KR101998706B1 - Health shoes - Google Patents

Abstract

The present invention relates to a vibrating functional healthy shoe capable of improving a blood stream and having an acupressure structure. The vibrating functional healthy shoe comprises: an upper: a middle sole disposed on a bottom surface of the upper; an outsole disposed on a bottom surface of the middle sole; and an acupressure protruding unit made of an elastic material, and protruding downward from an area corresponding to an arch of a sole of a wearer at a lower surface of the outsole. The acupressure protruding unit comprises: an inner support configured to support an inner arch of the arch of the sole; an outer support configured to support an outer arch; and a relay support configured to connect the inner support and the outer support to each other, such that an arch area of the sole is consistently stimulated by the acupressure protruding unit which is compressed and restored repeatedly when the wearer walks, thereby treating and ameliorating a body organ at a location of a corresponding acupuncture point.

Description

{HEALTH SHOES} Vibration Functional Health Shoes with Blood Flow and Chiropractic Structure

The present invention relates to a functional health shoe, and more particularly, to a functional health shoe, in which the arch region of the soles of a wearer is constantly stimulated by stimulating the arch region to improve the blood flow, Is a technique relating to a vibration functional health shoe equipped with a vibration.

In general, the functional health shoes are provided with a cover which protects the foot of the wearer and a footwear which is provided on the underside of the cover and protects the foot from the bottom, thereby imparting functionality to the health promotion.

For example, in recent years, a functional shoe has been proposed in which a sole of a shoe is implemented in an arc shape to allow rolling motion, that is, massage walking, and a functional shoe having a function of preventing slippage is proposed, And a functional shoe for absorbing a shock generated during a walk are variously proposed and used.

Although such functional shoes are manufactured to fit their functions, it is surely beneficial to the health promotion of the wearer. However, there is a demand for a new functional shoe which is more useful for promoting the health of the wearer in various ways according to the well-being age.

In particular, a functional shoe is proposed in which an arch region of the sole can be shrunk by an external pressure generated when a person is walking.

Korean Registered Patent No. 10-1178602 (registered on August 24, 2012, hereinafter referred to as "Document 1") "Shoe sole with airbag"

Reference 1 refers to a shoe sole having an airbag that forms an airbag and a protrusion on the shoe sole so as to support the arch of the user's foot and stimulate the shoe so that the pancreas of the user reacts to improve the health of the user. The airbag is installed on the upper part of the shoe sole at the position where the protrusion is formed and the pancreas and the duodenum are attached to the arch part of the foot stimulated by the airbag. By stimulating the connected acupuncture points, diabetic patients promote insulin secretion and the like, thereby promoting the health of the consumer, preventing deformation of the arches of the feet, such as flat feet, and returning the collapsed arches to their normal shape , Because the pressure is not applied to the arch part continuously, Sokhaeseo a description of the shoe sole with an air bag that the effect can be.

In the meantime, a functional shoe which is useful for improving health such as improvement of blood flow by using vibration generated by external pressure generated when walking among functional shoe is proposed,

Korean Patent Registration No. 10-1121540 (Registered on Feb. 22, 2012, hereinafter referred to as "Document 2") discloses a functional health shoe having a vibration device for improving blood flow,

In Document 2, vibrations and magnetic forces are generated by the repulsive force of magnets as well as absorbing shocks as the shape changes due to the external pressure generated during walking, thereby doubling the interest of walking and stimulating blood to improve blood flow The present invention relates to a functional health shoe provided with a vibration device for improving blood flow.

Another technique is disclosed in Korean Patent Registration No. 10-1198699 (Registered on November 11, 2012, hereinafter referred to as Document 3), " a shoe having vibration generating and shock absorbing means incorporated therein,

Reference 3 discloses a shoe formed by combining an outsole, a midsole, an insole, and an upper, wherein a separate vibration generating and buffering means is formed on the top of the outsole, and the midsole has a through- And the insole is provided with a receiving portion for allowing the upper portion of the vibration generating means and the buffer means to protrude so that the walking impact directly acting on the human body through the heel is effectively mitigated so that even if the user wears the shoe for a long time, The vibration generating unit acting from the pressing force by the weight of the user repeats the contraction and relaxation of the muscle cells due to the vibration induction so as to produce the continuous massage effect on the feet having the weight, , And as a user The vibrating action which induces the interest of gold provides a pleasure to walk while doubling the pleasure of wearing and walking, so that it is a technique related to a shoe having a built-in vibration generating and buffering means that can contribute to health by enhancing the user's active power .

Another technique is disclosed in Korean Patent Registration No. 10-1231022 (Registered on March 21, 2013, hereinafter referred to as Document 4), "a shoe with a built-in vibration generating means"

In Patent Document 4, vibrating means having a magnet body vibrating infinitely upward and downward by a repulsive force between each other is embedded in a forefoot of a shoe, and the shoe is formed on the upper part of the outsole by an elastic member layer, Layer and the inner skin are sequentially formed on the inner surface of the elastic member layer and the elastic member layer and the midsole are formed with receiving grooves for embedding the vibration generating means, The fatigue feeling is significantly reduced and the vibration generating means acting by the walking impact repeatedly shrinks and relaxes the muscle cells due to the vibration induction so as to produce a continuous massage effect on the feet where the weight is concentrated, Improvement can prevent swelling of the feet, and smooth blood circulation It is possible to prevent the occurrence of discomfort or odor due to the high temperature in the toe portion due to the high temperature, and to prevent the growth of bacteria and various foot related diseases caused thereby, and the vibrating action which causes the user to be interested, Is a technique related to a shoe that incorporates a vibration generating means capable of contributing to health by enhancing a user's active power by providing pleasure to walk while doubling the pleasure of the user.

Literature 1. Korean Patent Registration No. 10-1178602 (Registered on August 24, 2012) Document 2. Korean Patent Registration No. 10-1121540 (Registered on February 22, 2012) Document 3. Korean Patent Registration No. 10-1198699 (Registered on November 11, 2012) Document 4. Korean Patent Registration No. 10-1231022 (Registered on February 21, 2013)

The foot of the sole is projected downward in a region corresponding to the arch region of the foot so that the arch region of the sole is compressed by an external force when the wearer is walking, The present invention provides a vibration functional health shoe having a blood flow improving structure and an acupressure type structure capable of greatly improving the healing and improving function of the body organs at the acupuncture points have.

Further, since the vibration generating means is embedded in the middle sole of the shoe in a state where the vibration generating means is concealed in the acupressure unit where the acupressure effect can be expected, the structure is simple and easy to manufacture, and the effect of vibration and the effect of acupressure And to provide a vibration functional health shoe equipped with a biped structure.

In addition, since the elastic spring is fitted to each acupressure projection and the elastic spring is realized in various forms, when the soles of the wearer are separated from the ground surface when walking, a force pushing the soles toward the soles is given, The object of the present invention is to provide a vibration functional health shoe equipped with a blood flow improving structure and blood pressure reducing structure that can be used for restoring an acupressure projection that has been compressed by an external force and preventing lateral deformation.

According to an aspect of the present invention, there is provided a vibration functional health shoe having improved blood flow and an acupressure structure,

Upper;

A middle sole disposed on a bottom surface of the upper;

An outsole disposed on a bottom surface of the middle sole; And

An acupressure projection protruding downward from a lower surface of the outsole in a region corresponding to an arch of a wearer's foot;

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The acupressure projection includes an inner support for supporting an inner arch in an arch of a sole, an outer support for supporting an outer arch, and a relay support for connecting the inner support and the outer support to each other.

A vibration functional health shoe equipped with a blood flow improving structure and an acupressure type structure according to the present invention,

There is a great effect that the arch region of the sole is constantly stimulated through the acupressure protrusion which repeats the process of compressing and restoring when the wearer walks, so that the healing and improvement of the body organ of the acupuncture point can be achieved.

In addition, it absorbs the impact generated when walking, so that it can be comfortably walked. In addition, since the vibration causes the pedestrian to be interested, it will be a more pleasant walking, and since the magnetic force is transmitted more effectively when the vibration occurs, Stimulates blood circulation and promotes blood circulation, thereby improving health.

In addition, it is possible to walk more comfortably through the elastic spring fitted to the acupressure projection, to help restoration of the acupressure projection, and to contribute to prevention of deformation of the acupressure projection, thereby improving durability.

Also, the diameter and arrangement of the acupressure protrusions are realized in various patterns in consideration of the shape of the sole of the wearer and the distribution of the weight of the wearer, thereby contributing to the convenience of use and health promotion of the wearer.

In addition, the wearer's toe joint movement can improve blood circulation, the weight distribution can be made uniform according to the skeleton, and the right posture can be walked from the outer side of the sole to the inner big toe.

Brief Description of Drawings Fig. 1 is an exploded perspective view showing a wearer's blood flow improvement and a vibration functional health shoe equipped with an acupressure type structure according to the present invention. Fig.
Fig. 2 is a rear three-dimensional configuration diagram for showing the outsole and the pressure-
FIG. 3 is a side and frontal view for showing the outsole and the pressure-
Fig. 4 is a plan view showing a vibration generating means and a shiatsu pressure unit,
5 is a side cross-sectional view partially showing the vibration generating means and the acupressure unit,
6 is a side cross-sectional view partially showing the vibration generating means and the acupressure unit of the first embodiment,
Fig. 7 is a side cross-sectional view partially showing the vibration generating means and the acupressure unit of the second embodiment,
8 is a side cross-sectional view partially showing the vibration generating means and the acupressure unit of the third embodiment,
Fig. 9 is a plan view showing acupressure projection having different diameters and their arrangement patterns, Fig.
Fig. 10 is a perspective view showing a three-dimensional structure and a planar view for showing another example of the elastic spring,
11 is a partial cross-sectional view showing a state in which another example elastic spring is mounted,
12 is an exploded perspective view showing the vibration generating means of the first embodiment;
Fig. 13 is a cross-sectional structural view of Fig. 12,
Fig. 14 is a view showing a coupling section of the vibration generating means of the second embodiment; Fig.

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

Prior to this, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms, and the inventor should appropriately interpret the concepts of the terms appropriately It should be interpreted in accordance with the meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

2, the front side of the outsole is referred to as the front side, the front side of the front side is referred to as the front side, and the outsole side of the rear side is referred to as the rear side (rear side) ) Or the rear direction.

As shown in FIGS. 1 to 14, the vibration functional health shoe equipped with the blood flow improving and pressure-

The upper sole 10, the middle sole 20, the outsole 30 and the acupressure protruding portion 70.

Looking at each configuration,

The upper (10)

As shown in Figure 1,

It may be made of various materials such as leather, synthetic leather, synthetic resin, etc., and it may be wrapped around the foot (for example, men's shoes) or only the foot (for example, slippers or slippers ) Or a shape that covers both the instep and the heel (e.g., a woman's shoes, etc.).

The middle sole 20 is

As shown in Figures 1 and 5,

Is disposed on the bottom surface of the upper (10)

And has a structure corresponding to the bottom surface of the upper (10).

At this time, the middle brush 20 has an annular step portion 21 on which a plate 61 covering a recess 40 to be described later is mounted. The stepped portion 21 has a space size corresponding to the thickness of the plate 61 so that the upper surface of the middle brush 20 and the upper surface of the plate 61, The upper surface of the plate 61 forms a single flat surface which is mutually connected without bending.

5, an annular receiving projection 22 for supporting the end of the acupressure projection 63, which will be described later, is formed in the area corresponding to the bottom of the recess 40 in the middle brush 20, Can be formed.

The outsole (30)

As shown in Figs. 1 to 3,

Is disposed on the bottom surface of the middle sole (20)

And has a structure corresponding to the bottom surface of the middle brush 20.

The acupressure projection (70)

As shown in Figs. 1 to 3,

And is disposed at an area corresponding to an arch of the wearer's sole on the lower surface of the outsole 30 for supporting the arch of the wearer's soles when walking.

Inner support (71) for supporting the inner arch in the arch of the sole,

An outer support 72 for supporting the outer arch from the arch of the sole, and

A relay support (73) for connecting the inner support (71) and the outer support (72)

And is made of an elastic material which is compressed by an external force and is restored when the external force is released.

At this time, the inner support 71, the outer support 72, and the relay support 73 are integrally formed so as to protrude downward from the lower surface of the outsole 30.

First, to explain the functions and effects of the above-described acupressure stick projection 70,

There are only 33 joints, 26 bones, and 52 bones in both feet and ankles, accounting for one-quarter of all bones in the human body. There are more than 100 muscles, tendons and ligaments.

In addition to this structure, the nerve endings and various sensory receptors in the plantar skin allow the user to respond to the pain, tingling, itching, coolness, hotness, softness, roughness, pressure, vibration and self-acceptance felt while walking, walking and jumping.

The big toe plays an important role in controlling the direction each time you move your weight back and forth. In addition, the three arches on the foot, the heel, the long inner and outer arch between the front axle, and the arch protruding between the front axle form the basis of the whole body.

Therefore, a lot of people who do not have the role of arches that support the body go to the knees, hips, pelvis, and spine.

As you get older, this problem becomes even bigger. Compared to adolescence, the surface of the sole becomes much more insensitive as the middle age, and the problem becomes even worse over time, and the sensitivity of the sole of a 70-year-old is only half that of a 60-year-old. In the end, fragile and insensitive feet increase the incidence of falls and consequently threaten the brain and survival itself.

In order to solve such a problem, the acupressure projection 70 is provided in the present invention in order to improve the blood flow and protect the joints by stimulating the arch region of the sole, which is the foundation of the whole body, .

The inner supporter 71 of the acupressure projection 70 presses against the ground during the wearer's walking and compresses the inner arch region in the arch region of the sole while compressing to constantly stimulate the acupoint positions such as the stomach and pancreas, , Diabetes and metabolism of the pancreas.

The outer support 72 of the acupressure projection 70 presses against the ground during the walking of the wearer and compresses the outer arch region in the arch region of the sole while compressing it, thereby continuously stimulating the acupoint positions such as the heart, spleen, bronchus, Arrhythmia and angina to the spleen, anemia to the spleen, vomiting and muscle spasms, asthma to the bronchial tubes, and cough.

Then, the relay support 73 of the above-mentioned acupressure projection 70 is pressed against the ground during the walking of the wearer, thereby pressing the center arch region (that is, the central boundary region between the inside and outside arch regions of the sole of the foot) , Kidney, small intestine and the like can be continuously stimulated to heal and improve hypertension, arteriosclerosis and swelling of the kidney, digestion and absorption of diarrhea, diarrhea and abdominal pain.

As a result, when the wearer is walking, the reflector concentrated on the foot is continuously stimulated to promote the function of the related organs, thereby naturally healing and improving the disease.

2, each of the bottom surfaces of the inner support 71, the outer support 72 and the relay support 73 of the pressure-relief projection 70 forms a single surface to be connected to each other, The outer support 72 is inclined to the inner support 71 side and the step between the bottom end of the inner support 71 and the bottom end of the outer support 72 G) of 1 to 1.5 mm is preferable.

When the inner support 71 is inclined from the outer support 72 toward the inner support 71 side, the end of the inner support 71 is lower than the end of the outer support 72 So that the inner support 71 is compressed and then the outer support 72 is brought into contact with the surface of the ground after the inner support 71 is compressed. This can protect the joints of the knee and the like when the wearer is walking, and can increase the fatigue against the arch region of the foot while allowing the weight to be evenly distributed outside the arch of the foot, thereby minimizing the fatigue of the foot.

3, the outsole 30 is positioned on the front outsole 30A and the outsole 30B on the rear side with respect to the pressure-guiding protrusion 70 in a state in which the pressure-contacting protrusion 70 is in contact with the ground, It is preferable that the front outsole 30A has a separation distance H1 from the ground of 10 mm and the rear outsole 30B has a separation distance H2 from the ground of 5 mm. This causes the weight of the wearer to be weighted on the front outsole 30A that is first touched to the ground during the walk, and then the weight distribution is shifted to the above-mentioned acupressure protrusion 70, thereby pressing the arch region of the foot. The weight distribution is gradually reduced to the rear outsole 30B while the weight distribution is shifted to the rear outsole 30B. However, the difference in level difference between the acupressure lug 70 and the rear outsole 30B is not large, So that the weight of some of the body parts can be continuously distributed to the acupressure projection 70, thereby continuously stimulating the arch region of the foot.

2, it is preferable that the inner support 71 and the outer support 72 in the finger pressure protrusion 70 have a square columnar structure and the relay support 73 has a circular columnar structure, And may be variously modified and changed within a range that satisfies a condition capable of stimulating the corresponding region of the foot.

3, an inner support 71, an outer support 72, and a relay support 73 of the pressure-guiding protrusion 70 are integrally or internally connected to each other, The air chambers 74 are formed such that the supports 71, 72 and 73 are compressed when the wearer walks and the air filled in the air chamber 74 is spread evenly. At this time, 72, and 73 are dispersed evenly by a pressure applied by the corresponding portion of the outsole 30 to the arch region of the sole. And also helps to improve the resilience of each of the supports 71, 72, 73 that have been compressed.

In the meantime, the vibration functional health shoe equipped with the blood flow improving and acupressure type structure according to the present invention

A recess 40 recessed downward from the upper surface of the middle sole 20 to an area corresponding to the front soles or hind feet of the wearer,

Vibration generating means (50A, 50B) arranged at the bottom central region of the recess (40)

A space 61 formed to cover the recess 40 and a vibration generating means 50A and 50B formed in a center region of the lower surface of the plate 61; (60) having a plurality of acupressure projections (63) arranged along the circumference and protruding downward,

.

The recess (40)

As shown in Figures 1, 4 and 5,

And has a space structure that is recessed downward from an upper surface of the middle sole 20 to an area corresponding to the front soles or hind feet of the wearer or both of them.

As a result, the recess 40 has a spatial structure close to the circular shape.

Hereinafter, it is shown that the recess 40 is formed only in a region corresponding to the front foot of the wearer, but the present invention is not limited thereto. In the middlesole 20, It is obvious that the recess 40 can be formed anywhere.

The vibration generating means (50A, 50B)

As shown in Figs. 1, 5, 11 to 14,

Is disposed in the bottom central region of the recess (40) to generate vibration,

In the following description, reference numeral 50A denotes a vibration generating means of the first embodiment, reference numeral 50B denotes a vibration generating means of the second embodiment, and reference numeral 50B denotes a vibration generating means of the second embodiment. .

As shown in Figs. 12 and 13, the vibration generating means 50A of the first embodiment

A case 51 having an internal accommodating portion 511,

A first stationary magnet 52 disposed above the receiving portion 511 of the case 51,

A second stationary magnet 53 disposed below the receiving portion 511 of the case 51 and disposed on the same vertical line as the first stationary magnet 52,

A vibratable first diaphragm 54 and a second diaphragm 55 disposed between the first fixed magnet 52 and the second fixed magnet 53 in the accommodating portion 511 of the case 51,

A first moving magnet 56 provided at one end of the first diaphragm 54 and generating a repulsive force with the first stationary magnet 52,

A second moving magnet 57 provided at one end of the second diaphragm 55 and generating a repulsive force with the second stationary magnet 53,

The first diaphragm 54 and the second diaphragm 55 are coupled to the receiving portion 511 of the case 51 and disposed between the first flowing magnet 56 and the second flowing magnet 57, A vibration frame 58 to which the other ends are connected,

.

As shown in Fig. 14, the vibration generating means 50B of the second embodiment

A case 51 having an internal accommodating portion 511,

A pair of first stationary magnets 52 disposed on the upper side of the accommodating portion 511 of the case 51 so as to be spaced from each other laterally,

A pair of second fixed magnets 53 spaced laterally from each other below the receiving portion 511 of the case 51 and disposed on the same vertical line as the first fixed magnets 52,

A post 512 protruding upward from the center of the bottom of the receiving portion 511 of the case 51,

A vibratable first diaphragm 54 and a second diaphragm 55 connected to the posts 512 and disposed on both sides of the posts 512,

A first stationary magnet 52 and a second stationary magnet 53 which are provided on the end of the first diaphragm 54 and are located on the left side of the first stationary magnet 52 and the second stationary magnet 53, A first flowing magnet 56 generating a repulsive force, and

A first stationary magnet 52 and a second stationary magnet 53 which are provided at the ends of the second diaphragm 55 and are located on the right side of the first stationary magnet 52 and the second stationary magnet 53, The second flowing magnet 57, which generates repulsive force,

.

The case 51 may be composed of an upper powder body 51a and a lower powder body 51b which are opposed to each other and can form the receiving part 511 when they are coupled to each other. It is preferable to use a material such as plastic or rubber rather than metal in general.

The first stationary magnet 52 and the second stationary magnet 53 are not limited as long as they can be in a repulsive relationship with the flowing magnet, but they are preferably permanent magnets having N poles and S poles .

The first stationary magnet 52 and the second stationary magnet 53 are attached to the accommodating portion 511 of the case 51 by an adhesive means or by grasping and grooving an arbitrary groove Method or the like.

The first diaphragm 54 and the second diaphragm 55 are made of an elastic material and are preferably formed in a thin and long shape for high elasticity and the material is preferably an alloy of copper and zinc .

In addition, the first diaphragm 54 and the second diaphragm 55 may be curved or leveled at a predetermined curvature according to the arrangement structure between the magnets.

The first moving magnet 56 and the second moving magnet 57 are magnets that are not fixed in motion and can move together with vibration of the diaphragm.

Therefore, the vibration generating means 50A and 50B of the first and second embodiments cause the diaphragms to generate vibrations by the magnetic force formed between the fixed magnets and the moving magnets, thereby allowing the wearer wearing the shoes to swing the foot So that vibration can be felt.

The acupressure unit (60)

And is designed to evenly press the sole of the wearer by an external pressure generated when the wearer makes a walk,

A plate 61 covering the recess 40,

A space 62 formed in the central area of the lower surface of the plate 61 so as to conceal the vibration generating means 50A and 50B,

A plurality of acupressure projections 63 disposed along the periphery of the space 62 and protruding downward,

.

At this time, it is preferable that the space portion 62 has a space size corresponding to the case 51 of the vibration generating means 50A and 50B.

It is preferable that the plate 61 and the pressure-relief protrusions 63 are made of an elastic material deformed by an external force and restored when an external force is released.

On the other hand, the shaving unit 60 should be provided with a structure for fixing the vibration generating means 50A, 50B disposed in the space 62,

6, a support 64 is provided to elastically support the case 51 of the vibration generating means 50A and 50B, wherein the support 64 supports the vibration generating means 50B and the vibration generating means 50A, 50B and the vibration generating means 50A, 50B, the vibration generating means 50A, 50B is formed to protrude downward from the space portion 62, And is formed integrally with the protrusion 63 so as to be connected to each other.

The support 64 is integrally formed with the plate 61 so that it is made of the same elastic material as the plate 61 so that the support 64 is supported by the case of the vibration generating means 50A and 50B 51) are fixed and fixed. At this time, the case 51 may be fixed once more to the bottom of the space 62 with an adhesive, an adhesive tape, or the like.

7, the case 51 of the vibration generating means 50A and 50B is provided with the adhesive layer 66 and the elastic spring 65 fitted to each of the pressure-contacting protrusions 63. As a result, As shown in FIG.

At this time, the adhesive layer 66 is made of a cured adhesive or an adhesive tape, and the elastic spring 65 returns to a circular shape upon release of the pressure when each of the contact pressure protrusions 63 is pressed (deformed) And also functions to push the soles of the wearer toward the wearer's feet when the soles fall from the ground at the time of walking.

8, the inner pressure-contacting projections 63 adjacent to the case 51 of the vibration generating means 50A, 50B among the pressure-contacting protrusions 63 are arranged in the space portion 62 The case 51 of the vibration generating means 50A and 50B is stably fixed to the space portion 62 by being supported by the inner pressurizing protrusions 63. As a result, do.

In addition, an elastic spring 65 is fitted to the rest of the pressure-relief projections 63. The elastic spring 65 can be fitted to the inner pressure-relief projection 63. However, It is preferable that only the outer pressure-relief projections 63 are provided because the support fixing force to the case 51 may be partially lost due to the interference by the elastic spring 65. [

Further, each of the acupressure projections 63 has a length larger than that of the case 51 of the vibration generating means 50A and 50B. The length is not largely different but is about 1 to 1.5 mm.

As shown in FIG. 11, it is preferable that the pressure-relief projections 63 are provided with pneumatic pressure relief holes 67 formed to penetrate them vertically so as to relieve internal air pressure.

9, each of the acupressure projections 63 of the acupressure unit 60 may have one or more different diameters and may be arranged in various patterns in consideration of the shape of the sole of the wearer, the distribution of the body weight, and the like.

For example, in the case of a wearer wearing a weight much to the outer region of the front sole, the acupressure projection in the outer region may be arranged in a pattern such that the diameter is larger than the acupressure projection in the inner region.

As another example, in the case of a wearer who weighs a lot of weight to the outer region of the front sole, the acupressure projection in the outer region may be arranged in a pattern larger than the acupressure projection quantity in the inner region.

In the present invention, as shown in Fig. 4, three acupressure protrusions are disposed forwardly on a hypothetical reference line that divides the front sole into left and right portions, and four acupressure protrusions are disposed rearwardly. And three acupressure protrusions are disposed on the upper surface of the body.

11, the pressing protrusions 63 of the respective acupressure protrusions 63 are fitted with the elastic springs 65, and the spirals 631 are formed along the outer circumferential surface of the acupressure protrusions 63. At the upper end of the acupressure protrusions 63, Respectively.

10 and 11, the elastic spring 65 includes a spring powder 651 having an annular portion 651a corresponding to the spiral portion 631 and extending in a spiral shape to form a plurality of layers, And a pressing portion 652 extending from both ends of the spring powder 651 and wound around the annular portion 651a.

The pressing portion 652 is wound on the outer side of the annular portion 651a so that three large protrusions 652a and three small protrusions 652b are alternately formed to form a triangle shape as a whole.

That is, since the pressing portion 652 is formed by the large protruding portion 652a, it can be gripped easily during shoe manufacturing, and can be easily rotated after it is fastened to the spiral portion 631 of the acupressure projection 63 Effect.

In addition, the most stable shape among the rectangular or polygonal shapes is a triangular shape, which can easily slip when it is gripped and rotated, but the triangular shape, which is the shape of the pressing portion 652, It is possible to obtain an effect of easy gripping and fastening because the operator's finger can not be easily removed even if the gripping area is widened due to the large gripping area.

The pressing portion 652 divides the surface formed between the additional surface formed by the small protrusion 652b, that is, between the large protrusion 652a, into two surfaces, Thereby realizing an effect of preventing the finger from slipping.

Therefore, the elastic spring 65 is fixedly coupled to the spiral portion 631 of the pressurizing protrusion 63 by the annular portion 651a, and in this state, the pressing portion 652 of the elastic spring 65 is engaged with the plate (61) side.

The resilient spring 65 of this structure is prevented from being arbitrarily released from the engagement in various conditions regardless of the mode of use, vibration size, and impact.

While the present invention has been described with reference to the accompanying drawings, it should be understood that various changes and modifications may be made by those skilled in the art without departing from the spirit and scope of the present invention as defined by the appended claims. And such variations and modifications are to be construed as being within the scope of protection of the present invention.

10: Upper
20: Middlesol
21:
22:
30: Outsole
30A: Front outsole
30B: rear outsole
40: recess
50A, 50B: vibration generating means
51: Case
511:
512: Post
52: first fixed magnet
53: second fixed magnet
54: first diaphragm
55: second diaphragm
56: first flow magnet
57: second flow magnet
58: Vibrating frame
60: pressure unit
61: plate
62: space portion
63: acupressure projection
631:
64: Support
65: Elastic spring
651: Spring powder
651a: annular part
652:
652a: large protrusion
652b: small protrusion
66: Adhesive layer
67: Air pressure relief hole
70: acupressure protrusion
71: Inner support
72: Outer support
73: Relay support
74: Air room

Claims (7)

Upper 10;
A middle sole 20 disposed on a bottom surface of the upper 10;
An outsole 30 disposed on a bottom surface of the middle sole 20;
A recess 40 in the upper surface of the middle sole 20 that is recessed downwardly in an area corresponding to the front foot or hindle floor of the wearer or both;
Vibration generating means (50A, 50B) arranged in the bottom central region of the recess (40);
A space 61 formed to cover the recess 40 and a vibration generating means 50A and 50B formed in a center region of the lower surface of the plate 61; (60) having a plurality of acupressure projections (63) arranged along the circumference and protruding downward; And
An acupressure protrusion 70 of an elastic material protruding downward from a lower surface of the outsole 30 in a region corresponding to an arch of the wearer's sole;
Lt; / RTI >
The acupressure projection 70 includes an inner support 71 for supporting the inner arch in the arch of the sole, an outer support 72 for supporting the outer arch and an inner support 71 and an outer support 72 And a relay support (73) connected to each other. The vibrating functional health shoe is equipped with a blood flow improving and an acupressure type structure.
The method according to claim 1,
The bottom surfaces of the inner support 71, the outer support 72 and the relay support 73 in the finger pressure projection 70 form one surface to be connected to each other. In the outer support 72, 71), and a step (G) between an end of the bottom surface of the inner support (71) and an end of the bottom surface of the outer support (72) is 1 to 1.5 mm. Vibration functional health shoes with structure.
3. The method of claim 2,
The outsole 30A is divided into a front outsole 30A and a rear outsole 30B with respect to the pressure-sensitive projection 70 in a state that the pressure- Wherein the distance H1 from the ground is 10 mm and the distance H2 from the ground to the rear outsole 30B is 5 mm.
The method of claim 3,
Wherein the inner support (71) and the outer support (72) in the finger pressure protrusion (70) have a square columnar structure and the relay support (73) has a circular columnar structure. Vibration functional health shoes.
5. The method of claim 4,
The inner support 71, the outer support 72, and the relay support 73 of the finger pressure projection 70 are formed with an air chamber 74, which is formed integrally or separated from each other, Vibration functional health shoes with improved blood flow and an acupressure structure.
delete 6. The method according to any one of claims 1 to 5,
A support 64 for elastically supporting the periphery of the vibration generating means 50A and 50B and an elastic spring 65 fitted to each of the acupressure protrusions 63 are further provided Functional health shoes equipped with a blood pressure structure and improved blood flow.

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