201247181 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種可微調矯正區域之足弓矯正墊及 其矯正方法，特別是指一種可對異常足弓進行精確微支 撐，使產生精確矯正效果之足弓矯正墊設計，以及利用 該矯正墊進行矯正之方法。 【先前技術】 [_ 人類的足部必須有良好的肌力、柔軟度和協調性，201247181 VI. Description of the Invention: [Technical Field] The present invention relates to an arch correction pad for trimming a correction area and a method for correcting the same, and particularly to an accurate micro support for an abnormal arch to produce an accurate correction The effect of the arch correction pad design and the method of correcting with the correction pad. [Prior Art] [_ Human feet must have good muscle strength, softness and coordination.
Ο 才犯承又來自全身體重的壓力，同時提供我們走路、跑 步和跳躍等行進支推，足部包含二十六塊骨頭，由㈣ 且緻密的㈣和筋膜包圍連結，而且整個足部就像拱形 或弓⑽構’具有良好㈣性。大體上，就部具有三 個重要的足弓’即内側縱弓、外側縱弓及橫弓，主要在 提供足u#避展功能，使活動時富有彈性，是足部承 重時減少傷害並延緩疲勞發生的重要結構。 闺 如第1圖與第2圖所示，以左^而言，該内侧縱弓 9 1是由跟骨9 2、距骨93、舟狀骨㈠、三塊楔狀 月9 5# -塊内側職骨9 6 i〜9 6 3所構成，整體骨 架大致係崎骨93為基石，使具有難的録度和較 大的曲度％有利於吸震。另外，該外側縱弓9 7係由 跟骨92、般骨98及第四第五跛骨964965 所構成而以般月98為基石，該外侧縱弓97較扁平 且活動度不大冑利於支撑。該橫弓9 9 一般指腳掌前 五塊摭月9 6 1〜9 6 5之基部所構成。此橫弓9 9則 係的前方就是所謂的職弓（圖未示），則只在不負重 1002032295-0 100119126 表單编號A01G1 第3頁/共27頁 201247181 狀態才會存在，當人體站立會使踱弓趨於扁平。五根足 趾主要是在步行末期時做推蹬、抓持與頂擋的動作，對 於人體的移動敏捷性有舉足輕重的功效。而肌群及韌帶 則能協助人體平衡及穩定。 [0004] 惟，人類由於先天或後天的影響，足部之結構大致 可分為如第5圖所示足弓使用率示意圖中之超高足弓8 0、高足弓81、微高足弓82、一般正常足弓8 3、 微平足弓84、平足弓85及超平足弓86(即扁平足 )等多種類型，其中之微平足弓8 4、平足弓8 5及超 平足弓86等「扁平足」，主要係由於韌帶或肌腱先天 性發育不良，舟狀骨94向下移位，或發生骨折等情形 ，導致内側縱弓9 1塌陷而形成，站立時，重量會集中 在雙腳的内侧部位，而且在行走間，上述之距骨9 3及 舟狀骨9 4旋轉與下降幅度過大，將常態性使得其上方 之脛骨9 Ο 1產生偏斜，日久即容易產生一些慢性併發 症。因此，現今市面上用於矯正腳型之「矯正器」，大 都是針對扁平足之足形，用於矯正内侧縱弓9 1之塌陷 現象。 [0005] 請參第3圖與第4圖所示，以目前人體的足形而言 ，大多數的人在站立時，足部會呈「翻腳刀」，亦即重 量較集中在雙腳的後跟外側，造成跟骨9 2外斜、後足 部外翻的現象，此將使得跟骨9 2之内侧與距骨9 3間 的距離縮短，甚至會向上牽連使得脛骨9 Ο 1偏斜，而 與股骨9 0 2内側之間隙變小，因而容易導致内側半月 板9 0 3軟骨磨損，或膝關節内側磨損，引發退化性關 100119126 表單編號A0101 第4頁/共27頁 1002032295-0 201247181 節炎，甚至腰部長期受到不當力量壓迫形成腰酸與長骨 [0006] 〇 刺、或有阿基里斯氏肌腱炎等併發症。 為此，乃有人研發出一種用於墊設在鞋内之足形矮 正器’可導正扁平足和高弓足不正常的内、外翻腳刀之 情況，其中之一係提供一種足形矯正墊，‘該矯正墊大致 呈一曲形板，並包含一具有縱向弧度及橫向弧度的頂面 及底面。該頂面於縱、橫方向弧度之交會處具有一支撐 足部跛骨的頂凸部。使用時，該頂面能承托在使用者之 足底，用以頂壓迫使足底服貼該頂面，藉之以本身自有 之正常的足弓形狀，來改善腳部的力學機制，令腳底部 呈現出完美的正常踩踏腳型。 [0007] 〇 該習知之足形矯正器更包含複數形成在底面上的方 形凹槽，該專凹槽疋對應位在該頂面之頂凸部下方。當 使用者踩踏時，該頂凸部會相對受到最大作用力，此時 ，即能藉由該等凹槽所提供之撓性變形裕度，讓該足形 矯正器具有較佳之彈性及吸震力，在踩踏上較為舒適。 [0008] 然而，上述&知足开>續正器之凹槽，在設計上密度 較小，影響到頂凸部左右支撐的均勻度，使得彈性支撐 點較為鬆散，使用時易造成偏斜，影響足形矯正器庵有 之矯正功能。且其凹槽為方形設計，當受到使用者踩踏 =期（即踩越階段）向下且朝前之踏蹬力時，該等凹槽 今易遭到擠迫而扭曲變形’所能提供的支撐性不足且 =使用-段時間之後，會造賴足形繞正器的力學 彈忮降低，影響使用之功能。 100119126 表草鎢號咖 w w共π頁 1002032295-0 201247181 [0009] 再者，經本發明人實際觀察前述所謂之「腳型矯正 器」的使用情形，發現儘管對於例如扁平足具有矯正功 效，但在其使用前，尚必需以打磨機器對該腳型矯正器 及邊貼合片進行修磨，以使該矯正器之支撐高度，能確 實符合個別使用人之足弓曲度變化，作業上相當麻煩且 難以掌握磨修之精確度；而且，該修整好之矯正器在使 用一段時間後，前述「翻腳刀」的情形將會有所改變， 而需再一次進行漸進性之調節，屆時該舊有之矯正器即 通常因修改調整不易而加以棄置，致使整個足弓矯正療 Λ Ο 程需多次重新訂做矯正器，造成極大之浪費及使用者較 大的費用負擔。 [0010] 有鑑於此，本案即在提供一種能改善上述傳統足弓 矯正墊應用上之缺失，且應用上更為方便經濟之足弓矯 正墊結構及其使用方法。 【發明内容】 [0011] 本發明之主要目的，係在於改善設計一足弓主撐板 ，使該主撐板之底面，依需求佈設有多數墊片定位部， ϋ 配合該等墊片定位部，並設具有若干微調墊片，藉由該 等微調墊片，可針對使用者不同足弓區域的高弓變化情 況，分別施予不同位置與數量之微調墊片的排列組合墊 加，使能更精確且靈活地消除該足弓施壓率異常之情況 0 [0012] 本發明依前述所提供之足弓墊結構，由於用於墊加 結合之微調墊片，可以隨需求而簡易拆裝調變，因此， 對矯正過程所需要之定期追蹤與調整，提供了可行且方 100119126 表單編號Α0101 第6頁/共27頁 1002032295-0 201247181 便之操作途徑，更能進一步避免產生傳統足弓墊之使用 過程，需因應不同階段多次重新訂作之不便與浪費者。 [0013] 本發明依前述所提供之足弓墊結構，其中之微調墊 片，更可設成多種尺寸與規格（長短厚薄），以方便不 同高低調整需求之靈活運用者。 [0014] 本發明依前述所提供之足弓墊結構，其中之微調墊 片更具有一微傾斜斷面，恰能符合足弓逐漸向内或向外 翻轉之通常型態，更方便於實際應用之操作者。 [0015] 本發明依前述之足弓墊結構，適可依造一完美而簡 便之處理步驟，提供一精確的足弓矯正方法，使得足弓 矯正之作業更為精確符合使用者之需求，且進一步縮短 且方便再調或複製之時程，以達降低作業成本之目的者 【實施方式】 [0016] 有關於本發明前之述之技術内容，特點與功效，茲 > 配合適當之實施例參考圖，期得以更詳細的說明如下； 如圖所示者： [0017] 請參第5圖至第8圖所示，本發明之足弓矯正墊， 主要係包括一足弓主撐板1 0及若干微調墊片2 0，該 主撐板10之整體依照常態撐持需求製設成中央弧凸且 前後降彎之弓形板，且其底面依需求率分配佈設有多數 墊片6定位部1 1，該墊片定位部1 1可以是定位點或 凹坑或黏膠或易黏氈等類似效果之結構，上述之需求率 通常在該主撐板1 0之底部中段彎弓區域的分配密度較 100119126 表單編號 A0101 第 7 頁/共 27 頁 1002032295-0 201247181 高，以方便於在該部位進行較精密地微調； 师^係《軟切材料製成之扁料，其 配合刚述墊片定位部i 1 i g，製成相搭配之相對 著部2 1，亦即可以是相— 日sf疋位點凸柱或黏膠或 黏鼓等類似絲之結構 置，名#杯1 η 史4等微调塾片2 0依需求位 ， 之底面進行排列組合黏貼，此外，兮 等微調替片2 〇之輪鹿w、， h ^ 周形（圖示者概為葉狀形 4弧 周邊薄中間厚之凸斜狀或 可以製備多種厚度，Γ2示者概為模斜狀）；而且 徒供不同撐墊高度之需求。 [0018]才 Only from the pressure of body weight, while providing us with walking, running and jumping, the foot contains twenty-six bones, which are surrounded by (4) and dense (four) and fascia, and the whole foot is Like arch or bow (10) structure 'has good (four) sex. In general, the upper part has three important arches, namely the medial longitudinal arch, the lateral longitudinal arch and the transverse arch, which mainly provide the foot u# avoiding function, which makes the activity flexible, which is to reduce the injury and delay when the foot is under load. An important structure in which fatigue occurs. For example, as shown in Fig. 1 and Fig. 2, in the left side, the medial longitudinal arch 9 1 is composed of the calcaneus 9, the talus 93, the scaphoid (a), and the three wedge-shaped months 9 5 # - block inside The main bone is composed of 9 6 i~9 6 3, and the overall skeleton is roughly based on the Sasaki 93, which makes it difficult to absorb the shock with a large degree of curvature and a large curvature. In addition, the lateral longitudinal arch 9 7 is composed of the calcaneus 92, the general bone 98 and the fourth fifth metatarsal 964965 and is based on the general month 98. The outer longitudinal arch 97 is relatively flat and has little mobility to support . The crossbow 9 9 generally consists of the base of the first five months of the lunar month 9 6 1~9 6 5 . The front of the crossbow 9 9 is the so-called professional bow (not shown), only the weight will be 1002032295-0 100119126 Form No. A01G1 Page 3 / Total 27 Page 201247181 will exist, when the human body will stand Make the tendon flat. The five toes are mainly used for pushing, holding and topping at the end of walking, which plays an important role in the movement agility of the human body. The muscles and ligaments help the body balance and stabilize. [0004] However, due to the influence of congenital or acquired, the structure of the foot can be roughly divided into the ultra-high arch 80, the high arch 81 and the micro-high arch in the arch rate diagram as shown in Fig. 5. 82, generally normal arch 8 3, micro-flat arch 84, flat arch 85 and super flat arch 86 (ie flat foot) and other types, including micro-flat arch 8 4, flat arch 8 5 and super flat "flat feet" such as the arch of the foot, mainly due to congenital dysplasia of the ligament or tendon, displacement of the scaphoid 94 downward, or fractures, resulting in the collapse of the medial longitudinal arch 9 1 , when standing, the weight will be concentrated In the inner part of the feet, and in the walking room, the above-mentioned talus 9 3 and the scaphoid 194 rotate and descend too much, which will cause the tibia 9 Ο 1 above it to be deflected, which is easy to produce some days. Chronic complications. Therefore, the "orthotics" used to correct the foot type on the market today are mostly aimed at the foot shape of the flat foot and are used to correct the collapse of the medial longitudinal arch 9 1 . [0005] Please refer to Figure 3 and Figure 4. In the current body shape, most people will have a "foot-turning knife" when standing, that is, the weight is concentrated on the feet. The heel of the heel is caused by the external slanting of the calcaneus 9 and the valgus of the posterior foot. This will shorten the distance between the inner side of the calcaneus 92 and the talus 9 3 , and even cause the tibia 9 Ο 1 to be deflected. And the gap with the inner side of the femur 98 is smaller, so it is easy to cause the medial meniscus to wear the cartilage, or the inner side of the knee joint, causing degeneration. 100119126 Form No. A0101 Page 4 / Total 27 Page 1002032295-0 201247181 Inflammation, even the waist has been subjected to improper force for a long time to form back acid and long bones [0006] spurs, or Achilles tendonitis and other complications. To this end, it has been developed to provide a foot-shaped correction pad for the foot-shaped short-legged device that can be placed in the shoe to guide the positive flat foot and the high-bow foot abnormally. The corrective pad is generally a curved plate and includes a top surface and a bottom surface having a longitudinal arc and a lateral arc. The top surface has a top convex portion supporting the foot tibia at the intersection of the longitudinal and transverse arcs. In use, the top surface can be supported on the sole of the user for pressing the foot to the top surface, thereby improving the mechanical mechanism of the foot by using its own normal arch shape. The bottom of the foot shows a perfect normal stepping foot. [0007] The conventional foot deformer further includes a plurality of square grooves formed on the bottom surface, and the special groove 疋 is located below the top convex portion of the top surface. When the user steps on the pedal, the top convex portion is relatively subjected to the maximum force. At this time, the shape of the flexible deformation provided by the grooves enables the foot shape corrector to have better elasticity and shock absorption. It is more comfortable to step on. [0008] However, the groove of the above & sufficiency opening device is small in design, affecting the uniformity of the left and right support of the top convex portion, so that the elastic support point is loose, and the deflection is easy to be used when used. Affect the corrective function of the foot shape corrector. And the groove has a square design, and when the user is stepped on the step (ie, stepping on the stage) and the stepping force is downward, the grooves are easily squeezed and deformed. Insufficient support and = after use - after a period of time, the mechanical impeachment of the foot-shaped orbiting device will be reduced, affecting the function of use. 100119126 Table Tungsten Coffee No. pp 1002032295-0 201247181 [0009] Furthermore, the inventors actually observed the use of the so-called "foot type aligner" and found that although it has corrective effect on, for example, a flat foot, Before use, it is necessary to grind the foot type orthosis and the edge-fitting piece with a grinding machine, so that the support height of the orthosis can be surely conformed to the change of the arch of the individual user, which is quite troublesome in operation. It is difficult to grasp the accuracy of the grinding repair; moreover, after the trimming of the corrector is used for a period of time, the situation of the above-mentioned "foot-turning knife" will be changed, and the progressive adjustment is required again, and the old one will be used. The aligner is usually disposed of because it is not easy to modify and adjust, so that the entire arch correction treatment process needs to be re-ordered as a aligner many times, resulting in great waste and a large burden on the user. [0010] In view of this, the present invention provides an arch correction pad structure which can improve the application of the above-mentioned conventional arch correction pad, and which is more convenient and economical, and a method of using the same. SUMMARY OF THE INVENTION [0011] The main purpose of the present invention is to improve the design of a main arch main strut, so that the bottom surface of the main strut is provided with a plurality of gasket positioning portions according to requirements, and the gasket positioning portions are matched. The utility model has a plurality of fine adjustment gaskets, and the fine adjustment gaskets can be applied to the arrangement of the fine adjustment gaskets of different positions and numbers respectively for the high bow change of the different arch regions of the user, so as to enable Accurate and flexible elimination of the abnormality of the arch compression rate. [0012] The present invention provides the arch pad structure according to the foregoing, and can be easily disassembled and adjusted according to requirements due to the fine adjustment pad for the pad and the combination. Therefore, the regular tracking and adjustment required for the correction process provides a feasible way to further avoid the use of traditional archpads by using the method 100119126 Form No. 1010101 Page 6 / Total 27 Page 1002032295-0 201247181 The process needs to be re-customized and insulted in response to different stages. [0013] The present invention provides the arch pad structure provided by the foregoing, wherein the fine adjustment pad can be set in various sizes and specifications (length and thickness) to facilitate flexible use of different height adjustment requirements. [0014] The present invention provides the arch pad structure according to the foregoing, wherein the fine adjustment pad has a slightly inclined section, which can conform to the normal type in which the arch of the foot is gradually turned inward or outward, which is more convenient for practical application. Operator. [0015] According to the foregoing ankle arch structure, the present invention can provide a precise arch correction method according to a perfect and simple processing procedure, so that the operation of the arch correction can more accurately meet the needs of the user, and Further shortening and facilitating the time course of re-adjusting or copying for the purpose of reducing the operating cost [Embodiment] [0016] Regarding the technical content, features and effects of the prior art, <> Referring to the drawings, the period can be explained in more detail as follows; as shown in the figure: [0017] Referring to Figures 5 to 8, the arch correction pad of the present invention mainly includes a foot arch main support plate 10 And a plurality of fine-adjusting spacers 20, the whole of the main gusset 10 is formed into a central arc-arcing and bow-and-bending plate according to the normal support requirement, and the bottom surface of the main gusset 10 is distributed with a plurality of shims 6 positioning portions 1 1 according to the demand rate. The spacer positioning portion 1 1 may be a positioning point or a pit or a glue or an easy-adhesive felt or the like, and the above-mentioned demand rate is generally higher than the distribution density of the middle portion of the bottom portion of the main strut 10 . 100119126 Form No. A0101 7 pages / total 27 pages 1002032295-0 201247181 high, in order to facilitate fine-tuning in this part; Master ^ "flat material made of soft-cut material, which is matched with the gasket positioning part i 1 ig The opposite part of the phase is 2, that is, it can be the phase-day sf疋 position of the column or the structure of the glue or the sticky drum, etc., the name #杯1 η史4 and other fine-tuning 2片2 0 The demand position, the bottom surface is arranged and combined, and in addition, the 微 兮 微 微 2 2 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( A variety of thicknesses are prepared, and the Γ2 shows a mold-like shape; and the height of the different mats is required. [0018]
請參第5圖至筮η β Λ 正墊的你用太^ 6八圖所示者，本發明之足弓續 所一去 / ，係先利用適當掃瞄機具40 (第9圖 所不者），對使用 ㈣固 掃描及記錄，以判二進行踩踏驗配_ 至第16A圖即利用上=者之足弓型態（例如第1〇圖 ^ 矿 上迷§己錄衍生之足壓分佈圖’以及 對應該足壓分佈圖Please refer to Figure 5 to 筮β Λ Λ Λ 的 的 你 ^ ^ ^ ^ ^ ^ ^ ^ 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 本 本 本 本 本 本 本 本 本 本 本 本 本 本), for the use of (four) solid scanning and recording, the second step of the treading _ to the 16A picture is the use of the upper = the arch type (for example, the first picture ^ mine on the § recorded by the foot pressure distribution Figure 'and the corresponding pressure distribution map
Q 而後依據該取得之讀之足弓塾矯正作業示意圖）， 即數量較多而密年。對足壓空白區3〇進行密度（ 果）或/及厚度較高之微調墊片2 〇之 塾加：例：第1〇圖所示的超高足弓8〇,以及第η 圖所丁之间足弓8 1均為典型之案例，第1 〇Α圖及第 1 1 Α圖即為相對應之績正作業實施例；反之 壓空白區3 G較小或接近無足壓空白區3 〇時、 塾加微調墊片2 0之密度或/及厚度，例如第！ 3 示之正常足弓8 3，以及第1 4圖所示之微平足弓 ’即配合第：[3A圖及第l4 A圖所為塾加較少或 100119126 表單編號A0101 第8頁/共27頁 1002032295-0 201247181 Ο [0019] Ο [0020] [0021] [0022] [0023] [0024] [0025] 100119126 微調墊片2 Ο之案例，第1 5圖及第1 6圖所示者，則 完全無足壓空白區30，則如第15Α圖及第16Α圖 所示者’而無需再墊加任何微調墊片2 0 ;而且，請參 第8圖所不者，上述微調墊片2 0之墊加，通常係將較 厚或較高凸之部位2 2，對應於主撐板1 〇之外側，以 使得在踩踏過程’對足部之外侧產生較大的支撐力，相 對即產生較佳之防止足底外翻的效果；再者，上述微調 墊片2 0之楔形邊及低周邊的設計，亦方便於相鄰微調 墊片2 0高度之銜接’以提供支撐曲線之順暢度者。 综上所述’本發明的確足以提供一種可依照各種足 弓異常型態’進行微調處理之足弓矯正墊結構及其處理 方法’實施亦極為方便可行’不僅前所未有’更具有產 業上之可利用性，確為一不可多得之創新無疑；再者， 以上所述者，更僅係為本發明之較佳實施例，當不能以 上述限定本發明可實施之範圍，即舉凡依照本發明申請 專利範圍所述精神而為之簡易等效變化或修飾，皆應屬 於本發明所涵蓋及可主張之權利範圍，合先陳明。 【圖式簡單說明】 第1圖係一般人體足部骨架結構之俯視示意圖。 第2圖係一般人體足部骨架結構之内侧視示意圖。 第3圖係一各人體足部骨架結構之前視示意圖。 第4圖係一般人膝部關節骨架結構之示意圖。 第5圖係本發明足弓墊主律板之立體示意圖。 第6圖係本發明之主撐板與微調墊片之組合前立體示意 .表單編號Α0101 第9頁/共27頁 201247181 圖。 [0026] 第7圖係本發明之主撐板與微調墊片之組合後立體示意 圖。 [0027] 第8圖係本發明之施作狀態斷面示意圖。 [0028] 第9圖係足底掃描作業之實施示意圖。 [0029] 第1 〇圖係一般超高型足弓之足壓圖像示意圖。 [0030] 第1 〇 A圖係本發明對應第1 0圖所示足弓所進行之主 撐板及微調墊片之矯正組配型態示意圖。 [0031] 第1 1圖係一般高型足弓之足壓圖像示意圖。 [0032] 第1 1 A圖係本發明對應第1 1圖所示足弓所進行之主 撐板及微調墊片之矯正組配型態示意圖。 [0033] 第1 2圖係一般微高型足弓之足壓圖像示意圖。 [0034] 第1 2 A圖係本發明對應第1 2圖所示足弓所進行之主 撐板及微調墊片之矯正組配型態示意圖。 [0035] 第1 3圖係一般正常型足弓之足壓圖像示意圖。 [0036] 第1 3 A圖係本發明對應第1 3圖所示足弓所進行之主 撐板及微調墊片之矯正組配型態示意圖。 [0037] 第1 4圖係一般微平型足弓之足壓圖像示意圖。 [0038] 第1 4 A圖係本發明對應第1 4圖所示足弓所進行之主 撐板及微調墊片之矯正組配型態示意圖。 [0039] 第1 5圖係一般扁平型足弓之足壓圖像示意圖。 · 100119126 表單編號A0101 第10頁/共27頁 1002032295-0 201247181 [0040] 第1 5 A圖係本發明對應第1 5圖所示足弓所進行之主 撐板及微調墊片之矯正組配型態示意圖。 [0041] 第1 6圖係一般超扁平型足弓之足壓圖像示意圖。 [0042] 第1 6 A圖係本發明對應第1 6圖所示足弓所進行之主 撐板及微調墊片之矯正組配型態示意圖。 【主要元件符號說明】Q is then based on the obtained map of the correction of the arch of the foot, which is a large number of dense years. For the foot pressure blank area 3, the density (fruit) or / and the higher thickness of the fine adjustment pad 2 〇 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : The arch 8 1 is a typical case. The first map and the 1 1 map are the corresponding positive working examples; otherwise, the blank blank 3 G is small or close to the blank without blank 3 〇, 微 plus fine-tuning the density of the gasket 20 / / and thickness, such as the first! 3 shows the normal arch 8 3, and the micro-flat arch shown in Figure 14 is the same as: [3A and l4 A are less or 100119126 Form No. A0101 Page 8 of 27 Page 1002032295-0 201247181 Ο [0019] 002 [0020] [0025] [0025] 100119126 fine-tuning the gasket 2 Ο case, shown in Figure 15 and Figure 16, If there is no blank space 30 at all, then as shown in Figure 15 and Figure 16 'without any fine adjustment pad 2 0; and, please refer to Figure 8, the fine adjustment pad 2 0 padding, usually a thicker or higher convex part 2 2, corresponding to the outer side of the main strut 1 ,, so that in the pedaling process 'to the outer side of the foot to generate a larger supporting force, the opposite is generated Preferably, the effect of preventing the valgus of the plantar is further improved; further, the design of the wedge-shaped edge and the low periphery of the fine-tuning spacer 20 is also convenient for the connection of the height of the adjacent fine-adjusting spacer 20 to provide a smoothness of the support curve. . In summary, the present invention is indeed sufficient to provide an arch correction pad structure and a treatment method thereof which can be finely adjusted according to various arch anomalies. 'The implementation is also extremely convenient and feasible 'not only unprecedented but more industrially available. Sexuality is indeed an indispensable innovation; furthermore, the above is merely a preferred embodiment of the present invention, and the scope of the present invention cannot be limited by the above, that is, the application according to the present invention The simple equivalent changes or modifications of the spirit of the patents are intended to be within the scope of the claims and claims. [Simple description of the figure] Fig. 1 is a schematic plan view of the skeleton structure of a general human foot. Figure 2 is a schematic view of the inside of a general human foot skeleton structure. Figure 3 is a front view of a human foot skeleton structure. Fig. 4 is a schematic view showing the skeleton structure of a general human knee joint. Fig. 5 is a perspective view showing the main law plate of the arch pad of the present invention. Figure 6 is a front perspective view of the combination of the main gusset and the fine adjustment shims of the present invention. Form No. 1010101 Page 9 of 27 201247181 Figure. Fig. 7 is a perspective view showing the combination of the main gusset and the fine adjustment shims of the present invention. 8 is a schematic cross-sectional view showing the state of application of the present invention. [0028] Figure 9 is a schematic diagram of the implementation of a plantar scanning operation. [0029] The first diagram is a schematic diagram of the foot pressure image of a generally super-high arch. [0030] Fig. 1 is a schematic view showing the correcting configuration of the main struts and the fine adjustment shims of the present invention corresponding to the arch shown in Fig. 10. [0031] Fig. 1 is a schematic view of a foot pressure image of a generally high-type arch. [0032] Fig. 1 A is a schematic view showing the correcting configuration of the main struts and fine adjustment shims of the present invention corresponding to the arch shown in Fig. 1 . [0033] Figure 12 is a schematic view of a foot pressure image of a generally low-profile arch. [0034] Fig. 1 2 A is a schematic view showing the correction type of the main struts and the fine adjustment shims of the present invention corresponding to the arch shown in Fig. 2 . [0035] Fig. 13 is a schematic view of a foot pressure image of a generally normal type of arch. [0036] Fig. 1 3 A is a schematic view showing the correcting configuration of the main gusset and the fine adjustment shims of the present invention corresponding to the arch shown in Fig. 3 . [0037] Figure 14 is a schematic view of a foot pressure image of a generally microflat arch. [0038] Fig. 14A is a schematic view showing the correcting configuration of the main gusset and the fine adjustment shims of the present invention corresponding to the arch shown in Fig. 14. [0039] Figure 15 is a schematic view of a foot pressure image of a generally flat ankle. · 100119126 Form No. A0101 Page 10 / Total 27 Page 1002032295-0 201247181 [0040] Figure 15A is a correctional combination of the main struts and fine adjustment shims of the present invention corresponding to the arch shown in Figure 15. Schematic diagram of the type. [0041] Figure 16 is a schematic diagram of a foot pressure image of a generally ultra-flat arch. [0042] Fig. 16A is a schematic view showing the correcting configuration of the main gusset and the fine adjustment shims of the present invention corresponding to the arch shown in Fig. 16. [Main component symbol description]
[0043] 6 * · · •墊片 [0044] 10.. ••主撐板 [0045] 11·· ••定位部 [0046] 2 0·. ••微調墊片 [0047] 2 1.· ••相對定著部 [0048] 2 2·· ••較厚或較高凸之部位 [0049] 3 0·. ••足壓空白區 [0050] 4 0.· .•掃猫機具 [0051] 8 0.. ••超高足弓 [0052] 8 1·. ••高足弓 [0053] 8 2·· ••微高足弓 [0054] 8 3.. .•正常足弓 [0055] 8 4.· ••微平足弓 [0056] 8 5.. ••平足弓 表單編號A0101 第11頁/共27頁 100119126 1002032295-0 201247181 [0057] 8 6 · · · ·超平足弓 [0058] 9 1 · · · ·内側縱弓 [0059] 9 0 1 ·...脛骨 [0060] 9 0 2 · · · ·股骨 [0061] 9 0 3 · · · ·内側半月板 [0062] 9 2 · · . ·跟骨 [0063] 9 3 ....距骨 [0064] 9 4 · · · ·舟狀骨 [0065] 9 5 · · · ·楔狀骨 [0066] 961 〜965· ···跛骨 [0067] 9 7 · · · ·外側縱弓 [0068] 9 8 · . · ·骰骨 [0069] 9 9 · · · ·橫弓 100119126 表單編號A0101 第12頁/共27頁 1002032295-0[0043] 6 * · · • Gasket [0044] 10.. •• Main struts [0045] 11·· •• Positioning section [0046] 2 0·. •• Fine-tuning gasket [0047] 2 1.· •• Relative fixed part [0048] 2 2·· •• Thicker or higher convex part [0049] 3 0·. •• Foot pressure blank area [0050] 4 0.··•Sweeping cat equipment [0051 ] 8 0.. •• Ultra-high arch [0052] 8 1·. •• High arch [0053] 8 2·· •• Micro-high arch [0054] 8 3.. .•Normal arch [0055] 8 4.·••微平足弓[0056] 8 5.. •• Flat arch form number A0101 Page 11 of 27 100119126 1002032295-0 201247181 [0057] 8 6 · · · · Super flat foot Bow [0058] 9 1 · · · · Medial longitudinal arch [0059] 9 0 1 ·... tibia [0060] 9 0 2 · · · · Femur [0061] 9 0 3 · · · · Medial meniscus [0062] 9 2 · · · · calcaneus [0063] 9 3 .... talus [0064] 9 4 · · · · scaphoid [0065] 9 5 · · · · wedge-shaped bone [0066] 961 ~ 965 · ···跛骨[0067] 9 7 · · · ·Outer longitudinal arch [0068] 9 8 · · · · 骰骨 [0069] 9 9 · · · · Crossbow 100119126 Form No. A0101 Page 12 of 27 10020322 95-0