KR20180090548A - Correcting apparatus for toes - Google Patents

Abstract

The present invention relates to a correcting device for toes, capable of performing acupressure treatment and correction of toes as a correction protrusion is inserted between the toes. Specifically, the correcting device for toes can absorb impact and pressure due to the weight applied to the sole of a foot, specifically, to a foot part connecting a forefoot part and a mid-foot part when a user walks since the correcting device for toes is formed on a bottom support unit. The correcting device for toes includes a shock absorbing unit including a first shock absorbing unit formed to be concave from the bottom of a foot part support unit supporting a middle toe joint of the user to the upper side, to improve toe correcting effect by deforming the bottom support unit. Specifically, according to the present invention, the correcting device for toes can correct the toes so that the toes are flexible, by separating the toes. The correcting device for toes can improve the structure, function, and role of toes and, therefore, can facilitate metabolism such as blood (oxygen and nutrient supply) circulation. The correcting device for toes can balance the right and left of the feet, the toes, and the whole human body and enables a user to conveniently wear the correcting device for toes and live without foreign body sensation when the user walks by using ergonomic structure design.

Description

CORRECTING APPARATUS FOR TOES}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a toe correcting tool in which a correcting projection is fitted between toes to perform acupressure or correction.

In particular, the present invention improves the structure, function and role of the toes by flexing and flexing the toes to improve metabolism such as circulation of blood (oxygen, nutritional supply) and to balance the feet, toes, and the entire body And the ergonomic structure design enables the wearer to wear comfortably without any foreign body feeling when walking.

As the level of income increases, the awareness of health is rising naturally. As a result, the toes, feet, especially the toes, which are the basis of the body, affect the improvement of body shape and constitution, The importance of the right type of toe is emerging.

In particular, the toe is the base part of all the body since the human being started to walk upright, and the toe (phalanx and metatarsus) plays an important role as the most movement in the lowest part when walking and walking, It does the same thing as a switch sensor, which is responsible for the most part, such as movement and movement, so walking or standing in the correct posture helps to maintain health.

However, when the right gait or standing posture is not maintained, the joints forming the toe are deformed, and the joints from the toes to the knees, pelvis, waist, spine, internal organs, shoulders, neck, Legs, X-legs, pelvic imbalance, shoulder imbalance, spondylolisthesis, scoliosis, blood circulation disorders, and walking disorders occur throughout the body.

Moreover, contemporary people, especially the beauty of the health of the toes including the toes is neglected, the beauty is only interested in using high-heeled shoes or high-heel shoes, such as using the toe to the weight of the toe is deformed, and eventually the body As the balance is broken, the shoulders are tingling, feel fatigue more quickly, and the immune system is weakened, which can lead to various diseases, resulting in a danger to the public health. As a result, have.

Especially, the toe is the weakest part of the body, digesting the most amount of movement and activity, and the body weight is the most important part. Contrary to the importance of modern people, the neglect of the toes and foot control makes the foundation of the body unstable There is a problem that the disequilibrium of health and the incidence of various diseases increase.

Also, when walking, jumping, climbing, climbing, climbing, or even standing, the toe is the most basic body to support the body, and when the balance of the body, which is the foundation of this body, Despite the fact that many diseases, pain, and disabilities are caused throughout the whole, the importance of these toes is overlooked due to the negligence of modern people.

In order to solve the above problems, there are steady foot massage and stimulation therapy as a habit to manage the feet in a healthy manner. Such massage and stimulation therapy are effective not only for the foot but also for prevention and treatment of diseases throughout the body. Although it is widely practiced in various ways, it has no effect of correcting the toe that is the foundation of the body in the correct form, and the limit of the prevention of disease and the effect of promoting health is clear.

As a conventional technique for solving the above problems, there is a patent application No. 10-2004-0072903 entitled "Method of manufacturing a toe shaker ", and the prior art shaver has been developed with an emphasis on shaking the toe Correction of deformities in the toes does not show a characteristic effect.

Accordingly, even if the user does not spend a separate time in the recent years, it can prevent and improve the health of the toe (phalanx and metatarsal) in natural daily life, and can wear the toe orthodontic appliance The need for a toe correction device which can improve the exercise effect even when exercising has emerged.

Accordingly, the present invention has been made to solve the above-mentioned problems,

It is possible to correct the deformed toe while preventing the deformation of the toe caused by wear or improper habit of the high heel, the height of the shoe or the like, and in particular, by the correction of the toe of the base of the body, , A curved vertebra, and the like, so that it is possible to provide a toe correction device which can be useful for preventing disease and promoting health.

In addition, the present invention aims to support a young toe by supporting the young toe in an upper part inward, thereby preventing deformation of the young toe, which is most deformed.

In addition, the present invention satisfies the wearer's feeling through the ergonomic structure design, minimizes the foreign object feeling in the state of wearing the toe corrective instrument, and is not inconvenient to use. When the user is walking or exercising, And a first cushion portion recessed upward from the bottom surface of the football supporting portion so as to absorb and relieve the pressure or shock due to the weight applied to the football having the joints of the middle ear joints The purpose.

The present invention also relates to a method for adjusting the shape of the foot bone, particularly, the shape of the metatarsus, which is separated from each other, in order to alleviate the impact on the ball to be weighted when walking or exercising, And a plurality of first cushion grooves that are segmented in a shape corresponding to the joint of the middle ear joint.

In addition, in order to facilitate the formation of the first cushioning groove and to smoothly wrap the first cushioning ball while the first cushioning groove is deformed, And a toe correcting tool including a protruding convex support portion.

The present invention has a center wide portion having a relatively long front and rear length and a narrow width portion having both relatively short front and rear lengths so that the first cushioning grooves and the convex support portions can be appropriately deformed in conformity with the shape of the ball, And a first cushioning portion including a convex support portion formed in a streamlined shape in which the front and rear lengths of the rim portion gradually decrease from the wide portion to the both narrow portions, and a first cushioning portion corresponding to the planar shape of the convex support portion .

According to the present invention, there is provided a surgical instrument comprising side wings extending from the upper side of the body of the orthodontic prosthesis to both sides to help blood circulation in accordance with an acupressure effect of the toe orthodontic appliance, And to provide a toe correcting tool including a wing portion composed of wings.

According to an aspect of the present invention,

A bottom support comprising a toe support for supporting the forefoot of a user and a toe support for supporting a user's joint joint;

A plurality of correcting protrusions projecting from an upper surface of the toe support so as to be fitted between the toes; And

And buffer means formed on the bottom support to eliminate pressure or impact applied to the foot,

The buffer means may comprise:

And a first buffer part recessed upward from a bottom surface of the football supporting part.

In the toe correcting tool according to the present invention,

The first cushioning portion,

And a plurality of first cushioning grooves separated in a shape corresponding to a user's joint joint of the user,

And the first cushioning grooves disposed on both outermost sides are formed such that their front and rear lengths are relatively shorter than those of the first cushioning grooves disposed in the center.

Further, in the toe correcting tool according to the present invention,

The bottom support comprises:

And a convex support portion protruding from an upper surface of the football support portion,

The convex-

And has a central wide portion having a relatively long front and rear length and a narrowed portion having both side portions having a relatively short front and rear length and being formed in a streamlined shape in which the front and rear lengths of the rim portion gradually decrease from the central wide portion to both narrow portions.

In addition, in the toe orthodontic appliance according to the present invention,

The convex-

Wherein the central wide portion is formed to have a longitudinal length corresponding to a first cushion groove disposed at a center inside of the first cushion portion,

And the both side narrow portions are formed to have a longitudinal length corresponding to the first cushioning grooves disposed at both outermost sides of the first cushioning portion.

 The toe correcting tool according to the present invention comprises a bottom support comprising a toe support portion for supporting the forefoot portion and a toe support portion for supporting the toe portion, a plurality of correcting protrusions projecting from the toe support portion, And a buffer means comprising a concaved first cushion to prevent and correct malformations of the toe (phalanx and metatarsal), and to prevent and treat other toe diseases such as hallux valgus, thereby promoting public health ≪ / RTI >

In particular, it is an advantageous invention for health promotion because it has the effect of correcting the whole body such as bent legs, O-legs, bent shoulders, and curved vertebrae through the correction of the toe, which is the base of the body, to improve the constitution.

In addition, the toe orthodontic appliance according to the present invention is capable of correcting the toes of the toes in a correct shape and correcting the bottom support by the first buffer part formed on the foot support part, A plurality of first cushioning grooves formed in a segmented shape constituting the cushioning portion and a cushioning portion supported by the cushioning support portion together with the cushioning protrusion through the design of the ergonomic shape of the convex support portion protruding from the upper surface of the tongue support portion and the first cushioning portion and the convex support portion, The balance of the user's body shape is balanced while directly supporting the phalanges and the metatarsal joints. Thus, the effect of correcting the toes is excellent, and injuries and injuries can be prevented even when the user is walking or exercising.

Further, the toe correcting tool according to the present invention has a central wide portion having a relatively long front and rear length and a narrowed portion having both side portions having relatively short front and rear lengths. In the toe correction portion, So that the football supporting portion can be appropriately deformed to smoothly wrap the joint of the middle ear according to the sole structure of the user, thereby increasing the toe correction effect and the buffering effect.

The toe orthodontic appliance according to the present invention is convenient to wear. Especially, the ergonomic structure design enables the best correction effect while minimizing the foreign body sensation when worn, and is designed so as not to violate the shape of the foot, Since it does not interfere with daily life even if it is in one state, it is convenient to use because there is no need to invest time for calibration, acupressure.

Further, since the toe correcting tool according to the present invention has a thickness for the first cushioning part through the convex support part, it is easy to manufacture, and the footrest supporting part gently wraps and fixes the user's football part, A correction effect can be provided.

In addition, the toe orthodontic appliance according to the present invention has no inconvenience even when wearing a boot, a sock, a stocking, etc. in the state of wearing a toe orthodontic appliance, and furthermore, there is no inconvenience in wearing shoes such as shoes and shoes, Since the wearer is not exposed, he does not feel uncomfortable to the user aesthetically, and does not suffer from temporal or spatial limitations.

1A is a view for explaining a foot structure;
Figures 1b and 1c are diagrams of a toe corrector according to the invention.
2 is a perspective view showing a toe correcting tool according to an embodiment of the present invention, which is different from that shown in FIG.
3 is a rear view, a left side view, and a bottom side plan view of a toe correcting tool according to the present invention.
FIG. 4 is an exemplary view showing a state where a toe correcting tool according to the present invention is worn. FIG.
5 to 8 are views for explaining various modifications of the toe correcting tool according to the present invention.

While the present invention has been described in connection with certain embodiments, it is obvious that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the invention. It is to be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but on the contrary, is intended to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

In the drawings, the same reference numerals are used for the same reference numerals, and in particular, the numerals of the tens and the digits of the digits, the digits of the tens, the digits of the digits and the alphabets are the same, Members referred to by reference numerals can be identified as members corresponding to these standards.

In the drawings, the components are expressed by exaggeratingly larger (or thicker) or smaller (or thinner) in size or thickness in consideration of the convenience of understanding, etc. However, It should not be.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise.

 In the present application, the term " comprising " or " consisting of ", or the like, refers to the presence of a feature, a number, a step, an operation, an element, a component, But do not preclude the presence or addition of one or more other features, integers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

It is to be understood that the first to second aspects described in the present specification are merely referred to in order to distinguish between different components and are not limited to the order in which they are manufactured, It may not match.

As shown in FIG. 1, for the sake of convenience of explanation, the foot is a foot portion which is a heel portion, a middle portion of a foot, a middle portion which is a portion where a metatarsal is located, , Ankle bone, and horse's osteotomy), and the area where the midtail joints connecting the metatarsal and phalanxes are located are separately described as footballs.

In describing the toe orthodontic appliance according to the present invention, when the exact direction reference is specified with reference to [A] in FIG. 3 for convenience, the direction in which gravity acts in [A] The directions are specified as they are in the visible direction, and directions are specified in accordance with these standards unless otherwise specified in the detailed description and claims of the invention relating to other drawings.

Hereinafter, a toe correcting tool according to the present invention will be described with reference to the accompanying drawings.

Fig. 2B is a perspective view of the present invention as viewed from the rear upper right; Fig. 3B is a perspective view of the present invention as viewed from a rear lower right; Fig. 3B is a rear view of the present invention; 3, which is a left side view of the present invention, [B] of FIG. 3, FIG. 3, which is a bottom plan view of the present invention from the bottom, and FIG. 4, which is a plan view showing the wearing state of the present invention. As shown in FIGS. 5 to 8 in plan views,

The toe correcting tool (C) according to the present invention mainly comprises a bottom support (10) for supporting a toe (forefoot part) and a toe ball of the sole (foot part near the mid-articular joint), a plurality of correcting projections (20) and a buffer means (30) formed on the bottom support (10).

The toe correction tool (C) of the present invention is made of other materials having predetermined elasticity, such as silicon, ceramic, or synthetic resin,

The bottom support 10 comprises a toe support 11 for supporting the user's forefoot and a foot support 12 for supporting the user's vicinity of the hip joint,

A plurality of correcting protrusions 20 protruding from the upper surface of the toe support portion 11 are disposed at predetermined intervals in the lateral direction of the bottom support 10. [

In the present invention, the user's toes are inserted into the space portion 20A between the three or more correcting protrusions 20 by a total of three to four correcting protrusions 20. In this specification, The toe correcting tool C having the protrusion 20 will be described as an example.

4, the present invention is characterized in that a first calibration protrusion 20a (reference numeral of each calibration protrusion is shown in Fig. 2) is sandwiched between the thumb and the index toe, and a second calibration As the projection 20b is inserted and the third correcting projection 20c is fitted between the stop and the weak toe and the fourth correcting protrusion 20d is fitted between the weak and young toe, Such as narrowing between the arms and bowing of the inner bow.

2 and 3, the toe support portion 11 is provided on the space portion 20A between the fixing projections 20 and on the outer upper surface of the first and fourth fixing projections 20a and 20d (Not shown) protruding upward along the transverse direction. When the toe correcting tool C is inserted, the protruding support portion is connected to the arch of the toes (knuckle bone, And the contact is made while supporting the toe, so that a correcting effect of keeping the toe in its original shape is generated.

The toe support portion 11 is provided with a concave groove portion (not shown) recessed rearward so as to correspond to the lower shape of the toes in front of the space portion 20A of both the front side and the bosses 20, Since the flesh is not in contact with the bottom support 10, it is possible to stably support the toes during walking.

The toe supporting portion 12 is connected to the toe supporting portion 11 by a distance of about 2 to 4 cm from the toe supporting portion 11 and is connected to the toe supporting portion 12. When the toe supporting portion 12 is inserted into the toe supporting portion 12, I support a part of the ball.

Referring again to FIG. 1B, the shape of the body portion 21 is different from that of the other orthodontic projections 20a to 20c only in the fourth orthodontic projection 20d located between the medial and lateral toes. Specifically, referring to FIG. 1B which is a plan view, the body portion 21 of the fourth correcting projection 20d includes a forward rectilinear portion 212 and a rearward flexural portion 211. As shown in FIG. The front rectilinear section 212 is provided linearly in the forward direction as the other rectilinear projections 20a to 20c. However, the rear bending portion 211 located behind the front rectilinear section 212 of the fourth correcting projection 20d is formed to be bent toward the outward direction of the foot (rightward in the figure).

This is a configuration in which twisting acts in the foot inner direction with respect to the young toe to be positioned on the right side of the fourth correcting projection 20d and the young toe end is bent in the medial finger direction. This progresses at the same time as stimulating the site where the young toe meets the foot (refer to 'A' in FIG. 1B [B]), which supports the toes which are most deformed when wearing shoes among five toes, Avoid deformation of the toe.

The angle? Formed by the front rectilinear section 212 of the fourth rectilinear projection 20d and the rear flexion section 211 is 25 degrees to 30 degrees, more preferably 27 degrees to 28 degrees, It is most advantageous to maintain the balance between the toe and the ring finger.

Referring to FIG. 1C, the body portion 21 of the fourth correcting projection 20d is formed with a lower bent portion 213 in a side surface shape viewed from the back surface (or front surface) and also in the outer side (right side in FIG. In this case, the bending portion 213 is configured so as to be bent in the direction of the fingerprint even with respect to the back of the toes. This is accompanied by the action of stimulating the lower left part of the toe (the 'B' part shown in [B] in FIG. 1C), which is also the flexible toe of the five toes, To prevent deformation of the young toe.

The buffering means 30 elastically deforms the bottom support 10 when standing or walking with the toe correction tool C interposed therebetween to absorb and relieve pressure or impact applied to the toes and sole So as to provide a cushion function,

More specifically, the first cushioning portion 31 is recessed upward from the bottom surface of the football supporting portion 12,

And a second cushioning portion 32 recessed upward from the bottom surface of the toe support portion 11.

The first cushioning part 31 is formed by recessing a part of the bottom surface of the football supporting part 12 so that the footrest supporting part 12 formed with the first cushioning part 31 when weight or pressure is applied to the footrest supporting part 12, To be elastically deformed,

The second cushioning part 32 includes a toe support part 11 having a bottom part of the toe support part 11 recessed upward and formed with a second cushion part 32 when weight or pressure is applied to the toe support part 11, To be elastically deformed,

By absorbing and relieving the pressure or shock due to the weight applied when standing, walking, or exercising while wearing the toe orthodontic appliance, fatigue of the foot can be reduced.

First, it absorbs only the pressure or impact that is directly transmitted to the mid-point joints that stand on the foot or when the foot is substantially supported by the foot, compresses the body part between the mid-point joints, In order to increase the correction effect,

The first cushioning portion (31) is constituted by a plurality of first cushioning grooves segmented in a shape corresponding to the joint of the user's body joint.

That is, in the foot support portion 12, the 1-1 cushion groove 31a is formed at a portion where the mid-point joint of the big toe comes into contact, the 1-2 cushion groove 31b is formed at the mid- And the 1-3 cushioning groove 31c is formed at a portion where the mid-point joint of the stopping toe is in contact, and the 1-4 cushioning groove 31d is formed at the portion where the mid- And the fifth to eighth buffer grooves 31e are formed in the area where the mid-point joints of the young toes come in contact with each other.

Therefore, when the foot ball 12 supports the ball of the user, the pressure or the impact of the user's weight or gait is applied to the ball support portion 12,

Only the portions of the 1-1 to 1-5 cushioning grooves 31a to 31e are compressed with a relatively strong force to absorb the pressure or shock transmitted to the foot bone due to elastic deformation.

At the same time, the remaining foot support portions 12 except for the portions of the 1-1 to 1-5 cushion grooves 31a to 31e are compressed by the relatively weak force by the fingers between the middle ear joints, The remaining portions of the foot support portion 12 on which the first cushioning grooves are not formed have the form of softly wrapping the hip joints in the grooves 31a to 31e,

In this case, since the relatively uncompressed foot support portion 12 is in the form of pushing between the like and middle ear joints, the effect of pressurizing the middle ear joints according to the structure of the toe orthodontic appliance (C) So that the toes can be corrected together with the correcting projection 20.

That is, as the portions of the 1-1 to 1-5 cushioning grooves 31a to 31e are compressed into a U-shaped concave downwardly, the rest of the foot support portion 12 is accommodated between the middle ear joints, So that the foot cushion function, the foot pressure, and the correction function are realized at the same time.

In the first cushioning portion 31, the first cushioning grooves disposed on both outermost sides of the tennis ball support portion 12 are relatively shorter in the front and rear lengths than the remaining first cushioning grooves disposed in the center.

That is, in the illustrated toe correction orifice, the first, second, third, and first to fourth damping grooves 31b, 31c, and 31d have a rectangular shape having a relatively wide left- And the first and fifth and first to fifth buffer grooves 31a and 31e are formed to have a pseudo triangular shape having a relatively smaller area than the other buffer grooves.

This is because the outermost toe, that is, the big toe and the small toe, is relatively short in length (in the case of the big toe, there is no broken bone), so that the arch of the toe is narrowly formed, Since the bar cords are relatively long and the arches of the toes are formed to be wide, the front and rear lengths of the respective cushioning grooves 31a to 31e are made different from each other, And it becomes an engineering design structure.

For the formation of the cushioning grooves 31a to 31e and the cushioning function using the cushioning grooves 31a to 31e, the football supporting part 12 should be formed to have a thickness greater than a predetermined height. However, Excessive pressure will result in poor fit.

The bottom support 10 includes a convex support portion 13 protruding from the upper surface of the foot support portion 12.

The convex support portion 13 provides an appropriate thickness of the foot support portion 12 for forming the first cushion portion 31 and at the same time increases the cushioning function of the first cushion portion 31, Reduce and improve the effect of foot correction through compression.

At this time, the convex supporting portion 13,

(13a) having relatively long front and rear lengths and both side narrow width portions (13b) having relatively short front and rear lengths and having a rim portion (13A) extending from the central wide portion (13a) (A generally elliptic shape as a whole).

In particular, the convex support portion 13

The central wide portion 13a is provided with a first cushioning groove (first, second, third and fourth cushioning grooves 31b, 31c and 31d ), And the length of the front-

The both side narrow portions 13b are formed in the first buffer portion 31 at the outermost positions of the first buffer grooves (the front and back lengths corresponding to the 1-1 and 1-5 buffer grooves 31a and 31e) Respectively.

That is, the convex support portion 13 has a rim portion 13A in a shape imaginable in a virtual line connecting the front end portions and the rear end portions of the plurality of first cushioning grooves, and a rim portion 13A in the center at the rim portion 13A And a center convex portion 13B having a gentle height toward the center.

A solid line between the rim portion 13A and the central convex portion 13B shows a boundary line 13C in which the inclination of the convex support portion 13 is different from that of the rim portion 13A in Fig. The height is gradually gently set so as to have a relatively small inclination from the boundary line 13A to the boundary line 13C and the inclination angle is increased steeply from the boundary line 13C to the center convex portion 13B And the overall inclination of the convex support portion 13 has a gentle shape.) It is formed in such a shape that the height becomes a point,

In this case, the inclination between the border 13A and the boundary line 13C and the inclination between the boundary 13C and the center convex 13B are preferably customized to fit the football shape of the user,

More preferably, the inclination between the rim 13A and the boundary line 13C is formed to be approximately 1 to 3 mu m, and the inclination between the boundary line 13C and the central convex portion 13B is approximately 7 to 13 mu m. So that the foreign matter applied to the ball can be minimized and the formation of the first buffer part 31 can be facilitated.

The center convex portion 13B is formed such that the football supporting portion 12 has a thickness capable of forming the aforementioned 1-1 to 1-5 cushioning grooves 31a to 31e, It provides direct cushioning function,

The pressing function surrounding the body joint using the elastic deformation of the foot support portion 12 which is generated when the buffer grooves 31a to 31e are compressed due to the convex supporting portion 13 can be more strongly implemented.

At this time, the planar shape connecting the front and rear end edges of the plurality of first damping grooves 31a to 31e and the planar shape of the boundary 13C in the convex supporting portion 13 correspond to 1: 1 , It is possible to provide a structure more suitable for forming the first buffer part 31 while minimizing the foreign object.

'형상으로 이루어지도록 하면, 모든 중곡지관절의 길이에 상응하는 인체 공학적인 설계가 가능해진다.As a result, the convex support portion 13 has a planar shape in the shape of a pseudo-oval formed to have a predetermined length along the transverse direction of the foot support portion 12. At this time, both the outermost buffer grooves 31a and 31e and the both- 13b are formed so as to be shorter than 1/3 to 1/2 of the longitudinal lengths of the cushioning grooves 31b to 31d and the central wide portion 13a disposed at the center inside and the length of the first cushioning portion 31, And the plane of the convex support portion 13 are entirely '

', The ergonomic design corresponding to the length of all the trigonal joints becomes possible.

Particularly, in the case of a user with severe hallucination, deformation of the metatarsal of both the big toe and the remaining toe occurs, rather than simply bending the big toe inward. The present invention is characterized in that the first buffer 31, And the convex support portion 13, so that a correction and an acupressure effect are generated, thereby improving the body shape, the constitution and the therapeutic effect.

The second cushioning portion 32 formed on the toe support portion 11 includes a second-1 cushioning groove 32a formed on the bottom surface of the toe support portion 11 and recessed along the lateral direction of the toe support portion 11, And a plurality of second-2 buffer grooves 32b extending rearward from the second-1 buffer grooves 32a.

The second cushioning portion 32 is the same as the first cushioning portion 31 in that the cushion supports the foot, but the first cushioning portion 31 supports the middle ear joint of the football, The portion 32 is different in that it supports the toes.

Particularly, the second-1 cushion groove 32a is formed at a position corresponding to the protruding support portion (that is, the lateral direction of the toe support portion 13), and the second- (The first to eighth cushioning grooves 31b to 31d corresponding to the toes of detection, stop, and weak toes) disposed at the center of the cushioning portion 31, The buffering effect is obtained while being elastically deformed and the correcting effect can be improved as the correcting protrusion 20 is brought into close contact with the toe by making each of the correcting protrusions 20 converge to the inside direction (stop toe direction).

Therefore, according to the present invention, when the first buffering part 31 and the second buffering part 32 individually support the ball and the toe roll, respectively, corresponding to changes in the shape of the respective joints when walking, So that it is possible to reduce the foot fatigue and improve the corrective function.

2 to 4, the orthodontic projection 20 includes a body portion 21 connected to the bottom support 10 and a wing portion 22 formed at an upper end of the body portion 21, .

The body portion 21 of the first and second correcting protrusions 20a and 20b is formed to be two to three times thicker than the body portion 21 of the third and fourth correcting protrusions 20c and 20d. In other words, the thickness of the body 21 of the third and fourth correcting protrusions 20c and 20d is 1.5 to 3 mm in consideration of the distance between the stop, the medial finger and the toes, Fold thick.

Particularly, the body portion 21 of the first correcting protrusion 20a is formed to be 1.2 to 2 times thicker than the body portion 21 of the second correcting protrusion 20b. This is a configuration for preventing the hallux valgus that the toe correction bulb (C) according to the present invention is severely curved inward to the big toe and pressing the deformed toe outward when the deformity due to hallux valgus occurs.

For example, the thickness of the body portion 21 of the third and fourth correcting protrusions 20c and 20d is 2 mm, the thickness of the body portion 21 of the second correcting protrusion 20b is 5 mm, The thickness of the body portion 21 of the one fixing projection 20a may be 8 mm.

Through the configuration of the body portions 21 as described above, it is possible to calibrate the legs between the thumb and the index toe and between the index finger and the stop toe more than between the remaining toes.

Therefore, when the toe correcting tool C according to the present invention is inserted, the toe is forced to be corrected while the body part 21 of the first and second correcting protrusions 20b is relatively thick, It is possible to prevent and treat the numbness of the numbness of the toe, which is bent to the toe of the index finger.

In this case, the thickness of the body portion 21 of the orthodontic projection 20 is preferably adjusted within the above range,

A relatively thin toe calibrator C may be used for acupressure and a relatively thick toe calibrator C may be used for calibrating.

5, the body portion 21 of the orthodontic projection 20 includes a front narrow portion 21a and a rear wide portion 21b in consideration of the shape of a space formed between the toes , And the connecting portion between the front narrowing portion (21a) and the rear wide portion (21b) has a streamlined structure recessed inward.

That is, the forward narrowing portion 21a is formed on the basis of the thickness of the body portion 21 so that the toes are opened, and a space at a portion where the middle portion and the toe are connected to each other according to the shape of the foot, The rear end portion of the body portion 21 is formed as a relatively wide thick portion than the front end portion,

The connecting portion between the front narrowing portion 21a and the rear wide portion 21b has a concave streamlined structure in consideration of the fact that the longitudinal sectional shape of the toe is a similar 'O' shape,

The correction of the toe through the body portion 21 and the acupressure have a structure corresponding to the shape of the toe, so that the foreign body feeling or inconvenience can be minimized when the toe correcting tool C is used.

The thickness of the rear wide portion 21b is preferably 1.5 to 2 times greater than the thickness of the front narrow portion 21a.

As shown in [B] of FIG. 3, the body portion 21 includes a front protruding portion 21c having a similar 'C' shape protruding forward from its side.

The front protruding portion 21c can increase the side contact area of the toe while preventing the displacement of the shape of the toe at the time of walking, thereby enhancing the function of calibrating the toe and the acupressure function.

The body portion 21 includes a rear concave portion 21d whose rear end portion has a similar 'C' shape whose side shape is recessed forward.

The rearward concave portion 21d is calibrated in a form corresponding to the shape of the muscles of the middle portion, so that the effect of calibration and acupressure can be further increased.

Next, the wings 22 formed on the body 21 will be described.

4, the wing portion 22 includes side wings 23 extending to both sides of the upper end of the body portion 21 to press the upper surface of the toes, And a rear blade (24) extending rearward to press the connection between the toes.

The two side wings 23 press the top surface of the toes fitted with the correcting protrusions 20 and press the toes so that the toes are spaced apart in a proper shape and the bent is spread to be corrected so that the stably fixed toe And the effect of body correction becomes more apparent when a walking and running motion is given.

At this time, the both side wings 23 are formed to press the upper part of the joint of the toe (that is, the upper part of the stunted bone in the case of the big toe, the stunning bone and the upper part of the broken bone in the case of the remaining toe).

That is, the correcting projection 20 is pressed while being in contact with almost all the area of the toe side surface (from the stunning valley to the horse's osseous part) by the front protruding portion 21c of the body portion 21, The portion 22 is provided at a position where the front protruding portion 21c is not formed so that contact and pressing are performed only on the joints of the toe (stunted bone and stony bone), so that the user does not interfere with the walking. So that they can live normally without a sense of discomfort.

Further, the rear blade (24) extending rearward from the side wing (23) presses the connecting muscles between the toes to produce an acupressure effect. In particular, when the user walks while wearing the present invention, the rear wing 24) are bent according to the characteristics of the material, the upper surface of the connecting portion between the toes can be pressed to increase the effect of calibration and acupressure.

As shown in FIG. 4, the wing portion 22 formed of the side wing 23 and the rear wing 24 has a similar O 'shape in a planar shape to secure an upper contact area of the toes And at the same time minimizing the contact area of the area where the joints of the toes are displaced, thereby reducing the feeling of resistance to walking.

5 and 6, the wing portion 22 can be modified into various shapes.

This is because when the wing portions 22 are formed in a similar " O " shape, they are inconvenient to use according to the shape of the user's toes. In the modification of the wing portion 22 described below So that it can be customized by various applications.

First, as shown in [A] of Fig. 5, the wing portion 22A may have a similar " 8 " shape in plan view.

In this case, the side wing 24A of the wing portion 22A is extended from the upper end of the body portion 21 toward the center of both sides, and the rear end thereof is the same as the width of the upper end portion of the body portion 21 ),

The rear blades 24B (24A) have a structure in which the rear end of the streamlined structure is widened to extend backward.

This wing portion 22A can be applied when the lengths of the toe joints are different from the general shape (body shape, length) and can be applied to the side wing 23B through the other wing portion 22B shown in [B] And the rear wing 24B are contacted with each other to further subdivide the upper part of the toe to be calibrated.

In FIG. 5B, the wing portion 22B may have a wave shape whose planar shape is different in left and right lengths. In this case, the side wing 23B is extended to both sides from the upper end of the body portion 21, The lateral side portion of the side wing 23B has a structure in which protruding and concave portions are repeated in a zigzag structure,

The rear blades 24B are extended from the rear recess of the side blades 23B to extend rearward.

Therefore, according to the present invention, various kinds of wings 22 shown in FIG. 5 are introduced to ensure an appropriate correction effect (or acupressure effect) in consideration of the user's body shape and the like, and the inconvenience in use can be minimized.

And because of the nature of the material, shrinkage and relaxation are free, and the contraction and relaxation are repeated by the pressure that is transmitted every time it is walked, so that constant pressure is applied. Especially, the deformity of the toe joint The buffering means 30 composed of the first and second cushioning portions 32 formed on the bottom surface of the bottom supporting body 10 can easily deform the bottom supporting body 10 so that the bottom supporting body 10 can be easily elastically deformed, It effectively absorbs the shock that is transmitted to the body, thereby reducing foot fatigue and improving the corrective function.

7, the present invention is characterized in that an incision groove 25 for allowing toes to be fitted in the space portion 20A between the correcting protrusions 20 to come into close contact with the correcting protrusions 20, And air communication means (26) for allowing the air to communicate with the outdoor unit.

First, as shown in Fig. 7A, the correcting projection 20 includes an incision groove 25 formed in a wing portion 22 to a body portion 21. As shown in Fig.

The cut-out groove 25 is connected to the body 21 in the form of an open top of the wing portion 22,

Therefore, when the user inserts the correcting tool C into the toe, the cutting groove 25 is contracted and the body 21 is deformed according to the shape of the toe to maintain the contact and pressing area at the maximum, Can be increased.

Further, after the incision groove 25 is contracted, the incision groove 25 expands while being kept in conformity with the shape of the toe due to the characteristics of the material, thereby maximizing the acupressure effect by contact and pressure.

As shown in FIGS. 7B and 7C, the present invention includes air communication means 26 for the toes, which allow the incision groove 25 to allow the correcting projection 20 to be inserted into the side (It is obvious that the correcting projection 20 is in close contact with the side surface of the toe even if the incision groove 25 is omitted)

(To prevent the air from being communicated between the toes so that sweat is generated and the orthodontic appliance C is separated from the toe, eczema, athlete's foot, etc.). It is one of the main purposes to prevent and treat diseases such as eczema and athlete's foot in contact with malformation, but this purpose means to prevent and treat the diseases caused by the contact between the toes by spreading the toes, The air communication means 26 means preventing and treating the diseases caused by contact between the toes and the abutment projections 20 and thus does not mean that the main purpose is not obstructed by the present invention .)

To this end, the air communicating means 26, which may be embodied in the calibration means C of the present invention, is configured such that the body portion 21 or the wing portion 22, or both of them, as shown in [B] And one or more air communication grooves 26A formed on both sides to be inwardly recessed.

Although the air communicating groove 26A is shown in the wing portion 22 for convenience of explanation, it is possible to further extend the section that is recessed inward in the form shown in the figure, so that the body portion 21 The air communicating groove 26A may be provided in both of the first and second wing portions 22 and 22,

It is needless to say that the air communication grooves 26A may be provided only on both sides of the body portion 21. [

Therefore, when the user wears the calibration tool C of the present invention, the pressure due to the contact between the calibrating protuberance 20 and the toes is made, and at the same time, the air communicating groove 26A is brought into contact with the contact between the calibrating projection 20 and the toes Thereby forming the fine holes through which the outside air can circulate.

The air communicating means 26 which can be embodied in the calibration tool C of the present invention is constituted such that the wing portion 22 and the body portion 21 are provided with holes And an air communication hole 26B formed so as to communicate with each other.

It is preferable that at least one air communication hole 26B is provided so that external air is communicated along the air communication hole 26B through the upper hole 26a and the lower hole 26a, 20 and the toe, the above-described object can be achieved.

Next, the present invention will be described with reference to Figs. 7 and 8, particularly to a toe correction bulb C for a bulbous bulbosis, in which the function of correcting a big toe is strengthened and a deformed bulge in which a big toe bulges inward is produced. Reference numerals of the first to fourth correcting protrusions 20a to 20d are [2] [A]).

7A, the wings 22 of the first correcting protrusions 20a of the correcting protrusions 20 are connected to the front wings 23 extending forward from the side wings 23, (27).

When the toe correction lever C of the present invention is worn by a patient with a severe limbic numbness, the thumb toe is pressed outward by the body portion 21 of the first correcting protrusion 20a fitted between the thumb and the index toe, In this case, the front wing 27 catches the upper surface of the big toe so that the big toe can be calibrated in an accurate form, thereby preventing the upper toe from being bent while the big toe is being calibrated.

The thumb and toe are spread by the body portion 21 of the first and second correcting protrusions 20a and 20b so that the front and the back of the toe The left and right portions of the blade 27 press the upper surface of the thumb and the index toe to fix the calibration shape so that the toe can be corrected in a normal foot shape.

The width of the body 21 of the first and second correcting protrusions 20a and 20b, that is, the width of the front narrowing portion 21a and the width of the rear wide portion 21b, It is preferable to be configured so as to be relatively wider than the width of the other boss 20,

The width of the body portion 21 of the first correcting protrusion 20a (the width of the front narrowing portion 21a and the width of the rear widening portion 21a) of the first correcting protrusion 20a and the body portion 21 of the second correcting protrusion 20b 21b) have a relatively larger thickness than that of the second correcting projection 20b.

On the other hand, in patients with severe hallucination, not only the anomalies of the thumb and index toe but also the widths between the other toes, many malformations deviate from normal conditions.

Accordingly, as shown in [B] of FIG. 7, the shape of each of the toes is correctly corrected so that the thicknesses of the body portions 21 of the respective bosses 20 are made to be different from each other .

Particularly, the body portion 21 of the first correcting protrusion 20a and the body portion 21 of the second correcting protrusion 20b of the correcting protrusions 20 are formed so that the front and rear widths are different from each other.

More specifically, the body portion 21 of the first correcting projection 20a is formed to have the front narrowing portion 21a and the rear wide portion 21b,

The body portion 21 of the second orthodontic projection 20b is configured to have a front wide portion 21e and a rear narrow portion 21f.

Also, although not shown in the drawing, each of the body portions 21 of the first and second correcting protrusions 20a and 20b is also applicable to the reverse of the above-described configuration.

That is, the body portion 21 of the first correcting projection 20a has a front wide portion and a rear narrow portion,

The body portion 21 of the second orthodontic projection 20b is formed to have a front narrow portion and a rear wide portion.

Further, the body portion 21 of the third correcting projection 20c is uniformly formed in the front and rear widths,

The body portion 21 of the fourth correcting projection 20d includes a protruding portion 21g which is made uniform in the front and rear widths and protrudes toward the rear outer side (right side in the figure).

This is because the body portion 21 of the correcting protrusions 20 is formed on the basis of the fact that the normal foot shape and the width between the toes are formed differently from each other so that when the toe correcting tool C is worn, This is a configuration for maximizing the correction effect.

That is, the normal toe and the second toe are formed in the shape of a pseudo-droplet in which the front sides of the toes come into contact with each other while the rear of the toe come into contact with each other. Therefore, the front narrowing portion 21a and the front narrowing portion 21b are formed on the body portion 21 of the first correcting protrusion 20a The rear wide portion 21b of the first correcting protrusion 20a may be formed to have a shape similar to that of the normal thumb and toe shape after the correction by introducing the rear wide portion 21b. 20b, 20c, 20d may be formed to be relatively thicker than the rear wide portion 21b.

Therefore, when the feet are corrected in a normal form, the front side of the thumb and index toes are spread by the front narrowing portion 21a. However, when the toe correcting tool C is removed, the front and back sides of the thumb and index toe It comes in a form that both sides of the rear are opened while touching naturally.

The front wide portion 21e and the rear narrow portion 21f are introduced into the body portion 21 of the second orthodontic projection 20b, While simultaneously correcting the shape between the toe and the toe, the pushing effect on the outside of the toe as well as the toe on the outside can be increased at the same time. This is because the effect of the toe correction through the correcting protrusion 20 located inside the correcting tool C is exerted on the toes fitted to the other correcting protrusions 20 due to the material.

Since the both sides are in contact with each other between the normal stop toe and the toe toe, the front and rear widths of the body portion 21 of the third orthodontic projection 20c are uniform so that when the toe orthodontic appliance C is worn, When the toe correction (C) is removed after it is widened and corrected, it will naturally come to have a form in which it comes into contact with the stop and the toe.

In addition, since both of the normal toe and the toe are in contact with each other, the rear inner side of the toe part is partially depressed in the outward direction to slightly widen the toes, so that the body part 21 of the fourth correcting protrusion 20d (C) is removed when the toe correction lever (C) is worn, and the toe correction lever (C) is removed after the finger and the toe are widened by having the protrusion (21g) protruding from the rear outer side It can return to normal foot shape.

For the sake of convenience of explanation, the configuration of the front wings 27 and the body portions 21 of the orthodontic projections 20 will be described with respect to the toe orthodontic appliance C exclusively for the hallucination test, It can be applied to general toe correction (C), so that the correction effect can be exerted when the toe is deformed while using foot excessively, walking for a long time or living in a line state like a high heel, It is more preferable to increase the efficiency of the toe correcting tool C by providing a customized toe adjusting tool C that is partially combined or made by using the above-described configuration in consideration of the shape of the toe of the toe adjusting tool.

On the other hand, as shown in [A] of FIG. 8, the body portion 21 of the first correcting protrusion 20a is formed such that the front end of the first correcting protrusion 20a is opened to the inside of the foot (left side with reference to the right foot).

That is, the front end of the body portion 21 of the first correcting projection 20a sandwiched between the big toe and the index toe with respect to the longitudinal direction of the foot is provided so as to face frontward to the left, and simply opens between the big toe and the index toe Furthermore, by forcing the thumb toe to spread toward the left anterior, it is possible to treat the hallux valgus with very big toes.

In addition, when the degree of the numbness of the numbness is very severe, or all of the toes are bent toward the inside of the foot, that is, the direction of the stopping toes due to excessive wearing of the heels or the like, As shown in the figure, the body portions 21 of each of the second to fourth correcting protrusions 20b to 20d may be formed so that the corresponding toes extend in a direction opposite to the curved shape.

That is, as shown in [A] of FIG. 8, the body portion 21 of the second correcting protrusion 20b is provided to extend in the same direction as the body portion 21 of the first correcting protrusion 20a , And force the toe of the index finger to spread toward the front left side so that the toe is calibrated.

The body portion 21 of the third and fourth correcting protrusions 20c and 20d is formed in a direction opposite to the body portion 21 of the first correcting protrusion 20a, That is, the front end is opened so as to extend toward the front right direction with respect to the longitudinal direction of the foot, so that the toes are corrected by forcing the weak toe and the young toe to spread toward the front right.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, And should be construed as falling within the scope of protection of the present invention.

C: Toe corrector 10: Bottom support
11: toe support portion 11a:
11b: concave groove portion 12: football support
13: convex supporting portion 13A:
13B: central convex portion 13a: central wide portion
13b:
20, 20a, 20b, 20c, 20d: a correcting projection 20A:
21: body portion 21a: front narrow portion
21b: rear wide portion 21c:
21d: rear recessed portion 21e: front wide portion
21f: rear narrow width portion 21g:
211: back bent portion 212: front straight portion
213:
22, 22A, 22B: wing portions 23, 23A, 23B: side wings
24, 24A, 24B: rear wing 25: incision groove
26: air communication means 25A: air communication groove
25B: air communication hole 25a: hole
27: front wing

Claims (4)

A bottom support comprising a toe support for supporting the forefoot of a user and a toe support for supporting a user's joint joint;
A plurality of correcting projections projecting from an upper surface of the toe support to be fitted between the toes, the body including a body portion and a wing portion;
Lt; / RTI >
The body portion of the fourth orthodontic projection located between the medial side and the toes of the body includes a planar front reference rectilinear portion 220 and a rear flexion portion 210 bent from the front rectilinear portion in an outward direction of the foot Features a toe correction. The method according to claim 1,
Wherein the body of the fourth orthodontic projection further comprises a shoulder portion (230) formed in a curved shape at the lower end of the outer surface of the base foot. 3. The method of claim 2,
The buffer means may comprise:
And a first buffer part recessed upward from a bottom surface of the football supporting part,
Wherein the first cushioning portion comprises a plurality of first cushioning grooves segmented in a shape corresponding to a joint of the user's body joint,
Wherein the first cushioning grooves disposed on the outermost sides of both sides are formed to have a relatively short front and rear length relative to the first cushioning grooves disposed in the center. The method of claim 3,
Wherein the bottom support includes a convex support portion protruding from an upper surface of the toe support portion,
A central wide portion having a relatively long front and rear length and a narrow side portion having a relatively long front and rear length and being formed in a streamlined shape in which the front and rear lengths of the rim portion gradually decrease from the central wide portion to the both narrow portions,
Wherein the convex support portion is formed such that the central wide portion has a longitudinal length corresponding to a first cushion groove disposed at a center inside of the first cushion portion,
Wherein the both side narrow portions are formed to have a longitudinal length corresponding to a first cushion groove disposed at both outermost sides of the first cushioning portion.

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