Shoe sole structures with tapering thickness in a horizontal plane
Abstract
(57) [Abstract] Since this gazette is application data in front of an electronic application, the data of an abstract is not recorded.
Term
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Projected expiry passed 14 July 2009, 17.2 years ago.
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95 claims: 7 independent, 88 dependent
- 1【特許請求の範囲】 1.前向きの平面内で均一の厚さを有する靴底部分と、前記靴底部分の少なくとも一部分と合体しかつ足の関連した端縁の形状に実質的に合致した足の形状に合わせて形成された側部とを有する靴底を備え、前記靴底部分は足支持面を含み、前記の足の形状に合わせて形成された側部が、少なくとも部分的に、前記靴底部分の均一な前向きの平面の厚さにより決定された諸点の軌跡により規定され、かつ前記靴底部分の足支持面の上面を越えて垂直方向に延びる湾曲面により規定された靴、例えばランニングシューズ用の靴底構造。
- 2前記湾曲面を規定する前記の厚さが、前記靴底部分の端縁のまわりに配されている請求項1記載の靴底構造。
- 3前記靴底部分がさらに前記足支持面に対向した地面係合部分を含み、前記側部の前記湾曲面が対向した側から前記地面係合部分と合体して理論的に理想的な安定面を規定する請求項1記載の靴底構造。
- 4前記靴底部分の前記地面係合部分が底部の踏面を含み、前記踏面の最も外側の面が前記の埋論的に理想的な安定面に沿って配されている請求項3記載の靴底構造。
- 5前記靴底部分の前記地面係合部分が複数個のクリートを含み、前記クリートの最も外側の面が前記の理論的に理想的な安定面に沿って配されている請求項3記載の靴底構造。
- 6前記クリートが取り付けられた前記靴底部分の表面が、理論的に理想的な安定面に平行である二次的な体重支持面に実質的に配されている請求項5記載の靴底構造。
- 7前記靴底部分の前記地面係合部分が、理論的に理想的な安定面に沿って配された体重支持外面を含む請求項3記載の靴底構造。
- 8さらに、ヒールリフト部材を含む請求項1記載の靴底構造。
- 9前記靴底部分が、内側靴底と、中央靴底と、外側靴底とからなる請求項1記載の靴底構造。
- 10前記靴底部分が体重を支えていない足の自然な形状に合致した設計により規定され、理論的に理想的な安定面が、前向きの平面状断面において一定である所望の靴底の厚さと、個人の足の表面の自然な形状により決定され、理論的に理想的な安定面が足の表面に対して前向きの平面内で平行である請求項1記載の靴底構造。
- 11理論的に理想的な安定面が、さらに個人の体重を支える足跡の前向きの平面断面の幅により決定される請求項10記載の靴底構造。
- 12前記の体重を支持する足跡が、体重を支えている人間の足裏と物理的に接触しかつ該足裏を支持する靴底の平坦な上面として規定される請求項11記載の靴底構造。
- 13足関節の重心の左右方向の回内/回外連動の範囲をプロットすることにより、重心か少なくとも40°の回内または回外にわたって垂直成分の変動がない安定したレベルの運動を維持するような曲線が規定される請求項1記載の靴底構造。
- 14前記靴底構造のための重心の運動範囲が、広く張り出されまたは狭く設計された慣用の靴の重心の運動の範囲よりも平たい請求項1記載の靴底構造。
- 15前記の足の形状に合わせて形成された側部が、体重を支えている足の下方の輪郭まで延在している請求項1記載の靴底構造。
- 16前記輪郭が主な長手方向の足弓、踵骨の足弓および踵骨の頭部と遠位指趾骨の頭部との間の隆起部のうちの少なくとも一つを含む請求項15記載の靴底構造。
- 17前記輪郭が主な長手方向の足弓、踵骨の足弓および踵骨の頭部と遠位指趾骨の頭部との間の隆起部からなるグルーブの複数個を含む請求項16記載の靴底構造。
- 18靴底の輪郭が体重を支える足の側部および底部に追従するときに靴底の厚さが一定に保たれる請求項17記載の靴底構造。
- 19靴底の前後方向の平面断面が体重を支えている足の底部の輪郭と合致し、靴底の厚さがヒールの-リフト部材、つま先のテーパまたは前後方向の平面内のその他の靴底の高さの変化により変化する請求項18記載の靴底構造。
- 20靴底の領域が、体重を支えるときに地面と接触する足の前部の平坦な部分に相当する請求項19記載の靴底構造。
- 21前記靴底部分が、その側部に沿って本質的な支持要素および推進要素に簡略化されている請求項1記載の靴底構造。
- 22増大した圧力による荷重を補正するために、簡略化された靴底の密度を簡略化されていない靴底に使用される材料の密度よりも大きくした請求項21記載の靴底構造。
- 23前記の本質的な支持要素が踵骨の基部および横方向の隆起部、踵骨の頭部および第5踵骨の基部を含む請求項22記載の靴底構造。
- 24前記推進要素が所定の遠位指趾骨の頭部である請求項22記載の靴底構造。
- 25使用者の踵骨の基部を支持する中間側部および横方向の側部が水平面の足首下の足関節の軸線の両側に沿うように向けられている請求項1記載の靴底構造。
- 26非本質的な安定用側部が省略されている請求項1記載の靴底構造。
- 27靴底の輪郭の相対的な高さが、靴底の変形しない体重を支える部分の周囲の範囲のまわり以内に配されている請求項1記載の靴底構造。
- 28前記靴底が、実質的に平面状でありかつ垂直方向に向けられた安定用側部を有する通勤用靴の靴底である請求項1記載の靴底構造。
- 29前記連動用靴の靴底が中空の甲の領域を有する請求項28記載の靴底構造。
- 30足の形状に合わせて形成された側部の設計の理論的に理想的な安定面を規定する靴底の一定の厚さが、足の踵の側部の表面上の点に対する接線に対して垂直でありかつ同じ足の踵の表面上の点を通る線に沿った足の形状に合わせて形成された側部またはその他の靴底部分上の任意の点において測定される請求項1記載の靴底構造。
- 31理論的に理想的な安定面が、靴底の上側部分と下面との間の最小距離を構成する円の半径による方法により構成されている請求項1記載の靴底構造。
- 32理お的に理想的な安定面が、靴底の輪郭を前記安定面に近似するように近似させることにより構成されている請求項1記載の靴底構造。
- 33前記靴底が体重により変形せしめられたときに理論的に理想的な安定面に近似するように体重が加わっていない状態でのサイズおよび形状を有する材料から製造されている請求項1記載の靴底構造。
- 34前記靴底が、靴底の上面と、変形したときに理論的に理想的な安定面に追従するよう靴底の底部端縁の面とから構成されている請求項1記載の靴底構造。
- 35こばの表面が横方向に延びる部分において終端し、前記の横方向に延びる部分が可撓性材料から構成されかっその下面を変形中に内側に設定された理論的に理想的な安定面に平行になるように終端させるように構成されている請求項34記載の靴底構造。
- 36非本質的な靴底部分が可撓性を与えるために除去されかつ可撓性材料からなる上層により連結されている請求項1記載の靴底構造。
- 37前記靴底が複数個の前向きの平面に形成されたスリットを含む請求項1記載の靴底構造。
- 38前記スリットが、踵骨の基部と第5踵骨の基部との間の中途およびその基部と踵骨の頭部との間の別の中途の位置により規定された位置のうちの少なくとも一つの位置に配置されている請求項37記載の靴底構造。
- 39前記靴底部分および側部が単一の構造体に一体に形成されている請求項1記載の靴底構造。
- 40前記側部が前記靴底部分の周囲の選択された部分に沿って延在している請求項1記載の靴底構造。
- 41前記の足の形状に合わせて形成された側部が、体重を支える足の下方の自然な輪郭のうちの少なくとも一つの輪郭まで延在している請求項3記載の靴底構造。
- 42前記の靴が、通勤用靴、作業靴または運動靴である請求項1記載の靴底構造。
- 43さらに、前記の靴と連結された上側部分を含む請求項1記載の靴底構造。
- 44さらに、前後方向の平面内で測定された前記靴底の可変の厚さを含む請求項1記載の靴底構造。
- 45前記の足の形状に合わせて形成された側部の先端が切断されている請求項1記載の靴底構造。
- 46足の形状に合わせて形成された側部の厚さが靴底部分の前向きの平面内の厚さと等しく、したがって、前記の前向きの平面内の厚さに従って実質的に正確に変化する請求項1記載の靴底構造。
- 47靴底部分の輪郭が足裏の自然な輪郭により規定されている請求項1記載の靴底構造。
- 48靴底部分が対向したこばにおいて終端する上面により規定され、前記側部の一つの側がこばに固定されている請求項1記載の靴底構造。
- 49靴底部分が、足の自然な生体力学の変化または不均一な密度、特にある靴底領域における圧力による荷重の増大を補正するための相対密度の増大を回避する中立の設計が得られるように、各々の層にほぼ均一な密度を有する一つの材料または複数の材料から製造されている請求項1記載の靴底構造。
- 50端縁部分が、その一つの端縁において靴底部の水平の輪郭のまわりに実質的に完全に延在している請求項1記載の靴底構造。
- 51前記湾曲面が、使用者により使用中に圧縮されたときに前記湾曲面に近似する前記靴底の構造により近似せしめられる請求項1記載の靴底構造。
- 52前記湾曲面が、前記の足の形状に合わせて形成された側部を規定する少なくとも一対の線分により近似せしめられる請求項1記載の靴底構造。
- 53上側部分と、前記靴底の上面および下面上のそれぞれの点の間の最短距離により規定された均一の前向きの平面内の厚さを有し、前記上側部分に固定されかつ前記靴底の少なくとも一部分に沿った足の形状に合わせて形成された側部を有する靴底とを備え、前記の足の形状に合わせて形成された側部が理論的に理想的な安定面により少なくとも部分的に規定された運動靴などの靴。
- 54前記の理論的に理想的な安定面が靴底の底部の表面の平面として規定され、前向きの平面内の一定の厚さを有する靴底の内面が足の自然な形状と合致し、かつ靴底の外面が該内面と前向きの平面内で平行である請求項53記載の靴。
- 55対向した側において側部と合体する靴底部分により規定された靴底を備え、前記靴底部分および前記側部が前向きの平面内の実質的に均一な厚さにより規定され、前記側部が足の側部の少なくとも一部分を展開するように前記踵部から上向きに延びるランニングシューズなどの靴のための靴底構造。
- 56靴底部分と、前記靴底部分の少なくとも一部分に沿って延びる足の形状に合わせて形成された端縁部分とを有する靴底を備え、前記靴底部分が足支持面を含みかつ所定の厚さにより規定され、前記端縁部分が前記靴底部分の厚さにほぼ等しい半径を有する湾曲面の円弧により少なくとも部分的に規定されたランニングシューズなどの靴のための靴底構造。
- 57前記半径を規定する前記の厚さが前記靴底部分の端縁にほぼ配されている請求項56記載の靴底構造。
- 58前記靴底部分がさらに前記足支持面と対向した地面係合部分を含み、前記端縁部分の前記湾曲面が対向した側から前記地面係合部分と合体して理論的に理想的な安定面を規定する請求項56記載の靴底構造。
- 59前記靴底部分および前記端縁部分が単一の構造体に一体に構成されている請求項56記載の靴底構造。
- 60半径により規定された円弧の中心が靴底の上面により規定された平面にほぼ配されている請求項56記載の靴底構造。
- 61半径により規定された円弧の中心が、靴着用者の踵の外側部分が前記足支持部分と静止して接触する靴底の上面上の一つの点に配されている請求項60記載の靴底構造。
- 62前記の靴が、通勤用靴、作業靴、または運動靴である請求項56記載の靴底構造。
- 63さらに、前記靴底と連結された上側部分を含む請求項56記載の靴底構造。
- 64端録部分がさらに円弧と合体する第2面を含み、第2面が靴底部分の上面により規定された平面内のまわりに配置されている請求項56記載の靴底構造。
- 65端縁部分がさらに円弧と合体する第2面を含み、第2面が靴底部分の上面により規定された平面に対して所定角度をなして配置されている請求項56記載の靴底構造。
- 66靴底部分の厚さが変化し、かつ前記端縁部分の円弧を規定する半径が靴底部分の厚さに相応して変化する請求項56記載の靴底構造。
- 67靴底部分が足裏の体重を支える部分により規定された水平面の輪郭を有する上面により規定されている請求項56記載の靴底構造。
- 68靴底部分が前記の上面にほぼ垂直な対向したこばにおいて終端した上面により規定され、前記端縁部分の端縁が前記こばに固定されている請求項56記載の靴底構造。
- 69靴底部分がほぼ均ーな密度を有する材料から製造されている請求項56記載の靴底構造。
- 70端禄部分がその端縁において靴底部分の水平面の輪郭のまわりに実質的に完全に延在している請求項56記載の靴底構造。
- 71端縁部分がいくつかの別個の部分において靴底部分の周囲の輪郭に沿って延在している請求項56記載の靴底構造。
- 72端縁部分がその端縁において靴底部分の特定の輪郭のまわりに部分的にのみ延在している請求項56記載の靴底構造。
- 73半径が、ほぼ前記上側部分が前記靴底部分と連結する位置において前記靴底部分の前記足支持面と交差する請求項63記載の靴底構造。
- 74前記円弧の中心が前記靴底の回転中に地面からほぼ一定の距離に配される請求項56記載の靴底構造。
- 75前記中心の軌跡が地面から一定の距離に配された線に沿って記される請求項74記載の靴底構造。
- 76さらに、踵骨の隆起部を支持するためにくさび形インサートを含む請求項63記載の靴底構造。
- 77前記半径が前記の足の形状に合わせて形成された端縁を規定する少なくとも一対の線分により近似せしめられる請求項56記載の靴底構造。
- 78前記半径が、靴の使用者により使用中に圧縮されたときに前記半径と近似する前記靴底の構造により近似せしめられる請求項56記載の靴底構造。
- 79上側部分と、前記上側部分に固定されかつ前記靴底の少なくとも一部分に沿って足の形状に合わせて形成された端縁を有する靴底とを備え、前記の足の形状に合わせて形成された端縁が理論的に理想的な安定面の一部分により少なくとも部分的に規定されている運動靴などの靴。
- 80前記の理論的に理想的な安定面が前記靴底の厚さとほぼ等しい半径により規定され、前記半径の端部が前記靴底の上面により規定されたほぼ平面上の点に配されている請求項79記載の靴。
- 81少なくとも四分円の一部により少なくとも部分的に規定されたこばを有する靴であって、前記四分円の端縁が靴底の上面に垂直に配置され、前記四分円の別の端縁が上面の一平面と合致した表面の平面と前記表面の平面と所定角度をなす一平面との間の範囲内で前記こばと合体した靴。
- 82前記靴底が直立しているときと、一方の側に傾けられたときとの両方の場合において体重により人間の足のように自然に変形する足の形状に合わせて形成された靴底構造である請求項1記載の靴底構造。
- 83前記靴底が足を地面から一定の距離に維持し、前記距離は靴が回内および回外運動などの足の自然な運動により、通常の連動または極端な連動を問わず、一方の側に傾けられたときですらも靴底の厚さである請求項1記載の靴底構造。
- 84靴底が、中底と底部の外側靴底に固定されたヒールリフト部材とを備え、前記の底部の外側靴底が前記輪郭を有する請求項1記載の靴底構造。
- 85前記中底の外側部分が前記の底部の外側靴底と結合される輪郭に形成されている請求項84記載の靴底構造。 88.前記輪郭が前記ヒールの一部分に適用されている請求項1記載の靴底構造。
- 8687.前記靴底が、前記輪郭を少なくとも一部分に連用した底部の靴底と、前記の底部の靴底に固定された中底とを含み、前記外側靴底が外側靴底の密度を中底材料の密度まで減少させるためにハニカム構造に構成されている請求項1記載の靴底構造。
- 8788.さらに、前後方向の平面内に靴底の厚さの変化を含む請求項1記載の靴底構造。
- 8889.前記厚さの変化がヒールのリフト部材およびつま先のテーパを含む請求項88記載の靴底構造。
- 8990.さらに、靴の中底を含む請求項9記載の靴底構造。
- 9091.前記靴底部分が、最も内側の靴底と最も外側の靴底との間に実質的にすべての材料を備え、かつ最も内側の靴底および最も外側の靴底を含む請求項1記載の靴底構造。
- 9192.こばの表面が本質的な靴底部分により規定され、かつ非本質的な靴底部分が可撓性を与えるために除去され、前記の本質的な靴底部分が可撓性材料の層により連結されている靴底を有する靴底構造。
- 9293.前記靴底部分が該靴底部分以外の点では慣用の型式である通勤用靴の一部分を構成する請求項92記載の靴底構造。
- 9394.前記靴底部分が該靴底部分以外の点では慣用の型式である通勤用靴の一部分を構成する請求項36記載の靴底構造。
- 9495.前記靴底部分が該靴底部分以外の点では慣用の型式である通勤用靴の一部分を構成する請求項37記載の靴底構造。
- 9596.前記の理論的に理想的な安定面の一部分が足の踵の幅に関連した部分を含み、前記部分が前記の踵の幅よりも小さいかまたは前記の踵の幅に等しい請求項1記載の靴底構造。
Independent claims95
2 paragraphs, as filed
[Detailed Description of the Invention]
The background present invention of the shoes invention which has the sole formed according to the shape of a leg relates to shoes which have the sole formed according to the shape of a leg, such as shoes for commuting, sports shoes, especially running shoes. The present invention relates to the new design of the sole formed still more specifically according to the outline of the leg for running shoes which improves the original stability of a leg and efficient movement which wore shoes during intense movement. A sole agrees in the natural shape of the flank of a leg, especially a leg still more specifically [ the present invention ], And in a positive plane section, it has fixed thickness, and a leg is enabled to act and suit the ground and nature like the case where legs are bare feet by that cause, and it is related with run Ningun Yuzu which continued protecting and buffering a leg. When it states as an introduction, although a barefoot group has a very high activity level by bare feet, generally his rate of incidence of the injury at the time of "overworking" a leg by running is very low. in the group who wore shoes in contrast with it -- an activity level -- the state of "abuse" -- although -- ' which becomes and generates such an injury in Frequently even in the case where it is low. Therefore, it is a problem which reducing or losing such an injury and improving the buffer and protection to a leg should continue and solve about the group who wore shoes. Although the various designs for running shoes meant so that stability might be given are made, these designs are restraining natural efficient movement of a leg and a leg joint. However, such a design that can adapt itself to free bending movement lacks in control or stability in contrast with it. The design of the existing diffused shoes is provided with the sole which the engaging-of-clutch side with the ground projected over the lower part larger than the engaging-of-clutch side of the heel, and the method of outside. However, in an extreme state, since it is supported by only the lower end edge where the sole sharpened the tiptoe immediately at the time of the beam for Internal regret and the power of being about 3 times much as a whole pile concentrates on the lower end edge at the peak hour of running, such shoes are unstable. In such a state, since the moment of unnatural stress centre distance and power arises, a leg and a leg joint become unstable, and in being extreme, it sprains an ankle strongly exceeding a certain surrounding point of rotation of the pivotably supporting pivotably point of the edge of a sole. The leg which does not wear shoes in contrast with it, i.e., bare feet, Being [ and ] in the always stable balance state without producing stress centre distance to the extent that it is equal to it, or the moment of power, in inward rotation movement of the about 20-degree maximum range, the support basic surface of the barefoot heel spreads so substantially that the upheaval part of Calcaneus of a leg touches the ground. This is contrastive with the bottom of the sole adopted conventionally maintains the sharp unstable edge. The existing running shoes bar the biomechanics of a natural leg and a leg joint, and check natural stability and efficient natural movement. These running shoes are carrying out such a motion by changing the position where the leg to the ground is natural, while supporting - weight under running or walk and ° Being. The leg in the natural state where it exposed contacts the ground and directly, and, thereby, the relative distance from the ground of a leg is always zero clearly. Even when a leg stumbles moderately during running and it inclines to right and left automatically extremely, the distance between a leg and the ground is always maintained at zero. In contrast with it, the existing shoes are maintained in a fixed distance which is equivalent to the thickness of a sole from the ground, only when they are completely arranged exactly on the ground. Shortly after leaning shoes, the distance between a leg and the ground begins to change unnaturally as a sole carries out a drive to the surroundings of the rim of a corner. in the case of the conventional sports shoes, the distance between shoes and the ground increases most typically for the flank which carried out point Sticking out -- the -- it Decrease. although the width of a heel is comparatively alike and the shoes for commuting of large many follow the pattern of This *, it is only that what has a heel with narrow width decreases. When all the existing shoes 90'' Incline, over all the processes to zero, this distance is decreased continuously, as a result, a leg joint is sprained, or fracture takes place. However, in the design of the corrected sole, if it removes that shoes buffer and protect a leg even in the time of being leaned to a transverse direction, such unnatural disturbance is avoided as a matter of fact, by maintaining a fixed distance in the state of neutrality between 1 pair of shoes and the ground as if there was no sole. Unlike the existing shoes, these corrected shoes move with the inside of the mouth of a transverse direction with a natural leg on the ground, and disclosure movement. About the problem which uses a sole so that an automatically fixed distance may be maintained during movement of this transverse direction, there is a geometric solution in which two execution is possible by whether the plane of whether since it becomes an outline with the horizontal natural undersurface of the surface of a sole, it changes, the upper surface, or the undersurface changes. In the design united with the shape of the leg indicated below in double-sided solution, i.e., Drawing 1, thru/or Drawing 28, both the upper surface of a sole and the undersurface change so that it may agree with an outline with man's natural leg. The solution by these two planes is the most fundamental concept, and is automatically the most effective. This method is the only pure geometric solution for a mathematical problem which maintains a fixed distance between a leg and the ground. and -- a round shape is the only shape for a wheel -- and a perfect circle -- 1 -- it is the same meaning as the optimal thing, and is the optimal. Another side and this method are not most similar with the design of existing of the solution in which two execution is possible, and need a design and injection-molding production technology with the help of a computer. The outline of flank , is formed by only change at the bottom in the design of the flank of shoes which has an outline of a quadrant form which indicates idiomatic single side solution, i.e., Drawing 2-9, thru/or Drawing 37. In a positive plane section, the upper surface of a sole, i.e., an upper plane, is kept flat to constancy like the existing shoes of Okay., and on the other hand, in a flank, the plane of the bottom of a sole changes so that it may become an outline which maintains the biodynamic state of a natural leg and a leg joint. Although the design of the flank which has an outline of the quadrant type of this single side is not the more nearly optimal than double-sided solution, it is the optimal only single side solution over the problem which still avoids collapse of man's natural biomechanics. This single side solution is a method of manufacturing shoes most easily and most cheaply with most the neighborhood and the existing equipment so to the design of the existing sole. Since the exterior is more idiomatic although installation F of the flank which has an outline of this single side quadrant type is not more biodynamically [ than double-sided solution ] more effective, it is suitable for the object for full dress or the shoes for commuting, and light shoes for movement like a casual walk. Therefore, the synthetic object of the present invention is to provide the design of the new shoes similar to bare feet. By investigating movement of the extremeest range of the leg joint of a up to near the state that causes the sprain of a leg joint, it was found out that unusual movement which produces the sprain of the leg joint by inward rotation movement which leans a princess outside or rotates outward is correctly simulated at the time of stillness of a leg. The stability of the range with a going too far leg which wore the conventional shoes according to this observation is clearly inferior to bare feet, and producing the instability on the whole which does not exist if those shoes themselves do not exist as if is understood. In the case of the leg on which the inward rotation and outward rotation of 308 wore common shoes, movement under usual running of the bare feet for which an important thing includes the inward rotation of 7 degrees of Hub and 7-degree outward rotation movement does not take place. Since the heel of ordinary running shoes is larger than the width of man's heel about 60%, such movement usual [ barefoot ] is not obtained geometrically. As a result, the drive of the heel of shoes and man's heel cannot be carried out together automatically, Rather, although the drive of man's heel must be carried out within shoes, the drive is blocked by binding by the shoelace of the upper part portions of the moon shape heart of a shoes heel, a movement controller, and shoes, and the anatomical support member of various form inside shoes. Therefore, the synthetic object of the present invention is to provide the design of the improved shoes which is not due to the inconsistency peculiar to the design of the present shoes which can achieve the aim which enables the stability and efficient natural movement as for which A guest is not by being hard to be compatible. The another synthetic object of the present invention is to provide the outline of the new shoes similar to natural movement of the bare feet at the time of running, and to avoid inconsistency of Solid q to the design of the present shoes. The another object of the present invention is to provide the running shoes which solved the problem of conventional technology. Although, as for one another object of the present invention, the range of the outside of a portion with a flat sole includes all the support structures of a leg, It does not extend across the rim of a portion with the flat sole, but is in providing the shoes which made the portion which supports the weight of the sole for the transverse direction of the top part of a portion with a flat sole, i.e., the outline of a horizontal plane, agree as much as possible by that cause. One another object of the present invention is to provide the shoes which have a sole corresponding to the flank, including the flank which has a flank of man's leg, or an outline like shape with the natural edge. In a plane section with a positive sole formed according to the shape of a leg, one another object of the present invention contains the thickness of a fixed sole correctly, so, a sole -- the either side or the front -- or it is in providing the structure of the new shoes which are neutrality biodynamically even in the time of leaning back. There is one another object of the present invention in providing the shoes which have a sole which changes by becoming flat like a leg, when it has the outline which fully resembled shape with a natural leg of the human being who does not support weight, and it agrees in shape with the above-mentioned natural leg and weight is supported. One more object of the present invention increases the thickness of the sole in the plane of the direction of order, the lift member, i.e., the wedge shape member, of a heel, Or it is in Offer * Taber of a tiptoe part decreasing with the thickness of the above-mentioned sole, and the flank of the sole which agreed automatically on both sides of the leg by that cause also fluctuating only the same quantity correctly, and offering the design of stable new shoes with always constant thickness of the sole in a positive plane section. One another object of the present invention is simplified by an essential structure support element and the promotion element in order that the bottom of shoes may give flexibility, And in order to compensate the load which increased, it is in providing the shoes which have a sole which has the design of the outline united with the shape of the leg as mentioned above which can increase the density of a sole. One another object of the present invention is to provide a plurality of freedom which is move freedom independently with the design of the sole which contains in a sole the essential structure support element by which joint combination was carried out mutually so that movement of bone structure by which agreed with the sole and joint combination was carried out at the freedom of the leg may be followed. The another object of the present invention is to provide the shoes of the above-mentioned form in which the material of the sole was reduced, except for the lower part of the essential structure support element of a leg. One another object of the present invention is to provide the shoes of the above-mentioned form provided with the external surface which follows an ideal stable side theoretically, i.e., the Step side which has a basic surface. The another synthetic object of the present invention is to provide the structure of the shoes which have the design which changes so that an ideal stable side may be resembled theoretically at least, when it is prescribed by shape with a natural leg when not supporting weight and weight is supported. The another object of the present invention is to provide the structure of the shoes in which the curve which does not have change of a perpendicular ingredient substantially over the range of at least 40 degrees is formed by plotting the range of the inside of a mouth, and outward rotation movement. when a termination is carried out in the portion prolonged in the transverse direction manufactured from the flexible material and weight is applied, the another object of the present invention is theoretically approximated to an ideal stable side, or a termination is carried out in a position parallel to the stable side -- it is in providing the shoes which have the sole edge side constituted by □ obtaining. The another object of the present invention is to provide shoes provided with two or more positive plane slits arranged in the prescribed position of the above-mentioned sole. The another object of the present invention is to provide the right method of measuring the thickness of the outline of a sole. the another object of the present invention is formed in the flank of man's leg, or an outline like shape with the natural edge -- moreover -- even if -- a sole -- the either side or the front -- or the thickness of a sole is correctly constant even if it leans back -- as It is in providing the shoes which have a sole containing the round sole edge geometrically formed in the exact outline. The another object of the present invention has the rotation center of the above-mentioned surface in providing the structure of the new shoes arranged in the rim of the top part of a sole including the surface where the sole formed one time in all was formed in the shape of a leg according to the shape of the leg formed with the radius equal to the thickness of a sole in the outer edge part. At least, including the quadrant form portion of a rim, the rim of each quadrant form portion agrees with the level surface of the top part of a sole, and the another object of the present invention is to, provide the sole structure of the above-mentioned form in which the above-mentioned rim is perpendicular to a heel, on the other hand. The another object of the present invention has the bottom of shoes, i.e., an outside sole, in on the other hand providing the sole of the above-mentioned form in which the portion of others of shoes, for example, an insole, and the lift member of the heel were manufactured by the conventional method, including most or all of a special outline of new designs. Eye the present invention and also the another object are to provide the shoes of the above-mentioned form including the reinforcement included in the structure which specifies an ideal stable side still more theoretically. The another object of the present invention has the reinforcement included in the structure which specifies an ideal stable side theoretically in providing the shoes of the above-mentioned form applied to the single side or double-sided example of the present invention written in this specification. These objects of the present invention, and the other objects, In the accompanying drawing which becomes clear from the detailed description of the invention of the following related with an accompanying drawing, it is Drawing 1, The perspective view of the typical running shoes known in the conventional technology which can apply the present invention, and Drawing 2, the -- the [A / 2 / figure and ] -- the sole which has the bottom over which the design of the conventional technology of common use as shown in Drawing 1 was projected inB [ 2 ] figure -- an inner direction -- or -- the state where natural movement of the heel of the shoes in the positive planate section which rotates to the method of outside was blocked is shown the [ and ] -- the [C / 2 / figure and ] -- the figure showing efficient movement of a design of the sole of a rectangle with narrow width inD [ 2 ] figure, and Drawing 3, The positive plane sectional view and Drawing 4 showing the sole of the uniform thickness corresponding to shape with man's natural leg, i.e., the design of the new shoes by the present invention, the -- the [A / 4 / figure thru/or ] -- the figure showing a horizontal circumference portion with a preferred weight support portion with a flat sole at the time of using the flank component part for stable formed inD [ 4 ] figure according to the shape of the component part and the leg supporting weight with a flat sole, and the sole of the present invention, and Drawing 5, the -- the [A / 5 / figure and ] -- inB [ 5 ] figure The schematic sketch which showed the new design of the sole which has the flank formed according to the shape of the leg by the present invention which made - height of the heel variable, and Drawing 6, The side view of shoes which has the new stable shape by the present invention which showed the design of the flank formed according to the shape of a leg, the -- the [ the front view of the sole which showedD / 7 / figure in Drawing 6, and ] -- the figure which the leg which cut Drawings 6 or 7 along the 7A-7A line calledA [ 7 ] figure, and cut Drawing 7 along the 7B-7B line, the [ and ] -- the sectional view in whichC [ 7 ] figure cut Drawings 6 and 7 along the 7C-7C line, and Drawing 8, The figure and Drawing 9 which compared the design of the sole over which common use of conventional technology was projected, and the sole formed according to the shape of the leg by the present invention, the -- the [A / 9 / figure thru/or ] -- the figure showing the state over the new sole by the present invention in a neutral state and extreme state where it was stabilized extremely, inC [ 9 ] figure, and Drawing 10, the -- the sole formed inA [ 10 ] figure according to the shape of a leg is a side sectional view of the flank of the above-mentioned sole which showed the mode which maintains a distance fixed from the ground during rotation of the edge of shoes the [ and ] -- the figure showing the mode which cannot maintain distance with a flank of a conventional sole constant from the ground inB [ 10 ] figure, and ' figure 11 -- the -- the [A / 11 / figure thru/or ] -- inE [ 11 ] figure The figure and Drawing 12 showing the side section of the direction of the plurality order which showed the example of change of the thickness of the sole of the common use which can do 2 * which applies the present invention, the -- the [A / 12 / figure thru/or ] -- the figure showing the positive plane section of the sole by the present invention which indicated theoretically the state where - tip of the outline of the flank of a sole was cut in order to reduce an overhang of shoes to be an ideal stable side inD [ 12 ] figure, Drawing 13 -- the -- the [A / 13 / figure thru/or ] -- the figure showing the design of the sole formed inC [ 13 ] figure according to the actual shape of the leg by the present invention at the time of applying various Step sides and the pattern of the Cree * A, Drawings 14 are the rear surface figure which illustrated the state where the sole by the present invention was applied to shoes, and Drawing 15 so that an effective design may be obtained esthetically preferably and functionally, The figure and Drawing 16 showing the design of the sole corresponding to a sole and the natural shape of the flank safely formed according to the shape of a leg, The schematic positive plane sectional view and Drawing 17 showing the position of the static power over the sole by the static power and present invention which act on the heel joint between the usual inward rotation movement, outward rotation movement, extreme movement in a mouth, and outward rotation movement, The schematic positive top view of the momentary curve of a plurality of center of gravity which carries out light into the mouth of various degrees of the sole by the present invention made to contrast with movement shown in Drawing 2, and Drawing 18, the -- the [A / 18 / figure and ] -- the figure showing the schematic rear surface of the leg of the human being relevant to a conventional sole (theA [ 18 ] figure) and the sole (theB [ 111 ] figure) of the present invention inB [ 18 ] figure, and Drawing 19, The figure showing the design of the flank formed according to the shape of the leg prolonged for the outline with other natural legs of the lower part of the leg supporting weights, such as a foot of the main longitudinal directions, Drawings 20 are the figure which illustrated the design of the sole which was prolonged to the whole sole which does not support weight, and which was completely formed according to the shape of a leg, and Drawing 21, The figure and Drawing 22 showing the sole which showed the outline of only an essential structure support element and a promotion element along with the flank, and which was completely formed according to the shape of a leg, The figure and Drawing 23 showing the state where the present invention was applied in order to provide the shoes for commuting which have a side edge perpendicular to the ground peculiar to the sole and the shoes for commuting which were formed according to the right shape by the present invention, The figure and Drawing 24 showing how to establish an ideal stable side theoretically using the method of using the altitude to a tangent, The figure and Drawing 25 showing the method according to the radius of the circle which establishes an ideal stable side theoretically, The figure and Drawing 26 which illustrated another embodiment of the present invention which changes while in use so that an ideal stable side may be followed theoretically [ while a sole changes ], The figure and Drawing 27 showing one embodiment to which the outline of the sole by the present invention was made to approximate by a plurality of line segments, twisting the figure and Drawing 28 which illustrated one embodiment as which the stable flank was geometrically determined as some rings into the portion of the shell of a sole, and giving Take-Mie -- natural outward rotation -- the figure showing the design of the sole in consideration of /inward rotation movement not being blocked, and Drawing 29, the -- the [A / 29 / figure thru/or ] -- the schematic chart showing the lateral part formed according to the shape of the leg about the sole of the new shoes by the present invention inC [ 29 ] figure, and Drawing 30, the -- the [A / 30 / figure and ] -- the schematic sketch which showed the flank of the sole formed inB [ 30 ] figure according to the shape of the new leg by the present invention which made the height of the heel variable, and Drawing 31, The side sectional view of the flank of the sole of a quadrant form showing the mode which maintains distance with a sole constant from the ground during rotation of the edge of shoes, and Drawing 32, the -- the [A / 32 / figure thru/or ] -- the figure showing the positive plane section of the sole by the present invention which showed the state where the tip of the edge of a sole was cut to the quadrant form inC [ 32 ] figure in order to decrease an overhang of shoes, Drawing 33 -- the -- the [A / 33 / figure thru/or ] -- inC [ 33 ] figure -- the section of the heel of the conventional shoes for commuting (theA [ 33 ] figure), the shoes for commuting (theC [ 33 ] figure) which have the sole correctly formed according to the shape of a leg of the present invention are constituted -- as -- the -- the figure which illustrated the section of the heel to which the present invention shown inB [ 33 ] figure is applied, The schematic rear surface figure and Drawing 35 in which Drawing 34 showed the relation between upheaval of Calcaneus of a leg and use of the rust which goes away to the shoes of the present invention are figures which illustrated another embodiment of the present invention which changes while in use so that an ideal stable side may be followed theoretically [ while sole structure changes ], Drawings 36 are a figure showing one embodiment to which the outline of the sole by the present invention was made to approximate by two or more bowstring portions, and Drawing 37, The schematic figure showing an ideal stable side theoretically, and Drawing 38, The figure and Drawing 39 showing the embodiment of the shoes which want to hold the flat upper surface, including most or all of a special outline of the design with a new sole of a bottom, the -- the [A / 39 / figure thru/or ] -- the figure showing the positive plane section of the reinforcement portion of the embodiment mentioned above inB [ 39 ] figure, and Drawing 40 -- the -- the [A / 40 / figure thru/or ] -- inC [ 40 ] figure, it is a figure showing the reinforcement portion of the embodiment of Drawing 39 applied to the flank of the shoes formed according to the shape of the leg of the present invention. Detailed explanation of a desirable embodiment It is an example in Drawing 1 about the perspective view of the sports shoes by conventional technology, for example, typical running shoes. In Drawing 1, running shoes 20 contain upper part portion 21 and sole 22. Typically, such a sole includes the structure put up by the way outside the Cut type of the form shown in Drawing 2 best. In Drawing 2, bottom portion 22a of the heel of shoes is quite larger than upper part portion 22b into which sole 22 unites with upper part portion 21. There is a design of another sole of shoes to be known in this technical field including the design shown in the United States patent No. 4.449.306 specification published by Mr. Cavanagh (Cavana gh). In this United States patent, the lateral part of the sole of running shoes contains the portion which has a curvature radius of about 20 rom(s) and which was formed round. This portion formed round meets mostly a backside half of the length of a lateral part of a central sole, and an edge field of a heel, and is arranged. except for a changes field, an overhang of common use provides and comes out to the remaining border areas. In the shoes which have the sole projected conversely, the sports shoes which have the sole formed in the strike plate (strike) field of the first leg according to the shape of a leg are shown in the United States patent No. 4.557.059 specification published by Mr. mistake Ebig (Mlsevlch). the design of such conventional technology -- and -- setting to sports shoes and running shoes especially a typical design -- the -- the [A / 2 / figure and ] -- if I will acquire stability by extending a heel as shown inB [ 2 ] figure to 3.172 inches of 3 Inn Chill's width in shoe's back 22a below the outside of the size (IOD) of the shoes for average males, it has tried. On the other hand, the width corresponding to the footprint of the heel of the human being stored in upper part portion 21 is only about 2.25 inches to an average leg. So, combination [ balance / un-] arises in that the heel of a leg is locked by design in the moon shape core of a hard shoes heel. By holding man's heel exactly, the moon shape core can hold the heel and can reinforce it with the motion controlling device for stabilizing the heel again. the [ therefore, ] -- the [A / 2 / figure and ] -- although man's heel is among [ the usual motion range ] about 15 degrees and usually moves to natural movement shown inB [ 2 ] figure -- man's heel -- the -- the [A / 2 / figure and ] -- as shown inB [ 2 ] figure, a drive cannot be carried out except for the inside of shoes, but * and resistance by shoes are received. the [ therefore, ] --A [ 2 ] figure is perpendicular to a heel, and in order to support bare feet around point 23 specified by line 23a which intersects the bottom edge of upper part portion 21 in point 24, it is shown that a drive cannot be carried out to the surroundings of the central edge man's heel as carried out as usual. the moment of the power by the stress centre distance of the projected sole being the maximum in O'', and becoming slightly small in 7-degree usual inward rotation or outward rotation -- the [ therefore, ] -- the [A / 2 / figure and ] -- as shown inB [ 2 ] figure, it resists strongly to such natural movement. the -- inA [ 2 ] figure, the rim of a heel must be compressed in order to adapt itself to such movement. the --B [ 2 ] figure is illustrating that usual natural movement of shoes is insufficient in that it is pushed upward so that the center of gravity of shoes and the leg which wore shoes may mention Drawing 17 below. the design of the sole of the narrow rectangle which has the width of the heel approximated to man's heel is also known -- the -- the [C / 2 / figure and ] -- it shows and comes out toD [ 2 ] figure. this sole -- the -- the [A / 2 / figure and ] -- it seems that it is more efficient than the sole over which it was projected for [ which was shown inB / 2 / figure ] practice *. Since the width of a sole is the same as that of man's sole, the drive of the shoes can be automatically carried out by the inward rotation / outward rotation movement of usual 7@ of the bare feet under running. In such a design, in the running exercise of the 7-degree usual inward rotation/outward rotation, it is a half in the case of being the projected sole mostly, and there is perpendicular movement of the length of the arm of a lever and the center of gravity. However, the design of the narrow rectangle which has the width approximated to the width of this human being's heel is very unstable, tended to sprain a leg joint, therefore was not accepted widely. Therefore, no designs large [ these heels ] or narrow are satisfactory. Drawing 3 shows sole 28 which agrees in the positive planate section of a heel (the center of Ranging node) in the actual shape of the general concept of a design of the present invention, i.e., man's leg 27, and has fixed thick fence S in a positive plane section. The sole of leg 27 and surface 29 of the flank should agree with upper surface 30 of sole 29 correctly. The thickness of the sole is specified as the shortest distance (S) between the arbitrary points and undersurfaces 31 on upper surface 30 of sole 28. (Drawings 23 and 24 further fully show the measuring method of thickness.) The general concept of the present invention, Wrap a leg without producing a twist or modification of a sheet, when [ of the sole material of the thickness whose sole 28 is as a matter of fact uniform ] it is theoretically made from a single flat sheet and the sheet is bent according to the shape of a leg, Leg 27 is wrapped and it is sole 28 of leg 27 which actually agreed in the shape of -. In order to solve the problem about the actual serious modification about the outline which wraps such crookedness or a leg, it will be included that the layered product or injection molding technique which consists of a multiplex sheet is preferably used for an actual structure of the shape of the sole of uniform thickness. the -- the [A / 4 / figure and ] -- the [B / 4 / figure and ] --C [ 4 ] figure is illustrating the important element of a design of shoes , of the present invention at the time of using flank 28a for stable formed according to the shape of a leg in the rim of sole 28b which showed the whole with numerals 28 in the positive plane section. Therefore, the main features of the present invention are losing the unnatural sharp bottom edge of the shoes which chose lateral part 31 of the sole formed according to the shape of a leg as shown in Drawing 3, and were projected especially. Like the lateral part of flank 28g for stable of a sole, i.e., rim 31a, the side edge of flank 2.8a for stable of a sole, i.e., common-law marriage 30a, is formed in the shape similar to the flank of man's leg, i.e., the actual shape of the edge, so that an ideal stable plane may be followed theoretically. According to the present invention, even if thick fence S of ° sole 28 makes a sole incline in one of sides, the front, or back even if, it is correctly maintained by the fixed value. Therefore, flank 28a for stable formed according to the shape of the leg by the present invention is formed so that similarly to thickness 33 of sole 28, Therefore, a sole shows a part of ideal stable side theoretically in the rim in a section, And it has stable sole 28 which has flank 28a for stable made according to the shape of a leg of having surface 31a indicated as a flank formed according to the shape of a leg equal to thick fence S of sole 28. Since the shape of a leg supports weight in the case of the illustrated example, therefore assumes in it that it is flat along with the sole, the top part of sole 30b has agreed in the footprint supporting a shoes wearer's weight. Crest 32 of flank 28a for stable formed according to the shape of a leg has been arranged at the arbitrary points of having met flank 29 formed according to the shape of a leg, and, on the other hand, common-law marriage 33 of flank 28a formed according to the shape of a leg has agreed with vertical side portion 34 of sole 28b supporting weight. As for sole 28, as a practical question, it is preferred to be formed in one from portions 28b and 28a. Therefore, an ideal stable side contains theoretically outline 31a which unites with undersurface 31b of sole 28. the [ which is an upper surface figure of upper surface 30b of a sole although the range around the portion supporting the weight of sole 28b of shoes contains all of leveling off which supports a leg ] -- it is preferred not to extend across the rim of sole 37 formed by the footprint when weight was supported, as shown inD [ 4 ] figure. the [ therefore, ] --D [ 4 ] figure shows outline 36 of the sole which illustrates the outline of a leg with numerals 37, and is recommended to the outline of a leg. Therefore, the outline of the level surface of the top part of the portion supporting the weight of a sole should agree as much as possible into the portion supporting the weight of the sole which a sole contacts except for the flank for stable made according to the shape of a leg. the outline of such the level surface -- the -- the [D / 4 / figure and ] -- uniform [ covering the whole thickness of the sole which lost the overhang of a sole negative or positive ] toD [ 7 ] figure, as shown in best -- thereby -- a flank -- the -- as shown inB [ 4 ] figure, it should be correctly perpendicular to the level surface. The uniform thing of the density of sole material is preferred. One another, important feature of the present invention is an example schematically to Drawing 5. As the lift member of the heel of thick fence Sl, i.e., wedge 38, increases synthetic thick fence S+51 which combined the sole of the central part in the direction which goes behind shoes, and sole 39 of the outside which has thick fence S, It is preferred that only the same quantity increases correctly by the principle to which the thickness of flank 28a formed according to the shape of a leg stated Drawing 4. a sole receives the outline of the conventional level surface further -- the -- it was shown inB [ 5 ] figure -- as By adding flank 28a made according to the shape of a leg of changing according to the thickness of a sole and changing with the lift members 38 of the heel of shoes in a positive plane, it is considerably improvable by the present invention. therefore, the thickness of flank 28a formed according to the shape of the leg in a heel part -- the -- it illustrated toB [ 5 ] figure -- as -- the -- it is more nearly equal to thick fence S+S1 of sole 28 only with a thick quantity equal to thick fence Sl of lift member 38 of a heel than thick fence S of sole 39 shown inA [ 5 ] figure. Therefore, when general, thick fence S of the flank formed according to the shape of a leg is always equal to thick fence S of a sole. Drawing 6 is illustrating the side sectional view of the sheath in which the present invention was applied, and the upper surface figure is an example in Drawing 7. the [ therefore, ] -- the [A / 7 / figure and ] -- the [B / 7 / figure and ] --C [ 7 ] figure, The positive plane section cut in the front part, the 5th central bone, and the heel of a leg is shown, Therefore, since the thickness of the sole provided lift member 38 of the heel as shown in Drawing 6, in each positive plane section, it changes [ toward the rear ] from the front part however is fixed, and the thickness of the flank formed according to the shape of a leg -- the [ each ] -- the [A / 7 / figure thru/or ] -- it is illustrating that it is equal to the thickness of the sole inC [ 7 ] figure. the [ which moreover showed a general view of the level surface of a left leg ] -- inD [ 7 ] figure -- the -- as shown inD [ 4 ] figure, he can understand following the desirable principle so that it may agree as much as possible in a footprint in case the outline of a sole supports weight. Therefore, Drawing 8 contrasts and shows 22 of Drawing 2, and sole 28 made according to the shape of the leg by the present invention shown in Drawings 3 thru/or 7 in the positive plane section. Drawing 9 -- the -- the state of the neutrality shown inA [ 9 ] figure -- the -- the [B / 9 / figure and ] -- by contrasting with the extreme state which showed inC [ 9 ] figure, it is suitable in order to analyze the design of the sole by the present invention. The operation of the present invention which has flank 28a formed according to the shape of a leg unlike the edge of the sole in which the shoes of the common use shown in Drawing 2 sharpened is completely neutrality as the leg which wore shoes in the mode which turns Togasaki of a leg inside (inward rotation), or it turns outside (outward rotation) is made to act automatically with ground 43. Partially, the thickness which met the edge of the sole does not change, but this happens in order to maintain the sole at the equal distance from the ground, in being suitable by that cause. Since the shape of edge 31a of flank 28a of the shoes made according to the shape of a leg has moreover agreed with the shape of the edge of a leg correctly, it becomes possible for shoes to act on the ground and nature and to suit them in a mode similar to a leg as much as possible. Therefore, in the neutral position shown in Drawing 9, arbitrary points 40 on the surface of sole 30b nearest to the ground are arranged in distance (S) from ground 43. this distance (S) -- the -- the [B / 9 / figure and ] -- I am understood fromC [ 9 ] figure -- as -- an extreme state -- even setting -- it is kept constant. the main point of the present invention -- the -- the [B / 9 / figure and ] -- as illustrated toC [ 9 ] figure, it is that the design of illustration is stable also in an extreme state. As for this logically ideal stable side, in all the points of weight Wo support Foot sole, the stable side is specified to one of sides, the front, or back as thickness of a fixed sole to the arbitrary quantity of rotation of within the limits from 00 to 90@ in the sole. When it puts in another way, as shown in Drawing 9, they are shoes to the either side 01 - Or lean 900, or bend a leg at 01 thru/or 90@ back, or 0 degree cannot be found and bend 90 degrees of soles, Since thick fence S of the sole between a leg and the ground is kept constant for the flank correctly formed in the quadrant form whenever it 0@ Leans a leg to the front or back, a leg is maintained at the state where it was stabilized. These stable shoes make it possible to act with the ground like the time of legs being bare feet by maintaining a fixed distance from the ground, and to suit, and a leg can be protected with shoes and they can buffer it. In that desirable embodiment, the leg has been arranged effectively on the footprint portion supporting the weight of a sole, and the flank formed according to the shape of this new leg held it, and has reduced or abolished the necessity of forming a Tough motion controlling device like comparison of a heel moon shape core and others. the --A [ 10 ] figure is illustrating the mode maintained in a fixed distance from the ground by rotating edge 31a of a sole as common-law marriage 30a of flank 28a of the sole formed according to the shape of a leg showed in Drawing 9 to various degrees. the --B [ 10 ] figure shows the mode which carries out a drive to the surroundings of inferior border 42 which is based on the rotations instead of a conventional sole carrying out a drive to the surroundings of superior border 40. As a result, in superior border 40, when 45 degrees rotates, this distance is 0.7 without being maintained by fixed distance from the ground like [ in the case of the present invention ]. It decreases to (S), and when 90 degrees rotates, it decreases to zero. Drawing 11, the -- the [A / 11 / figure thru/or ] -- flank 28a made according to change of the thickness of the direction of the sole order of common use like a heel lift member as shown inE [ 11 ] figure, wedge shape member 38, the Taber member 38a of a tiptoe, or taper member 38b covering the whole sole, and the shape of a leg, As Drawing 5 was indicated, it is equal, therefore the mode which changes according to change of thickness is shown. Drawing 12 decreases the weight and Bulk of a sole, and it shows one embodiment of the present invention which uses the portion from which ideal stable side 51 changes theoretically in flank 28a formed according to the shape of a leg which admitted to make stability of shoes into a sacrifice a little. the [ therefore, ] --A [ 12 ] figure shows a desirable embodiment which indicated Drawing 5 where rim 31a of flank 28a formed according to the shape of a leg agreed at ideal stable plane 51 theoretically. Field 31a formed according to the shape of a leg and undersurface 31b of the sole are theoretically formed along ideal stable side 51a like [ in the case of Drawings 3 and 4 ]. Ideal stable side 51 is theoretically specified as a plane of the bottom of the sole which a sole agrees in shape with a natural leg, especially the shape of the flank of a leg, and has fixed thickness in the positive plane section portion. the -- the shape (or shape regular still more nearly geometrically) in which it serves as each other on a design/work and whose Or et al. and leg are natural as shown inB [ 12 ] figure Side 53a formed according to the shape of the leg approximated to there being this [ no ] a little preferably is formed in a predetermined angle to the upper surface of sole 28, By arranging theoretically only the small portion of flank 28a made according to the shape of the leg specified with the fixed thickness which met surface 31a by that cause on the same plane as ideal stable side 51, flank 28a is theoretically simplified within ideal stable plane 51. the -- the [C / 12 / figure and ] --D [ 12 ] figure shows the same embodiment that the portion of flank 28a which it served as each other on each illustrated work/design, and was formed according to the shape of the leg, Or et al., theoretically arranged along ideal stable side 51 becomes small gradually. The portion of surface 31a has united with upper part side 53a of the flank formed according to the shape of a leg. The embodiment of Drawing 12 may be desirable because of the portion of the sole seldom used for Kanban, and, so, the additional portion of a flank is not used for Kanban, either. For example, whenever a certain shoes rotate to 40'', they may rotate to the side to 20" typically in inward rotation mode by 100 times of grades. the -- in the shoes for baseball shown inB [ 12 ] figure, it is required to give excessive stability. Nevertheless, the weight of the shoes added in order to be equal to movement of the rarely experienced range is equal to the weight added in order to be equal to movement of the range which encounters Kanban mostly. since this weight may not be desirable in the shoes for racing -- the -- it is also possible to serve on a design/work of the form shown inD [ 12 ] figure, and to consider Fit. typical running / Jillagging shoes -- the -- it shows and comes out toC [ 12 ] figure. The range of a feasible change does not have a limitation. Drawing 13 shows ideal stable side 51 theoretically in the case of forming the embodiment of the sole which has a different Step side or Cleat pattern. Therefore, Drawing 13 shows that it can apply to the sole which has a Step side of the bottom of common use of the present invention. the [ therefore, ] -- the [ in whichA / 13 / figure further contains a part for a tread portion ] -- similar withB [ 12 ] figure -- on the other hand -- the -- the [ in which, as forB / 13 / figure, a sole contains Cleat portion 61 ] -- it is similar withB [ 12 ] figure. Since surface 63 supports weight rather than Cleat on the weak ground, surface 63 where the base of Cleat is added should be arranged in parallel on the same plane as ideal stable side 51 theoretically preferably. the -- the [ which was further provided with Step side structure 62 of form in which the embodiment shown inC / 13 / figure is another ] -- it is similar withC [ 12 ] figure. In each case, the external surface or Cleat pattern 60-62 supporting the weight of a Step side is theoretically arranged along ideal stable side 51. the --C [ 14 ] figure shows the backside section of the embodiment to which the present invention is applied to shoes, in order to obtain an effective design esthetically preferably and functionally. Therefore, the practical design of the shoes incorporating the present invention is feasible even at the time of applying to shoes including lift member 38 of a heel, and the combination of the sole of the central part, and outside sole 39. Therefore, even if it uses the shape of the sole side which agreed in the ideal stable side theoretically, and a sole, a commercial charm of the shoes incorporating the present invention is not spoiled. Drawing 15 shows the design of the sole corresponding to all the natural shape of the leg containing the flank of the sole and a leg completely formed according to the shape of a leg. It is assumed that this sole completely formed according to the shape of a leg changes with weight the sole which became round slightly when man's sole did not support weight, and became round slightly in a similar manner when not supporting weight when weight was moreover supported and having been flattened, and it flattens it. So, the sole material must be the composition which permits modification of the shoes according to modification of a leg. Especially this design is applied also like the remaining portion of a sole, although applied to the heel of shoes. By adjusting the shape of shoes so that shape with a natural leg may be approached most, it becomes possible to operate a leg by the design completely united with the shape of a leg as automatically as possible. The embodiment of Drawing 15 changes by flattening operation of Drawing 14 so that it may be visible fundamentally like appearance, when a body □ pile is received. When it sees from this viewpoint, the design of the flank which showed in Drawing 14 and was made according to the shape of t:leg is shown in most the neighborhood and moreover least idiomatic Drawing 15 at shape with a natural leg, and is a still more idiomatic conservative design which it is when the design general to It wass completely united with the shape of the leg is special. The quantity of modification by flattening used for the design of Drawing 14 is not an indispensable factor of the present invention, although the thing for which different load was received and which it changes to spreading and is done is clear. All of Drawings 14 and 15 show an ideal theoretically ideal stable side in a positive plane section theoretically also for efficient natural movement of all the kinds including the principle which makes the foundation of the present invention, i.e., running, a jogging, or a walk. Drawing 15 shows the design corresponding to the shape with a natural leg where load is not received completely united with the shape of the leg, when [ of the present invention ] the most general. Theoretically, to arbitrary specific individuals, ideal stable side 51 is determined by thick fence S of the sole of the request in a positive plane section, and is determined in the first place by the second with the natural shape of surface 29 the individual's leg. The theoretically ideal stable side to arbitrary specific individuals (or average of individual size), Thick fence S of the sole of a positive predetermined plane section is determined in the first place to the special case where it is shown in Drawing 14, It is determined by the width of the positive plane section of footprint 30b supporting the individual's weight formed as the upper surface of the sole which contacts man's sole physically and supports the sole as it is determined by the shape whose individual leg is [ second ] natural and is shown in Drawing 4 the third. The ideal stable side consists of the point of a concept to two portions theoretically [ the sake in the case of being special ]. As shown in Drawings 14 and 4, the 1st portion is line segment 31b which has equal length parallel to footprint 30b and in fixed thick fence S equal to the thickness of a sole. This 1st portion is equivalent to the sole of the common use just under man's leg, and equivalent to a portion with flat sole 28b which supports weight again. The 2nd portion is rim 31a of the flank made according to the shape of the leg arranged at the 1st portion, i.e., line segment 31b, sides. Each point on rim 31a of the flank made according to the shape of a leg is correctly arranged at a distance equal to thick fence S of a sole from the nearest point on common-law marriage 30a of the flank made according to the shape of a leg. When summarizing it, since an ideal stable side is used in order to determine the shape of an exact bottom geometrically [ the sole based on the shape of the top part corresponding to the shape of the leg ], it is the essence of the present invention theoretically. If the present invention is specified, it will charge the patent right about the geometric relation which was described now and which was determined correctly. It can be said clearly that the shape of what kind of sole including the similar shape theoretically exceeding an ideal stable side restricts natural movement of a leg, the shape of the sole within the above-mentioned stable side is in direct proportion to the quantity of a deviation on the other hand, and it degrades natural stability. Drawing 16 shows the range of the inward rotation / outward rotation movement of the right and left of center of gravity 71 of an ankle with music 1170 from the shoes by the present invention shown in the positive plane section of an ankle. therefore -- center of gravity 71 sets, when [ of a heel / static ] arranged mostly at the halfway point -- shoes -- the -- the [A / 16 / figure and ] -- the [B / 16 / figure and ] -- it was shown inC [ 16 ] figure one by one -- as -- 0 degree to 200 -- if 40'' inward rotation is carried out or it assumes that outward rotation is carried out, the locus of the point of movement of the center of gravity will draw curve 70. In curve 70, center of gravity 71 maintains movement of the regular stable level without producing perpendicular Component force by carrying out 40'' inward rotation of the leg, or carrying out outward rotation. About the embodiment of illustration, the stable equilibrium point of a sole is in the position of 28(setting at point 74)", and it never does not form the point of rotation like [ in case the edge which carries out a drive is Drawing 2 ]. With the stability of the direction of the outstanding right and left of original of this design, control of inward rotation (or outward rotation) movement and control (or inward rotation) of the side are obtained. The unusual torque which blocks the inward rotation / outward rotation movement of nature, or makes a heel joint unstable by the design of the present invention completely in contrast with the design of a conventional sole does not occur as a matter of fact. Drawing 17 compares the motion range of the center of gravity over the present invention as shown with curve 70, and curve 80 to the heel of the common use over which width was projected widely with curve 82 to the heel of the shoes of the narrow rectangle which has the width of man's heel. Since the stable limit of shoes is 281 in inward rotation mode, the sole is stable in 20'', i.e., the inward rotation limit of Hub bare feet. This factor and a support base larger than the edge of the sharp bottom of conventional technology, the -- the [A / 16 / figure thru/or ] -- setting up to stabilize the design of the outline of shoes even by the extremeest case where it is shown inC [ 16 ] figure, and set up the thickness of the sole in a positive plane section uniformly, namely, not change, Unlike the existing design, barefoot original stability is acquired, without being blocked in any way. Therefore, the stability which excelled [ shape / of the leg ] in the design of the flank by which Fit and To do it formation were carried out will be clear if curve 70 of the center of gravity observes how flatter [ than the design diffused now projected widely ] it is. This curve can carry out natural inward rotation / outward rotation movement 7-degree in which the design of the flank formed according to the shape of a leg is quite more efficient than the design of the narrow rectangle which consists the width of man's heel, And since the torque which carries out instability does not act far more efficiently than the design which common use is large and was projected when the design of the flank formed according to the shape of a leg is going too far simultaneously, it is stable rather than the design of which common use. the --A [ 18 ] figure is illustrating comparison with the section of the shoes by the present invention when it engages with the section of the heel joint of conventional shoes, and the heel like a picture. the -- when the heel of a wearer's leg 27 engages with the upper surface of sole 22 so that I may be understood fromA [ 18 ] figure, the heel of a leg and the shape of a sole agree in the shape of the both sides of leg 27, although conventional sole 22 agrees with the shape of ground 43. As a result, conventional sole 22 cannot follow the inward rotation / outward rotation movement of 70 with a natural leg, but when it is especially reinforced strongly by a hard heel moon shape core and motion controlling device, the usual movement is blocked by the upper part portion of shoes. Fundamental misunderstanding of the design used now arises by disturbance to this natural movement. Misunderstanding of the basic concept of a design of the existing shoes is the upper part portion of shoes being considered as a part of leg, and carrying out, and a sole's being functionally considered as a part of ground, and so formed in a form like the ground rather than the leg, although it has agreed in the shape of a leg. contrasting with it -- the -- the new design illustrated toB [ 18 ] figure, The concept that the sole as a part of leg and an extension of a leg is right is illustrated, and it is formed in the shape where the flank of the sole was correctly similar to the shape of the leg, and the thickness in the positive plane of the sole between a leg and the ground is always the same, and, so, is taking a neutral attitude completely to natural movement of a leg. Both natural stability and natural efficient movement live together in the same shoes without these shoes are movable in the state of neutrality to a leg instead of restraining a leg, therefore producing peculiar inconsistency in a design target by this right basic concept, as the present invention was indicated. Therefore, it sets to one design of a sole by the design of the shoes set by the shape of the leg of the present invention, the buffer and protective action peculiar to shoes of the latest style which do not carry out an injury peculiar to barefoot stability and natural free movement, and have functional efficiency, a significant speed, and/or endurance -- simultaneous -- profit and To be. Improvement of a capable speed and endurance is expected based on the ability the improved efficiency and to train [ both ] more violently without a user's being injured. these figures -- the -- in the case of the shoes of the conventional technology shown in 18A, it is illustrating that the heel of shoes can carry out the drive only of ±7''. The drive of the heel of the shoes in the embodiment of the 18th the B figure is carried out with natural movement of the heel of a leg in contrast with it. the -- the [A / 19 / figure thru/or ] -- the leg on whichD [ 19 ] figure supports load, for example, the foot of the main longitudinal directions The positive plane section of a design of the flank formed according to the shape of the leg prolonged according to the natural shape of others of the lower part of the foot of Calcaneus (or front part of a leg) and the upheaval part between the head of Piracy (front part of a leg) and the head of distance Piracy (Noisy) is illustrated. The thickness of a sole is kept constant when the shape of a sole agrees in the flank of a leg and the shape of the sole supporting weight like illustration. the --E [ 19 ] figure shows the plane section of the direction of the sole order with which the thickness of the sole agreed in the shape of the sole that it changed with the lift members 38 of the heel and of supporting weight. The 19th F figure shows the level surface upper surface figure of a left leg showing field 85 of the sole equivalent to a portion with the flat sole in contact with the ground, when supporting weight. Equal line 86 and 87 is up from field 85 supporting flat weight, and is outlining the relative height of the outline of the sole formed in less than 35 ranges around the upper surface of sole 30 moreover shown in Drawing 4. the level surface bottom view (not shown) of the 19th the F figure -- the -- it becomes reverse correctly with 19F figure. (That is, the outline of the top part and a valley becomes reverse correctly.) the -- the [A / 20 / figure thru/or ] --D [ 20 ] figure shows the positive plane section of a design of the sole which was prolonged to the sole which does not support weight and which was completely formed according to the shape of a leg. the --E [ 20 ] figure shows the plane section of the direction of order. removing that the outline of the sole under a leg does not have a flat field equivalent to the field where the leg supporting weight is flat -- the -- the [A / 19 / figure thru/or ] -- it is the same asE [ 19 ] figure. The outline in which the sole was formed round chiefly has agreed with the outline of a leg when not supporting weight. although the same heel lift member 38 as the case of Drawing 19 is provided also in this embodiment and it comes out, it is not shown in Drawing 20. Drawing 21 -- the -- the [A / 20 / figure thru/or ] -- although it has agreed in the design which indicatedE [ 20 ] figure and which was completely united with the shape of the leg, the level surface upper surface figure of the left leg which was limited only to the essential structure support element and the promotion element, and was omitted and shown in them along with the flank is shown. In an essential unabridged support element, the density of sole material can increase, in order to correct increase of the load by pressure. Essential structure support elements are a base of Calcaneus 95, upheaval of the side, a head of Calcaneus 96, and a base of 5th Roma 97. Since these support elements are stable, they must be supported on both the bottom and the outside. An essential promotion element is a head of the 1st distance Piracy. As shown in Drawing 21, it is turned so that the axis of the sparse joint under the ankle of the level surface may be met mostly, but the middle (inner side) flank and transverse direction (outside) flank supporting the base of Calcaneus can be arranged still as usual along the axis of the longitudinal direction of a sole. Except for the illustrated fundamental field, the flank for stable formed according to the shape of a leg does not need to be used for Drawing 21. By omitting the flank for stable which is not necessarily important, weight can be reduced and flexibility can be improved. Equal line 85 thru/or 89 is outlining the height with an almost relative outline of an internal sole of range 35 around the upper surface which does not change sole 3o shown in Drawing 4. The level surface bottom view (not shown) of Drawing 21 will become a contrary correctly [ Drawing 21 ]. (The top part and a valley become reverse correctly.) the --A [ 22 ] figure is a development view of the shoes for commuting which carry out The side of the sole formed according to the shape of the leg which incorporated the feature of the present invention. the --A [ 22 ] figure shows theoretically ideal stable side 51 where the thickness of the flank formed according to the shape of a leg was mentioned above for such shoes for commuting made equal to the thickness of a sole. these shoes for commuting that consist the sole which united correctly and was formed in the footmark are the forms which have a side edge perpendicular to the ground typically -- the -- it is shown as a sectional view of the heel of a plane positive toA [ 22 ] figure, and comes out. the --B [ 22 ] figure shows the same shoes for commuting containing the bottom of a sole and that were Establishment:t made perfect according to the shape of a leg. Therefore, the present invention is applicable to the design of most common use of the shoes provided with a heel lift member like an easy wedge member which are not used commonly, or the typical work shoes provided with the portion which is equivalent to the front part of a leg by the hollow part of the lower part of an instep, and the separated heel. the present invention -- exactly -- the heel of shoes -- or it is applicable to the whole shoes * bottom. When the present invention is applied in this way, the stability of a design of what kind of existing shoes except high-heeled shoe or a spike heel and natural movement can be considerably improved by the design of the sole made according to the shape of a leg. Drawing 23 shows how to measure the thickness of the sole used since an ideal stable side is constituted theoretically [ the design of the flank formed according to the shape of a leg ]. The fixed thickness of the sole of this design is measured in the arbitrary points of the flank formed according to the shape of a leg along the line which passes along the point on the surface of the same sole as the second at right angles to the tangent in the point on the surface of the flank made according to the shape of the sole in the first place. Drawing 24 is another approach which constitutes an ideal stable side theoretically, and has illustrated the use Shabby method, i.e., the method according to the radius of a circle. By the method, the pivotably supporting pivotably point (the center of a circle) of compass is arranged on the starting point of the outline (positive plane section) of a flank with the natural sole, And about 90-degree arc (or if it estimates correctly circle of a far small angle) of the circle which has (S, i.e., a radius equal to the thickness of a sole) is drawn, and the most distant field from the outline of the sole is drawn. This method is altogether performed along with the outline of a flank with the natural sole at a very small interval (the degree of correctness becomes high, so that this interval is small). When the portion of all the circles is formed, the most distant rim from the outline (also in this case, positive plane cross section) of the sole is established in distance rSJ, and that rim agrees with an ideal stable side theoretically. Both methods indicated to this method and Drawing 23 will be used in order to apply to both the designs and CADCAM designs by manual operation. the sole by the present invention -- the -- the [A / 25 / figure and ] -- it can manufacture by making an outline approximate, as shown inB [ 25 ] figure and Drawing 26. the --A [ 25 ] figure is boiled comparatively and shows the positive plane section of a flexible design to such an extent that it changes easily to the outline of sole 28 of the present invention which the shoe's back material in field 107 proposed. the -- in the proposed approximation which was shown inB [ 25 ] figure, the cross section of a heel includes upper surface 101 of a sole, and lower end side 102 of the sole which was set up inside when it changed and which agrees with ideal stable plane 51 theoretically. In portion 103 prolonged in the transverse direction combined with the heel of sole 28, the termination of the lower end side 102 of a sole is carried out. While being manufactured from a flexible material and changing the undersurface 102, portion 103 prolonged in a transverse direction is constituted so that a termination may be carried out in parallel with theoretically ideal stable plane 51 set up inside. The sole material in specific field 102 is very flexible so that it can one change 1 This enough. Therefore, in being dynamic, the outline of a rim agrees with the shape of the theoretically ideal stable side mentioned above mostly as a result of the modification of portion 103 prolonged in a transverse direction. As lines 30a and 30b shown in Drawing 4 indicated similarly, upper surface 101 changes so that it may become almost parallel to an outline with a natural leg. It is thought that the modification which is controlled, namely, is programmed now can carry out with either of two art. In one art, the sole of the flank of a sole, especially the central part can be cut in a form with Taber, or A groove can be formed so that it may be crooked in an inner direction, until the bottom of a sole becomes the right outline in response to pressure. The second art is using material 107 which can change for a flank easily [ the shape of Taber ] so that it may change until the flank of a heel becomes the right outline with pressure. Stability and natural movement are obtained by such art, and although this becomes a remarkable improvement as compared with conventional technology, originally such art is inferior to the outline obtained by easy geometric modeling in it. In the first place, in the first place, the pressure which is unnatural as for actual modification, and does not arise in the case of bare feet must perform, and it can only resemble by modification even by the case where an elaborate design and production technology will be used if the individual specific running method or weight supports to the second. Therefore, this deformation method is limited to the small applied force which corrects the outline from the surface which the ideal curve was made to approximate in the case of the first. An ideal stable side can be made to approximate theoretically by the line of two or more line segments, for example, a tangent as shown in Drawing 26, a bowstring, and others. Both bottoms 31a of the flank made according to the upper surface of sole 28 and the shape of a leg which agree with flank 30a of a leg can be made to approximate. Although an outline with a natural leg and many of biodynamic problems which accompanied the existing design since approximation of the outline of both ideal stable sides 51 was obtained theoretically are correctable, since the single-side approximating method is the least optimal, single flat face 110 is not fond now. By increasing the number of the flat planate surfaces formed, this curve is further approximated to ideal exact design shape, as mentioned above. In the section illustrated to Drawing 26, single side approximation and double-sided approximation are examples as a line segment. The positive plane section of another embodiment of the present invention which showed stable flank component part 28a mathematically determined that Drawing 27 will agree mostly in the flank of a leg in an exact mode is shown. (The center of sole component part 28b supporting weight is as having been indicated in Drawing 4.) Probably, flank 28a of this component part is a 4-minute circle of the circle of a radius (r+r'). However, distance (r) must be equal to thick fence S of a sole, and, as a result, it must remove the small quadrant of a radius (rl) from quadrant Cr+r'. Therefore, when flank 28a of component part is described geometrically, it is a portion of - for 4 minutes of a ring, or others. Rotation center 115 of a quadrant form portion is chosen in order to acquire upper part side 30a of the heel extremely approximated to the natural outline of the flank man's leg. Drawing 27 shows a direct link with another invention by these people, i.e., the design of the sole provided with the flank for quadrant form stable. Especially Drawing 28 shows the design of the sole which enables natural inside of a mouth / outward rotation movement by which Calcaneus is not blocked by giving the maximum flexibility to the sole between the base (heel) of Calcaneus 125 and head 126 (front part of a leg) of Calcaneus which met axis 120. If flexibility is insufficient, this movement will be blocked, when an unnatural twist takes place to the surroundings of axis 120 and a conventional sole, as a result, restrains the inside of a mouth / outward rotation movement. Instead of [ of lack of a stable structure between the structure or Calcaneus which the object of this design was fixed in the conventional design, or united, and the front part of a leg ], In order to make joint connection of the Calcaneus independently to the front part of the leg fixed in comparison freely, it is making it further easy to boil Calcaneus comparatively (in the case of inward rotation and outward rotation), and to move. In a sole parallel to the sole, the joint by which joint connection was made in the certain sense is formed. one of the essential support elements for structures which mentioned this design above, i.e., the, -- it is removing almost all the sole materials between the heel and the front part of a leg except for the lower part of the base of 5'M bone 97. Although foot 121 of the main longitudinal directions can be supported by free choice also to the runner who does inward rotation of the leg considerably and runs, this does not have necessity for many runners. Structural support and promotion element - essentially [ the front part of a leg / the component part ], It can be considered as the design which could subdivide into each head of Calcaneus, and the head of distance Fingering bones (not shown), and made parallel the group of the joint junction with a main leg by that cause with the sole support promotion element which carries out a joint movement freely, namely, was personified. Collection of the versatility of the subdivided portion is also possible. An additional advantage of this design is that still better flexibility is acquired along axis 122 to the front part of a leg even by a case where an embodiment of any others of the present invention is not applied into a stage of kicking on tiptoe to Facial and grinding which runs, and moving forward to it. That is, an advantage of this design is acquired in a design of a conventional sole. the -- the plane section of the direction of the special design order which makes flexibility the maximum whichA [ 28 ] figure removed the outlying element large in order to give flexibility, and was connected by only the upper layer (level surface) of cloth 123 of Dacron polyester * or non-tensibility like Kevlar (Kevlar) is shown. the --B [ 28 ] figure shows transformation of a design to which flexibility fell in another special design which has upper layer 124 of a thin sole, and a different structure for a flexible portion instead of cloth, i.e., structural support, a little although it had strength and flexibility still still higher moreover than a conventional design. What is not being illustrated is easy moderate approach which consists of the first omitted portion between the slit in the single direction [ order ] plane in sole material (all the layers or in part), and the base of Calcaneus and the base of the 5th Stepping bone, and the second omitted portion between the base and base of Calcaneus. the --C [ 28 ] figure is a bottom view (level surface) of the design which gives the flexibility for inward rotation/outward rotation. Drawing 29 shows the positive plane section of the important element of a design of the sole of these people who use quadrant form portion 26 for stable for the rim of sole 28b which showed the whole with numerals 28. Therefore, the main features of the present invention choose edge 25 of the sole formed round as shown in Drawing 29, and there are in losing the unnatural sharp bottom edge of the shoes projected especially. The flank of sole 28 and To say edge 25 are completely similar to the flank of man's leg, or shape with the natural edge, and are formed in shape which moreover follows an ideal stable side theoretically geometrically correctly. According to the present invention, thick fence S of sole 28 will be correctly maintained by the fixed value, even if a sole is leaned to one of sides, the front, or back. Therefore, according to the present invention, the quadrant form portion for flank stable is prescribed by the same radius 25a as the thickness of sole 28, therefore it is a sole, In a section, in a rim, surface 25 of quadrant form portion 26 forms a part of ideal stable side theoretically, and is formed by radius 25a equal to thick fence S of a sole, And the rotation center of the quadrant form portion 26 is allotted to rim 41 of crestal plane 30b of the sole which agrees with the footprint supporting the weight of the person for Shoes. Rim 32 of quadrant form portion 26 agrees with the level surface of the top part of sole 28b, and, on the other hand, agrees with the perpendicular flank of sole 28b whose edge of another side of quadrant form portion 26 is perpendicular to edge 32. Sole 28 is preferred as a practical question, and portions 28b and 26 are constituted by Et al.. Rim 32 can extend so that a predetermined angle may be made to the upper surface of a sole. Therefore, an ideal stable side contains theoretically outline 25 which unites with undersurface 31b of sole 28b. the [ which is an upper surface figure of upper surface 30b of a sole although range 36 around a sole includes all the support structures of a leg ] -- it is preferred to have extended so that the rim of sole 37 formed by the footprint supporting weight as shown inD [ 4 ] figure may not be crossed. the [ therefore, ] --D [ 4 ] figure has illustrated outline 36 of the sole recommended to the outline of a leg and it which showed No. 0 by 37. Therefore, the outline of the level surface of the top part of a sole should agree with the weight support portion of the sole which a sole contacts as much as possible preferably. the -- such an outline of the sole of the level surface shown inD [ 4 ] figure best -- the flank -- the -- it should be kept uniform covering the thickness of the whole sole which lost the overhang of a negative or positive sole so that it may become perpendicular correctly to the level surface, as shown inB [ 29 ] figure. The uniform thing of the density of sole material is preferred. It is an example schematically to Drawing 30 about another, important feature of the present invention. Only the same quantity increases almost correctly by the principle to which quadrant form portion 26 of the flank stated Drawing 29 as the lift member or wedge shape member of a heel increases thick fence S of a sole toward the backside of shoes. Therefore, according to the design of these people, the radius (25a) of the curvature (r) of the quadrant form portion of a flank is equal to fixed thick fence S of the sole in a positive section. As opposed to the shoes according to a more idiomatic level surface outline, the -- as shown inB [ 30 ] figure, a sole is considerably improvable by Suitableing and changing with the present invention with the thickness of a sole, and adding rim quadrant type portion 26 which has a radius which changes within a positive plane according to the lift of the heel of shoes. therefore, the curvature radius of quadrant form portion 26a -- the -- as shown inB [ 30 ] figure, it is equal to thickness Sl of sole 28b. quantity with this thickness Sl equal to the lift (S-Sl) of a heel -- the -- it is thicker than thick fence S of the sole shown in 30A. Therefore, when - film is formed, the radius (rl) of a quadrant form portion is always equal to thick fence S of a sole. Drawing 31 -- the rotation center of quadrant form flank 41 of a heel -- the -- covering the various degrees of rotation angle of edge 25 of a sole in contrast with 10B -- DistanceM fixed from the ground The mode maintained in (S) is shown. It enables stable shoes for that thing [ that a leg acts with the ground and suits like ] whose legs are bare feet by maintaining a fixed distance from the ground to become possible, and to protect a leg with shoes and to buffer it. The design united with the shape of this new leg assumes that upper part portion 21 of the shoes containing the movement controller of a heel moon shape core portion and others arranges a leg effectively on the footprint portion supporting the weight of a sole, and holds it in that desirable embodiment. Since the weight and Bulk of a sole are decreased and it permits that the stability of shoes falls victim a little, Drawing 32 has illustrated one embodiment of the present invention in quadrant form portion 26 which uses a part of ideal stable side 51 theoretically. the [ therefore, ] --A [ 32 ] figure illustrates the desirable embodiment mentioned above about Drawing 30 which formed surface 53 which has outside quadrant form portion 50 in the surroundings of center 52 in the same plane as the upper surface of sole 54 according to ideal stable side 51 theoretically (or a predetermined angle is made). Surface 50 corresponding to a footmark and undersurface 54A of the sole are theoretically arranged along the ideal stable side like the case of Drawing 29. serving as each other on a design/work -- the [ Or et al. and ] -- a part of quadrant form portion formed by the radius along surface 50a as shown inB [ 32 ] figure By forming surface 53a of the quadrant form portion which makes a predetermined angle to the upper surface of sole 54 so that it may be theoretically arranged in the same plane as ideal stable side 51, surface 5a within ideal plane 51 is simplified. the -- it serves as each other'sC [ 32 ] figure on a design/work, and Or et al. and portion 50b theoretically arranged along ideal stability and field 51 are obtained. Portion 50b has united with the 2nd portion 56 with which upper surface 53a of a quadrant form portion and itself unite. The embodiment of Drawing 32 may be desirable to the portion of the sole that it is seldom used for Kanban, therefore the additional portion of a flank is seldom used for Kanban. For example, whenever it does 40@ rotation of shoes in inward rotation mode, they can be typically rotated in an abbreviation 20'' transverse direction by 100 times of grades about each 1 time. Nevertheless, it is equal to the weight to which the shoes for covering this whole range were added covering this limited range mostly. since this weight is not desirable in a racing shoe -- the -- it can serve on a design/work of the form shown inC [ 32 ] figure, and can consider Fit. Drawing 33 -- the -- the [A / 33 / figure thru/or ] -- inC [ 33 ] figure, the development view of the shoes for commuting which has the sole made according to the shape of the leg incorporating the feature of the present invention is shown. the --A [ 33 ] figure shows the section of the heel of typical shoes 94 for commuting which has sole portion 79 and heel lift member 81. the -- inB [ 33 ] figure, the curvature radius (") of the edge of a heel shows theoretically ideal stable side 51 which was mentioned above for such shoes for commuting equal to the thickness of a sole. therefore -- decreasing the thickness of a side edge, in order that the shoes for commuting which Education the heel which united with the shape of the leg correctly and was made may make Bulk small -- Cut -- the form which has esthetic still more desirable appearance -- the -- it shows and comes out toC [ 33 ] figure. Therefore, the present invention is applicable to the most idiomatic design of shoes provided with an un-idiomatic lift member for heels like an easy wedge shape member, or the typical work shoes from which the heel was separated with the front part of the leg by the hollow sections of the lower part of an instep. Using the heel of the optimal human being when an il?J law is carried out along with the width of the organization man's hard heel assumed that a heel rotates in inward rotation / outward rotation mode, about the embodiment of Drawing 33, an ideal stable side is theoretically determined with the width and thickness of a sole. if it applies in this way [ the present invention ], high-heeled shoe or a spike heel will be excluded -- I -- the stability of a design of the existing shoes and natural movement are considerably improvable by constituting the bottom of a sole in the shape which agreed in the ideal stable side theoretically. the -- the [A / 34 / figure and ] --B [ 34 ] figure shows that it is desirable to use wedge shape insertion 84 of the sole by the present invention, in order to support the upheaval part of Calcaneus. the -- as shown inA [ 34 ] figure, when inward rotation of the shoes of conventional technology is carried out to the angle of 20 degrees, it is a limit of almost natural movement of inward rotation movement, and in this point, the upheaval part of Calcaneus arranged at the transverse direction side of Calcaneus contacts the ground, and restricts movement of the transverse direction beyond it. It separates from the upheaval part of Calcaneus which the sole does not support completely in field 100 when a conventional large sole reaches the limit of such inward rotation movement, and on the other hand, when legs are bare feet, the upheaval part of Calcaneus contacts the ground and supports firmly. If this state is described, wedge shape member 84 of material hard in comparison which is usually mostly equivalent to the density of the central part of the sole and the lift member of a heel is arranged on the top part of the sole of the lower part of the insole of the heel field of a transverse direction, in order to support the upheaval part of Calcaneus of a transverse direction. therefore, such a wedge shape support member -- the -- it can be used for the sole of the present invention as shown inB [ 34 ] figure. Such a wedge shape support member is constituted by the shape which became point Fine toward the front of shoes, and was usually united with the shape of Calcaneus and its upheaval part. if desirable -- a wedge shape member -- the typical heel and one of an insole -- and -- the -- it can be made a part and can form. The sole by the present invention can be manufactured by making the shape of a leg resemble, as shown in Drawings 35 and 36. In the proposed approximation which was shown in Drawing 35, the section of a heel includes upper surface 101 of a sole, and field 104 of the edge of the sole which follows ideal stable side 51 theoretically. In portion 105 prolonged in the transverse direction combined with heel 106, the termination of the field 104 of the edge of a sole is carried out. Portion 105 prolonged in a transverse direction is manufactured from a flexible material, and it is constituted so that the termination of the undersurface]05a of Graduation may be theoretically carried out in an ideal stable side during modification. Therefore, the outline of a rim becomes the shape of the Hub above, as a result of portion 105 changing, when dynamic. It is thought that the modification which was controlled by either of two art, namely, was programmed can be generated now. Especially in one art, the flank of the sole in an insole can be cut in the shape of Taber, or can attach A groove so that it may agree for the right outline and may be crooked in an inner direction, when the bottom of a sole receives pressure. When pressure is received, in the flank which changes into the right outline, the material which can change is being used for the second art easily [ tapered shape ]. Although the stability and natural movement which are a remarkable improvement are obtained by such art as compared with a conventional design, originally such art is inferior to the outline obtained by easy geometric modeling. In the first place, actual modification is unnatural, and it must be made to generate in the first place with the pressure not arising in the case of bare feet, and only approximation becomes possible by modification even by the case where it will be based on an elaborate design and production technology if the individual specific running method and weight can be given [ second ]. Therefore, a modification process is limited to the small applied force which corrects the outline from the surface approximated to the curve ideal in the case of the first. Ideal stable curve 51 can be theoretically formed approximately with two or more line segments 110 shown in Drawing 36, for example, a tangent, and a bowstring. By single flat face approximation, since the field of the great portion of outside of ideal stable side 51 is removed theoretically, many of biodynamic problems which arise in the existing design are correctable, but since single side approximation is the least optimal, it is not fond now. By increasing the number of the flat faces formed, as mentioned above, this curve is most correctly approximated to the outline of an ideal design. Drawing 37 shows the positive plane section of an ideal theoretically ideal stable side theoretically because of efficient natural movement of all the kinds including the fundamental concept which makes the foundation of the present invention, i.e., running, a jogging, or a walk. As opposed to arbitrary specific individuals (or individual average size), An ideal stable side is theoretically determined in the first place by thick fence S of a predetermined sole, and the width of the positive plane section of footprint 30b supporting the individual weight formed as the upper surface of the sole which contacts [ second ] man's sole physically and supports the sole. This theoretically ideal stable side consists of two portions notionally. In a fixed distance (S) equal to the thickness of a sole, it has length equal to footprint 30b, and the first portion is line segment 31b parallel to the footprint. This is equivalent to the sole of the common use just under man's leg. The second portion is edge 25 of the first portion, i.e., the near quadrant form portion of line segment 31b, i.e. (it can be made to extend until it becomes a semi-circle), the portion equivalent to one fourth of circles. Edge 25 of a quadrant form portion has a radius (r) equal to thick fence S of the sole from rotation center 41 which is the outermost point in each line segment 30b side. When summarizing it, since an ideal stable side is used in order to determine the outline of an exact bottom geometrically [ a sole ], it is the essence of the present invention theoretically. And especially the present invention charges the patent about the geometric relation which was described now and which was determined correctly. The outline of any soles containing the same outline theoretically exceeding an ideal stable side of a quadrant form restricts natural movement of a leg, and, on the other hand, the outline of the shoes which do not agree in the shape of what kind of leg reduces original stability. However, correction of a point with the definition included by the above-mentioned concept may be performed only based on experience rather than will be theoretical in the future. The definition of line segment 30b in the base of man's heel can consider becoming the width of very hard organizations (a bone, Soft voice, etc.) instead of the footprint supporting weight in contrast with the remaining portion of a leg. the reason must have a correctly equal heel of shoes, in order that the heel of shoes may carry out a drive the optimal with man's heel in the width of the heel -- geometric -- what -- it is because it is Effective drive width. It is 1 or 75 inches to 2 or 25 inches to the footprint in which the width of the very hard heel of an organization supports the weight of the heel to size IOD of a typical man's leg. Although it is not the optimal, while assumption of width 30b of a narrow heel or the width of a heel far narrower than it also maintains the more traditional appearance especially about the still higher shoes of a heel, In order to obtain the stability acquired by the present invention, and the remarkable ratio of improvement in efficiency, it can be used for the shoes for commuting which are not the objects for movement. Although this is not a theoretical framework, it is a problem which can be proved by experience. The optimal width of a heel must be based on assumption conditions until the research based on experience is made. However, if optimal width of a drive man's heel is possible, it is a scientific problem which should be determined based on experience. The present invention is not change of an essential theoretically ideal stable side which charges a patent. The problem about the control in a mouth which exact fitting becomes still more important, and repeals any advantages, for example since consistency of an individual small in comparison is poor arises, so that this definition moreover becomes narrow. Drawing 38 is approach against sole structure which makes middle approach, i.e., cost, low although it is not the optimal. An insole and lift member 127 of a heel are manufactured by the conventional method or the method near it by this approach (a flank is a style to the shape united with the shape of the leg - although Formation can be carried out). The bottom of an insole at least contains most outlines with a design special on the other hand with new bottom of a sole, i.e., an outside sole, which it leaves to flat shape, or all. It this not only restricts almost, but makes an assembly easy completely [ the bottom of the sole specially fabricated in a special outline ]. This is because it can combine together, without accompanying two flat fields of the top part of the bottom of an insole, and the bottom of a sole by difficulty rather than the field of the shape united with the shape of two legs when that is not right. There is little wear and, moreover, the advantage of this approach has large traction because of stability, And a certain outline about the insole flank flexible in comparison from which the advantage which is easy to change is acquired is shown, the [ which shows good abrasion resistance to the field where the bottom of the sole which was comparatively alike and was made on the other hand according to the shape of a hard leg supports weight ] -- I will be understood from the design side of the shape united with the shape of the leg illustrated inA [ 38 ] figure. the --B [ 38 ] figure shows the concept applied to the heel of the shoes for commuting of the common use usually separated from the front part of the leg by the field of the instep of the hollow of the lower part of the foot of the main longitudinal directions by the design of the flank of a quadrant form. the --C [ 38 ] figure shows the concept applied to the design which has a quadrant form flank or a single side in a positive plane section -- the [ and ] -- inD [ 38 ] figure -- shade-and-shadow part 129 of the bottom of a sole The density of the sole of the outside hard in comparison is decreased to the density of insole material, and in order to use density of shoes uniform in comparison by that cause, the portion which should be made /X Nicam structure (on the axis of the level surface) is shown. the --E [ 38 ] figure restricts the side part region which should be combined with the fundamental support field which described Drawing 21, The outline of bottom 128 of the sole manufactured from a flat material which can be made to agree with the insole made according to the shape of one leg of the designs of one or two planes topologicaly is shown. Although the surface of the insole made by this method according to the shape of a leg and a flat sole bottom can be satisfactorily combined by making it agree precisely, this will become impossible topologicaly, if all the side part regions are held on the bottom of a sole. the -- the [A / 39 / figure thru/or ] --C [ 39 ] figure shows the embodiment which strengthened the above-mentioned embodiment of the present invention provided with the quadrant form portion which stabilizes the flank of a sole in a positive plane section. The purpose of this design is to carry out the drive of the sole to right and left easily with leg 90, and to make inward rotation with a natural leg, and outward rotation movement follow by that cause, as mentioned above. the -- in the design of the common use shown ina [ 39 ] figure, since movement of such a leg is forced so that it may happen within upper part portion 21 of shoes, movement of a leg is restrained. This strengthening is positioning a leg, especially the heel correctly and stabilizing them to an embodiment with a preferred sole. By doing so, it is making easy a response of a sole according to natural movement of a leg. Especially the right positioning is indispensable to the present invention, when the heel by which width is defined as "a hard organization" very narrowly is used. Movement of an inaccurate relative position or relative position reduces the original efficiency and stability of a design of a quadrant form portion of a flank by decreasing thickness with an effective quadrant form portion rather than the thickness of sole 28b. the -- the [B / 39 / figure and ] -- the inner side flank for stable formed according to the shape of a leg as shown inC [ 39 ] figure, When drive edge 31 of the sole supporting weight is held in the right position in order to contact [ of conventional sole 22 / the flat upper surface and directly ], outward rotation of the shoes is carried out, or inward rotation is carried out by that cause and ideal stable side 51 is followed theoretically, Thick fence S of a sole is maintained by fixed thick fence S in flank 26 for stable of a quadrant form. The form of strengthening is flank 131 for stable of the sole of the inner side which accepts the heel of a leg in a cup by that cause according to the natural outline of flank 91 of the heel of leg 90. inside flank 131 for stable -- the sole and upper surface top of the outline of a heel -- direct -- or just under the insole of shoes -- or it can arrange to somewhere between them (to or an insole and one). Although the inside flank for stable is similar to the cup member of the heel constituted by one in the insole generally used now in respect of structure, and it can harden in comparison like the typical sole central part, they differ like an insole in respect of the density of the material which is not flexible. Since the inside flank for stable has high relative density preferably like the relative density of the central part of the topmost sole, this difference is not that the flank for stable protects against a moderate buffer and friction of an inner side of the insole of shoes, but is acting as a part of sole and supporting a leg structurally. but Like [ in a large meaning / an insole / of the board (board) of the shoes (board-1asted, 5hoe) which bear the bottom or board of an upper part portion of shoes (S1 ip-IH5ted 5hoe) which is equal to a slip ], It should think as a part of sole structurally and functionally like [ in the case of the sheath material between a leg and the ground ]. Strengthening of the inside flank for stable is useful especially when changing into the effective embodiment of quadrant form portion 26 for flank stable of the present invention the embodiment of sole 22 of the existing common use which comprised conventional technology. This feature is important when performing the low cost production method in the composition of the trial product of the present invention, the original production, and a present progressive. This is because such production is very close to the existing art. It is the most indispensable, when storing the flank and the rear of the heel of a leg to a cup form, so a sole carries out strengthening of the inside flank for stable, and it is indispensable in the superior border of - Le 27, but it may be made to extend around all the superior borders of the remaining soles, or arbitrary portions. However, the size of the inside flank for stable should be formed in point Fine toward the lower part in proportion to reduction of the thickness of the sole in the plane of the direction of order. the -- the [A / 40 / figure thru/or ] --C [ 40 ] figure shows strengthening of the flank for sole stable of the same inner side applied to the above-mentioned embodiment about the design which has the flank formed according to the shape of a leg in a positive plane section. this strengthening positions and stabilizes a leg to a sole -- the [ and ] -- the [B / 40 / figure and ] -- as shown inC [ 40 ] figure, thick fence S of the fixed sole of flank 28a formed according to the shape of a leg is maintained. the --A [ 40 ] figure shows a conventional design. Inside flank 131 for sole stable agrees with the natural outline of flank 29 of a leg to * thickness fence S of a sole which determines ideal stable side 51 theoretically. the feature of others of this strengthening applied to the embodiment of the sole flank formed according to the shape of a leg -- the embodiment of the quadrant form portion for flank stable -- the -- the [A / 39 / figure thru/or ] -- it is the same as the feature which indicatedC [ 39 ] figure. the -- the [C / 40 / figure and ] -- when the approach which uses the flank formed from comparison ofC [ 39 ] figure according to the shape of different approach, i.e., the approach which uses a quadrant form flank, and a leg uses inside flank 131 for stable, the embodiment of some similar soles is acquired. Essentially, both approaches provide a middle method low [ the cost which adapts manufacture of the shoes by "the flat sheet" of the existing common use to the design of the sheath made according to the shape of the leg indicated on the above-mentioned drawing ]. Therefore, it will be easily understood as things <real almsgiving scales which deviate from the range of the present invention to which an embodiment with the above-mentioned preferred explanation is indicated, and various change and transformation are specified by a claim by the person skilled in the art. FIG. 5 FIG, 5A FIG, 6 FIG, 7A FIG, 7 FIG, 7DFIG, l2D FIG, 1B FIG, 14 FIG, 15 FIG, 16 FIG, 17 FIG, old things FIG, 188 FIG, 22 FIG, 228 FIG, 2B FIG, 27 FIG. 28C FIG, 32C FIG, 33A FIGand33 FIG, 33B FIG, 36 FIG, 37 FIG, 38A FIG, 39 FIG, 39C FIG, 40 2'2 FIG, 40C International search report
Every citation, both ways
| Document | Relation | Office | Cited during |
|---|---|---|---|
| JP2011512184A | Cited by | Japan | Examiner |
| JP2003516781A | Cited by | Japan | Examiner |
123 members in 13 offices
Priority claims4
| Document | Office | Kind | Date |
|---|---|---|---|
| 21938788 | United States of America | A | |
| 23966788 | United States of America | A | |
| 219387 | United States of America | – | – |
| 239667 | United States of America | – | – |
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| JP3312340B2 | Japan | B2 | |
| DE68929338T2 | Germany | T2 | |
| DE69033930T2 | Germany | T2 |
1 legal event, as the office reported them to INPADOC
Events
| Event | Code | |
|---|---|---|
| Cancellation because of no payment of annual feesLAPS | LAPS |
Numbers
- Publication
- 4-500615
- Application
- 1508780
Titles2
- Japanese
- 【発明の名称】足の形状に合わせて形成された靴底を有する靴
- English
- [Title of the Invention] Shoes which have the sole formed according to shape of a leg
Classification
- CPC, 8
- A43B13/125
- A43B13/00
- A43B5/06
- A43B13/141
- A43B13/143
- A43B13/145
- A43B13/146
- A43B13/148
- IPC, 3
- A43B5 06
- A43B13 04
- A43B13 14