KR200441356Y1 - sole for slipper with foot reflexoloy effect - Google Patents

Abstract

The present invention is equipped with a plurality of grooves, protrusions and buffer holes at the bottom for excellent foot reflection effect, and corrects abnormal foot arch of the foot, and a urethane layer made of foam urethane resin and a cork made of cork material on the upper side By forming a layer, the shock absorbing as well as the breathability is improved, and the burlap layer having an antibacterial action on the upper side is formed, and the ventilation is smooth, and the foot odor is removed by the far infrared rays generated from the cork layer and the burlap layer. It is possible to prevent athlete's foot, and the upper side of the burlap layer is composed of a coating layer made of chamois, which relates to the outsole for slippers, which is easy to wash, and has a foot and reflection effect excellent in durability. Between the toes and soles, between the big toe and the other toe Ridges, recesses recessed in the heel portion, pressurization protrusions protruding from the center of the sole of the foot, settlements protruding from the medial inner end of the sole of the sole, and lateral ends of the sole of the center of the sole. A recess formed in the recess, a buffer hole formed in the contact with the foot, a bump formed in the protrusion along the edge of the sole and the toe, and a non-slip recess formed in the bottom surface in contact with the ground. Cork layer formed on the urethane layer, the upper side of the urethane layer, formed of a cork material made of a plurality of particles absorbing sweat generated from the foot of the user wearing the shoe, formed on the upper side of the cork layer, amplification of antibacterial and breathability Burlap layer having antibacterial power, formed on the upper side of the burlap layer, so as to soften the contact between the sole and the contact surface It is configured to include a layer.

Outsole for slippers with a reflex effect

Description

Sole for slipper with foot reflexoloy effect

The present invention relates to a sole for slippers having a foot reflex effect, and more specifically, the bottom is provided with a plurality of grooves, protrusions and buffer holes for cushioning action, and has an excellent foot reflection effect, and corrects abnormal foot arches of the foot, By forming a urethane layer made of foamed urethane resin and a cork layer made of cork material on the upper side thereof, the shock absorbing as well as the air permeability is improved, and a burlap layer having antibacterial action is formed on the upper side, and ventilation is smoothly performed. Far-infrared rays generated from layers and burlap layer can remove foot odor and prevent athlete's foot, and the upper side of burlap layer is composed of chamois coating layer, which is easy to wash, and has a soft and durable foot reflection effect It's about the outsole.

In general, slippers refer to shoes that have a strap or no ornament to wear on their feet, simply slipped off the foot and worn off. It is made of an outsole that is bonded to the sole to protect the sole of the person when worn, the sole is in direct contact with the ground is injection molded using a rubber material having a tough and cushioning force.

Slippers outsole is an auxiliary device for shoes used to comfort your feet and keep your feet comfortable even when walking or working for a long time while wearing shoes. The outer surface of the sole which is in contact with the ground is coated with the outer surface of the sole so that the outer surface of the sole which is in contact with the ground is coated with the outer surface of the cloth so that the slipper is upgraded. Sole has been developed to add a variety of functions such as the acupressure effect formed by forming a number of protrusions to wear comfortably and to help health.

However, in the case of the conventional slipper sole, the outer shell is made of a cloth material, so when moving in the room, the durability is low and the damage occurs frequently, and the slip often occurs, and the sole material in contact with the ground can be made soft. It did not provide a cushioning force to the wearer, there is a problem that the protrusion of the bottom surface gives an unreasonable stimulus to the sole of the wearer falls. In addition, there is a problem that the sweat quickly becomes cold because it is not structurally ventilated, and in particular, it is not possible to dry the cold sweat, so that it cannot prevent the growth of bacteria such as mold, resulting in foot odor and athlete's foot. There was this.

The present invention is devised to solve the problems as described above, is provided with a plurality of grooves and protrusions and buffer holes for the buffering effect on the bottom has an excellent foot reflection effect, to correct abnormal foot arch of the foot, foam urethane resin By forming a urethane layer and a cork layer made of cork material on the upper side, shock absorbing as well as improving breathability, and constitutes a burlap layer to act as an antibacterial action on the upper side, the ventilation is made smoothly, cork layer and burlap Far-infrared rays generated in the layer can remove foot odor and prevent athlete's foot, and on the upper side of the burlap layer, it consists of a coating layer made of chamois, so it is easy to wash and provides a slipper sole that has excellent touch and durability. Its purpose is to.

The present invention for achieving the above object is made of a polyurethane foam of a certain thickness, and formed between the toes and the soles, protrusions and protruding between the big toe and the other toes, the heel portion is configured Grooves to be formed, a pressurizing protrusion protruding from the center of the sole, a settling portion protruding from the medial inner end of the sole of the foot, a recess formed by being recessed into the outer end of the center of the sole, and a surface contacting the foot And a urethane layer formed with a buffer hole configured to be formed, a protruding jaw formed to protrude along the edges of the sole and the toe, and a non-slip groove formed by irregularities on the bottom surface in contact with the ground, and formed on the urethane layer. Cork layer made of a cork material made of a plurality of particles that absorb the sweat generated from the user's feet, the cork Slippers having an anti-reflective effect formed on the top of the layer, including a burlap layer having antimicrobial power to amplify the antibacterial and breathability, and a coating layer formed on the top of the burlap layer to soften the contact with the surface of the foot. Provides soles for

In addition, the urethane layer provides a sole for slippers having a reflex effect, which is further provided with acupressure protrusions protruding from the center of the groove and the top and bottom of the groove, respectively.

In addition, the urethane layer has a sole for slippers having a reflex effect having a non-foamed urethane layer consisting of a non-porous urethane resin and forming an uneven pattern on the bottom surface in contact with the ground to prevent slipping function to provide.

In addition, the coating layer provides an outsole for slippers having a paw reflection effect consisting of a chamois fabric.

According to the sole for slippers having a foot reflection effect of the present invention, it is equipped with a plurality of grooves, protrusions, and buffer holes on the bottom to provide excellent foot reflection effect, to correct abnormal foot arch of the foot, and urethane made of foam urethane resin. By forming a layer and a cork layer made of cork on the upper side, the shock absorbing as well as the breathability is improved, and the burlap layer acts as an antibacterial action on the upper side, so that the ventilation is smooth and the impact applied to the wearer's foot. At the same time to reduce the fatigue of the foot to absorb the foot due to the far-infrared rays generated from the cork layer and burlap layer can prevent foot odor and prevent athlete's foot, and on the upper side of the burlap layer is composed of a coating layer of chamois for easy washing and feel It has a very useful effect with excellent durability.

Hereinafter, with reference to the accompanying drawings, the characteristic configuration and operation effects of the sole for slippers having the present invention foot reflection effect will be described.

1 is a perspective view of a sole for slippers having a devised reflex effect of the present invention, Figure 2 is a perspective view of a urethane layer according to the present invention, Figure 3 is an exploded perspective view showing the configuration of the sole for slippers having a reflex effect of the present invention 4 is a bottom perspective view of the sole for slippers having the effect of the present invention, and FIG. 5 is a state diagram of the sole for slippers having the effect of the present invention.

The outsole for slippers having a devised foot reflecting effect is made of a urethane foam of a certain thickness, and the protrusions 110 and protruding between the toes and the soles, between the big toe and the other toes, and the heel portion Indented portion 120 to be recessed, the pressing protrusion 130 is formed to protrude to the center of the sole, the settled portion 140 is formed to protrude to the inner end of the center of the sole, and the outer end of the center of the sole Concave groove 150 is formed, the buffer hole 160 is formed in the contact with the foot, the raised projection 170 is formed along the edge of the sole and toes, and the bottom surface in contact with the ground The urethane layer 100 is formed with a non-slip groove 180 is formed on the urethane layer 100, the urethane layer 100 formed on the upper side, made of a plurality of particles absorbing the sweat generated from the feet of the user wearing the shoes Cork layer 200 made of cork material, formed on the upper side of the cork layer 200, the burlap layer 300 having antibacterial power to amplify the antibacterial and breathability, formed on the upper side of the burlap layer 300, the sole It is configured to include a coating layer 400 for softening the contact of the surface in contact with.

The urethane layer 100 is made of a urethane foam of a certain thickness to absorb the shock and the user is wearing a shoe to have a shock absorbing action to absorb the impact of contact with the floor during the activity. Urethane is a synthetic polymer that has a urethane bond in its main chain. As polyurethane-based synthetic fibers, spandex, polyurethane sponge, urethane rubber, urethane paint and the like have been put to practical use.

Urethane is softer than general rubber and has a good elasticity, so that the wearer's foot is more comfortable and can be deformed according to the shape of the user's foot. In particular, the urethane foam is provided with a resilient and buffering effect, low specific gravity, light, excellent wear, excellent wear resistance and can be used for a long time.

The protrusion 110 is configured to protrude between the toes and soles, between the big toe and the other toes. The protrusion 110 may prevent the sole from being pushed forward or backward at the time of ignition by the protrusion between the toe and the sole of the foot, and also the user's toe by the protrusion protruding between the big toe and the other toe. Because it is fixed, the user's toes are not pushed and do not cause toe deformation.

The groove 120 is configured to be recessed in the heel portion. The groove 120 is configured to be indented in the same manner as the shape of the heel of the igniter, so that the heel is securely settled at the time of ignition, and because the heel is perfectly wrapped, the sciatic nerve is stimulated by the heel during walking The pelvis and pelvis effect.

In general, seven times the weight of a person's weight is transmitted when the heel touches the floor. Proper weight support and buffering action by the groove 120 minimizes damage or deformation of the human body

The pressing protrusion 130 is configured to protrude from the center of the sole. Pressing protrusion 130 is in close contact with the central portion of the sole gives the foot reflex effect on the adrenal gland, kidney and duodenum.

The settled portion 140 is configured to protrude to the inner end of the center of the sole. The settled portion 140 is configured to protrude because the center portion of the foot of the wearer is indented to be in close contact with the center portion of the foot of the wearer, thereby giving a foot reflex effect on the stomach, spine and duodenum.

The groove 150 is configured to be recessed in the outer end of the center of the sole. The groove 150 is configured so that the outer end of the center of the protruding sole.

Arch between the pressurization protrusion 130 and the settlement part 140 and between the pressurization protrusion 130 and the groove 150, respectively, so that the inner foot arch and the outer foot arch of the foot of the wearer are brought into close contact with each other. Form to achieve.

By the settling portion 140 and the groove 150 to keep the foot arch (foot arch) of the sole in an ideal form, and to correct the curved foot arch. The flexion and flexibility of the foot arch make it possible to adapt to uneven ground and transfer the forces generated by weight or body movement to the surface. Proper weight support and cushioning minimize body damage or deformation.

The buffer hole 160 is formed to be concave in contact with the foot, the buffer hole 160 is formed in the form of one or more holes in front of the contact with the foot of the wearer of the urethane layer 100 to buffer.

The raised jaw 170 is configured to protrude along the edge of the sole and toes. The raised jaw 170 serves as a rim surrounding the soles and toes, giving the impression that the feet are settled, thereby improving the fit and preventing the toe and the soles from escaping to the outside. It acts to protect the soles and toes from touching easily.

The non-slip groove 180 is formed by the irregularities on the bottom surface in contact with the ground. The non-slip groove 180 is to prevent the bottom surface from slipping by increasing the contact area with the ground by forming an uneven portion on the surface, it may be provided in a variety of irregular shapes, including embossed pattern.

The cork layer 200 is formed on the upper side of the urethane layer 100, and has a predetermined thickness to act as a water absorption, shock absorption, heat insulation, heat retention, etc. to absorb the sweat generated from the feet of the user wearing the shoes Cork is made of material and users wear shoes for a long time to reduce the fatigue caused by the foot during activities.

Cork layer 200 formed of cork not only has excellent water absorption, but also has excellent effects such as shock absorption, heat insulation, and thermal insulation. Ventilation is formed in the cork itself, so ventilation is very easy. Also keeps the user comfortable and comfortable environment to reduce the fatigue of the foot.

The burlap layer 300 is made of burlap and formed on the upper side of the cork layer 200, and made of hemp material treated with antibacterial to improve the antibacterial and breathability, exercise and activity while the user wears shoes for a long time It will act as an antimicrobial to suppress odor caused by sweat.

In addition, as the science and functionality of burlap is re-recognized, it is receiving new attention as a millennium fabric. Burlap fiber is the longest among natural fibers, so it is much tougher and durable than cotton fiber. The fiber is also called a 'breathing' fabric because it is hollow with a nano-level capillary pore structure. The sponge-like structure is suitable for all-weather cloth by blocking the inflow of external heat in the heat and the outflow of body temperature in the winter, and is excellent in blocking vibration, ultraviolet rays, electromagnetic waves, and radiation. Excellent water absorption and discharge power by capillary action inhibits the growth of fungi in wet conditions and has excellent antibacterial and antitoxic properties.

Experimental Example 1 Reduction Test of Escherichia Coli and Pseudomonas Aeruginosa by Cork Infrared Radiation

In the antibacterial test by Escherichia coli, the initial concentration of E. coli 152 (dog / ml) increased to 343 (dog / ml) after 24 hours in the sample without cork, whereas the initial concentration of 152 (dog / ml) of E. coli increased after 24 hours. It can be seen that the bacterial reduction rate reaches 96.1%, falling sharply to 4 (dog / ml).

In the antibacterial test by Pseudomonas aeruginosa, the initial concentration of Pseudomonas aeruginosa 152 (dog / ml) increased to 290 (dog / ml) after 24 hours, whereas the initial concentration of E. coli 152 (dog / ml) increased after 24 hours. It can be seen that the bacterial reduction rate reaches 95.3%, falling sharply to 6 (dog / ml).

Test result

 Test Items  Sample classification  Initial concentration (dog / ml)  Concentration after 6 hours (dog / ml)  Concentration after 24 hours (dog / ml)  Bacterial Reduction Rate (%)  Antibacterial test by E. coli  Blank  152  262  343  -  Cork (for midsole)  152  52  4  96.1  Antibacterial test by Pseudomonas aeruginosa  Blank  128  202  290  -  Cork (for midsole)  128  40  6  95.3

(Note) 1) Blank: Measured without sample.

     2) The number of bacteria on the medium is calculated by multiplying the dilution factor. End

1) Test Method: KICM-FIR-1002

2) Use strain

Esherichia coli ATCC 25922

Pseudomonas aeruginosa ATCC 15422

The coating layer 400 is formed on the upper side of the burlap layer 300 to soften the contact of the surface contacting the sole. The coating layer 400 generally uses the same material as the material of the inner skin of the shoe. The use of natural leather provides good ventilation and the wearer's sole is very comfortable.

In addition, the urethane layer 100 further includes acupressure protrusions 190a, 190b, and 190c protruding from the center of the groove 120 and the top and bottom of the groove 150, respectively.

The acupressure protrusion 190a is formed in the center of the groove 120 to give a foot reflection effect to improve the function of the genitals by acupressure on the heel, and in the case of the acupressure protrusion 190b is formed on the top of the groove 150. Gives a foot reflex effect on the shoulder, the acupressure protrusion 190c is formed at the bottom of the groove 150 to give the foot reflex effect on the knee.

In addition, the urethane layer 100 is formed on the bottom surface in contact with the ground, and further comprises a non-foamed urethane layer 500 formed of a non-foamed urethane resin and forming an uneven pattern to prevent slipping.

The non-foamed urethane resin is a non-foamed molded urethane resin in order to prevent slipping of the urethane layer 100, thereby forming an uneven pattern on the bottom surface in contact with the ground to prevent slippage.

In addition, the coating layer 400 is made of a smooth fabric. The coating layer 400 is preferably attached to surround the urethane layer 100, the cork layer 200 and the burlap layer 300, the chamude is a compound word of chamois and suede It is a non-woven artificial leather. Chamud is an innovative high-tech material that can be applied to various fields such as fashion, sports, interior, etc. by using microfiber fibers to reproduce the appearance of natural leather and to solve problems. Based on a special process, the chamois has a beautiful appearance and a soft touch. It is excellent in durability, moisture permeability, breathability, comfort, and warmth, and is easy to wash, excellent in touch, free of color expression, and adjustable in thickness. It can be used as a fashion material for all seasons, and it can be mass-produced in a certain width.

1 is a perspective view of the sole for slippers having the effect of the present invention,

2 is a perspective view of a urethane layer according to the present invention,

Figure 3 is an exploded perspective view showing the configuration of the outsole for slippers combines the effect of the present invention,

Figure 4 is a bottom perspective view of the sole for slippers combines the present invention foot reflection effect,

Figure 5 is a state of use of the outsole for slippers combines the effect of the present invention.

<Description of the symbols for the main parts of the drawings>

100: urethane layer

110: projection

120: groove

130: pressing projection

140: Settlement

150: groove

160: buffer hole

170: ridge

180: non-slip groove

190a, 190b, 190c: Acupressure projections

200: cork layer

300: burlap layer

400: coating layer

500: foamless polyurethane layer

Claims (4)

Consists of a predetermined thickness of urethane foam, the protrusion 110 is formed between the toes and the sole, and between the big toe and the other toes, and the groove 120 is formed by being embedded in the heel portion, the sole Pressing protrusion 130 is formed to protrude from the center of the foot, the settled portion 140 is formed to protrude to the inner end of the center of the sole, the groove 150 is formed by being embedded in the outer end of the center of the sole The buffer hole 160 is formed to be recessed in contact with the surface, the bump chin 170 is formed to protrude along the edge of the sole and the toe, the non-slip groove 180 is formed by the uneven surface in contact with the ground is formed Urethane layer 100; A cork layer made of cork material formed on the urethane layer 100 and made of a plurality of particles absorbing sweat generated from a foot of a user wearing shoes; A burlap layer 300 formed above the cork layer 200 and having antibacterial power to amplify antibacterial and breathable properties; In the upper sole of the burlap layer 300, the coating layer 400 for softening the contact of the contact surface with the sole; The urethane layer 100 is characterized in that the center of the groove 120, and the pressure projections 190a, 190b, 190c of protruding in the upper and lower ends of the groove 150, respectively, characterized in that made of Outsole for slippers with effects. delete The method of claim 1, The urethane layer 100 is a foot characterized in that the bottom surface in contact with the ground, made of a non-foamed urethane resin and formed with an uneven pattern to further comprise a non-foamed urethane layer 500 to prevent slipping function Slipper sole with reflective effect. According to claim 1, wherein the coating layer 400 is a sole for slippers having a reflex effect, characterized in that consisting of a chamois fabric.

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