KR200405434Y1 - Functional shoes - Google Patents

Abstract

The present invention is made of air insole and midsole, antibacterial mesh, sole that performs air distribution and shock absorption, and outsole that prevents slippage and water diffusion. Polyurethane cushioning material that combines anti-slip function and water diffusion prevention function with excellent shock absorption and resilience. Supports the center arch and heel together to fit the soles of the soles. By distributing the load, it stably supports and supports the foot and holds the waist straight, and at the same time, it adds a support window that absorbs the shock absorbing force due to the walking load and the shock caused by the contraction and expansion of the spring buffer member. The comfortable fit of the synergy can reduce foot fatigue and impact and It relates to a composite functional shoe that can be corrected.

Functional shoes, support, shock-absorbing, sole arch, support window, breathable, cushioning, cushioning, antibacterial deodorant, anti-slip function, moisture diffusion prevention

Description

Functional footwear shoes {Functional healthcare shoes}

1 is an exploded perspective view according to an embodiment of the present invention

2 is a cross-sectional configuration of the present invention

3 is a view showing a support window that is the main part of the present invention;

   3a is a plan perspective view showing a top configuration

   3b is a bottom view showing the bottom configuration

4 is a bottom configuration diagram of the present invention

<Explanation of symbols for main parts of drawing>

100: shoes

10: upper 11: sneakers

20: Insole 21: Aeration

30: Midsole 31: Through-hole

32: Aeration: 40: Functional mesh

50: support window 51: support cover

53: pillar 53: through hole

54: coil spring 55: through hole

60: Sole 61: Air passage

61a: intersection 62: air hole

63: Information Home 64: Fixed Hall

65: air outlet 66: plug

66a: Vent 66: Side border

70: Sole 71: Side ring

72: uneven portion 73: depression

The present invention relates to a functional shoe, and more specifically, a conventional spring cushioning member is additionally installed to improve a combination functional health shoe that simultaneously performs breathability, cushioning, cushioning, antibacterial deodorization, anti-slip function, and moisture diffusion prevention function. The window is made of polyurethane cushioning material that is easy to mold and has excellent shock absorption and resilience, but supports the center arch of the sole and the heel together in close contact with the natural shape of the sole's flexion. It reinforces the supporting ability to hold it straight and absorbs the shocks caused by the expansion and contraction of the spring cushioning member.It keeps the waist straight in contact with the sole and absorbs the pressure applied to the feet, knees and waist. By distributing pressure evenly in the most comfortable state according to the shape of the foot The present invention relates to functional and comfortable shoes to keep your feet healthy synergy synergy of multi-function twist fit to reduce the pain and fatigue.

As is well known, shoes (shoes) block the temperature from the ground to prevent illness by cold and heat effects, and to protect the soles and feet from external shocks and irritation. For the health of the foot, it is important to wear a shoe that fits well and is comfortable for the health of the foot.However, the function of the shoe (shoes) is neglected and misused due to inadequate shoes due to the tendency to ignore fashion and design. Suffering from cumulative fatigue and change in foot shape due to gait, especially in long-term wear, the odor, unpleasantness, and athlete's foot fungus are provided by providing an environment where bacteria and fungi easily grow inside sweat or shoes. There was a problem in hygiene due to the back.

In order to solve the above problems, various functional shoes (shoes) or insoles or shoes (shoes) insoles with antibacterial function have been widely used to relieve fatigue of the foot, bring comfort, and help health, but general functional shoes ( Shoes) is only a partial complement of the acupressure function, ventilation function, cushion function, the inventors of the present invention is a multi-function health shoes equipped with breathable, cushioning, buffering, antibacterial deodorant, anti-slip function, moisture diffusion prevention function at the same time Was proposed as a patent application.

It is a ventilator of insoles and midsoles, a functional mesh of a tumble dry material honeycomb structure, an air storage hole, and a grid-type air circulation structure that distributes air evenly over the front of the sole with excellent grip and durability. This is a further improvement of the conventional air circulation functional health shoe structure that realizes a complex effect by antibacterial, bactericidal and air purification, and checkerboard-type grid on the sole so that there is no bottleneck of air moving from the front of the sole to the rear A circular intersection is formed in the type air passage to facilitate air circulation, and a resilient coil spring is installed to reinforce the cushioning function, but the bottom outsole gets wet even when landing on wet ground such as rainy weather or snowfall. Slip in side ring to prevent slippage and cushioning function due to floor irregularities Hameuroseo a breathable, cushioning property, cushioning property, antimicrobial deodorant, functional health shoes for performing a non-slip, moisture diffusion preventing function at the same time forming.

The preceding invention of the present inventors puts the coil spring between the multiple overlapping functional soles as described above, despite the excellent functional characteristics such as shock absorbing and cushioning function does not take into account the function of the three-dimensional foot sole contact surface As this plane cannot support the center arch of the pedestrian foot and the heel together, the weight is concentrated on the back of the foot, and it is inconsistent with the shape of the foot. Fatigue accumulates as it is transmitted to the whole body from the knees and the waist to the head, and it does not absorb the shock (elastic force) caused by the expansion and contraction of the spring buffer member, which causes pain to the user while walking. There is a problem that the productivity is lowered uncomfortable.

The present invention is devised to solve the above problems,

Breathable insoles and midsoles, antibacterial mesh, soles that perform air circulation and shock absorption, and soles that prevent slippage and water diffusion are laminated for breathability, cushioning, cushioning, antibacterial deodorization, and slip prevention Polyurethane cushioning material with excellent shock absorption and resilience to functional shoes that combines function and moisture diffusion prevention. Supports the center arch and heel together to keep the load on the entire surface of the sole in close contact with the sole's flexion. By supporting the foot by distributing it stably and holding the waist straight, the synergistic effect by the combined function by adding the shock absorbing power by the walking load and the support window that smoothly absorbs the shock due to the contraction and expansion of the spring buffer member Comfortable to wear can reduce foot fatigue or shock and correct posture The purpose is to provide functional 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 design will be omitted.

The present invention is the insole 20 and the midsole 30 each formed with a plurality of ventilation holes at regular intervals, the antimicrobial functional mesh network 40, the circular cross-section (61a) in the grid-like air passage 61 of the checkerboard shape on the front Is formed every other air distribution portion is connected to the air outlet 65 of the rear guide groove 63, the rear end of the sole 60 is formed with a circular fixing hole 64, the side ring to prevent slipping (71) In the functional shoe 100 configured by stacking the sole 70 formed integrally with the bottom) uneven portion 72, the depression 73,

The bottom concave-convex portion 72 of the outsole 70 forms a circular hole of a small and large diameter at a predetermined interval so as not to slip,

The functional mesh network 40 is stacked in an ellipse shape corresponding to the air flow section so that the air layer is expanded,

Synthetic resin material with good elasticity and elasticity, corresponding to sole flexion from concave arch at the center of the sole to the heel, supporting base 51 at the bottom end and through hole 53 for spring member insertion Since the molded support window 50 is seated in the fixing hole 64 of the translucent sole 60 while the through-hole 31 of the midsole 30 is mounted with the coil spring 54 mounted on the outer circumference of the cylindrical column 52. It stably supports and supports the foot and holds the waist straight, and at the same time, it smoothly absorbs the shock caused by the walking load and the shock caused by the contraction and expansion of the spring buffer member.

The present invention reinforces the central arch of the sole in addition to the functional shoes that simultaneously perform the conventional breathability, cushioning, buffering, antibacterial deodorizing function, anti-slip function, and moisture diffusion prevention function to support the weight in a shape consistent with the foot By stably supporting, the load on the entire surface of the foot is distributed, preventing the fatigue of the foot from being concentrated, reinforcing the support to hold the waist straight, and absorbing external shocks, so that the load of the body is not directly transmitted to the foot. At the same time, the impact generated from the foot is not transmitted to the whole body through the knees and the waist, and is characterized by contributing to the foot health with a comfortable fit.

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

Functional footwear according to the present invention, as described above, the upper portion 10 of which the ignition portion 11 is formed, the insole 20 and the midsole 30 each having a plurality of ventilation holes, and a support window 50 for comfortably supporting the foot 50. ), A plurality of elliptical antimicrobial functional mesh networks 40, an air distribution unit formed by filtering a circular cross-section 61a in a checkerboard grid-like air passage 61 on the front guides the air outlet 65 of the rear side. Outsole 60 connected to the groove and the circular fixing hole 64 formed at the rear end thereof, the side ring 71 to prevent slipping and the bottom uneven portion 72, the sole 73 formed integrally with the depression 73 ) Are laminated on each other.

The shoe 100 of the present invention is an opening 10 through which the foot is inserted into and out of the upper portion 10 and the upper portion 10 that wraps around and accommodates the foot. Ventilator 21 is formed repeatedly at equal intervals in all directions to discharge muddy air to the bottom, and directly contact the soles to absorb sweat and radiate heat, the insole 20 is formed to prevent the foot from slipping in the shoe This is a configuration similar to the "complex functional health shoes" that the applicant has previously proposed in the patent application No. 2005-32191 (filed on May 19, 2006).

In addition, the bottom of the insole 20 is formed by overlapping the support window 50 stably supporting the sole arch and the heel and the midsole 30 stably supporting the support window 30 and maintaining the form stability. .

The support window 50 is formed of a synthetic resin material such as polyurethane (PU), which is elastic and has good elasticity as a main part of the present invention, but is elongated corresponding to the sole of the sole from the concave arch at the center of the sole to the heel. Cylindrical pillars having a plurality of circular vent holes 53 formed at equal intervals in the upper part of the semi-ellipse shape and having the support cover 51 and the coil spring 54 as the spring member at one end corresponding to the heel of the bottom thereof. Since the 52 is sequentially provided, the cylindrical column 52 of the support window 50 on which the coil spring 60 is mounted is inserted into the through hole 31 of the midsole, and then the fixing hole 64 of the sole 60 to be described later. Re-insert the pillar (52) and the support cover 51 is seated on the stepped portion formed on the outer periphery of the sole fixing hole 60 to be fitted by fitting.

The semi-elliptic support window 50, which is formed of a cushioning material of appropriate hardness and elasticity to absorb shocks, is curved in the shape of the sole of the sole of the sole by reinforcing the arch portion, such as the sole of the sole supporting the center arch and the heel together. One side corresponding to the concave arch (arch) is formed by making the bottom flesh thickened so that there is no empty space when the sole contact, and the heel area of the other end pressed by the weight during walking also forms the upper flesh thickly, As a cushion member having cushioning force, the support window 50 absorbs the shock so that the load of the body is not directly transmitted to the foot, and the shock generated from the foot is not transmitted to the whole body through the knees and waist to the head. At the same time, it supports the body stably by supporting the weight in a state of being in close contact with the shape of the sole flexion It implements posture correction function to straighten the waist and distributes the weight load of the user on the heel, thereby preventing the concentration of fatigue on the foot based on the theory of walking function.

In addition, the support window 50 is a fixed hole of the sole 60 from the midsole 30 formed in the rear end of the shoe in a state in which the small diameter coil spring 54 of the appropriate elasticity is concentrically coupled to the outer circumference of the column 52. 54 is a balanced structure that is stably mounted in the form of a thick pillar while absorbing the pressurized shock generated by the heel as a shock absorbing member having the coil spring 54 mounted thereon so that the pillar 52 of the support window 50 is absorbed. As a result, the heel cushioning function according to the landing is further reinforced. Consequently, the cylindrical column 52 and the support cover 51 of the cover function are primarily absorbed by the shock caused by the contraction and expansion of the spring buffer member. Therefore, to reduce the impact or friction caused by the strong press or the movement play of the spring, the material also guides the coil spring (54) to the cylindrical pillar that acts as a support and install the coil spring Since the column 52 and the support cover (510 are integrally injection-molded with polyurethane of cushion material to stably support the pressure generated in one state, there is no failure, and the coil spring 54 is easy to repair and replace. There is an effect that the assembly productivity and economic efficiency is improved, so that the repair and replacement of the coil spring 54 is easy.

The midsole 30 is formed with a plurality of vent holes 32 on the front surface as is well known to form a stable shape with appropriate hardness and insert the cylindrical column 520 of the support window 50 efficiently the soles I support it.

In addition, it is a fine honeycomb mesh coated with tourmaline ore powder, which allows air or moisture to communicate with each other up and down through the air vents, thereby suppressing air circulation and suppressing the growth and growth of microorganisms, bacteria, and viruses, and removing odors. The functional mesh network 40, which emits far infrared rays and negative ions, promotes blood circulation and metabolism, and performs antibacterial and deodorizing constant temperature function, partially corresponds only to the air passage part of the sole 60 by efficiently utilizing a narrow space in the shoe. By overlapping and seating two sheets of mesh shaped in a substantially elliptical shape at the position, the space for the air circulating from the upper side to the lower side of the shoe is expanded to maximize the air circulation in the closed shoe.

Sole 60 also has a four-way distributed grid air passage 61 is provided with a circular cross-section (61a) in order to ensure a smooth air circulation in consideration of the flow of air to the waste wet air collected downward to the guide groove (63) Induces and discharges to the outside through the air outlet 65 of the side and cleans the outside of the air while performing the air purification function, while implementing the cushioning effect with the air stored in the air hole 62 and the support window 50 described above By mounting the column 52 in the fixing hole 64 performs a function to stably support the entire sole of the foot.

At this time, the vent hole 56a of the stopper 66 mounted on the air outlet 65 discharges the waste air containing the moisture inside the shoe to the outside and sucks the fresh air outside so that the outside moisture is absorbed. It also prevents the ingress of foreign substances.

When the bottom of the sole 60 is in contact with the ground to form a sole 70 to perform the anti-slip function, when rain or snow in the uneven portion 72 formed of fine size uneven hole of the anti-slip function The bottom unevenness is additionally provided with a side ring 71 for preventing slippage and a damping function 73 for absorbing air according to the bottom unevenness while preventing water from splashing and landing in wet ground. The structure for absorbing the vibration of the adsorbed fine particles such as sand in the bottom concave-convex portion 72 is the same as the prior art, which has been invented by the present applicant, but the size of the concave-convex hole of the minute size of the concave-convex portion 72 As it forms alternately, it can adsorb granules such as sand or foreign matter more effectively, which maximizes frictional force and strengthens grounding force. As walking, standing good effect.

When walking by wearing the functional shoes of the present invention configured as described above, the user's sole arch and the heel support the body in a state in which the user's foot shape without any play by the support window 50 to support the body stably and naturally It is a comfortable seating, posture correction function to straighten the waist and distributes the weight load of the user on the heel, thereby preventing the concentration of fatigue on the foot.

In addition, since the cylindrical pillar 51 and the support cover 51 of the support window 50 absorb the vibration shock of the heel multiplely while properly utilizing the compression and restoring force by the elastic force of the coil spring 54, the load of the body is directly As well as not being delivered to the feet as well as the impact caused by the foot to the cushion and to prevent the body from being transmitted to the entire body through the knees and waist.

In addition, the support window 50, which is the main part of the present invention, can reduce the pressure and fatigue caused by the swelling of the ligaments and prevent the depression (sitting) of the inner arch and additionally perform the height-height function by its thickness. .

In addition to the above-described posture correcting function and cushioning function, the wet air that has been turbid for a long time in addition to the above-described posture correction function and cushioning function may include the ventilation hole 21 of the insole 20, the ventilation hole 32 of the midsole 30, and the functional mesh network 40. Each passing through is collected in the air passage 61 of the sole 60, the collected waste wet air passes through the tunnel-shaped guide groove 63 connected back and forth in a state of communicating without bottlenecks in the lattice-type air passage, and the air outflow of the side The air discharge plug 66 having a fine diameter vent 66a prevents backflow of large grains of external air or rainwater by allowing the outlet 65 to be discharged to the outside via the inlet 65. The internal waste wet air of the type performs an air distribution function that is pushed out and released to the outside of the shoe, and the air adsorbed to the depression 73 by its own weight when it is landed in the sole 70 is sealed by the side ring 61 and the airThe vibration absorption and compression function, which are alleviated by the flotation action by compression, are implemented together with the anti-slip function to realize a complex synergy effect.

The present invention described above can be applied to all shoes such as safety shoes, sneakers, hiking boots, military shoes, ladies shoes, as well as shoes, and the technical idea of the present invention can be applied to a person having ordinary knowledge in the technical field to which the present invention belongs. Various substitutions and changes can be made without departing from the scope of the present invention.

As described above, the present invention reinforces the central arch of the sole in addition to the functional shoes which simultaneously perform the conventional breathability, cushioning, buffering, antibacterial deodorizing function, anti-slip function, and moisture diffusion prevention function to match the shape of the sole flexion. Supports and absorbs the weight by supporting the body weight stably to distribute the load on the entire surface of the sole to prevent concentration of foot fatigue, to hold the waist straight, and to absorb and reduce the repulsive force of the spring due to external impact and landing By reinforcing the support of the function, the load of the body is not directly transmitted to the foot, and the impact generated from the foot is not transmitted to the whole body through the knees and waist to the head, so that the multiple shock absorbing effects and posture correction effects are combined There is a complex synergistic effect that contributes to foot health with a fit.

Claims (2)

At intervals, a plurality of circular inlets 61a are formed in the insole 20 and the midsole 30, the antimicrobial functional mesh network 40, and the checkerboard-shaped lattice-type air passage 61 formed at a predetermined interval, respectively. The formed air distribution part is connected to the air outlet 65 at the rear of the guide groove 63 and the sole 60 having a circular fixing hole 64 formed stepwise at its rear end, a side ring 71 to prevent slipping, and a bottom In the functional shoe 100 configured by stacking the sole 70 is formed integrally with the uneven portion 72, the depression 73, The bottom concave-convex portion 72 of the outsole 70 forms a circular hole of a small and large diameter at a predetermined interval so as not to slip, The functional mesh network 40 is stacked in an ellipse shape corresponding to the air flow section so that the air layer is expanded, Synthetic resin material with good elasticity and elasticity, corresponding to sole flexion from concave arch at the center of the sole to the heel, supporting base 51 at the bottom end and through hole 53 for spring member insertion The molded support window 50 has a buffer structure for mounting the coil spring 54 to the outer circumference of the cylindrical column 52. The through hole 31 of the midsole 30 is fixed to the fixing hole 64 of the diesel outsole 60. Functional shoes characterized by a seated configuration The method of claim 1, wherein the support window 50 reinforces the arch portion of one end corresponding to the concave arch in the center of the foot so as to thicken the bottom flesh so that there is no empty space in contact with the sole, and convex and walking. The heel area of the other end pressurized by the weight of the body also forms the upper flesh thickly to support the center arch of the sole and the heel together, supporting the foot stably and holding the waist straight and at the same time the entire surface of the sole Functional shoes characterized by distributing the load on the body to smoothly absorb the impact of the walking load

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