JP2004242988A

JP2004242988A - Footwear for straightening gonarthrosis and hallux valgus

Info

Publication number: JP2004242988A
Application number: JP2003037758A
Authority: JP
Inventors: Tomiyo Nagata; とみよ永田
Original assignee: LIFE 21 KK
Current assignee: LIFE 21 KK
Priority date: 2003-02-17
Filing date: 2003-02-17
Publication date: 2004-09-02

Abstract

<P>PROBLEM TO BE SOLVED: To naturally straighten genu varum by stretching ligaments in the inner and rear parts of a knee, and resting an outer ligament and a cruciate ligament. <P>SOLUTION: Footwear for straightening gonarthrosis and hallux valgus is obtained by forming an inward declining slope by an angle of 5° in a left and right width in a longitudinal direction on the front surface of a bottom material and a forward ascending slope by an angle of 20° from a heal to a toe in the longitudinal direction, applying the powder of quartz porphyry (activated stone for generating far IR ray radial energy and minus ions) on the toe surface, forming about 60 vertical holes with a 9mm diameter at average interval of 3mm in the bottom material for lightweight, and arranging a belt having an occlusal element at the tip end near the tip end of the footwear, by which hallux valgus is straightened. <P>COPYRIGHT: (C)2004,JPO&NCIPI

Description

【０００１】
【産業上の利用分野】
この発明は、変形性膝関節症外反母趾矯正用履物に関し、更に詳しくは毎日短時間履くだけで腹筋運動効果により足首、腰、背筋、首筋等日頃使われていない身体の後側の筋肉を伸ばして変形性膝関節症（Ｏ脚）、外反母趾矯正、膝内側の靭帯、アキレス腱、ふくらはぎ等のストレッチングと強化並びにマイナスイオンの発散と遠赤外線効果により足の休息効果とを得る変形性膝関節症外反母趾矯正用履物に関する。
【０００２】
【従来の技術】
Ｏ脚の矯正用履物としては、既に変形性膝関節症患者用の履物（特開平８−９８７０１号）、あべこべシュ−ズ（特開２００１−２９９４０５）等が提案されている。
【０００３】
【発明が解決しようとする課題】
女性は、運動不足、生活習慣等から身体の後側特に脚の後側の筋肉、即ち大殿筋、大腿二頭筋、腓腹筋（ふくらはぎ）、平目筋及びアキレス腱等の退化によりＯ脚となることが多く、医学的には成長期の間にそれを矯正しないとＯ脚が一生治らないと言われている。
【０００４】
Ｏ脚となれは、膝の内側に負担がかかり、（１）変形性膝関節症を起こして痛みを生じ、（２）骨格に歪みを生じるから、肩こり、腰痛の原因となり、（３）足の後筋肉の衰えにより猫背にもなり易すい。
【０００５】
変形性関節症患者用の履物（特開平８−９８７０１号）は、底材は、該底材前部領域と底材後部領域とから成り、該底材前部領域に於ける該底材の厚さは、前端が薄くなるように形成され、該底材後部領域は膝関節の罹患側が低くなる様にヒトの足に接する表面が左右に傾斜するとともに、表面の高さが過重を受けて降下するように弾性材によって被圧縮変形可能に形成されている。
【０００６】
しかしこの変形性膝関節症患者用の履物は、膝関節の罹患側が低くなる様にヒトの足に接する表面が左右に傾斜するだけであるから、肝心の足裏側のアキレス腱等筋肉強化やストレッチング効果が得られない。
【０００７】
他方あべこべシュ−ズ（特開２００１−２９９４０５）は、Ｏ脚の膝部分の矯正には全く効果がなく、しかも爪先に足を固定するためのベルトがあるから足の大小によっては履けない場合があり、その使用が制限され、十分な健康増進効果が得られない。
【０００８】
又公知の変形性膝関節症患者用の履物は足の甲が固定され、ヒールと履物の底が自由に動くのでＯ脚の矯正には充分でなかった。
【０００９】
【課題を解決するための手段】
この発明は、前述の変形性膝関節症患者用履物の問題点を解決するものであり、その第１要旨は、履物本体の底材表面の長手方向にヒールから所要角度の傾斜を形成して爪先上がりとし、左右幅で内側から外側に向かって所要角度の傾斜を形成し、該底材表面からその底面近くまで所要間隔で所要直径の垂直穴を形成し、該底材表全面に石英斑石（遠赤外線放射エネルギーとマイナスイオンを発生する活性石）粉末を塗布して石英斑石粉末層を形成し、足のヒールと両側に被覆部を設けて前開きとし、該履物の先端近くに咬合子を有するベルト及び外反母趾矯正用柔軟円筒体とを有する変形性膝関節症矯正用履物である。
【００１０】
その第２要旨は、底材表面の長手方向にヒールから約２０度の傾斜を形成して爪先上がりとし、長手方向の左右幅で内側から外側に向かって約５度の傾斜を形成して成る変形性膝関節症矯正用履物である。
【００１１】
その第３要旨は、底材表面の各垂直穴の直径を９ｍｍ、その間隔を平均３ｍｍとし、約６０個を該底材表面からその底材底面５ｍｍ近くまで形成した変形性膝関節症矯正用履物である。
【００１２】
その第４要旨は、石英斑石粉末の粒径を５μとし、塗布される該石英斑石粉末層の厚みを０．５ｍｍとして成る変形性膝関節症矯正用履物である。
【００１３】
その第５要旨は、履物本体の底材表面の長手方向にヒールから所要角度の傾斜を形成して爪先上がりとし、左右幅で内側から外側に向かって所要角度の傾斜を形成し、該底材表面からその底面近くまで所要間隔で所要直径の垂直穴を形成し、該底材表全面に石英斑石（遠赤外線放射エネルギーとマイナスイオンを発生する活性石）粉末を塗布して石英斑石粉末層を形成し、該履物の先端近くに咬合子を有するベルトを設けて外反母趾や内反小指の原因となる中足関節の弛みを締め、該底材表面の先端部近くで足の親指と第２指の対応個所の所要直径と深さの垂直穴内に外反母趾矯正用柔軟円筒体の下端を着脱自在に嵌合して親指と第２指を押圧する事を特徴とする変形性膝関節症外反母趾矯正用履物である。
【００１４】
その第６要旨は、該底材表面の先端部近くで足の親指と第２指の対応個所に所要直径と高さの柔軟円筒体を垂直に接着して成る変形性膝関節症外反母趾矯正用履物である。
【００１５】
【発明の実施の態様】
この発明に係る変形性膝関節症外反母趾矯正用履物をサンダルに実施した例について説明する。該サンダルは、爪先上がりの底材と、底材表面からその底面近くまで所要間隔で所要直径の多数の垂直穴を形成し、該底材表面を内側に傾斜し、該底材表全面に石英斑石粉末を塗布し、該履物の先端近くに先端に咬合子を有するベルトを設けて外反母趾や内反小指の原因となる中指関節の弛みを締め、該底材表面先端部近くで足の親指と第２指の対応個所に反母趾矯正用柔軟円筒体を設けて親指と第２指を押圧する事を特徴とする変形性膝関節症外反母趾矯正用履物である。
側に被覆部を設けて前開きとし、該履物の先端に咬合子を有するベルト及び外反母趾矯正用柔軟円筒体とを有する変形性膝関節症外反母趾矯正用履物である。
【００１６】
【実施例】
図１〜６で請求項１記載の発明に係る変形性膝関節症矯正用履物（サンダル）１０は、足裏に対応する形状を有し、足のヒールから爪先上がりの底材１２と、足のヒールと両側とに被覆部１４を設けて前開きとし、該履物１０の先端近くに先端に咬合子１６ａを有するベルト１６とから成る。
【００１７】
図４に示す通り具体的には該履物本体１０の該底材表面１２ａの長手方向に所要角度例えば約２０度の傾斜を形成して爪先上がりとし、図５に示す通り、左右幅で内側から外側に向かって所要角度例えば約５度の傾斜を形成したので足の重心Ｃが内側Ｃ’に移動し、通常余り使用しない足の内側の内転筋への収縮情報を伝え、内側への引き締め効果を得る。
【００１８】
図４で、請求項３に於いて、該底材表面１２ａからその底面近くまで夫々９ｍｍの直径を有する各垂直穴１２ｆ・・・を平均３ｍｍの間隔を置いて該底材底面１２ｂから５ｍｍ近くまで約６０個を形成して軽量化した変形性膝関節症矯正用履物１０とする。
【００１９】
図２、７〜９で、請求項４に於いて遠赤外線放射エネルギーとマイナスイオンとを発生する粒径５μの石英斑石粉末をポリ塩化ビニール樹脂製接着剤により該底材表面１２ａに塗布し、自然乾燥して厚み０．５ｍｍの石英斑石粉末層１２ｄを形成する。
【００２０】
該石英斑石粉末の主成分と他の石材との比較を次の表に示す。

【００２１】
前述の表から該石英斑石は、他の天然石よりはるかに大きい９６．７％の遠赤外線放射率と強力なマイナスイオンを発生させることが明瞭である。
【００２２】
図６、８で、請求項５に於いて、該履物１０の先端近くに該ベルト１６を設けたので外反母趾やや内反小指の原因となる中指関節の弛みを締め、該底材表面１２ａの先端部近くで足の親指と第２指の対応個所に所要直径と深さの垂直穴１２ｃを穿設し、該垂直穴１２ｃ内に外反母趾矯正用合成絹糸、スポンジ等の柔軟円筒体１８の下端を着脱自在に嵌合し、親指と第２指を押圧して外反母趾を矯正する。
【００２３】
図９に於いて、請求項６の変形性膝関節症外反母趾矯正用履物１０の該底材表面１２ａ先端部近くで足の親指と第２指の対応個所に所要直径と高さの柔軟円筒体１８ａを所要の強力な接着剤１２ｅにより垂直に接着する。
【００２４】
【発明の作用】
この発明に係る変形性膝関節症矯正用履物１０を左右の足に着用し、咬合子１６ａを有するベルト１６により夫々固定し、垂直に立ちその場で足踏みをし、又は歩くことにより両足を該履物本体１０の長手方向に爪先上がり状態となり、同時に長手方向に対して該履物本体１０の内側を傾斜させて両膝の内側に接触又は近づけてＯ脚を矯正する。
【００２５】
図６、８、９に示す通り請求項５、６の変形性膝関節症外反母趾矯正用履物矯正用履物１０は、該底材表面１２ａ先端部近くの柔軟な円筒体１８、１８ａが親指と第２指とを押圧して広げるから下駄やサンダルの鼻緒の機能をして外反母趾を矯正する。
【００２６】
【発明の効果】
（１）前述の通り、この変形性膝関節症矯正用履物１０を履けば、両足がヒールから約２０度の傾斜で爪先上がりとなり、身体後側のアキレス腱等の筋肉をストレッチングして強化し、両足が内側から外側に向かって約５度で傾斜するから体重により両膝が自然に内側に導かれる。その結果膝に変形負荷が生じ、膝内側の靭帯が伸びて軟骨の変形が生じ、過度の負荷が膝の損傷を阻止するため該履物１０の両足がヒールから約２０度の傾斜で爪先上がりとなり、従って膝内側と裏側の靭帯が伸びて外側靭帯と十字靭帯は休み、Ｏ脚が無理なく矯正される。
【００２７】
（２）同時に背筋が伸び、背骨が身体の後側の筋肉を伸ばし、該底材表面１２ａからその底面近くまで夫々９ｍｍの直径を有する該垂直穴１２ｆ・・・を平均３ｍｍの間隔を置いて該底材底面１２ｂから５ｍｍ近くまで約６０個を形成したので該履物１０が軽量化され、着用しても使用者が全く疲れない。
【００２８】
（３）該底材表面１２ａに遠赤外線放射エネルギーとマイナスイオンとを発生する石英斑石粉末層を形成したので足裏に接すの休息効果を得る事が出来る。
【００２９】
（４）該履物の被覆部１４の先端近くに先端に咬合子１６ａを有するベルト１６を設け、該被覆部１４を前開としたので足の大小に関係なく着用可能となる。
【００３０】
（５）該履物１０は、ヒールから約２０度で爪先上がり（トゥアップ）となっているから平地を歩いても坂道を登るのと同様の負荷が下半身にかかってエネルギーを消費するので全身のシェイプアップと鍛錬にも役立つ。
【００３１】
（６）該底材表面１２ａの先端部近くに外反母趾矯正用合成絹糸、スポンジ等の柔軟な円筒体１８を足の親指と第２指の対応個所に所要直径と深さの垂直穴１２ｃを穿設し該垂直穴１２ｃ内に外反母趾矯正用合成絹糸、スポンジ等の柔軟な円筒体１８の下端を着脱自在に嵌合して成り、足の親指と第２指とを押圧してこれら指を開き、外反母趾を矯正する。
そして外反母趾症でない場合は、該円筒体１８を容易に取り外すことが出来る。
【００３２】
（７）同時に図１０に示す通り、該履物１０を履いた足裏体重の部位の変化を図式化した略図であり、通常は足裏の前端部Ｆと後端部Ｒとで体重を支えその中心Ｃが重心となるが、該履物１０によれば左右傾斜と前後傾斜とが同時に得られるので重心ＣがＣ’方向に移動して変形性膝関節症、外反母趾、骨格の歪の矯正、アキレス腱等の筋肉のストレッチング強化、ムクミ、下半身ダイエット等の効果も得られる。
【図面の簡単な説明】
【図１】は、この発明に係る変形性膝関節症矯正用履物の一足の斜視図。
【図２】は、図１に示す左側の履物の咬合子を有するベルトを部分的に剥がしている状態を示す略斜視図。
【図３】は、図２の右側面図。
【図４】は、図３の履物を履いた一部透視部分断面略図。
【図５】は、図４の履物を履いた右足の部分正面略図。
【図６】は、図５に示す他の実施例で外反母趾矯正用ソフト円筒体を親指と第２指間に挟んだ状態を示す部分正面略図。
【図７】は、底材表面に塗布した石英斑石粉末層を示す部分拡大平面略図である。
【図８】は、図６の他の実施例で外反母趾矯正用ソフト円筒体を底材表面の先端近くに穿設した嵌合穴に嵌合する状態を示す一部斜視部分平面略図。
【図９】は、図８の他の実施例で外反母趾矯正用ソフト円筒体を底材表面の先端近くに垂直に接着する状態を示す一部斜視部分平面略図。
【図１０】は、この発明に係る変形性膝関節症矯正用履物を履いた足裏の体重を支える重心の移動の変位状態を示す略図。
【図１１】は、この発明に係る変形性膝関節症矯正用履物を履いた女性が直立し、両足が爪先上がりとなり、脚の後側の大殿筋、大腿二頭筋、腓腹筋、平目筋及びアキレス腱等の筋肉がストレッチングされ、強化されている状態を模式的に示す略図。
【符号の説明】
１０変形性膝関節症外反母趾矯正用履物；
１２底材；
１２ａ底材表面；
１２ｂ底材底面；
１２ｃ垂直穴；
１２ｄ石英斑石粉末層；
１２ｅ接着剤；
１２ｆ垂直穴；
１４被覆部；
１６ベルト；
１６ａ咬合子；
１８、１８ａ柔軟な円筒体。[0001]
[Industrial applications]
The present invention relates to footwear for correcting knee osteoarthritis hallux valgus, and more particularly, stretches the ankles, hips, back muscles, back muscles, etc. of the body which are not used on a daily basis by abdominal exercise effect only by wearing for a short time daily. Knee osteoarthritis (O leg), correction of hallux valgus, stretching and strengthening of ligaments inside the knee, Achilles tendon, calf, etc., and foot rest effect by diverging negative ions and far-infrared ray effect Related to orthodontic footwear.
[0002]
[Prior art]
As footwear for correcting the O-leg, footwear for patients with osteoarthritis of the knee (Japanese Patent Application Laid-Open No. 8-98701), Abekobezose (Japanese Patent Application Laid-Open No. 2001-299405), and the like have already been proposed.
[0003]
[Problems to be solved by the invention]
Due to lack of exercise, lifestyle, etc., women may become O-legs due to degeneration of the muscles on the back of the body, especially on the back of the legs, ie, the gluteus maximus, biceps femoris, gastrocnemius (calf), striated muscle and Achilles tendon. It is often said medically that the O-legs will not heal for life until they are corrected during the growing season.
[0004]
Becoming an O leg places a burden on the inside of the knee, (1) causes osteoarthritis of the knee and causes pain, (2) causes distortion in the skeleton, causing stiff shoulders and back pain, and (3) foot It is easy to get stooped due to weakness of muscle after.
[0005]
In footwear for osteoarthritis patients (Japanese Patent Laid-Open No. Hei 8-98701), the sole material comprises a front region of the sole material and a rear region of the sole material, and the sole material in the front region of the sole material. The thickness is formed such that the front end is thinner, and the rear region of the bottom material is such that the surface in contact with the human foot is inclined left and right so that the affected side of the knee joint is lower, and the height of the surface is overloaded. It is formed to be compressible and deformable by an elastic material so as to descend.
[0006]
However, in the footwear for knee osteoarthritis patients, the surface in contact with the human foot only tilts to the left and right so that the affected side of the knee joint is lowered, so muscle reinforcement and stretching such as the Achilles tendon on the sole side of the foot are essential. No effect.
[0007]
On the other hand, Abekokobesu (Japanese Patent Application Laid-Open No. 2001-299405) has no effect on the correction of the knee portion of the O-leg, and may not be able to be worn depending on the size of the foot because there is a belt for fixing the foot to the toe. Yes, its use is limited and it does not provide sufficient health promotion effects.
[0008]
Also, known footwear for knee osteoarthritis patients is not sufficient for correcting O-legs because the instep is fixed and the heel and the sole of the footwear move freely.
[0009]
[Means for Solving the Problems]
The present invention solves the above-mentioned problem of footwear for knee osteoarthritis patients. The first gist of the invention is to form a slope at a required angle from a heel in a longitudinal direction of a bottom material surface of a footwear body. Raise the tip of the toe, form a slope at the required angle from the inside to the outside in the left and right width, form vertical holes of the required diameter at the required interval from the bottom material surface to near the bottom surface, and place quartz spots on the entire surface of the bottom material surface Stone (active stone that generates far-infrared radiation energy and negative ions) is applied to form a quartz porphyry powder layer, and the heel and both sides of the foot are provided with a cover to open forward, near the tip of the footwear. A footwear for correcting knee osteoarthritis, comprising a belt having an occlusal element and a flexible cylindrical body for correcting hallux valgus.
[0010]
The second gist is to form a slope of about 20 degrees from the heel in the longitudinal direction of the bottom material surface to make the toe rise, and to form a slope of about 5 degrees from the inside to the outside in the lateral width in the longitudinal direction. Footwear for correcting knee osteoarthritis.
[0011]
The third point is that the diameter of each vertical hole on the bottom material surface is 9 mm, the interval is 3 mm on average, and about 60 pieces are formed from the bottom material surface to the bottom material bottom surface near 5 mm for correcting knee osteoarthritis. Footwear.
[0012]
The fourth gist is footwear for correcting knee osteoarthritis in which the particle size of the quartz porphyry powder is 5 μm and the thickness of the quartz porphyry powder layer applied is 0.5 mm.
[0013]
The fifth gist is to form a slope at a required angle from the heel in the longitudinal direction of the surface of the sole of the footwear body so as to raise the toe, to form a slope at the required angle from the inside to the outside in the lateral width. Vertical holes of required diameter are formed at required intervals from the surface to near the bottom surface, and quartz porphyry (active stone that generates far-infrared radiation energy and negative ions) powder is applied to the entire surface of the bottom material, and quartz porphyry powder Forming a layer, providing a belt with an occlusal near the tip of the footwear to tighten the slack in the metatarsal joint causing hallux valgus and varus little finger, and toe and toe near the tip of the surface of the sole material A valgus knee osteoarthritis characterized in that the lower end of a flexible cylinder for correcting hallux valgus is removably fitted in a vertical hole having a required diameter and depth corresponding to two fingers, and a thumb and a second finger are pressed. Orthotic footwear.
[0014]
A sixth gist of the present invention is to correct knee valgus valgus deformity, in which a flexible cylinder having a required diameter and height is vertically adhered to a position corresponding to a thumb and a second finger near a tip of a surface of the bottom material. Footwear.
[0015]
DESCRIPTION OF THE PREFERRED EMBODIMENTS
An example in which the footwear for correcting knee osteoarthritis valgus according to the present invention is applied to sandals will be described. The sandals form a bottom material rising to the tip of the toe, and a number of vertical holes having a required diameter at required intervals from the surface of the bottom material to the vicinity of the bottom surface, inclining the surface of the bottom material inward, and forming quartz on the entire surface of the bottom material surface. Applying porphyry powder, providing a belt with an occlusal tip at the tip near the tip of the footwear to tighten the slack in the middle finger joint that causes hallux valgus and varus little finger, and toe near the tip of the surface of the sole material A footwear for correcting knee valgus deformity, characterized in that a flexible cylindrical body for correcting hallux valgus is provided at a position corresponding to the first and second fingers and the thumb and the second finger are pressed.
A footwear for osteoarthritic hallux valgus correction having a belt having an occlusal element and a flexible cylindrical body for hallux valgus correction at the tip of the footwear, provided with a covering part on the side and opened forward.
[0016]
【Example】
A footwear (sandals) 10 for correcting knee osteoarthritis according to the invention described in claim 1 in FIGS. 1 to 6 has a shape corresponding to the sole of the foot, a sole 12 rising from the heel of the foot to the toe, and a foot. The shoe 16 is provided with a covering portion 14 on both sides of the footwear 10 so as to open forward, and a belt 16 having a bite 16a at the tip near the tip of the footwear 10.
[0017]
Specifically, as shown in FIG. 4, a required angle, for example, about 20 degrees is formed in the longitudinal direction of the bottom material surface 12 a of the footwear body 10 to make the toe rise, and as shown in FIG. Since the required angle, for example, about 5 degrees, is formed outward, the center of gravity C of the foot moves to the medial side C ', and the contraction information to the medial adductor muscle of the foot which is not usually used is transmitted, and the medial tightening is performed. Get the effect.
[0018]
In FIG. 4, each of the vertical holes 12f having a diameter of 9 mm from the bottom material surface 12a to the vicinity of the bottom surface is approximately 5 mm from the bottom material bottom surface 12b at an average distance of 3 mm. The footwear 10 for correcting osteoarthritis of the knee which is reduced in weight by forming about 60 pieces.
[0019]
In FIGS. 2, 7 to 9, a quartz porphyry powder having a particle size of 5 .mu.m that generates far-infrared radiation energy and negative ions according to claim 4 is applied to the bottom material surface 12a with a polyvinyl chloride resin adhesive. After drying naturally, a quartz porphyry powder layer 12d having a thickness of 0.5 mm is formed.
[0020]
The following table shows a comparison between the main component of the quartz porphyry powder and other stone materials.

[0021]
It is clear from the above table that the quartz porphyry generates far-infrared emissivity of 96.7%, which is much larger than other natural stones, and generates strong negative ions.
[0022]
In FIGS. 6 and 8, the belt 16 is provided near the tip of the footwear 10 so that the slack of the middle finger joint, which causes hallux valgus and varus little finger, is tightened, and the tip of the bottom material surface 12a is closed. A vertical hole 12c of a required diameter and depth is formed at a position corresponding to the thumb and the second finger near the toe, and a lower end of a flexible cylindrical body 18 such as a synthetic silk thread for correcting hallux valgus and a sponge is formed in the vertical hole 12c. It fits removably and presses the thumb and second finger to correct hallux valgus.
[0023]
In FIG. 9, a flexible cylindrical body having a required diameter and height at a position corresponding to the thumb and the second finger near the tip of the bottom surface 12a of the footwear 10 for correcting hallux valgus osteoarthritis according to claim 6. 18a is vertically bonded with the required strong adhesive 12e.
[0024]
Effect of the Invention
The footwear 10 for correcting knee osteoarthritis according to the present invention is worn on the left and right feet, respectively fixed by a belt 16 having an occlusal element 16a, and both feet are set up by standing vertically or walking on the spot. The toe rises in the longitudinal direction of the footwear body 10, and at the same time, the inside of the footwear body 10 is inclined with respect to the longitudinal direction to contact or approach the inside of both knees to correct the O-leg.
[0025]
As shown in FIGS. 6, 8 and 9, the footwear correction footwear 10 for correcting knee osteoarthritis valgus according to claims 5 and 6 has a flexible cylindrical body 18, 18a near the tip of the bottom material surface 12a. It spreads by pressing two fingers, and it functions as clogs of sandals and sandals to correct hallux valgus.
[0026]
【The invention's effect】
(1) As described above, when the footwear 10 for correcting knee osteoarthritis is worn, the feet rise to the toes at an inclination of about 20 degrees from the heel, and the muscles such as the Achilles tendon on the rear side of the body are stretched and strengthened. Since both feet are inclined at about 5 degrees from the inside to the outside, the weight naturally guides both knees inward. As a result, the knee is deformed, the ligaments inside the knee are stretched, and the cartilage is deformed, and the excessive load prevents the knee from being damaged. Therefore, the ligaments inside and behind the knee extend, the ligaments outside and the cruciate ligament rest, and the O-leg is easily corrected.
[0027]
(2) At the same time, the back muscles are stretched, and the spine stretches the muscles on the back side of the body, and the vertical holes 12f, each having a diameter of 9mm, are spaced from the bottom surface 12a to near the bottom surface at an average distance of 3mm. Since about 60 pieces are formed from the bottom material bottom surface 12b to nearly 5 mm, the footwear 10 is reduced in weight, and the user does not get tired even when worn.
[0028]
(3) Since a quartz porphyry powder layer that generates far-infrared radiation energy and negative ions is formed on the bottom material surface 12a, a resting effect of contacting the sole can be obtained.
[0029]
(4) A belt 16 having an occlusal element 16a at the tip is provided near the tip of the covering part 14 of the footwear, and the covering part 14 is opened forward, so that it can be worn regardless of the size of the foot.
[0030]
(5) The footwear 10 rises (toe-up) at about 20 degrees from the heel, so that even when walking on flat ground, the same load as when climbing a hill is applied to the lower body and consumes energy, so that the whole body is Also useful for shape up and training.
[0031]
(6) A flexible cylindrical body 18 such as a synthetic silk thread or sponge for correcting hallux valgus is formed near the tip of the bottom material surface 12a, and a vertical hole 12c having a required diameter and depth is formed at a position corresponding to the thumb and the second finger. The lower end of a flexible cylindrical body 18 such as a synthetic silk thread or sponge for correcting hallux valgus is detachably fitted in the vertical hole 12c, and the thumb and the second toe of the foot are pressed to open these fingers. Correct hallux valgus.
If the patient does not have hallux valgus, the cylindrical body 18 can be easily removed.
[0032]
(7) Simultaneously, as shown in FIG. 10, it is a schematic diagram showing a change in a part of a foot weight of the foot wearing the footwear 10, and the weight is usually supported by the front end F and the rear end R of the sole. The center C is the center of gravity. According to the footwear 10, since the left-right inclination and the front-back inclination can be obtained at the same time, the center of gravity C moves in the C 'direction to correct knee osteoarthritis, hallux valgus, skeletal distortion, Achilles tendon The effects of strengthening the muscles such as stretching, mummy, lower body diet, etc. can also be obtained.
[Brief description of the drawings]
FIG. 1 is a perspective view of a pair of footwear for correcting knee osteoarthritis according to the present invention.
FIG. 2 is a schematic perspective view showing a state in which a belt having an occlusal of the left footwear shown in FIG. 1 is partially peeled off;
FIG. 3 is a right side view of FIG. 2;
FIG. 4 is a partially transparent and partially sectional schematic view of the footwear of FIG. 3;
FIG. 5 is a schematic partial front view of the right foot wearing the footwear of FIG. 4;
FIG. 6 is a schematic partial front view showing a state where a soft cylinder for hallux valgus correction is sandwiched between a thumb and a second finger in the other embodiment shown in FIG. 5;
FIG. 7 is a partially enlarged plan schematic view showing a quartz porphyry powder layer applied to a bottom material surface.
FIG. 8 is a partial perspective partial plan schematic view showing a state in which the soft cylindrical body for correcting hallux valgus in another embodiment of FIG. 6 is fitted in a fitting hole formed near the front end of the bottom material surface.
FIG. 9 is a partial perspective partial plan view schematically showing a state in which a soft cylindrical body for correcting hallux valgus is vertically adhered near the tip of the bottom material surface in another embodiment of FIG. 8;
FIG. 10 is a schematic view showing a displacement state of movement of a center of gravity that supports the weight of the sole of the foot wearing the footwear for correcting knee osteoarthritis according to the present invention.
FIG. 11 shows that a woman wearing the footwear for correcting knee osteoarthritis according to the present invention stands upright, both feet rise to the toes, and the gluteus maximus, biceps femoris, gastrocnemius, striated, The schematic diagram which shows the state which the muscles, such as Achilles tendon, are stretched and strengthened.
[Explanation of symbols]
10. Footwear for correcting knee osteoarthritis hallux valgus;
12 bottom material;
12a bottom material surface;
12b bottom material bottom surface;
12c vertical hole;
12d quartz porphyry powder layer;
12e adhesive;
12f vertical hole;
14 covering part;
16 belts;
16a bite;
18, 18a Flexible cylinder.

Claims

履物本体の底材表面の長手方向にヒールから所要角度の傾斜を形成して爪先上がりとし、左右幅で内側から外側に向かって所要角度の傾斜を形成し、該底材表面からその底面近くまで所要間隔で所要直径の垂直穴を形成し、該底材表全面に石英斑石（遠赤外線放射エネルギーとマイナスイオンを発生する活性石）粉末を塗布して石英斑石粉末層を形成し、足のヒールと両側に被覆部を設けて前開きとし、該履物の先端近くに該履物の先端近くに先端に咬合子を有するベルトを設けて成る変形性膝関節症矯正用履物。Form a slope at the required angle from the heel in the longitudinal direction of the bottom surface of the footwear body and make it toe up, form a slope at the required angle from the inside to the outside with the left and right width, from the bottom material surface to near the bottom surface Vertical holes of required diameter are formed at required intervals, and quartz porphyry (active stone that generates far-infrared radiation energy and negative ions) powder is applied to the entire surface of the bottom material to form a quartz porphyry powder layer. A footwear for correcting knee osteoarthritis, comprising a heel and a covering portion provided on both sides to open forward, and a belt having a bite at the tip near the tip of the footwear near the tip of the footwear.

該底材表面の長手方向にヒールから約２０度の傾斜を形成して爪先上がりとし、長手方向の左右幅で内側から外側に向かって約５度の傾斜を形成して成る請求項１記載の変形性膝関節症矯正用履物。2. The bottom material surface according to claim 1, wherein a slope of about 20 degrees from the heel is formed in the longitudinal direction of the bottom material so that the toe rises, and a slope of about 5 degrees is formed from inside to outside in a lateral width in the longitudinal direction. Footwear for correcting knee osteoarthritis.

該底材表面の各垂直穴の直径を９ｍｍ、その間隔を平均３ｍｍとし、約６０個を該底材表面からその底材底面５ｍｍ近くまで形成した請求項１記載の変形性膝関節症矯正用履物。The orthopedic knee osteopathy correction according to claim 1, wherein each of the vertical holes on the bottom material surface has a diameter of 9 mm, an interval between them is 3 mm on average, and about 60 are formed from the bottom material surface to a bottom material bottom surface of about 5 mm. footwear.

該石英斑石粉末の粒径を５μとし、塗布される該石英斑石粉末層の厚みを０．５ｍｍとして成る請求項１記載の変形性膝関節症矯正用履物。The footwear for correcting knee osteoarthritis according to claim 1, wherein the particle size of the quartz porphyry powder is 5 µm, and the thickness of the quartz porphyry powder layer applied is 0.5 mm.

履物本体の底材表面の長手方向にヒールから所要角度の傾斜を形成して爪先上がりとし、左右幅で内側から外側に向かって所要角度の傾斜を形成し、該底材表面からその底面近くまで所要間隔で所要直径の垂直穴を形成し、該底材表全面に石英斑石（遠赤外線放射エネルギーとマイナスイオンを発生する活性石）粉末を塗布して石英斑石粉末層を形成し、該履物の先端近くに咬合子を有するベルトを設けて外反母趾や内反小指の原因となる中足関節の弛みを締め、該底材表面の先端部近くで足の親指と第２指の対応個所の所要直径と深さの垂直穴内に外反母趾矯正用柔軟円筒体の下端を着脱自在に嵌合して親指と第２指を押圧する事を特徴とする変形性膝関節症外反母趾矯正用履物。Form a slope at the required angle from the heel in the longitudinal direction of the bottom surface of the footwear body and make it toe up, form a slope at the required angle from the inside to the outside with the left and right width, from the bottom material surface to near the bottom surface A vertical hole having a required diameter is formed at a required interval, and quartz porphyry (active stone that generates far-infrared radiation energy and negative ions) powder is applied to the entire surface of the bottom material to form a quartz porphyry powder layer. A belt having an occlusal is provided near the tip of the footwear to tighten the slack of the metatarsal joint causing valgus and varus valgus, and the toe and the second toe of the foot near the tip of the surface of the sole material. Footwear for correcting knee valgus deformity, characterized in that the lower end of a flexible cylinder for correcting hallux valgus is removably fitted into a vertical hole having a required diameter and depth, and a thumb and a second finger are pressed.

該底材表面の先端部近くで足の親指と第２指の対応個所に所要直径と高さの柔軟円筒体を垂直に接着して成る請求項５記載の変形性膝関節症外反母趾矯正用履物。6. The footwear for correcting knee valgus valgus deformity according to claim 5, wherein a flexible cylindrical body having a required diameter and height is vertically adhered to a position corresponding to a thumb and a second finger near a tip of the bottom material surface. .