KR20110094777A

KR20110094777A - Shoes with shoc absorptive pad

Info

Publication number: KR20110094777A
Application number: KR1020100014395A
Authority: KR
Inventors: 김광욱
Original assignee: 김광욱
Priority date: 2010-02-16
Filing date: 2010-02-16
Publication date: 2011-08-24

Abstract

PURPOSE: Footwear equipped with an impact absorption pad is provided to protect the backbone and knee joint by absorbing an impact applied to a foot. CONSTITUTION: Footwear equipped with an impact absorption pad comprises a midsole, a pressure pad, and a transparent bag. The midsole is a high density pressure pad. In the pressure pad(10), a plurality of coupling grooves are formed. The pressure pad is formed in a beehive shape and absorbs an impact. A transparent is seen from the outside. The insole is made of jade and polyurethane.

Description

SHOES WITH SHOC ABSORPTIVE PAD}

The present invention relates to a high-density compression pad inserted into a shoe sole and a midsole having a shock absorbing or shock-absorbing and acupressure function, the feet and ankles and shoes are always integrated in a straight line when standing or walking while wearing shoes Let's do it.

By absorbing or mitigating the impact on the wearer's foot to protect the spine and knee joints, and to maximize the effect of acupressure, the fatigue of the foot is reduced, and the continuity of the spine can be prevented while walking. A shoe having the function of a sole and a midsole to prevent deformation naturally.

In general, shoes are used to protect the foot and walk, and these shoes are indispensable in daily life, and there are dozens of kinds of them.

Recently, various designs and functional shoes that can comfortably wear health are being developed by improving living standards and various needs of consumers.

In general, the shoe is divided into an upper portion forming the upper shoe appearance, and a lower sole portion, the lower sole is the sole (outsole) representing the sole of the shoe, the midsole (midsole) and the sole bottom of the foot It consists of an insole in contact with it.

The midsole has a structure in which a synthetic resin material of various materials is foam-molded, and the outsole is made of a functional material for strong wear resistance and anti-slip, and in recent years, the midsole material is lightweight, absorbs shock, and has excellent resilience foam pylon ( EVA sponges are the most used.

Since the midsole manufactured by foam expansion and expansion is different from the rubber outsole and its manufacturing method is also different, the midsole is manufactured separately and manufactured by attaching the outsole to the bottom surface of the midsole.

Therefore, since the shoes should be improved and worn during the time when a person is active, various functions such as mitigating impact, improving fit, and stimulating biorhythms with acupressure effect should be performed.

In particular, during walking, the foot is easily fatigued by the impact force transmitted from the sole, and when severe, it causes musculoskeletal disorders. Therefore, various shoes have been developed to more efficiently absorb and relieve the impact force in consideration of such a point.

Such prior art includes the registration number 10-0481701 "air circulation shock absorber shoes", registration number 20-0360286 "air circulation shock absorber shoes", registration number 20-0392936 "shoe pad", Publication No. 10-2006-0106033 "Shock absorbing ..., Publication No. 10-2006-0038899" Shoes ", Registration No. 10-0758023" Insoles having a buffering effect and a method of manufacturing thereof, Registration No. 10-0495502 "Shoe Sole with Shock Absorption", Registration number 20-0427271 "Shoe shock absorbing member" and the like are presented.

However, when looking at the prior art as described above, in order to give a shock absorbing function to the sole and the midsole, the performance, the use area, the amount of use, and the product thickness of the shock absorbing material are very important. There is a problem that the shock absorption and shock mitigating effect to prevent the grinding is not significantly below expectations

10-0481701,20-0360286,20-0392936,10-2006-0106033,10-2006-0038899,10-0758023,10-0495502,20-0427271

Therefore, the present invention has been made to solve the conventional drawbacks, shock absorbing or shock absorbing by forming a high-density compression pad integrally with the function of shock absorbing or shock-absorbing and acupressure on the front and rear of the sole and midsole, respectively. Acupressure effect is more stable and effective.

And the transparent bag is installed so that the internal high density compression pad can be seen from the outside, and this transparent bag has a double cushion effect with the air bag, and the shoe having the function of the sole and the midsole so that the consumers can directly check the effect. The purpose is to provide.

The present invention relates to a shoe having a function of the sole and the midsole having a high-density compression pad of the shock absorbing or shock-absorbing and acupressure effect, more specifically by the high-density compression pad installed in the front and rear of the sole or midsole respectively Shock absorption or shock mitigation and acupressure effect can be maximized.

The transparent bag, installed so that the high-density compression pad with internal shock absorption and acupressure effect can be seen from the outside, has a double cushion effect as an air bag and has the functions of the sole and midsole so that consumers can directly check the effect. Provide shoes.

The present invention forms an installation groove in each of the lower surface of the front heel and the rear heel portion that is subjected to a lot of impact on the midsole, and molded and assembled the front of the high-density compression pad and the back of the high-density compression pad in each installation groove to fit the installation groove. The high density compression pad bottom fastening portion and the midsole mounting groove is fastened to the upper surface fastening portion while the midsole is characterized in that the front and rear to install a transparent bag so that the high density compression pad can be seen respectively.

High-density compression pads with shock absorbing or shock-absorbing and acupressure effects are different in height and are made of different materials to integrate and maximize their effects.

The total area occupied by the high-density compression pad can be installed in various ways from 75% to 85% in the front and the rear, or from 80% to 90% in the total straight shape with respect to the total area of the upper surface of the midsole.

And the transparent bag is fastened to the front and the back of the midsole can see the operation state of the high-density compression pad, which is an air bag to absorb or mitigate the double impact.

Here, the shoes are applied to all shoes, such shoes are provided with a sole and a midsole and insole as is well known, the shoes can be made in various sizes according to the age, sex or the size of the user's foot.

The upper surface of the high-density compression pad and the midsole of the present invention is manufactured and installed according to the size of the user's shoes, and the ground plane of the high-density compression pad is not limited, and the original specifications are the same, but the number is different according to the size of the user. Let's find out.

The gap between the ground plane and the groove of the ground plane of the high-density compression pad is constant. When the first impact (force) is applied, the ground plane expands as shown in FIG. When the ground plane, like the midsole absorbs the shock to mitigate.

In addition, the shock absorbs and disperses as much as the impact is applied to the ground plane, and the effect of acupressure on the ground surface is as much as that.

In the shoe sole and midsole of the present invention, the transparent bag is installed in order to allow the consumer to directly check the effect on the high-density compression pad, and the transparent bag is an air bag, which doubles the cushioning effect and improves the fashion and productability of the shoe. There is an advantage.

And according to a preferred embodiment of the present invention, the insole is characterized by consisting of jade and each polyurethane of far-infrared and anion radiation powder.

In addition, the well-known effect of the jade emits far infrared rays and anions, the chemical composition of SiO2, Al2O3, Na2O, CaO, MgO, H2O, these anions are extremely active because they are freely floating in the air, this active bioenergy Makes our physical activity more active.

The effect of jade by self-release of far-infrared rays and anions in jade is to inhale and decompose wastes in the body, to prevent foot odor and deodorizing athlete's foot, to prevent fungi and frostbite, and to release various mirin-containing and toxic heavy metals effective for human body.

And far infrared rays heat, wet, ripening, neutralization, midnight, resonance, and cold feet warm the feet by capillary dilation, anion infrared radiation is excellent for those who are stressed and brain fatigue.

Here, the material of the high density compression pad may be made of butane and rubber and propylene type transparent rubber, or the material of urethane or styrene type thermoplastic resin, which is excellent in transparency, may be used. Gel, specially processed pyron, polyurethane (PU), and high density EVA can be used.

Therefore, in the present invention, a high-density compression pad is provided with an airbag that is a transparent bag at least 90% and the side at the top of the midsole, and a special insole 600 having jade efficacy is installed.

Each of the high-density compression pads can be simply manufactured by injection mold outsole mold, pylon mold or PU mold, and the midsole and transparent bag can be integrally formed by PU mold.

In this way, by adhering the midsole and the sole formed integrally with the high-density compression pad using an adhesive, a shoe having a shock absorbing or shock-absorbing and acupressure function can be completed.

As described above, according to the shoe having the function of the sole and the midsole having a shock absorbing or shock-absorbing and acupressure effect according to the present invention, when standing or walking while wearing the shoes or during exercise, the feet and ankles and The shoes are integrated in a straight line to absorb or alleviate the impact on the feet to protect the spine and knee joints, and the acupressure effect is maximized to reduce the fatigue of the foot, and to prevent the somnism and shaking during walking. It has the function of preventing the deformation of the spine naturally.

In addition, consumers can directly check the state of the internal high-density compression pad, and this transparent bag has the advantage of highlighting the dual cussion effect, the differentiation of shoes and the improved fashionability and merchandise with airbags. It is a very useful invention that enables the wearer to wear the shoes more comfortably in a pleasant state for a long time, as well as providing the effect of promoting the blood circulation of the human body by activating the exercise function of the foot by self-release.

1 is an exploded perspective view showing an embodiment of the present invention.
Figure 2 is a perspective view showing a coupled state of the sole, midsole, compression pad according to the present invention.
Figure 3 is a plan sectional view of the high-density compression pad showing a combined state in accordance with the present invention.
4 is a plan sectional view showing a first buffer member of FIG.
FIG. 5 is a plan sectional view showing a second buffer member of FIG. 3; FIG.
Figure 6 is a perspective view of a high-density compression pad showing a bonded state in accordance with the present invention.
FIG. 7 is a perspective view of the first buffer member of FIG. 6; FIG.
8 is a perspective view of a second buffer member of FIG. 6; FIG.
Figure 9 is a cross-sectional view of a high-density compression pad showing a bonded state in accordance with the present invention.
Fig. 10 is a sectional view showing an operating state of the impact of Fig. 9;
FIG. 11 is a sectional view showing a progress state of FIGS. 7, 8, 9, and 10; FIG.
12 is a product picture
<Description of the code | symbol about the principal part of drawing>
10: high density compression pad-front side of first buffer member
11: High density compression pad-behind the first buffer member
12: High density compression pad-front side of second buffer member
13: High density compression pad-behind the second buffer member
14: Extrusion of fastening part 15: Fastening part arrangement groove
16: Front of mounting groove 17: Rear of mounting groove
18: Front of the transparent bag installation
19: Behind the transparent bag installation
Home where 20:50 and 60 work by impact
21,22: Front and rear bottom joints with high density compression pad
23, 24: Upper and rear coupling parts in front of and behind the midsole mounting groove
25: Assembled axle pad
50: high-density compression pad-first buffer member ground plane
60: high density compression pad-second buffer member ground plane
100: Shoes upper 200: Mid sole 300: Transparent bag 400: Transparent bag
500: Outsole 600: Insole

The technical configuration of the present invention with reference to the accompanying drawings in detail as follows.

The present invention in the shoe having the function of the sole and the midsole, including the midsole 200 and the midsole 200 forming the sole of the shoe, the outsole 300 of the sole of the shoe, the front of which is a lot of impact on the midsole 200 Forming grooves (16, 17) are formed in each lower surface of the site and the rear heel area, respectively, and the front of the high density compression pad (10,12) and the rear side of the high density compression pad (11,13) ) Is molded and fitted to fit the installation grooves 16 and 17, and fixed to the high-density compression pad bottom fastening portions 21 and 22 and the upper surface fastening portions 23 and 24 of the midsole installation grooves. The front and rear is characterized in that the transparent bag (300,400) to be installed in each installation so that the high-density compression pad can be seen.

In particular, the high-density compression pads (12, 13) of the shock absorbing or shock-absorbing and acupressure effect is different from the high-density compression pads (11, 11) and is characterized by maximizing the effect by being made of different materials and integrated.

In addition, the area occupied by the entire high-density compression pad 25 may be installed in various ways from 75% to 85% in the front and the rear, or from 80% to 90% in the total straight shape with respect to the entire area of the upper surface of the midsole 200. It is characteristic that can be.

And the transparent bag (300,400) is fastened to the front and rear of the midsole 200 can see the operating state of the high-density compression pad, the transparent bag (300,400) is an air bag containing air to absorb and mitigate the impact in double. It is.

Here, the shoe 100 is to be applied to all shoes, such a shoe 100 is provided with a sole 500 and a midsole 200 and insole 600, as is well known, the shoe 100 is age-specific, It is made in various sizes according to the gender or the size of the foot of the user.

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

The present invention relates to a shoe sole having a midsole and an outsole and a shoe having the function of a midsole, to maximize shock absorption and shock relaxation and acupressure effects in shoes, and to install a transparent bag in front of and behind the midsole to provide a high-density compression pad. The transparent bag is an airbag that doubles as a shock absorber and has a function of mitigating action.

2 is a combined perspective view of the sole 500, the midsole 200, and the front axle pad 25 according to the present invention. FIG. 1 illustrates the upper 100 and the compression pad first buffer 10 according to an embodiment. 11), a perspective view of the front axle pad second shock absorbing portion (12, 13), the midsole 200, the sole 500 disassembled.

As an embodiment of the present invention, as shown in Figs. 1 and 2, the installation grooves of the upper surface (16, 17) of the midsole 200 is formed, and the mounting groove and the fastening portion of the upper surface (23, 24) high density The fastening portions 21 and 22 of the compression pad 25 are formed by adhesive fixing.

In addition, the high-density compression pad 25 and the upper surface (16, 17) of the midsole 200 is manufactured and installed according to the size of the user's shoes, and also of the high-density compression pad 25 of the present invention illustrated in Figures 3 and 6 It is noted that the ground planes 50 and 60 are not limited, but the original size is the same, but the number may be manufactured differently according to the size of the user.

The distance between the ground plane 50 of the high-density compression pad 25 and the groove 20 of the ground plane 60 is constant, and when the first impact (force) is applied, the ground plane 60 expands as shown in FIG. 10. Thus, when the second impact (force) is made like the ground plane 50, the ground plane (50, 60) absorbs the shock like the midsole 200 to mitigate.

In addition, the shock is absorbed and dispersed as much as the impact is applied to the ground planes (50, 60), and the acupressure effect on the ground plane (60) is the same, and the pressure is applied naturally, so that the natural pressure effect is activated to activate the biorhythm.

On the other hand, in the midsole 200 of the sole of the present invention, in order to enable the consumer to directly check the effect on the high-density compression pad, the transparent bag (300.400) is installed and the transparent bag (300,400) is a double airbag It has the advantage of improving the cussion effect and the fashion and commercialization of shoes.

In addition, according to a preferred embodiment of the present invention, the insole 600 is characterized by consisting of jade and the respective polyurethanes of the far infrared and anion radiation powder.

In addition, the well-known effect of jade emits far-infrared rays and anions, the chemical constituents of SiO2, Al2O3, Na2O, CaO, MgO, H2O such anions such as cations, carbon dioxide, oxygen, nitrogen, hydrogen mixtures in the air These negative ions are very active because they are light and float freely in the atmosphere, and this active bioenergy makes our physical activity more active.

The effect of jade by self-release of far-infrared rays and anions in jade is to inhale and decompose wastes in the body, to prevent foot odor and deodorizing athlete's foot, to prevent fungi and frostbite, and to release various mirin-containing and toxic heavy metals effective for human body. And far infrared rays heat, wet, ripening, neutralization, midnight, resonance, and cold feet warm the feet by capillary dilation, anion infrared radiation is excellent for those who are stressed and brain fatigue.

The high density compression pads 10 and 11 may be made of butane-and-rubber-based and propylene-based transparent rubbers, or urethane or styrene-based thermoplastic resins having excellent transparency. It is possible to use gel, specially processed pyron, polyurethane (PU), and high density EVA to absorb and cushion shocks.

Therefore, in the present embodiment, the high-density compression pad 25 has an airbag, which is a transparent bag 300, 400 or more, on the upper side of the midsole 200 and a side surface, and a special insole 600 having jade efficacy is installed.

In each of the above embodiments, the high density compression pads 10 and 11 are simply manufactured by injection molds, and the high density compression pads 12 and 13 may be manufactured by outsole molds, pyron molds or PU molds which are general molds. The transparent bags 300 and 400 may be molded integrally with a PU mold.

In this way, by adhering the midsole 200 and the sole 500 integrally formed with the high-density compression pad 25 using an adhesive, a shoe having a shock absorbing or shock-absorbing and acupressure function can be completed.

As described above, in the sole and the midsole having a shock absorbing or shock-absorbing and acupressure function of the present invention, the shock absorbing or shock-absorbing and acupressure function can be maximized by the high-density compression pads installed in the front and rear portions of the midsole, respectively. In addition, consumers can check the state of the internal high-density compression pad directly, and this transparent bag (air bag) has the advantage of differentiating the dual cussion effect and the improved fashion and merchandise of shoes.

Claims

In a shoe having a function including a midsole 200 and a sole 600 of a shoe, which form a midsole of a shoe with a high-density compression pad, a plurality of fastening parts are provided on the compression pads 10 and 11 having a plurality of fastening part grooves 15. Compression pads 12 and 13 with protrusions 14 are integrated and integrated into the midsole 200 integrated with the transparent bags 300 and 400 so that they can be seen from the outside. A shoe having the function of a sole and a midsole of shock-absorbing or shock-absorbing and acupressure effects.

The method of claim 1, wherein the high-density compression pad 25 is composed of a plurality of circular and the compression pads (10, 11) is formed in the form of a honeycomb shape, the function of the sole and midsole evenly shock-absorbing or shock absorption and acupressure effect Having a shoe.

According to claim 1, wherein the insole 600 is a shoe having a function consisting of jade and each polyurethane of far-infrared and anion radiation powder.

According to claim 1, wherein the entire area of the high-density compression pad 25 is occupied by 75% to 85%, or 80% to 90% in the form of a separate front and rear with respect to the entire area of the upper portion of the midsole 200 Shoes with a feature that can be installed in various ways.

The shoe according to claim 1, wherein the transparent bag (300,400) makes the function of the front and rear high-density compression pads (25) visible from the outside and has a double cushioning effect.