KR20060110047A - Multiple function healthcare shoes - Google Patents

Abstract

A multi-functional healthcare shoe is provided to allow the smooth air circulation, the reinforced shock absorption by using a coil spring, the protection from the splashed muddy water, and the anti-slip, the ventilation, the cushioning property, and the good supporting property, so as to achieve the multi-functionality and purpose. The multi-functional healthcare shoe(100) comprises: an upper(10), having a foot space(11); a slipsole(20), in contact with user's foot; a midsole(30), having many air vents(32) on the full surface thereof; a functional mesh net(40), having a fine honeycomb structure; an air hole(52), storing an air; an air passage(51), having a shape of latticed baduk board so that the air is circulated through the air passage(51); an outsole(50), having many air flowing-in and -out holes(55) in its lateral side; and a bottom sole(60), arranged as a lowest layer. The midsole(30) is formed in such an arched shape as the sole of foot, and has a through-hole(31) for receiving a circular damping coil spring(58).

Description

Multiple function healthcare shoes

1 is an exploded perspective view showing the overall configuration of the present invention

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

3 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: Sole 51: Air passage

51a: intersection 52: air hole

53: Information Home 54: Fixed Hall

55: air outlet 56: plug

56a: vent 57: cover

58: coil spring 59: side border

60: Sole 61: Side ring

62: uneven portion 63: depression

The present invention relates to a multi-function health shoe having breathable, cushioning, buffering, antibacterial deodorant, anti-slip function, moisture diffusion prevention function, in detail the functional of the insole and midsole ventilator, tourmaline material honeycomb structure The air circulation structure in the form of mesh, air storage hole, and grid type checkerboard distributes the air evenly over the front of the sole with excellent grip and durability to circulate in all directions, thereby realizing a complex effect by antibacterial, sterilization, and air purification. By further improving and reinforcing the conventional air circulation functional health shoe structure, a circular intersection is formed in the checkerboard grid-like air passage in the sole so that there is no bottleneck and a midsole supporting the weight according to the sole flexion in a close state. The air circulation is smooth and the elastic spring is installed to reinforce the cushioning function. The bottom outsole has breathable, cushioning, cushioning, antibacterial properties by forming a side ring that prevents slippage and cushioning function according to the bottom unevenness while preventing water from splashing into the shoes even when landing on wet ground such as rain or snow. The present invention relates to a multifunctional and versatile multifunctional health shoe having both deodorant, anti-slip, and moisture diffusion prevention functions.

Conventionally, as a conventional shoe, the shoe is generally provided with an ignition portion in which the foot enters and exits, and an upper for wrapping and receiving the foot, and an insole or midsole, an outsole, and a sole having a non-slip function in the ground at the bottom thereof in sequence. The shock-absorbing function is composed of a shape that supports the sole of the sole and the heel together while forming the rear of the front of the heel integrally.

These shoes usually only wear comfort and design, so if you walk on your shoes for a long time, the fresh air does not flow into the shoes or the turbid air inside the shoes is not discharged, so the air circulation and ventilation is smooth. Moisture inside the shoe is caused by the sweat and heat generated from the foot, which causes the foot to stick to the window, resulting in poor ignition, such as sticking to the window, as well as fungus such as athlete's foot. It causes sexual skin diseases and emits bad smells such as foot odor, which damages the health of the foot, and causes a pain in the neck and lower back because the body's balance is lost due to poor shock absorption.

In order to solve the above problems, the applicant has proposed a patent application No. 2004-46834 to create an "air circulation functional health shoes", which is reinforced with heel and anti-slip function that absorbs shocks during grounding, so that the grounding force and durability Excellent sole is molded integrally and the grid is made of checkerboard type air circulation which distributes air evenly and circulates in all directions, and the sole of structure that prevents the inflow of water from outside and the breathability of functional material that emits far infrared rays and anions that are beneficial to human body This is a good honeycomb net structure that removes odors and moisture to suppress the growth of bacteria such as athlete's foot and keeps body temperature constant. Improved ignition through ventilation, air circulation, antibacterial and deodorization It has the effect of providing a cyclic functional health shoes.

In particular, the applicant's "air circulation functional health shoes" is a shoe sealed by circulating in all directions by uniformly distributing air by forming a circulation structure of the prior art air circulation path in consideration of the flow of air in the form of a lattice checkerboard Maximizes the air circulation inside but absorbs air when it is ignited and a side plug that prevents the inflow of moisture or foreign substances while emitting fresh air from the outside while inhaling fresh air. By reinforcing the functional mesh of the honeycomb net structure, it is characterized by the comprehensive implementation of breathability, cushioning, buffering, antibacterial and deodorant.

However, the above-mentioned "air circulation functional health shoes" simultaneously prevents the inflow of moisture or foreign substances, and simultaneously releases most of the contaminated air inside the shoe to the outside and at the same time has a functional effect of inhibiting the growth of bacteria and bacteria in the shoe. In spite of its excellent characteristics, if you walk in wetlands such as wet land or walk on snowy or rainy days, the film is separated from the soles and the ground. A grid-type air passage formed in the shape of a checkerboard that is not guided smoothly into the guide groove through which the air flows into the shoe through the side rim (cotton root), which is the seam of the upper and the sole, and flows into the shoe. Bottlenecks in the air can cause stagnant bottlenecks In addition, despite the characteristics of the light and elastic polyurethane material and cushioning and buffering capacity of the air holes to store air, the shock absorbing effect is insufficient and when shoes are worn, they are in a close state and do not support the weight of the sole of the foot. The inner concave arch portion (ARCH) of the metatarsal bones does not distribute the load coming to the entire surface of the sole of the foot, the fatigue of the foot is accumulated and there is a high possibility of flat foot occurs, there is a problem that requires a separate support.

In addition, to protect the ankles, knees and joints from impact, a shock absorbing shoe equipped with a plurality of elastic coil springs in the heel area was developed, and when walking due to the compression restoring force of the coil spring that contracts and relaxes according to the wearer's own weight. The shock absorbing effect distributes the pressure evenly, but the elastic column type compression coil spring is located on the bottom of the sole of the pressure pad so that the same elasticity can be applied regardless of the working point of the heel (the order in which the heel touches). At the same time, it acts as a repulsive force, causing an ankle or knee abnormality when walking, and it has insufficient support ability due to stable repulsive force. As it is a small spring, the compression restoring force is not good. Therefore, the spring is weak and easy to break. / S) There was a problem that is impossible.

The present invention has been made to solve the above problems,

Ventilation of insoles and midsoles, functional mesh of tourmaline material honeycomb structure, air storage hole, grid-type ventilation structure, antibacterial and bactericidal action, air purification, buffering effect, conventional air circulation By improving and reinforcing the structure of the food functional health shoe, the midsole is in close contact with the weight of the sole of the sole to support the weight, and the sole forms a circular intersection in the checkerboard grid air flow path so that there is no bottleneck. The air circulation is smooth and the elastic spring is installed to reinforce the cushioning function, but the bottom sole prevents slipping while preventing water from splashing into the shoe even when landing on wet ground such as rain or snow. Absorption of vibration of floor irregularities by forming depression of buffer function according to ring and floor irregularities It is a multi-functional and versatile device that forms a hexagonal structure with fine fine structure to adsorb fine particles such as sand, while simultaneously providing functions such as breathability, cushioning, buffering, antibacterial deodorization, anti-slip function, moisture diffusion prevention, and good supporting properties. Its purpose is to provide multiple functional health shoes.

Detailed description of the configuration of the present invention for achieving the above object by the accompanying drawings as follows and a detailed description of known components that may unnecessarily obscure the subject matter of the invention will be omitted.

The present invention is the upper part 10, the complexing part 11 is formed, the insole 20 in contact with the sole and the midsole 30 is provided with a plurality of vent holes 32 in the front, functional mesh network 40 of the fine honeycomb structure ), An air hole 52 for storing air and an air passage 51 having a lattice checkerboard shape through which air is circulated, a sole 50 having a plurality of air outlet holes 55 on the side, and a sole on the bottom In the air circulation functional health shoe 100 which laminates and forms 60 multiplely,

The midsole 30 is formed in the shape of the sole of the foot so as to stably support the sole arch and the heel, and penetrates the circular cushioning coil spring 58 that is closed by the heel-like flat cover 57. Form the ball 31,

 Outsole 50 has a plurality of circular cross-sections (51a) formed in the grid-shaped air passage (51) intersecting each other in the shape of the front of the checker board, a circular fixed to elastically fix the coil spring (58) on the back Forms a hole 54,

As a grounding part, the inner circumference of the bottom sole 60 adsorbs and stores the air holes and the concave-convex portion 62 of the fine holes adsorbing the grains of sand and the like into the side ring 61 as a sealing member to be separated at a minute interval from the ground. Each of the recesses 63 is formed to adsorb air when grounding, and at the same time forms an air cushion of a thin air film to absorb vibrations, prevent slippage, and block the diffusion of moisture in the air sealed state.

Stable elastic restoring force to absorb and mitigate shock applied to the foot by coil spring 58 seated in fixing hole 54 of sole 50, air distribution function without bottleneck, sole arch part and heel close together It is a multi-functional, multi-functional health shoe that greatly enhances the support of the soles, the shock absorbing effect of the air cushion function, and the prevention of water diffusion.

The present invention is a conventional air circulation functional health to perform air purification by discharging muddy wet air in a closed shoe through the air passage 51 formed in the functional mesh network 40 and the sole 50 of the antibacterial and bactericidal action The shoe structure is further improved and reinforcement to form the midsole 30 so as to stably support the arch and the heel of the middle of the sole. Circular cross-section (51a) to form a smooth air circulation, the heel portion of the sole 50 in the state of penetrating the elastic spring (58) with good elasticity through the midsole 30 and the functional mesh network 41 Stable mounting in the fixing hole (54) of the reinforcement of the heel buffer function according to the landing, but the bottom sole (60) prevents water from splashing even when landing on wet ground, such as during rain or snow Slip Side ring 61 to prevent the formation and the depression 63 of the cushioning function for adsorbing the air according to the bottom unevenness to additionally absorb the vibration of the bottom unevenness and the bottom uneven portion 62 is formed as a fine hole By adsorbing fine particles of foreign matter such as sand, it is possible to simultaneously implement a multi-functional, multi-purpose complex function that has the functions of breathability, cushioning, buffering, antibacterial deodorization, anti-slip, moisture diffusion, and good support. have.

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

The shoe 100 of the present invention is basically an opening 10 through which the foot is inserted into and taken out of the upper portion 10, and the upper portion 10 of the upper portion of the upper portion 10. Aeration hole 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, radiate heat and prevent the foot from slipping in the shoe 20, the bottom The furnace is a midsole 30 stably supporting the sole arch and the heel of the sole, a functional mesh network 40 that performs an antibacterial deodorization function as well as an air distribution function with a honeycomb structure made of fine mesh, and an air passage distributed all around ( 51) is formed and discharged to the outside through the air inlet and outlet 55 on the side of the waste wet air collected downward and performs the air purification function to accept the clean air from the outside at the same time The sole 50 which stably supports and supports the entire sole of the foot and the sole 60 which performs an anti-slip function in direct contact with the ground while implementing the cushioning effect with the air stored in the 52 are sequentially stacked. It is a configuration similar to the "air circulation functional health shoes" which the applicant has conventionally proposed as patent application 2004-46834.

As is known, upper 10 (upper) is made of a material such as leather or fabric paper, the appearance of the person's feet in the upper surface of the space where the foot of the human foot is provided with the ignition part (11) and the foot It protects effectively by wrapping it.

Insole 20 is a direct contact with the sole absorbs sweat, radiates heat and prevents the foot from slipping, the front of the circular ventilation hole 21 penetrates up and down the front and back repeatedly formed at equal intervals It is the composition.

The midsole of the bottom of the insole 20 according to the present invention is an improvement of the above-described prior art, and reinforces the sole arch portion so that the sole of the sole arch and the heel can be naturally and stably adhered to the sole of the sole of the curved shape ( insole), but a through hole 31 corresponding to the shape of the heel is formed at the rear thereof, and a cylindrical column is formed at the bottom thereof, and a balanced heel-shaped flat cover 57 is formed by the circular coil spring. (58) It is a configuration that implements a balanced support ability to reduce the burden on the ankle joint while receiving in the superimposed state by inserting inside and relieving the impact of the sole contacted with the cover 57, the most comfortable state according to the shape of the foot It provides shock absorption and bearing capacity that distributes pressure evenly, and the material has the proper hardness and elasticity at the same time. Materials such as polyurethane can be selectively applied.

In the present invention, the midsole 30 is formed in accordance with the sole of the foot, thereby reinforcing the arch portion of the middle and overlapping the flat cover 57 having a shape corresponding to the heel and a semi-permanent, durable high elastic coil spring 58. A narrow diameter coil that covers the fixing hole 54 of the sole 50 from the midsole 30 in a coupled state and is stably mounted in the form of a thick column to facilitate repair and replacement of the coil spring 58. By fixing a plurality of springs fixed elasticity and lack of stability to the ankle burden, there is an improved effect compared to the prior art difficult to repair after.

The functional mesh network 40 is laminated and mounted on the bottom of the midsole 30 is a fine hexagonal honeycomb structure coated with tourmaline ore powder, which performs antibacterial, deodorant, and constant temperature functions to reproduce microorganisms, bacteria, viruses, etc., Insoles 20, midsoles 30, and functional mesh nets to inhibit growth, remove odors, and release far infrared rays and anions to promote blood circulation and metabolism to achieve a complex synergistic effect of breathability and functionality. ) Is configured such that air or moisture are communicated with each other up and down through the vent hole, and a through hole 41 through which the coil spring 58 passes is formed at the rear end thereof.

      And the sole 50 of the light and elastic material is formed to form a checkerboard grid-shaped air passage 51 that crosses each other in front of the air in consideration of the flow of the stagnant when the air is guided to the guide groove 53 in the middle Through the air passage 51 by forming a plurality of circular intersections (51a) in the lattice-type air passage 51 one by one to prevent the bottleneck phenomenon to ensure a smooth air circulation, to secure a space for the air can be stored The air collected by the guide groove 53 is circulated to the outside through a plurality of air outlet holes 55 formed on the side to maximize the air circulation in the closed shoe.

       The guide groove 53 communicates with the tunnel-type air inlet and outlet holes 55 provided on one side of the sole 50, and is provided as an aperture hole 56a of the stopper 56 mounted to the air outlet and inlet hole 55. The waste air containing the moisture inside the shoe is discharged to the outside and the fresh air is sucked out. As is well known, the vent hole 56a having a diameter of 2.5 mm to 3 mm formed in the stopper 56 has a large grain outside. Moisture such as air or rainwater is prevented from flowing back to the inside, and the internal waste air in the form of small, hot heat vapor is pushed out to prevent the inflow of external moisture or foreign matter, which has been proposed in the prior patent.

In addition, a plurality of circular air holes 52 having a predetermined depth formed over the rear circumferential surface of the sole 50 serve as a cushioning member to cushion the air and lighten the sole when receiving the air during ignition.

In addition, the high-strength thick coil spring 58 is stably mounted in the circular fixing hole 54 formed at the rear end of the sole 50, and the cylindrical pillar of the cover 57 is inserted into the coil spring 58 so that the midsole ( Stabilizing the heel portion of the sole of the foot that the circular coil spring 58 is in contact with the cover 57 by acting as a support by passing through the through hole 31 of the 30 and the through hole 41 of the rear end of the functional mesh network 40 It will be held up and accommodated, which will alleviate the impact of the heel.

As a result, the sole 50 of the present invention has a circular and air hole 52 for storing air in a light and elastic material, a coil spring 58 for absorbing shock when grounding, and an air passage 51 for maximizing air circulation. Combined organically, they perform complex functions.

      As the ground portion, the bottom sole 60 has a side ring 61 formed in a predetermined thickness over the inner circumference as a sealing member to be spaced apart from the ground at a small interval, and the uneven portion 62 formed with the uneven hole of a minute size inside thereof. ) And depressions 63 are formed, respectively, to adsorb grains of sand and the like to the uneven portions 62 and to prevent slippage, and to adsorb air to the depressions 63 by its own weight when grounding the floor, and at the same time, The ring 61 expands as air pressure acts in a state that blocks air, thereby absorbing vibration by forming an air cushion of a thin air film, and especially when walking in wet places, especially in rainy weather or during snowfall. Air is adsorbed by the side ring and sealed by the side ring 61 to block the diffusion of water from the ground to form a film, so that the wet floor is wetted with the side of the sole Duri come up to the top (59) is prevented from flowing into the upper window boundary.

       That is, when the outsole 60 of the present invention touches the ground when landing, an air cushion is formed between the sole and the ground by a thin air film by the side rings 61 protruded at minute intervals, and at the same time, the closed inner space is Since the air is compressed and the sole 61 floats slightly from the ground by the compressed air (floating state) to block vibration, the depression 63 and the uneven part which adsorb air even in a state where the friction coefficient is reduced. The anti-slip function by the friction of 62 interacts together to perform a complex function that simultaneously realizes the convenience of movement and a cushioning effect.

 When walking in the functional health shoes of the present invention as described above, the user's sole arch and the heel slightly protrudes over the through hole 31 of the midsole 30 in a state of being naturally and comfortably seated by the midsole 30. Pressing the heel cover 57 to absorb the impact of the heel by the compression and restoring force of the elastic force of the coil spring 58, and the long-term walking wet turbidity air vent 21 of the insole 20, midsole ( 30 through the ventilation hole 32, the functional mesh network 40 is collected in the air passage 51 of the sole 50, and the collected waste wet air passes through the guide groove 53 and the air inlet and outlet of the side It is to be released to the outside via (55).

In addition, the waste wet air in the new room that is pushed down at once is dispersed by the checkered grid-like air passage 51 and guided to the guide groove 53, so that a plurality of circular crosses are formed in the grid-type air passage 51 one after the other. By temporarily storing the air in the unit 51a, the bottleneck is prevented, and the air is smoothly circulated. The air discharge stopper 56 having the fine diameter vent hole 56a is formed with large grains of external air or rainwater, etc. It prevents the backflow of the internal waste air in the form of steam of small heat and hot air is pushed out and released to the outside of the shoe. At this time, the functional mesh network 40 performs antibacterial, deodorant, and constant temperature functions in the shoe to provide microbes and bacteria It suppresses the growth and growth of viruses and the like and removes odors.

On the other hand, in the sole 60, the air adsorbed to the depression 63 by its own weight is sealed by the side ring 61, and the shock is alleviated by the flotation action by the air compression. The prevention function is also implemented, and the uneven part 62 also absorbs the grains of sand and the like and prevents slipping, thereby realizing a composite synergistic effect.

Also, when walking in wet places during rainy or snowy days, the anti-slip function due to the friction between the recess 63 and the uneven portion 62, which adsorbs air even in a state where the coefficient of friction is reduced, moves in a complementary manner. The convenience and buffering effect of the will be realized at the same time.

The present invention described above can be attached to all shoes such as safety shoes, sneakers, hiking boots, military boots, ladies shoes, as well as shoes, the technical idea of the present invention to those skilled in the art Various substitutions and changes can be made without departing from the scope of the present invention.

As described above, the composite functional health shoe of the present invention absorbs the pressure when the weight is applied to the foot, and the shock absorbing power and the stable support function to distribute the pressure evenly in the most comfortable state according to the shape of the foot, The air purifying function can be carried out as a simple structure, and thus it is equipped with the functions of breathability, cushioning, buffering, antibacterial deodorizing function, anti-slip function, moisture diffusion prevention, and good supporting property, etc. It can be worn and has the effect of performing a multipurpose versatile function as one.

Claims (2)

Upper 10 in which the ignition portion 11 is formed, the insole 20 in contact with the sole and the midsole 30 is provided with a plurality of vent holes 32 in the front, functional mesh network 40 of fine honeycomb structure, air Air holes 52 for storing the air and the air passage 51 in the form of a grid-shaped checkerboard circulating air, the sole 50 having a plurality of air outlet holes 55 on the side at the same time, the sole 60 on the bottom In the air circulation functional health shoe 100 which forms a multilayer in multiple, The midsole 30 is formed in the shape of the sole of the foot so as to stably support the sole arch and the heel, and penetrates the circular cushioning coil spring 58 that is closed by the heel-like flat cover 57. Balls 31 are formed, and the sole 50 has a plurality of circular intersections 51a formed one by one in the grid-shaped air passage 51 crossing each other in a checkerboard shape on the front side, and a coil spring 58 on the rear side. ) Forms a circular fixing hole (54) for elastically fixing, and as a grounding part, a sand member such as sand is inserted into the side ring (61) as a sealing member to be separated at a minute interval from the ground on the inner circumference of the bottom sole (60). By forming the recesses and recesses 62 of the fine holes to adsorb and the recesses 63 to adsorb and store the air, the air is absorbed at the bottom of the ground and a thin air membrane is formed to absorb vibrations and prevent slipping. Multifunctional health shoes characterized in that the configuration to block the diffusion of water in the air sealed state 2. The circular single cushioning coil spring (58) according to claim 1, wherein the circular single buffer coil spring (58) receives the cylindrical column of the cover (57) and is inserted into the through hole (31) of the midsole (30) and the rear end of the functional mesh network (40). Complex functional health shoes, characterized in that the structure to stably support the heel portion of the sole in contact with the cover 57 and to reduce the impact load due to landing by acting as a strut through the through-hole 41

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