anti-slip effect is excellent, and the adhesion to the fiber is excellent. But also aims to produce a sock that can be continuously radiated far infrared rays.

In the present invention, a rolling walking sock bottom pad is mounted on the sock bottom, and the top surface is equipped with a rolling walking sock bottom pad having a plurality of acupressure protrusions formed of a bio-ceramic elastomer layer along the vein in one direction of the pad. Its purpose is to develop a masai working shiatsu socks.

The acupressure socks of the present invention is formed with an inclined curved surface having a heel of 25 to 40 degrees with respect to the ground, and the bottom ridge having any one shape selected from a convex curved shape, an arch shape, and an arc shape. It is formed, and the upper center portion of the pad is formed to be convex upward on the upper surface of the pad so as to be in close contact with the foot area of the foot, so that when walking wearing the socks equipped with the pad of the present invention, Masai walking, which is a step of the Masai people As you move smoothly from the heel to the toe of the foot in the middle of the sole, the center of gravity of the foot moves from the heel to the heel and walks through the sole of the foot. Blood pressure is stimulated by acupressure projections And metabolism is to promote the health industry is very useful because it is also effective to recover various illnesses always tired feet Fatigue, as well as be helpful for the prevention and treatment of hypertension and diabetes.

The present invention is a sock bottom and a sock ankle in the sock of the pad is formed with an inclined curved surface of 25 to 40 degrees with respect to the ground, the bottom of the pad is a bottom ridge 10 made of a curved surface convex downwards Is formed, and the sock bottom pad 100 for a rolling walking, in which the upper center portion of the pad is convexly formed on the upper surface of the pad so that the upper center portion of the pad is convex upward, is mounted on the sock bottom. , The sock bottom pad 100 is composed of a bio-ceramic elastomeric layer on the upper surface, has a width of 0.2 ~ 2.0cm, non-slip of any one selected from a zigzag form, a Japanese-style form and a wave form Rolling walking, characterized in that a plurality of acupressure protrusions 50 made of a) attached along the blood vein in one direction of the pad 100 to the other direction Relates to Masai Walking socks pressure socks with a floor pad mounted.

In the masai walking shiatsu socks equipped with a rolling walking sock bottom pad of the present invention, the acupressure protrusions are arranged in one direction from one side of the sole to the other; Arranged in the anterior direction to the posterior direction of the sole of the foot; Arranged diagonally from one side of the foot to the other; Arranged diagonally from one side of the foot to the other; And a plurality of circular shapes.

The bioceramic elastomer layer in the masai walking acupressure socks equipped with the sock bottom pad for rolling walking of the present invention is a far-infrared radiation ceramic including jade, ocher, alumina-based ceramics, alumina silicate-based ceramics and cordierite-based ceramics that emit far-infrared rays. Particles or powders; Anion emitters or powders including tourmaline, illite and monazite which release anions; At least one bioceramic functional material selected from the group consisting of silver nano powder having an antibacterial function and synthetic rubber is characterized in that the mixture of 3.5 parts by weight to 96.5 parts by weight.

In the masai walking shiatsu socks equipped with a rolling walking sock bottom pad of the present invention, the sock bottom pad is any one selected from a bioceramic elastomer, a nonwoven fabric, a soft sponge, a soft polyurethane, a soft silicone, a soft synthetic resin, and a high elastic rubber. Hardness (Shore A / 24 hours after kg / ㎠) is characterized in that made of a material of 10 to 20.

In the sock sole pad provided with a rolling walking sock bottom pad of the present invention, the sock bottom pad is attached to the inner surface of the sock bottom; Attached to the outer surface of the sock bottom; And it is characterized in that any one form selected from the form formed integrally with the socks on the socks bottom.

Masai walking socks equipped with a rolling walking sock bottom pad of the present invention is the pad 100 is attached to the inner surface of the bottom of the socks as shown in Figs. 1 to 7 or the pad 100 on the outer surface of the bottom of the socks as shown in FIG. ) Is attached to the bottom of socks. In addition, as shown in FIG. 9, the masai walking sock equipped with the rolling walking sock bottom pad of the present invention has a pad 100 formed integrally with the sock bottom.

Functional socks pad for rolling socks for masai walking of the present invention is formed with an inclined curved surface of the heel of the pad 100 is 25 to 40 degrees with respect to the ground, the bottom surface of the pad 100 is convex downwardly The bottom ridge 10 is formed, and because the upper center portion of the pad 100 is convex upward on the upper surface of the pad 100 so as to be in close contact with the foot arch portion of the foot, the ridge of the present invention is formed. When walking with socks equipped with a pad 100, the center of gravity of the foot moves from the heel to the heel as the movement of the force is smoothly performed from the heel to the toe of the foot of the middle of the foot like the Masai walking, which is the walk of the Masai. Masai walking is reproduced as it is possible to walk on the entire foot. In the socks industry, the sock equipped with the pad of the present invention is referred to as a sock that can do masai walking, a sock that can reproduce masai walking or a sock for masai walking, and the sock for masai walking is a functional sock.

Rolling socks equipped with the pad 100 of the present invention can be observed by the movement of the foot on the ground when walking in the state wearing a sock is separated into a landing step, a center movement step and a departure step. The bottom heel of the pad 100 is formed of an inclined curved surface having a angle of 25 to 40 degrees with respect to the ground, and the bottom of the pad 100 has any one shape selected from a convex curved shape, an arch shape, and an arc shape. (10) is formed, and because the upper center portion of the pad is convex upward on the upper end portion of the pad so that it can be in close contact with the foot portion of the foot, wearing a rolling socks equipped with a pad of the present invention When walking, the heel touches the ground at the landing stage, and the ground area of the pad 100 is wide, so that the impact amount of the landing is relatively reduced.

Functional socks pad for rolling socks for masai walking of the present invention is any one selected from bioceramic elastomers, nonwoven fabrics, soft sponges and soft polyurethanes and has a hardness of 10 to 12 kg / cm 2 after Shore A / 24 hours. Since the pad is made of a pad material of the present invention, when the user wears a rolling socks equipped with a pad, the soft sensing chain pad is contracted in parallel with the ground and has a high cushioning efficiency and a soft landing.

When walking wearing a rolling socks equipped with a pad of the present invention, when the walking motion is connected to the center movement step, the bottom surface of the curved heel rolls along the ground and the impact force is continuously dispersed and absorbed. In addition, when walking in a rolling socks equipped with a pad of the present invention, since the center is gradually moved along the curved shape, the ankle joint, the leg and each joint of the body do not cause a sudden impact, and smooth and natural walking is achieved.

Functional socks pad for rolling socks for masa walking of the present invention is any one selected from bioceramic elastomers, nonwoven fabrics, soft sponges, soft polyurethanes, soft silicones, soft synthetic resins, and high elastic rubber, and has a pad material having a hardness of 10 to 12. Since the foot of the present invention is equipped with a rolling socks equipped with a walking foot, the heel of the sole is out of the ground at the step of leaving the foot. It is easy to walk because of high walking efficiency.

In the socks of the present invention, the bioceramic elastomer may include far-infrared radiation ceramic particles or powders including jade, ocher, alumina-based ceramics, alumina silicate-based ceramics and cordierite-based ceramics that emit far infrared rays; Anion emitters or powders including tourmaline, illite and monazite which release anions; One or more functional materials selected from the group consisting of silver nano powder having an antibacterial function may be prepared by further mixing. Far-infrared radiation ceramic powder used in the bioceramic elastomer of the present invention may be any one or more of jade, ocher, alumina-based ceramics, alumina silicate-based ceramics and cordierite-based ceramics, and has a property of adsorbing divalent metal ions. Highly efficient cordierite-based far-infrared radiation ceramics prepared by adding zeolite are preferred. In addition, the anion-releasing material powder may be used any one or more of tourmaline, illite and monazite. Far-infrared radiation ceramic particles or powder used in the present invention; Anion releasing particles or powders; The mixing ratio of the silver nano powder is preferably 1 to 5% by weight and 3% by weight in the case of far-infrared radiation ceramic powder when the entire functional additive is 100% by weight. In the case of the anion-releasing material powder, it is preferable to mix 1 to 5% by weight and mix 3% by weight. In the case of silver nano powder, it is preferable to mix 1 to 5% by weight and mix 3% by weight of each.

As can be seen in Figures 2 to 5 Masai walking socks equipped with a sock bottom pad for rolling walking of the present invention can be inserted into the shank (29, 129) of a high-elastic material therein, which is the sock bottom Preservation of the original shape of the foot, so that the sock bottom with high frequency of bending and elongation at the time of walking is smoothly restored to its original shape. Do it. In the socks of the present invention, the shanks (29, 129) can be formed in any shape and material, but it is preferable to form the shape of the plate shape and shape of the bottom of the socks using a synthetic resin (PVC) material in the form of walking and walking The front part of the shank with a relatively large bend angle forms a number of slits 29a, which are open at the front end at a certain position in the front, and divides it into equal parts to facilitate the bending of the front gingival area and to reinforce the central waist of the shank. For this purpose, the bead-shaped ribs 29b are formed in the front-rear direction to form a plurality of through holes 29c so that the socks bottom can be smoothly flown.

Functional socks pad for rolling socks for the masai walking of the present invention is any one of the air bag 30 selected from the general air bag and through air bag according to the inclined curved shape on the heel portion or the shock-absorbing member bag 40 Since the built-in walking pad wearing a rolling socks equipped with the pad of the present invention, the original shape of the pad is well preserved and the frequency of bending and elongation during walking is restored to the original shape of the pad smoothly, and the shape of the pad is smooth. As it is elastic and firmly maintained, the stability of walking is not only high, but the repulsive force is added by the restoring force in the detachment stage, and the front heels are pushed in the direction of walking so that the walking is light and the walking efficiency is high. The shock absorbing member bag 40 of the present invention preferably has an upper pad 42 and a lower pad 44.

Socks equipped with the pad of the present invention is preferably produced by knitting a plain tissue in the toes and the heel portion having a general elasticity, in this case the compression force is not applied to the toes and heel can move the toes naturally It can improve blood flow. Socks equipped with pads of the present invention, the foot portion and the sole portion is preferably knitted with a polyurethane-based cabaling yarn having 5 to 7 times the elasticity of the rubber material, the foot portion and the sole portion is 2: 2 rib structure, respectively It is preferable to knit with and 1: 1 rib tissue. In this case, the compressive force applied to the instep is stronger than the compressive force applied to the sole, and the compressive force applied to the instep and the sole is applied in the same direction as the flow of blood and the ribbed tissue is provided so that there is no problem in the flow of blood. . Socks equipped with the pad of the present invention has a very strong compressive force and is very effective to protect the ankles of children or the elderly with weak ankles, can be worn and taken off naturally, does not apply excessive compressive force and the compression force is small, it does not interfere with the flow of blood flow Will not.

Masai walking acupressure socks equipped with a sock bottom pad for a rolling walking of the present invention is a menstrual blood pressure of the sole by a non-slip acupressure protrusions of zigzag form, Japanese-Japanese form, and wave form attached to the sock bottom when the socks are worn This stimulation promotes blood circulation and metabolism, which helps to prevent and treat various adult diseases such as high blood pressure and diabetes, and to recover from fatigue. Since infrared radiation is emitted by bioceramic elastomers included in acupressure protrusions, the heat generated by the far infrared is circulated. Metabolism not only works more smoothly, but it also removes waste from the body.

Socks of the present invention in the jig jig form, so that the acupressure of the soles to stimulate the soles of the foot when walking the socks 200 on the upper surface of the sock bottom pad 100, Hanilja

A plurality of non-slip acupressure protrusions 50 in the form and wave shape are formed. The socks of the present invention has a plurality of non-slip acupressure protrusions 50 in a zigzag shape, a Japanese-style shape, and a wave shape having a width of 0.2 to 2.0 cm along the blood vein from one direction of the sole to the other. It is attached and the attachment form is possible in a variety of forms, as can be seen in Figures 10 to 13 arranged in one direction from one side to the other side of the sole; Arranged in the anterior direction to the posterior direction of the sole of the foot; Arranged diagonally from one side of the foot to the other; Or diagonal side of the sole

It is preferable that they are arranged crosswise from one direction to the other.

According to the present invention, the acupressure protrusion 50 is composed of a rubber mixture containing a rubber so that the sole is softly stimulated without causing pain in the sole, and a bioceramic elastomer component is added in a predetermined ratio. The mixing ratio of the rubber and the bio-ceramic is preferably a mixture of rubber and bio-ceramic in a ratio of 3.5 parts by weight to 96.5 parts by weight. The acupressure protrusion 50 made of a bioceramic elastomer in such a ratio may maximize the acupressure effect. It is preferably made of a wave shape having a width of 0.2 ~ 2.0cm and attached to the inner surface of the sock bottom pad 100 in a predetermined arrangement along the blood vein of the foot.

In the socks of the present invention, the bioceramic elastomer may include far-infrared radiation ceramic particles or powders including jade, ocher, alumina-based ceramics, alumina silicate-based ceramics and cordierite-based ceramics that emit far infrared rays; Anion emitters or powders including tourmaline, illite and monazite which release anions; One or more functional materials selected from the group consisting of silver nano powder having an antibacterial function may be prepared by further mixing. Far-infrared radiation ceramic powder used in the bioceramic elastomer of the present invention may be any one or more of jade, ocher, alumina-based ceramics, alumina silicate-based ceramics and cordierite-based ceramics, and has a property of adsorbing divalent metal ions. Highly efficient cordierite far-infrared radiation ceramics prepared by adding zeolite are preferred. In addition, the anion-releasing material powder may be used any one or more of tourmaline, illite and monazite. Far-infrared radiation ceramic particles or powder used in the present invention; Anion releasing particles or powders; The mixing ratio of the silver nano powder is preferably 1 to 5% by weight and 3% by weight in the case of far-infrared radiation ceramic powder when the entire functional additive is 100% by weight. In the case of the anion-releasing material powder, it is preferable to mix 1 to 5% by weight and mix 3% by weight. In the case of silver nano powder, it is preferable to mix 1 to 5% by weight and mix 3% by weight of each.

When the acupressure socks of the present invention walks wearing socks 200, the acupoints of the soles are stimulated by the acupressure protrusions 50 attached to the sock bottom pads 100, thereby promoting blood circulation and metabolism, and thus various kinds of hypertension, diabetes, etc. It is not only helpful for preventing and treating adult diseases, but also for restoring tired feet. Since the acupressure protrusions 50 are made of synthetic rubber as a main component, the acupressure protrusions 50 are cushioned and the soles do not slip well when walking or when the foot is impacted. In addition, due to the characteristics of rubber, the adhesive force with other isomers, especially fibers, is also relatively strong, so that the pressure-sensitive protrusion is strongly attached to the socks bottom. Moreover, since far-infrared rays are radiated by the bio-ceramic protrusions included in the acupressure protrusion, the heat generated by the far-infrared rays not only performs blood circulation and metabolism more smoothly, but also removes wastes from the body, and prevents diseases such as athlete's foot by far-infrared radiation. To antibacterial and deodorizing can be made.

14 is a layout view of the acupressure protrusion 50 attached to the sock bottom pad 100. Acupressure protrusions in the present invention are arranged in a plurality of circular forms, preferably formed of a magnet, the magnetic field is usually emitted from the magnet has the effect of smoothing the metabolism by increasing the blood flow rate of the human body to accelerate the blood circulation. As shown in Fig. 15, the corresponding part of the foot where the magnet A (50a) is located is called Moriji ryomun, when stimulating this part memory is enhanced and dementia is prevented, diabetes, tinnitus (tinnitus) phenomenon and suppression of energy loss There is an effect that can be done. In addition, the corresponding portion of the foot where the magnet B (50b) is called wail to prevent dizziness and hemorrhoids when stimulated here, and has a function of promoting blood circulation. Magnet C (50c) is located corresponding to the site of the foot called Taebaek, by stimulating this site can prevent diarrhea, constipation, heartburn, obesity and the like. Magnet D (50d) corresponds to the hemolytic blood of the foot, and has the effect of preventing insomnia and preventing alopecia areata or gray hair. Magnet E (50e) corresponds to the foot and foot of the foot, active kidney function, inhibit leg swelling, autonomic ataxia, lower back pain, etc., has the effect of stabilizing obesity, fatigue recovery, blood pressure stabilization. The part of the foot corresponding to the magnet F (50f) is called a bladder, and when stimulated, it is possible to obtain a great effect in removing and activating the waste of the body portion adjacent to the bladder.

Figure 14 is a state diagram showing the effect of the magnetic field on the foot, the socks embedded with magnets having the structure and arrangement as shown above is that the magnetic field of each magnet stimulates the corresponding acupuncture points on the sole of the foot to promote blood circulation You get an effect.

1 is a perspective view of the pad attached to the inside of the masai walking socks of the present invention.

Figure 2 is a perspective view of the shank built into the masai walking socks of the present invention.

Figure 3 is a perspective view of the shank built into the masai walking socks of the present invention.

Figure 4 is a perspective view of the shank built into the masai walking socks of the present invention.

5 is a perspective view showing the shank built into the masai walking socks of the present invention.

Figure 6 is a perspective view of the air bag built in the masai walking socks of the present invention.

Figure 7 is a perspective view of the shock-absorbing member bag built in the masai walking socks of the present invention.

Figure 8 is a perspective view of the pad attached to the outside of the masai walking socks of the present invention.

Figure 9 is a perspective view of the integral pad formed in the masai walking socks of the present invention.

Figure 10 is a perspective view of the acupressure protrusions formed on the masai walking sock pad of the present invention.

Figure 11 is a perspective view of acupressure protrusions formed on the masai walking sock pad of the present invention.

Figure 12 is a perspective view of the acupressure protrusions formed on the masai walking sock pad of the present invention.

Figure 13 is a perspective view of acupressure protrusions formed on the masai walking sock pad of the present invention.

Figure 14 is a perspective view of acupressure protrusions formed on the masai walking sock pad of the present invention.

* Explanation of symbols for main parts of the drawings

10: bottom ridge of pad 12: foot arch ridge

29, 129: shank

30: airbag 40: shock absorbing member bag

42: upper protrusion 44: lower protrusion

50, 50-1, 50-2, 50-3: Acupressure protrusions

100: pad 200: socks

210: socks bottom 220: socks ankle

300: foot

Claims (3)

In a sock consisting of a sock bottom and ankle ankle, the sock is formed with an inclined curved surface having a heel of the pad 25 to 40 degrees with respect to the ground, and a bottom ridge 10 having a curved shape in which the bottom of the pad is convex downward. Is formed, and the sock bottom pad 100 for the rolling walking, in which the upper center portion of the pad is convex upward on the upper surface so that the upper center portion of the pad is convex upward, is mounted on the sock bottom. The sock bottom pad is any one selected from among bioceramic elastomers, nonwoven fabrics, soft sponges, soft polyurethanes, soft silicones, soft synthetic resins, and high elastic rubbers, and has a hardness (kg / cm 2 after 24 hours of Shore A). It is made of a material of 20, the sock bottom pad 100 is made of a bio-ceramic elastomer layer on the upper surface, 0.2 ~ 2.0cm Acupressure protrusions 50 having a width and formed in any one non-slip form selected from zigzag, zigzag, and wavy forms are drawn from one direction of the pad 100 to the other. A plurality of affixed along, the acupressure protrusions are arranged in one direction from one side of the side of the sole; Arranged in the anterior direction to the posterior direction of the sole of the foot; Arranged diagonally from one side of the foot to the other; And diagonally arranging the soles in one direction to the other; Masai walking socks, characterized in that any one selected from a plurality of arranged in a circular form. According to claim 1, wherein the bioceramic elastomer layer is far-infrared radiation ceramic particles or powder including jade, ocher, alumina-based ceramics, alumina silicate-based ceramics and cordierite-based ceramics that emit far infrared rays; Anion emitters or powders including tourmaline, illite and monazite which release anions; At least one bioceramic functional material selected from the group consisting of silver nano powder having an antibacterial function and synthetic rubber are mixed in a ratio of 3.5 parts by weight to 96.5 parts by weight. Masai walking socks. The method of claim 1, wherein the sock bottom pad is attached to an inner surface of the sock bottom; Attached to the outer surface of the sock bottom; And a sock for masai walking, characterized in that any one form selected from the form formed integrally with the socks on the socks bottom.

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