M391860 五、新型說明： 【新型所屬之技術領域】 進 卿 其 時 直 效 當 與 拱 們 也 法 適 處 與 凸 有 體 之 何 本創作係/步及一種鞋塾結構’特別是指一種能夠增 足弓支撐穩固性與正確性、提昇鞋塾穿著舒適性及増進 踩轉動控制之靈活輕易度之創新鞋墊結構型態設計者。 【先前技術】 β按’鞋塾對於皮鞋、布鞋等包覆式鞋體產品而言， .實是功能性相當重要的一個構件，因為它對於人腳踩踏 之穩固性、舒適性甚至腳骨調整等諸多方面而言，均有 • 接的影響，且鞋墊又是一種消耗性商品，具有廣大市場 益，因此其結構之可改善空間，近年來受到相關業界相 大的重視。 傳統鞋墊之型態係為平面狀設計，然而，此種形狀 人體腳底形狀並不相符；由於人體腳底的中段具有向上 起的足弓部位，並非如傳統鞋墊之平面形狀，因此當人 i吏1平面狀鞋墊時，因腳骨形狀與鞋墊無法相互吻合， 就&成人們無論是行走或運動時，腳底所承受的壓力飪 平均分佈於整個腳掌面，久而久之，將容易造成疼痛;^ Φ 甚至引發運動傷害之問題。 r 近年來市面上雖出現了 一種於鞋墊相對於人腳足弓 δ又有凸起弧形支撐部位之改良結構型態以因應前述問題 =求，然而，人體腳骨形狀就一般正常狀態而言，有其 疋的比例關係與型H，但综觀目前具有前述足弓處設有 =弧形支撐部位之鞋墊產品而言，其型態塑造拿捏上仍 其未臻完善之處’導致實際使用時仍舊無法確實符合人 腳月形狀，仍舊未能正確定位足弓位置而存在美中不足 缺憾，實仍有再加以改進完善之必要。 疋以’針對上述習知鞋墊結構所存在之問題點，如 3 M391860 開發a更具理想實用性之 亦=關業者須努力研發突破之目用者所 與設計=此針=年從事相關產品之製 終得-確具實用性之=標，詳加設計與審慎評 .【新型内容】 本創作之主要目的， 改良，其所欲解決之問題 理想實用性之新式鞋墊結 籲足弓調整鞋墊係包括呈軟 面係包括足尖區域、足弓 本創作解決問題之技 外側形成有斜向高凸緣部 凸面狀之足弓樓持緣部， 内侧斜上方向延伸形成有 緣部之南度面於斜向高凸 足弓撐持緣部之間相互銜 _ 凹狐狀底面部的所在位置 • 外偏置式型態；該足弓調 • ’其包括足跟支撐部及交 支撐部包括相互交叉的第 令該第一、第二斜向肋骨 的中央區域；藉此創新獨 而言，俾可達到大幅増進 鞋墊穿著舒適性以及增進 多實用進步性。 【實施方式】 企盼， 造開發 估後， 係在提供一種足弓調整鞋 點’係針對如何研發出一 構為目標加以創新突破者 質狀態的踩踏面及底面， 區域與足跟區域； 術特點’主要包括：該足 ’該足弓區域内側則形成 又足弓撐持緣部頂端並進 一内側護持緣部；令該内 緣部之高度；該斜向高凸 接形成有一凹弧狀底面部 係為相對臨近足弓區域外 整鞋墊底面結合有一硬質 又狀足弓支撐部，該交叉 一斜向肋骨及第二斜向肋 相交叉點部位係對應於足 特設計，使本創作對照先 足弓支撐穩固性與正確性 腳躁轉動控制之靈活輕易 墊結構 種更具 :所述 該踩踏 弓區域 有呈弧 一步朝 側護持 緣部與 ，且令 側之向 支撐座 狀足弓 骨，且 弓區域 前技術 、提昇 度等諸 4 請參閱第1至6圖所- 改良之較佳實施例，惟二係本創作足弓調整鞋墊結構 申請上並不受此結構之貫施例僅供說明之用，在專利 复軟質狀態的一踩蹯面i i。所述足弓調整鞋墊A係包括 至後係包括一足尖區域11以及;—底面20，該踩踏面10由前 ;其特徵包括： 、—足弓區域12、一足跟區域13 足弓區域12之内側則：：：形成有-斜向高凸緣部30，該 …，該足弓面狀之一足弓樓持緣部 延伸形成有一内側護持緣部5〇 .並進一步朝内側斜上方向 接著請參第4圖所示，八# T 1、孫古A— 々I内側護持緣部50之高声f L1 )係同於該斜向南凸緣部3〇之 之冋度（ 又該斜向高凸緣部3〇與足弓= 之 接形成-凹弧狀底面部6〇 持緣。M〇之間係相互銜 位置’係為相對臨近該足弓二凹弧狀底面部60的所在 (詳如第4圖所示）弓&域12外側之向外偏置式型態 該足弓調整鞋墊A之底面2〇結合有一 該硬質支撐座70為堅硬材質所構成，戶斤述 =7〇’ ，義，是指相對於該足弓調整鞋》：J」的 (如硬質塑膠、較鞋塾更堅硬的橡豚堅硬者即是 堅：者，係包括一足跟支禮部7心叉：弓：非絕對 第其：，該交又狀足弓支撐部72 揮部72 第—斜向肋骨721以及—第二 4 乂又關係的一 該第一、第二斜向肋骨721 77向。722所構成，且令 於該足弓區域12的中央區域（本段；二= :73係對應 如第9 - 仪斤如第2圖所示1 區域11的位置虛：i圖所揭’該底面20對應踩踏面10足出 該止滑區％ 8Q A ^結合有一具黏著性之止滑區％ 8Q 、 ，令2塊80為熱可塑性膠材“ τρΕ、 ^•塊80， ，、表面具有能夠重複黏著的f 所構成 育性，藉此而能黏著於鞋 M391860 體内底面上達到止滑之作用。 如第2圖所揭，該交叉狀足弓支撐部72的第 骨721係設成向上弧拱之型態，該第二斜向肋骨 對設成向下弧拱之型態，令該第二斜向肋骨722 之最低點’恰對應於該第一、第二斜向肋骨721 相交又點部位73 ’且令該第二斜向肋骨722向下 低點度’係與該足弓調整鞋墊A之底面20高 齊狀態（請參考第7圖所揭）。 清配合參閱第2 、3 、7圖所揭，該硬質支 足跟支樓部71底面局部區域更可嵌設結合有一軟 (可為橡夥、發泡等材質），且令該軟質區塊9〇 足跟支撐部71底面凸出（詳如第7圖所示）；所 鬼90此夠‘作一廣告裝飾區塊使用’同時能夠藉 且較足跟支撐部71底面凸出之特點，令該足弓調 之足=區域13底面具有較佳之止滑性。 清配合參閱第1 、7圖所揭，該踩踏面10的 13之邊緣上係更可形成有一斜面狀凸緣14，且令 f緣14的相對兩端分別與該斜向高凸緣部30、内 %相銜接；所述斜面狀凸緣14可相對於足跟區 ^形成一弧狀凹穴部位，而具有穩固護持使用者 位之功效作用。 補充說明的是’本創作所述足弓調整鞋墊A 撐持緣部40之適當高度設計’使其穿著上將可 者調整足弓至正常高度位置之功效，此如第 2所不’當扁平足之使用者穿著該足弓調整鞋 於扁平足使用者的足弓過低，將可藉由該足弓 古^向上撐起作用（如箭號L1所示）而能辅助將 =正常高度位置；反之如第8圖之（b)所示 用者穿著該足弓調整鞋墊八時，使用者 -靠於該足弓撐持緣部40 (如箭號L2所示） 一斜向肋 722呈相 向下弧拱 、722 之 紙拱之最 度呈相平 撐座70之 質區塊90 之表面較 述軟質區 由其軟質 整鞋墊A 足跟區域 該斜面狀 側護持緣 域13上框 腳骨足跟 藉由其足 達到幫助 8圖之（ 墊A時， 撐持緣部 其足弓調 ’當足弓 的足弓將 所在高度 6 M391860 位置而犯辅助將其足弓調降至正常高度位置 功效說明 功效增進 1、 本創 之一 、内 伸形 向於 外偏 人體 鞋墊 效益 2 ' 本創 之二 支撐 支撐 央區 形成 點， 取得 靈活 質厚 題點 之事實 作所揭 包括藉 側形成 成有内 斜向高 置式型 腳骨足 之足弓 〇 作所揭 ’係在 座之結 如下： 「足弓調整鞋墊結構改良」主要技術特 由該足弓區域之外側形成有斜向高凸緣立 有足弓撐持緣部，又足弓撐持緣部頂鴣^ 側護持緣部，且令該内側護持緣部之高声 凸緣部之高度，又該凹弧狀底面部係為= 態之結構整合型態設計，以確實符合噸^ 弓部位實際立體型態，進而達到大幅提^ 支撐穩固性、正確性與舒適性之實用進步 「足弓 於該足 構設計 向肋骨 人腳踩 對於鞋 這讓使用者的 一個穩固的中 易度， 而變成 部二斜 域，當 一個相 性與輕 度増加 調整鞋 弓調整 ，由於 相交又 踏於鞋 墊軟質 腳踝欲 央支撐 藉以彌 構造過 墊結構改 鞋墊底面 該硬質支 點部位對 墊上時， 質感而言 進行轉動 點而令腳 補此種足 於疲軟而 良」主要技 並結合有所 撐座的交叉 應於足弓區 所述交叉點 較具堅硬性 活動時，能 踝之轉動活 弓調整鞋墊 不利腳踝活 術特徵 述硬質 狀足弓 域的中 部位會 的支撐 夠因為 動更具 易因軟 動之問 本創作可產生之新功效如下： 1 、藉由該底面對應踩踏面足尖區域位置處結合有具黏著 性止滑區塊之結構設計，俾可利用該止滑區塊表面呈 有能夠重複黏著質性的優異止滑特性’令該足弓調整 鞋墊置於鞋體内部時，能夠獲得—種相當穩固的抓持 7 M391860 止動作 不易產 置放穩 藉由該 結合有 凸出之 飾區塊 部底面 具有較 藉由該 ，且其 相銜接 足跟區 持使用 生位移滑 固性。 硬質支撐 所述軟質 結構設計 使用之功 凸出之特 佳止滑性 踩蹲面足 相對兩端 之結構設 域上框圍 者腳骨足 上述實施 雖透過特定的 之專利範圍； 之精神與原則 此等變更與修 疋之範_中。 於人腳進行跑步、 跳躍等劇烈運動時 動，進而大幅提異 穴外了足弓調整鞋墊的 t足跟2部底面局部區域更嵌設 區塊面較足跟支撐部底面 ，該軟貝區塊除了能夠當作一廣止穿 效外，同時能藉其軟質且較足跟：撐 點’令足弓調整鞋塾之足跟區域底面 0 跟區域邊緣上％成有料斜面狀凸緣 f別與斜向高凸緣部、内側護持緣部 计，俾可藉由所述斜面狀凸緣相對於 形成一弧狀凹穴部位，而達到穩固護 跟部位之功效作用。 例所揭示者係藉以具體說明本創作，且文 術語進行說明，當不能以此限定本新型創作 熟悉此項技術領域之人士當可在瞭解本 後對其進行變更與修改而達到等效目的，而 改，皆應涵蓋於如后所述申請專利範圍所界 8 M391860 【圖式簡單說明】 第1圖：本創作足弓調整鞋墊之踩踏面視角立體圖。 第2圖：本創作足弓調整鞋墊之底面視角立體圖。 第3圖：本創作足弓調整鞋墊之底面視角平面圖。 第4圖：係為第3圖之B-B剖視圖。 第5圖：係為第3圖之C-C剖視圖。 第6圖：係為第3圖之D-D剖視圖。 第7圖：本創作足弓調整鞋墊之長侧向剖視圖。 第8圖：本創作足弓調整鞋墊之調整足弓作用示意圖。 【主要元件符號說明】 足 弓 調 整 鞋 墊 A 踩 踏 面 1 0 足 尖 區 域 11 足 弓 1¾ 域 1 2 足 跟 區 域 13 斜 面 狀 凸 緣 1 4 底 面 2 0 斜 向 高 凸 緣 部 3 0 足 弓 撐 持 緣 部 4 0 内 側 護 持 緣 部 5 0 凹 弧 狀 底 面 部 6 0 硬 質 支 撐 座 7 0 足 跟 支 撐 部 7 1 交 叉 狀 足 弓 支撐部 7 2 第 — 斜 向 肋骨 7 2 1 第 二 斜 向 肋 骨 7 2 2 交 叉 點 部 位 7 3 止 滑 區 塊 8 0 軟 質 區 塊 9 0 9M391860 V. New description: 【New technology field】 When entering the Qing Dynasty, the direct effect and the arches are also suitable and the body of the creation department/step and a shoe last structure. Innovative insole structure type designer for the stability and correctness of the arch support, the comfort of the shoe last, and the flexibility of the rotation control. [Prior Art] The β-shoes are a functionally important component for the covered shoe products such as shoes and shoes, because it is stable to the foot, comfortable, and even the foot bones. In many respects, there are all kinds of influences, and the insole is a consumable commodity, which has a large market benefit. Therefore, its structure can improve the space, and in recent years, it has received great attention from relevant industries. The shape of the traditional insole is a flat design. However, the shape of the human foot does not match. Because the middle part of the human foot has an upward arch, it is not like the flat shape of a traditional insole. In the case of a flat insole, because the shape of the footbone and the insole cannot match each other, the pressure on the sole of the foot is evenly distributed throughout the sole of the foot, whether it is walking or exercising. Over time, it will easily cause pain; ^ Φ even Causes sports injuries. r In recent years, there has been an improved structural form on the market in which the insole has a convex curved support portion relative to the human foot arch δ in order to meet the aforementioned problem = however, the shape of the human foot bone is generally normal. There is a proportional relationship with the type H, but looking at the insole products with the arc support at the arch in the aforesaid, the shape of the arch is still in its incomplete perfection, resulting in actual use. At the same time, it still can't really conform to the shape of the human foot. It still fails to correctly position the arch of the foot and there is a lack of beauty and deficiency. It is still necessary to improve and perfect it.疋 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The end of the system - indeed practical = standard, detailed design and prudent evaluation. [new content] The main purpose of this creation, improvement, the problem to be solved, the ideal practicality of the new insole knots bow adjustment insole Including the soft surface system including the toe area, the foot arch is formed by the technique of solving the problem, and the outer side of the arch is formed with an obliquely high flange portion convex shape, and the inner side is inclined upward to form a south surface of the edge portion in the oblique direction. The high convex arch supports the edge of each other _ the position of the concave fox-shaped bottom part • The external offset type; the arch adjustment • 'It includes the heel support and the support part including the mutual order The central region of the first and second oblique ribs; by this innovation alone, the cymbal can achieve a large insole wearing comfort and enhance practical and progressive. [Embodiment] After looking forward to the development and evaluation, it is to provide a kind of ankle arch adjustment shoe point. It is a tread surface and a bottom surface, area and heel area for the purpose of how to develop a structure to innovate and break through the quality state; 'Mainly includes: the foot' is formed on the inner side of the arch region and the top end of the arch supports the edge portion and enters an inner retaining edge portion; the height of the inner edge portion; the obliquely high convex portion forms a concave curved bottom portion A rigid and shaped arch support portion is coupled to the bottom surface of the entire insole adjacent to the arch region, and the intersection of the oblique oblique rib and the second oblique rib corresponds to the design of the foot, so that the creation is compared with the forefoot arch Supporting the stability and correctness of the pedal rotation control, the flexible and easy pad structure is more: the stepping bow area has an arc-shaped one-way side retaining edge portion, and the lateral direction supports the seat-shaped arch bone, and the bow Pre-regional technology, lifting degree, etc. Please refer to Figures 1 to 6 for a modified preferred embodiment. However, the application for the arch adjustment of the insole structure is not subject to the application of this structure. For illustrative purposes only, in the patent soft state of a hi-hat i i. The arch adjustment insole A includes a toe region 11 and a bottom surface 20, the tread surface 10 being front; the features include: - an arch region 12, a heel region 13 an arch region 12 The inner side is::: formed with an obliquely high flange portion 30, wherein the arch portion of the arch is formed with an inner retaining edge portion 5〇 and further obliquely upward toward the inner side. In the figure 4, the upper sound of the inner guard edge 50 of the sun #A1, Sungu A-々I is the same as the twist of the southward flange portion 3 (the oblique high flange portion) 3〇 and the arch of the foot are formed to form a concave arc-shaped bottom portion 6 to hold the edge. The position between the M〇 is relative to the concave arc-shaped bottom portion 60 of the arch (see, for example, the fourth The outer side of the bow & field 12 is outwardly offset. The underside of the insole adjustment insole 2 is combined with a rigid support 70 which is made of a hard material. , refers to the adjustment of the shoe relative to the arch: "J" (such as hard plastic, harder than the shoe last, the rubber dolphins are hard: the person, the bag One foot with the ritual 7 heart fork: bow: non-absolute first:, the cross-shaped arch support 72 sway 72 first - oblique rib 721 and - second 4 乂 and the relationship of the first, the first The two oblique ribs 721 77 are formed by the 722, and are arranged in the central region of the arch region 12 (this segment; the second =: 73 corresponds to the position of the first region 11 as shown in the second figure).虚: I figured out that the bottom surface 20 corresponds to the tread surface 10 which is out of the slip zone % 8Q A ^ combined with an adhesive slip zone % 8Q , so that two blocks 80 are thermoplastic glue " τρΕ, ^ • The block 80, , and the surface have a fertility that can be repeatedly adhered to f, thereby adhering to the bottom surface of the shoe M391860 to achieve the anti-slip effect. As shown in Fig. 2, the cross-shaped arch support portion The first bone 721 of 72 is set to an upward arc arch shape, and the second oblique rib pair is set to a downward arc arch shape such that the lowest point ' of the second oblique rib 722 corresponds to the first The second oblique rib 721 intersects with the point portion 73' and causes the second oblique rib 722 to be lowered downwardly to the bottom surface of the insole A. The height of the high-level state (please refer to the figure shown in Figure 7). The clear fit is shown in Figures 2, 3, and 7. The hard-supported heel portion 71 is partially embedded with a soft surface. , foaming and other materials), and the soft block 9 〇 the bottom of the heel support 71 protrudes (as shown in Figure 7); the ghost 90 is enough to be used as an advertising decorative block while borrowing Moreover, the characteristics of the bottom surface of the heel support portion 71 are such that the foot of the foot arch=the bottom surface of the region 13 has better slip resistance. The clear fit is as shown in Figures 1 and 7, and the edge of the tread surface 10 is 13 The upper system can be formed with a beveled flange 14 and the opposite ends of the f-edge 14 are respectively engaged with the obliquely high flange portion 30 and the inner portion; the beveled flange 14 can be formed with respect to the heel region. An arc-shaped recessed portion has the effect of stably holding the user's position. It is added that 'the appropriate height design of the arch adjustment insole A supporting edge 40 of the present invention' is such that it can adjust the function of the arch to the normal height position, as the second does not 'when the flat foot The user wearing the arch to adjust the shoe to the foot of the flat foot user is too low, and the foot arch can be supported by the arch (as indicated by arrow L1) to assist the normal height position; Figure 8 (b) shows the user wearing the arch to adjust the insole eight, the user - by the arch support edge 40 (as indicated by arrow L2), an oblique rib 722 is downwardly arched , the surface of the 722 paper arch is the same as the level of the horizontal block 70 of the mass block 90 compared to the soft area by its soft whole insole A heel area the beveled side retaining edge area 13 on the frame foot heel by The foot reaches the help of the 8 figure (when pad A, the support of the edge of the arch of the foot) when the arch of the arch will be at the height of 6 M391860 position and assisted to adjust its arch to the normal height position. One of the creations, the internal extension shape to the external bias of the human insole 2 'The second support of this creation supports the formation of the central area, and the fact that the flexible and thick questions are obtained includes the fact that the borrowing side is formed into an arch with an internal oblique high-position foot bone. As follows: "The improvement of the structure of the arch adjustment insole" is mainly characterized by the fact that the outer side of the arch region is formed with an oblique high flange and the arch support edge portion, and the arch support portion of the top edge of the arch is supported. The height of the high-accuracy flange portion of the inner retaining edge portion, and the concave arc-shaped bottom portion portion is a structurally integrated design of the = state, so as to meet the actual three-dimensional shape of the ton^bow portion, thereby achieving a substantial increase in support and stability. Practical advancement of sex, correctness and comfort "The arch is designed to the ribs of the foot. This gives the user a solid ease of use, and becomes a two-slope, when a phase and a slight増 Plus adjust the shoe bow adjustment, because the intersection and step on the insole soft ankle to support the support structure by the structure of the pad structure to change the insole surface of the hard fulcrum part on the pad, the texture is transferred The point is that the foot is filled with such weakness and good. The main skill combined with the support of the cross should be when the intersection of the arch area is more rigid, and the live bow can be adjusted to adjust the insole to the ankle. The characteristics of the hard-formed arch area will be supported by the middle part of the hard-footed arch area. The new effect can be generated by the creation of the soft-skinned subject. The following functions are as follows: 1. The bottom surface corresponds to the position of the toe area of the tread surface. The structural design of the adhesive anti-slip block, the surface of the anti-slip block can be used to have an excellent anti-slip property capable of repeating the adhesive property, so that when the arch adjustment insole is placed inside the shoe body, A fairly stable grip 7 M391860 is not easy to produce and stabilize. The bottom surface of the embossed decorative block has a lower displacement, and the joint is used to maintain the displacement. Hard support The design of the soft structure is used to highlight the excellent slip-resistance of the tread surface. The structure of the opposite ends of the foot is the same as the above-mentioned implementation through the specific patent scope; the spirit and principle These changes and repairs are in the _. When the human foot is running, jumping, and other strenuous movements, the tats of the insole are adjusted to the insole. The t-area of the bottom part of the instep is more embedded in the surface of the part than the bottom of the heel support. In addition to being able to be used as a wide-opening effect, the block can also be soft and more heeled: the support point 'sends the foot arch to adjust the bottom surface of the heel area of the shoe last 0 and the edge of the area becomes a slanted flange. With respect to the obliquely high flange portion and the inner guard edge portion, the bevel can be stabilized by the inclined flange portion with respect to the portion forming the arcuate recess portion. The disclosures of the examples are intended to be illustrative of the present invention, and the terminology is used to describe the present invention. If it is not possible to limit the creation of the novel, those skilled in the art can change and modify it to achieve the equivalent purpose. The change should be covered in the scope of the patent application as described later. 8 M391860 [Simple description of the drawing] Figure 1: The stereoscopic view of the tread surface of the insole adjustment insole. Figure 2: The perspective view of the underside of the foot arch adjustment insole. Figure 3: The bottom view of the foot arch adjustment insole. Fig. 4 is a cross-sectional view taken along line B-B of Fig. 3. Fig. 5 is a cross-sectional view taken along line C-C of Fig. 3. Fig. 6 is a cross-sectional view taken along line D-D of Fig. 3. Figure 7: Long side cross-sectional view of the insole adjustment insole. Figure 8: Schematic diagram of the adjustment of the arch of the insole adjustment shoe in this creation. [Main component symbol description] Arch adjustment insole A Tread surface 1 0 Toe area 11 Arch 13⁄4 Field 1 2 Heel area 13 Beveled flange 1 4 Bottom 2 0 Oblique high flange 3 0 Arch support edge 4 0 Inside retaining edge 5 0 concave arc-shaped bottom part 6 0 Hard support seat 7 0 Heel support part 7 1 Cross-shaped arch support part 7 2 - Oblique rib 7 2 1 Second oblique rib 7 2 2 Cross Point part 7 3 Blocking block 8 0 Soft block 9 0 9