M407641 五、新型說明： 【新型所屬之技術領域】 本創作係一種足部平衡墊片，尤指一種放置於鞋内特定 位置’使人們於穿鞋時減少鞋底干擾之墊片設計。 【先前技術】 、 隨著經濟的發達，現代人對於物質生活的要求也越來越 高，其中人們對於穿著鞋子時之舒適感要求亦越來越高，目 鲁别市面上生產銷售的鞋子，主要訴求為軟底的氣墊鞋或符合 足部形狀的鞋子，但由於兩下肢長短有別，柔軟的鞋底往往 會使受力較大的一側下肢，陷下去較多，而使身體關節產生 不適當的變化，而符合足底形狀的鞋子，又會增加不必要的 足底干擾，造成足部變形，且因鞋墊設計上平衡不均產生行 走時有前傾重心不穩情形，因此足部醫師以矯正鞋墊來改變 這些變化，糾正不良步態以改善身體結構，但不一定得到理 想的效果，且價格昂貴，導致除非具有嚴重足部變形之人， 否則將不會特別去穿著該矯正鞋墊。 【新型内容】 有鑑於前述目前穿鞋造成的困擾，為減少因穿鞋可能 造成的傷害，而提出新的理論和設計，藉由簡單的方式， 改善人們穿鞋的困擾，使人們足部感覺舒服又不受傷害且 價格便宜。 因此，本創作目的係、為提供一種足部平衡塾 片，係可改變足部之生物六爆， 學進而改變足底受力之分配， 達到身體結構能自我調餐Α Β 凋埜為目的，減少足底與地面受力面 3 M407641 積’而對足底構成穩固的三赴JL ^ % -支揮〃近似於槓桿平衡效果。 為達到上述創作目的，太红〜 丁 W政禾 本新型所採用之主要技術手段 係令-足部平衡塾片於同一 受技術手段 也± J面上具有至少一第一表面與一 第一表面，該第二表面係成水 丁义疋/〇第一表面邊缝报赤 -向外傾斜角度，其中該第_# 逯料成 乐表面上具有一支撐部。 使用時’係將該足部平衡塾片放置在鞋内對應使用者 之腳跟為接觸的第-點或是更進—步以另一足部平衡塾片 置於鞋内對應前腳掌為接觸的第_ J罘一點及第二點，而令該第 -表面係直接抵擎在使用者之足跟下方與其前腳掌下方， 且此一足部平衡墊片上設有一 π _ ^凸點，且有槓桿支點作用， 可平衡腳掌内側與外側的受力，亦可平衡腳跟與腳掌的受 力，當足部踩踏在上述之足部平衡塾片上時，將受該足部 平衡塾片之支擇部之支揮’而減少與足底接觸的方法因 而能減少足底受力面積，當登六 複曰又力面積減少，即對足底形成 二點支撐’再加上因腳底與鞋墊所產生近似於槓桿平衡原 理，致使腳跟和卿掌自然不易内翻或外翻，且站立與行走 時能達到-均力平衡狀態。藉此’將可輔助使用者足部之 穩定，進一步避免使用者之腳跟和聊掌之内翻或外翻，身 體站立或行走時可達平衡且重心穩固情形。 前述足部平衡墊片之支撐部係高於第一表面及第二表 面。 前述足部平衡墊片之支撐部與第一表面 部之硬度大於第一表面。 且支擇 則述足部平衡墊片係形成一橢圓形。 前述第一表面與第二表面係分別形成半橢圓形。 4 M4U/641 月IJ述足部平衡墊片係形成近似”人”字型β 一 'j述足邻平衡墊片於同一面上具有兩第一表面其中 一第一表面係位該第二表面上。 則述足部平衡墊片’位於該第二表面上之第一表面的 支推部係為一凸點。 第一表面及第 月IJ述足部平衡墊片，該支撐部係高於 表面 月IJ述足部平衡墊片，該支撐部係埋入於足部平衡墊片 内而與第-表面等高’且支撐部之硬度大於該足部平衡墊 片。 前述足部平衡墊，其中該支撐部係自足部平衡墊底面 向上隆起。 - 前述足部平衡墊，其t該支撐部係自^部平衡塾頂面向 下隆起。 【實施方式】 請參閲圖1所示，係為本創作第一較佳實施例之表面 圖。本創作係令一足部平衡墊片1〇於同一面上具有至少— 第一表面11與一第二表面12，該第二表面12係呈水平"(如 圖2所示），其中該第一表面彳彳上係具有一支撐部 該支撐部110自足部平衡墊底部10向上隆起，係等於該第 一表面11與第二表面12而使其為受力點’於本實施例~中， 該足部平衡塾片10係形成一橢圓形，且該第—表面11 第二表面1 2係分別形成半糖圓形’且該第二表面1 2係^ 水平，此外’該支撐部110係與該第一表面扣及該第二^ 面12等高，其係為硬質材料所構成。 5 ΜΗ-υ/ΌΗ-1 請再參閱圖3所示，係為本創 面圖》於本實施例中，該第二表面 ：實施例之剖 之邊緣向外傾斜-角度，該支自3第一表面11 1〇向上隆起,且係定義自該第自足#平衡墊底部 足底構成支標。 表面11的最高點，藉以對 請再參閱圖4所示，係為本創 & m ^由 +引作第二較佳實施例之表 ,» ^ 1卞脔墊片1〇a係形成近似” 子，且該第二表面12a之邊緣係向外傾斜一角度， 該足部平衡墊片1〇a具有兩第一 表面11a、11b，其中一第 一表面m係位該第二表面12a上1該支撐部】⑽自足 部平衡塾底部1〇a向上隆起，係高於該第一表面m，另 一支樓部11Ga自足部平衡墊底部1G向上隆起虚立上的 第^面11a等高’且為硬質材料組成。 -月參閲圖5與圖6所示’係為本創作使用在足部之示 意圖與側視圖。當使用者之足部踩踏在該足部平衡墊片 1〇、1〇a上’係令該第一表面w之支揮點11〇對應於使用 者之腳跟_心點往腳指方向與足弓接近處而為腳跟受力位 置而該足部平衡塾# 1〇a係設置在符合前腳掌受力之位 置上，該支撐部11 〇a係相對於使用者之跛骨頭下方且另 一支撐部11 Ob係對應至使用者之第一跛骨與第二跛骨接近 足弓處，於本實施例中，係為一凸點，該支撐部，彳〇b具有 槓桿支點和按摩湧泉穴的作用。 *月參照圖8 ’本創作第四較佳實施例之足部平衡墊 10c 10d同樣具有第一表面Ik、iid、向外傾斜的第二表 面12c、12d、支撐部11〇c、11〇d，惟與上述實施例不同 6 M407641 處在於本案的支撐部110c、11〇d係自足部平衡墊i〇c、i〇d 頂面向下隆起。 此外’本創作之使用方法，係包括： 提供至少一足部平衡墊片；及 將該足部平衡墊片放置在鞋内，而位於與使用者腳跟M407641 V. New description: [New technical field] This creation is a kind of foot balance gasket, especially a gasket placed in a specific position inside the shoe to make people reduce the interference of the sole when wearing shoes. [Prior Art] With the development of the economy, modern people have higher and higher requirements for material life. Among them, people have higher and higher requirements for the comfort of wearing shoes. The main appeal is a soft-bottomed air-cushioned shoe or a shoe that conforms to the shape of the foot. However, because the length of the two lower limbs is different, the soft sole tends to cause the lower limbs of the larger force to sink more, and the joints of the body are not produced. Appropriate changes, and shoes that match the shape of the foot, will increase unnecessary foot-interference, cause deformation of the foot, and due to uneven balance in the design of the insole, there is a tendency to tilt the center of gravity when walking, so the foot physician Correcting the insole to change these changes, correcting bad gait to improve the body structure, but not necessarily achieving the desired effect, and being expensive, will not particularly wear the orthotic insole unless there is a person with severe foot deformation. [New content] In view of the above-mentioned problems caused by wearing shoes, in order to reduce the damage that may be caused by wearing shoes, new theories and designs are proposed, and in a simple way, people's shoes are troubled and people feel Comfortable and unharmed and cheap. Therefore, the purpose of this creation is to provide a balanced balance of the foot, which can change the six-explosion of the foot, and then change the distribution of the force of the foot, so that the body structure can self-adjust the meal, wilting and withering. Reducing the balance of the foot and the ground surface 3 M407641 and the formation of a stable foot to the JL ^ % - support is similar to the lever balance effect. In order to achieve the above-mentioned creative purposes, the main technical means adopted by the new type of Ding Wing-Wing-Wing-Foot-balanced cymbal has at least a first surface and a first surface on the same J-side. The second surface is formed into a water surface, and the first surface edge is reported to be a red-outward angle, wherein the first surface has a support portion on the surface. When in use, the foot balance cymbal is placed in the shoe corresponding to the user's heel as the first point of contact or more advanced - the other foot balance cymbal is placed in the shoe corresponding to the forefoot as the contact _J罘point and second point, so that the first-surface system is directly under the user's heel and below the forefoot, and the foot balance pad is provided with a π_^ bump and has a lever The fulcrum function can balance the force on the inner side and the outer side of the sole of the foot, and can also balance the force on the heel and the sole of the foot. When the foot is stepped on the balance piece of the above-mentioned foot, it will be subject to the balance of the balance piece of the foot. The method of reducing the contact with the sole of the foot can reduce the area of the plantar force. When the area is reduced, the area of the foot is reduced, that is, the two points of support are formed on the sole of the foot, plus the similarity between the sole and the insole. The principle of lever balance makes the heel and the palm of the hand naturally not easy to be inverted or everted, and can reach a state of uniform balance when standing and walking. This will assist the stability of the user's foot, further avoiding the inversion or eversion of the user's heel and chattering, and the balance and center of gravity of the body when standing or walking. The support portion of the aforementioned foot balance pad is higher than the first surface and the second surface. The hardness of the support portion and the first surface portion of the aforementioned foot balance pad is greater than the first surface. And the choice is that the balance pad of the foot forms an ellipse. The first surface and the second surface system respectively form a semi-elliptical shape. 4 M4U/641 month IJ said the foot balance gasket forms an approximate "human" shape β - 'j. The adjacent balance gasket has two first surfaces on the same surface, one of the first surface is the second surface on. Then, the support portion of the foot balance pad's first surface on the second surface is a bump. The first surface and the first month of the IJ describe the balance pad of the foot, the support portion is higher than the surface balance pad of the foot IJ, the support portion is embedded in the balance pad of the foot and is equal to the first surface 'And the hardness of the support is greater than the balance pad of the foot. The aforementioned foot balance pad, wherein the support portion is swelled upward from the bottom surface of the balance pad. - The aforementioned foot balance pad, wherein the support portion is raised downward from the balance dome. [Embodiment] Please refer to FIG. 1, which is a surface view of a first preferred embodiment of the present invention. The present invention is that the one-leg balance pad 1 has at least a first surface 11 and a second surface 12 on the same surface, and the second surface 12 is horizontal (as shown in FIG. 2), wherein the first surface A surface has a support portion. The support portion 110 is raised upward from the bottom portion 10 of the foot balance pad, and is equal to the first surface 11 and the second surface 12 to be a force point 'in the embodiment. The foot balance cymbal 10 is formed into an elliptical shape, and the second surface 12 of the first surface 11 forms a semi-sugar circle ', respectively, and the second surface 12 is horizontal, and the support portion 110 is It is equal to the first surface fastener and the second surface 12, and is made of a hard material. 5 ΜΗ-υ/ΌΗ-1 Please refer to FIG. 3 again, which is the front view of the present invention. In the present embodiment, the second surface: the edge of the section of the embodiment is inclined outwardly - the angle, the branch from 3 A surface 11 1 隆 is swelled up and is defined as a foot from the bottom of the first self-sufficient pad. The highest point of the surface 11, as shown in FIG. 4, is the table of the second preferred embodiment of the present invention & m ^ by +, » ^ 1 卞脔 gasket 1 〇 a series formation approximation And the edge of the second surface 12a is inclined outwardly by an angle, the foot balance pad 1a has two first surfaces 11a, 11b, wherein a first surface m is positioned on the second surface 12a 1 The support portion] (10) The self-foot portion balance 塾 bottom 1〇a is raised upward, which is higher than the first surface m, and the other branch portion 11Ga is raised from the bottom portion of the foot balance pad 1G upwardly to the upper surface 11a contour 'And it is made of hard material. - See the figure shown in Figure 5 and Figure 6 for the creation of the foot and the side view. When the user's foot is stepped on the foot balance pad, 1〇a's the first surface w of the support point 11〇 corresponds to the user's heel _ heart point to the direction of the toe and the arch is the heel force position and the foot balance 塾 # 1 The 〇a system is disposed at a position corresponding to the forefoot force, the support portion 11 〇a is below the humeral head of the user and the other support portion 11 Ob The first metatarsal bone and the second metatarsal bone of the user are close to the arch of the foot. In this embodiment, it is a bump, and the support portion has a function of lever fulcrum and massage spring. Referring to FIG. 8 'the fourth embodiment of the present invention, the foot balance pad 10c 10d also has a first surface Ik, iid, outwardly inclined second surfaces 12c, 12d, and support portions 11〇c, 11〇d, However, it is different from the above embodiment. 6 M407641 is that the support portions 110c and 11〇d of the present invention are raised from the top of the balance pad i〇c and i〇d of the foot. Further, the method of using the present invention includes: providing at least one foot a balance pad; and placing the foot balance pad in the shoe while lying on the user's heel
/或是刖腳革相應之位置上。使用者欲使用該足部平衡 墊片時，係將該足部平衡塾片放置在鞋内，其中鞋子可為 各式鞋子’如：皮鞋、布鞋或是涼鞋等，或是將該足部平 衡塾片設置或形成在-鞋塾上後，再放人鞋内，如目7所 示’係為本創作實施在—拖鞋上之示意圖。於本實施例中 係以拖鞋作為說明’但不用以限制本創作，使用者係將該 ^部平衡塾片1G、1Ga係分別設置在拖鞋鞋面上且與使用 之足跟與前腳掌之相應位置。 H 所述，#使㈣収部踩踏在上述之足部平衡塾 :時’由於該足部平衡墊片之支撐部將會支撐使用者之 告：力因而能減少足底受力面積，避免身體有前傾狀態， 面積減少後，足底形成三點鼎丨，加上以 平衡效果’腳跟和腳掌自然^内翻或外 广身體不致前傾而能達到挺立、平衡且站立穩固情形。 【圖式簡單說明】 圖1:係為本創作第一較佳實施例之平面圖 圖2 .係為本創作第—較佳實施例之剖面圖 圓3 :係為本創作第二較佳實施例之剖面圖 圖4 ··係為本創作第三較佳實施例之平面圖 圖5:係為本創作使用在足部之示意圖。 7 M407641 圖6 :係為本創作使用在足部之側視圖。 圖7 :係為本創作實施在一拖鞋之示意圖。 圖8 :係為本創作第三較佳實施例之剖面圖。 【主要元件符號說明】 10、 10a、10c、10d足部平衡墊片 11、 11a、11b、11c、11d 第一表面 110、110a、110b、110c、110c 支撐部 12、 12a、12c、12d 第二表面/ Or the corresponding position of the foot leather. When the user wants to use the balance pad of the foot, the balance piece of the foot is placed in the shoe, wherein the shoe can be various shoes such as shoes, shoes or sandals, or the foot is balanced. After the bracts are set or formed on the shoe last, and then placed in the shoes, as shown in Figure 7, the figure is based on the creation of the slippers. In the present embodiment, slippers are used as an illustration. However, the user does not need to limit the creation. The user sets the balance pieces 1G and 1Ga on the upper of the slippers and corresponds to the heel and the forefoot. position. H, #使(四)收部踏在上足平衡平衡塾: When the support of the foot balance pad will support the user's notice: force can reduce the area of the foot's force, avoid the body There is a forward tilting state, after the area is reduced, the sole of the foot forms three points, and the balance effect 'heel and sole' natural varus or external body can not reach forward and can stand upright, balance and stand firm. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view of a first preferred embodiment of the present invention. FIG. 2 is a cross-sectional view of a preferred embodiment of the present invention. FIG. 3 is a second preferred embodiment of the present invention. FIG. 4 is a plan view of a third preferred embodiment of the present invention. FIG. 5 is a schematic view of the creation of the foot in the present. 7 M407641 Figure 6: A side view of the foot used for this creation. Figure 7: is a schematic diagram of a pair of slippers implemented in this creation. Figure 8 is a cross-sectional view showing a third preferred embodiment of the present invention. [Description of main component symbols] 10, 10a, 10c, 10d Foot balance pads 11, 11a, 11b, 11c, 11d First surface 110, 110a, 110b, 110c, 110c Support portions 12, 12a, 12c, 12d Second surface