M393187 五、新型說明： 【新型所屬之技術領域】 [0001] 本新型係有關一種足弓穩定護墊，尤指一種可調式足弓 穩定護墊。 【先前技術】 [0002] 鞋子，是人們每天必定要穿的生活必需品，不止是保護 雙腳，更有其功能性及其美觀性；因此，如何選擇一雙 適合自己雙腳的鞋子是非常重要的課題。在市面上有成 千上萬種鞋子，但都不是為自己的腳型來設計，因此很 多人會有買不到適合自己的鞋子的困擾，其中，「高弓 足」及「扁平足」這兩種足弓異常患者在選擇鞋子上更 需特別注意。 [0003] 所謂的「高弓足」是指腳背上的韌帶過緊或骨骼變形， 導致跟骨及趾骨間的足弓弧度逐漸變高，在站立時可以 感覺到身體的重量大多集中在雙腳的前、後端，且腳後 跟的跟骨有向内傾斜的現象；導致外側的鞋跟磨損嚴重 ，因腳底内側的足弓較明顯及異常過高，故又稱「空凹 弓」。通常目視高弓足的人雙腳時，其足弓内外側有明 顯的足型拱高情形，而步態上容易有足外八情況及腳趾 後縮的情況發生，造成腿部肌肉的疲勞；行走時，因足 跟骨向内翻轉，易引起肌腱拉力的不平衡，而有重心前 傾的現象。由於高弓足經常會有不正常的外旋動作，足 部明顯缺乏穩定性，使足底壓力分佈不平均且局部集中 於腳後跟與前腳掌，因過大的壓力而形成病變；另腳底 肌腱扭力不平均，使其在走路、站立及跑步時易感到橫 表單編號A0101 第3頁/共19頁 M393187 弓疼痛、足底筋膜抽痛等行走困難狀況，時間一久甚至 對足部造成不良的影響。 [0004] 高弓足最困擾之處就是外側足弓部位沒有充分的支撐， 穿著鞋子時腳掌下面有空虛的感覺、穩定度較差、身體 容易搖晃，而且較無法吸收由地面而來的衝擊力；以目 前醫學臨床文獻，在預防上沒有一致公認的治療方法， 幾乎都只能及早發現再加以治療矯正。所以在選購鞋子 時，通常是選擇具備較佳吸震能力及穩定度的墊體做為 購買時的重要參考指標。 [0005] 由於高弓足腳背很高的緣故，所以為了腳背部分的這種 現象，選擇鞋子的時候往往必須選擇比實際腳掌大的鞋 子，以配合過高的腳背，造成買鞋上的不方便及日常活 動上的困擾。為了改善這點，必須將鞋子的腳掌部分墊 高，以分擔身體的重量，同時小趾側也要加入支撐以使 腳改往内側倒。這樣一來，因為身體的重量已經平均分 配給腳底各個部位，所以高弓足的情況可因此獲得改善 。簡單地說，選購適合自己症狀，鞋底附有足弓護墊的 專業正確鞋子，才能真正改善高弓足的問題。 [0006] 而所謂「扁平足」，是指患者腳掌内側中段足弓下陷， 舟骨突出。扁平足容易使足部衍生後足外翻、中足關節 過度鬆弛、脛骨内旋，更會因為身體支撐的根基失衡， 進而使身體其他部分發生問題；例如導致盆骨前傾、增 加腰椎前彎的情況。患者步行時比正常人更易疲累，足 底、小腿及膝部容易出現疼痛，並常會附帶患有腳踝及 步姿的毛病。因此，改善這種現象的方式，除了傳統醫 表單編號A0101 第4頁/共19頁 M393187 療手法之外，一般是訂作合適的腳墊來改善腳部力學機 制，藉以達到嬌正效果。 [0007] 一般用來矯正扁平足的墊體設計，其結構是在墊體的内 側腳橋部位設計一凸出部，藉由該凸出部來支撐扁平足 下塌的腳橋，進而改善腳部力學機制。但是這種墊體或 訂做鞋托如稍有偏差，對於僵硬式扁平足則會產生很大 負面作用。再者，目前普遍流行強調具有高彈性的氣墊 鞋或彈性鞋，雖然具有良好的緩衝力，但是吸震能力卻 不佳。 [0008] 如中華民國新型專利公告第M379351號，其揭示一種多功 能墊體，包括一墊體、一隆起侧:、複數按摩凸點及一腳 跟護板，於墊體特定處具一隆起側貼合腳型之人體工學 ，墊面具有按摩凸點於行走時達到按摩刺激穴位之效果 ，後方具有腳跟護板使行走時不產生滑移。 [0009] 又如中華民國新型專利公告第M381300號所揭示，一種健 康墊體，符合人體工學特性並置於一鞋子内使用，該健 康墊體包含一墊體，及一由該1^’體延伸的牆體，該墊體 具有一底面、一供足跟部對應承置的足跟墊部、一供足 弓部對應承置的足弓墊部、一供跛骨對應承置的跛骨墊 部，及一貫穿該足跟墊部的穿孔，其中，該底面具有一 向上彎曲的曲度。透過該牆體能有效提高該足弓部與足 跟部周圍的支撐力，而該跛骨墊部是呈一圓弧狀凸起的 態樣，能增加其對於跛骨部的支撐力；且該底面的曲度 能更服貼於該鞋子。 表單編號A0101 第5頁/共19頁 M393187 [0010] 前述技術皆聲稱符合人體工學，並具有與足部相對應的 支撐墊體以減輕足部壓力；但因每個人的腳型、長度、 .寬度、足弓彎曲程度都不相同，購買同一尺碼墊體的使 用者，其弓位的高度、足部變形的程度或壓力不均的位 置係因人而異；所以在實際使用時，墊體往往沒有完整 與對應的足弓位置接觸而留有間隙，導致墊體在步行狀 態中無法確實地定位足弓並給予良好的支撐，充其量只 有些微的減壓吸震效果而已，而且腳掌容易因與墊體表 面的支撐墊體格格不入而在行走時感到刺痛。 [0011] 由此可知，此種在表面直接形成對應足弓設計的量化式 墊體，其無法針對不同使用者足弓的高度或壓力不均的 位置自行進行調整，矯正效果微弱，顯有加以改良的必 要。 【新型内容】 [0012] 本新型的主要目的，在於解決上述墊體無法針對不同使 用者足弓高度位置之不同進行調整之問題，遂提出一種 可調式足弓穩定護墊。 [0013] 一種可調式足弓穩定護墊，包括：一墊體及至少一支撐件 。該墊體係依照人體工學所設計且符合腳型，並具有一 對應足弓位置之接合段；該支撐件具有一支撐足弓之支 撐面及一連接於該接合段之接合部，可依使用者需要將 該支撐件定位於該墊體之接合段上的適當位置。 [0014] 其中，該支撐件定位於該墊體上的方式有多種方法，本 新型之一種實施例中該接合部具有一上壁、一下壁及一 表單編號A0101 第6頁/共19頁 M393187 側壁，並形成一夾持空間，該支撐件以該夾持空間夾持 於該墊體之接合段上。另一實施例中該接合部呈一套筒 狀，具有一上壁、一下壁及兩側壁，並形成一容置空間 套設於該墊體上。並有一實施例中該墊體之接合段上設 有複數接合孔，該接合部設有一定位柱，該定位部與該 任一接合孔相互扣合完成定位。另有一實施例係於該接 合段及該接合部之間設置有黏性層，並利用黏合方式形 成定位。 [0015] 透過上述技術可知，本新型藉由該可調式之支撐件於墊 體上調整其位置，可達到貼合使用者腳型、穿著舒適並 橋正足型之功效。 【實施方式】 [0016] 本新型為一可調式足弓穩定護墊，有關本新型之詳細說 明及技術内容，現就配合圖式說明如下： [0017] 請參閱「圖1」、「圖2」及「圖3」所示，本新型為一種 可調式足弓穩定護墊，主要包括有：一墊體10以及至少一 個裝設於該墊體10之支撐件20。該墊體10具有一對應於 足弓位置的接合段11，該墊體10之形狀厚度皆符合人體 腳底之形狀並且符合人體工學原理。該支撐件20具有一 支撐人體足弓之支撐面22及一接合部21，並該接合部21 具有一上壁211、一下壁212及一連接該上壁211及該下 壁212之側壁213，且該上壁211及該下壁212之間形成一 夾持空間。該接合部21係利用該上壁211及該下壁212上 下夾持於該墊體10之接合段11，並以該側壁213抵觸該墊 體10之側面以定位其位置。該支撐件20並於該支撐面22 表單編號A0101 第7頁/共19頁 [0018] 設置有複數按摩凸點23 »如是構成本案之主要架構。 於第一實施例中，使用者可以依據自己實際的腳型而將 該墊體10搭配該支撐件使用。首先將該支撐件2〇對應 至使用者之足弓實際位置後，將該支撐件20之接合部21 容置空間對準該墊體10之側面並以該上壁211及該了壁 212夾持於該墊體10之接合段11，且以該侧壁213抵觸該 墊體10之側面構成一定位關係。完成一側邊之定位後， 另一側邊之支撐件20亦以同樣方式裝設。本實施例中裝 設了兩片支撐件20，於實際使用情況下使用者可依自己 的情況選擇裝設單邊或是雙邊，並可於該接合段u前後 調整該支撐件20之位置，以弯該墊體10在穿著時能夠確 實貼合使用者之腳底，讓使用者在行走時更為輕鬆、舒 適°並且，該支撑件20之支樓面22上設置有複數按摩凸 點23 ’該些按摩凸點23可於使用者踩踏時產生刺激末梢 神經、按摩足底的效果。且該墊體10是以符合人體工學 作用的結構來設計，使得該墊體10豈入鞋内於使用者穿 著時’能夠讓該墊體1〇可以完全服貼於腳底的各個部位 乂； - » r ' 不僅穿著舒適並同時具有橋正高弓足與扁平足的作用 。於高弓足之患者可將該支撐件2〇裝設於墊體1〇外側之 接合段11，使外側足弓可得到支撐，讓體重可平均分布 於腳掌上；而對於扁平足的患者則可以將該支撐件2〇裝 設於該墊體10内側之接合段11，使扁平足下塌的腳橋得 到支標’改善腳部力學機制，除舒適外更進而達到竭正 之效果。 [0019] 请參閱「圖4」本新型可調式足弓穩定護墊之第二實施例 表單編號A0101 第8頁/共19頁 M393187 之分解示意圖，係將該支撐件20設成以扣合方式定位於 墊體10之接合段11上之接合方式。該墊體10上具有複數 接合孔12，排佈於該墊體10之接合段11上，且該支撐件 20之接合部21上設有一定位柱24，該定位柱24之外徑大 於該接合孔12之孔徑，在接合時可構成緊密扣合關係。 因該接合孔12設置於不同位置，使用者可以依照自己實 際足弓的位置將該支撐件20放置於該接合段11相對應位 置上，並將該定位柱24扣合於對應之該接合孔12上完成 組裝。又若想要變換支撐件20位置時，僅需施一向上的 力使該定位柱24脫離該接合孔12後，再依使用者之需要 移動支撐件20位置，將定位柱2头扣合於對應之接合孔12 即可。充分達到讓使用者簡便自行調整所需妆置的功能 〇 [0020] 續參閱「圖5」本新型可調式足弓穩定護墊之第三實施例 之分解示意圖，係將該支撐件20設成以黏貼方式固定於 該墊體10之該接合段11上之接合方式。該支撐件20之該 接合部21係一面體，此面體之形狀可服貼於該墊體10之 該接合段11，並在該接合部21與該接合段11之間設置有 黏性層25，使用者使用時先確定自己足弓在該墊體10的 正確位置後，將該接合部21黏貼於該接合段11上完成固 定即可使用。 [0021] 最後請參閱「圖6」本新型可調式足弓穩定護墊之第四實 施例之分解示意圖。如圖所示，該支撐件20為一體成型 之軟性材質製成，其具有兩個支撐面22，分別對應於人 體腳底之内、外足弓，並具有一接合部21，且該接合部 表單編號A0101 第9頁/共19頁 M393187 21具有一上壁211、一下壁212及左右側壁213，並形成 一中空方孔狀容置空間，其大小恰可讓該墊體10通過。 使用時將該支撐件20之該接合部21對準該墊體10之前端 ，並穿過該墊體10前端移動至使用者實際足弓位置即可 。該接合部21之該上壁211、該下壁212及該左右側壁 213將抵制於該墊體10的四周並定位，使用者可透過在該 接合段11内前後移動該支撐件20來調整所需之位置。本 實施例與第一實施例之差別在於本例中之該支撐件20係 包圍套設於該墊體10，且該支撐面22同時可支撐内、外 足弓；而第一實施例中之該支撐件20係以夾持方式定位 於該墊體10，且該支撐面22僅有支撐旱邊足弓之功能。 [0022] 綜上所述，本新型可調式足弓穩定護墊包括有：一墊體10 及至少一個支撐件20，該支撐件20具有一接合部21以定 位於該墊體10之該接合段11上，並可調整其位置。藉此 使用者可依據自己的腳型及足弓位置調整該支撐件20， 使腳掌可以完全服貼於該墊體結構上，達到矯正足弓及 穿著舒適等功效。 [0023] 上述僅為本新型之較佳實施例而已，並非用來限定本新 型實施之範圍。即凡依本新型申請專利範圍所做的均等 變化與修飾，皆為本新型專利範圍所涵蓋。 【圖式簡單說明】 [0024] 圖1，係為本新型可調式足弓穩定護墊之第一實施例之外 觀示意圖。 [0025] 圖2，係為本新型可調式足弓穩定護墊之第一實施例之分 表單编號A0101 第10頁/共19頁 M393187 解示意圖。 [0026] 圖3，係為本新型可調式足弓穩定護墊之第一實施例之剖 面示意圖。 [0027] 圖4，係為本新型可調式足弓穩定護墊之第二實施例之分 解示意圖。 [0028] 圖5，係為本新型可調式足弓穩定護墊之第三實施例之分 解示意圖。M393187 V. New description: [New technical field] [0001] The present invention relates to an arch stability pad, especially an adjustable arch stability pad. [Prior Art] [0002] Shoes are the necessities that people must wear every day, not only to protect their feet, but also their functionality and aesthetics; therefore, how to choose a pair of shoes suitable for your feet is very important. Question. There are thousands of shoes on the market, but they are not designed for their own feet. Therefore, many people will not be able to buy shoes that suit them. Among them, "high bow feet" and "flat feet" Patients with abnormal arches need special attention when choosing shoes. [0003] The so-called "high bow foot" means that the ligament on the instep is too tight or the bone is deformed, resulting in the curvature of the arch between the calcaneus and the phalanx gradually becoming higher. When standing, the weight of the body can be felt mostly concentrated on both feet. The front and rear ends, and the heel of the heel have an inward inclination; the outer heel wear is severe, and the arch on the inner side of the sole is more obvious and abnormally high, so it is also called "empty concave bow". When the feet of a person with high arches are usually visually observed, the inner and outer sides of the arch have obvious foot-arch height, and the gait is prone to the situation of the foot and the toe retraction, resulting in fatigue of the leg muscles; When walking, because the heel bone is turned inward, it is easy to cause the imbalance of the tendon tension, and there is a phenomenon that the center of gravity is leaning forward. Because the high arch often has abnormal external rotation, the foot is obviously lack of stability, and the pressure distribution on the sole is uneven and partially concentrated on the heel and the forefoot. The lesion is formed due to excessive pressure; the tendon of the sole is not On average, it makes it easy to feel the horizontal form number A0101 on page 3 of the M393187 bow pain, plantar fascia pain and other walking difficulties, and even adversely affect the foot for a long time. [0004] The most troublesome thing about the high arch is that the lateral arch is not fully supported. When wearing shoes, there is a feeling of emptiness under the sole of the foot, the stability is poor, the body is easy to shake, and it is less able to absorb the impact force from the ground; With the current medical clinical literature, there is no unanimously accepted treatment in prevention, and almost all of them can only be detected early and then treated. Therefore, when purchasing shoes, it is usually the choice of cushions with better shock absorption and stability as an important reference indicator when purchasing. [0005] Because of the high height of the foot of the high arch, so for the phenomenon of the instep part, when choosing shoes, it is often necessary to choose shoes larger than the actual foot to match the high instep, which makes the inconvenience of buying shoes. And troubles in daily activities. In order to improve this, the soles of the shoes must be raised to share the weight of the body, and the support should be added to the small toe to reverse the feet. In this way, since the weight of the body has been evenly distributed to various parts of the sole of the foot, the condition of the high arch can be improved. Simply put, you can really improve the problem of high bow and foot by purchasing professional and correct shoes that are suitable for your own symptoms and have a foot pad on the sole. [0006] The so-called "flat foot" refers to the midfoot of the patient's foot in the middle of the arch and the scaphoid. Flat feet are prone to foot valgus, excessive relaxation of the midfoot joints, internal rotation of the humerus, and imbalance of the roots of the body support, causing problems in other parts of the body; for example, causing the pelvis to lean forward and increase the anterior curvature of the lumbar spine. Happening. Patients are more likely to get tired when walking than normal people. The soles, calves and knees are prone to pain and often have problems with ankles and stances. Therefore, in addition to the traditional medical form number A0101, page 4 of 19, the M393187 treatment method, it is generally custom-made foot pads to improve the foot mechanics, in order to achieve a delicate effect. [0007] A pad body design generally used for correcting a flat foot is constructed by designing a projection on the inner foot bridge portion of the pad body, and supporting the foot bridge under the flat foot by the protrusion portion, thereby improving the foot mechanics mechanism. However, such a pad or a custom shoe may have a large negative effect on a stiff flat foot. Furthermore, it is currently prevalent that air cushion shoes or elastic shoes with high elasticity are emphasized, and although they have good cushioning power, shock absorbing ability is not good. [0008] For example, the Republic of China New Patent Publication No. M379351 discloses a multifunctional cushion body including a cushion body, a raised side: a plurality of massage bumps and a heel guard plate, and a raised side at a specific portion of the cushion body. The ergonomics of the foot type is combined with the massage surface to achieve the effect of massaging the massage points when walking, and the heel guard plate at the rear so that no slip occurs when walking. [0009] As disclosed in the Chinese Patent Publication No. M381300, a healthy mat body is ergonomically placed and used in a shoe, the health mat body comprises a cushion body, and a body is The extended wall body has a bottom surface, a heel pad portion corresponding to the heel portion, a foot arch portion corresponding to the arch portion, and a tibia corresponding to the tibia a pad portion and a through hole extending through the heel pad portion, wherein the bottom surface has an upwardly curved curvature. The wall can effectively improve the supporting force around the arch portion and the heel portion, and the shin bone pad portion has an arc-shaped convex shape, which can increase the supporting force for the tibia portion; The curvature of the bottom surface can be more compliant with the shoe. Form No. A0101 Page 5 of 19 M393187 [0010] The foregoing techniques all claim to be ergonomic and have a support pad corresponding to the foot to relieve foot pressure; but because of each person's foot shape, length, The width and the degree of curvature of the arch are different. For users who purchase the same size pad, the height of the bow, the degree of deformation of the foot or the position of uneven pressure vary from person to person; therefore, in actual use, the pad The body is often not completely in contact with the corresponding arch position, leaving a gap in the walking state, which can not accurately position the arch and give good support. At best, there is only a slight decompression and shock absorption effect, and the foot is easy to cause The support pad on the surface of the pad is out of place and feels stinging while walking. [0011] It can be seen that the quantitative pad body corresponding to the design of the arch of the foot is directly formed on the surface, and the position of the height or pressure unevenness of the arch of different users cannot be adjusted by itself, and the correction effect is weak, and it is obvious that The need for improvement. [New Content] [0012] The main purpose of the present invention is to solve the problem that the above-mentioned pad body cannot be adjusted for different height positions of the arches of different users, and an adjustable arch stability pad is proposed. [0013] An adjustable arch stability pad comprising: a pad body and at least one support member. The pad system is ergonomically designed and conforms to the foot shape, and has a joint portion corresponding to the position of the arch; the support member has a support surface for supporting the arch and a joint portion connected to the joint portion, which can be used The support member needs to be positioned in position on the engaging section of the cushion body. [0014] There are various methods for positioning the support member on the pad body. In one embodiment of the present invention, the joint portion has an upper wall, a lower wall, and a form number A0101. Page 6 of 19 M393187 The side wall forms a clamping space, and the supporting member is clamped on the engaging portion of the cushion body by the clamping space. In another embodiment, the joint portion has a sleeve shape, and has an upper wall, a lower wall and two side walls, and an accommodation space is formed on the cushion body. In one embodiment, the engaging portion of the pad body is provided with a plurality of engaging holes, and the engaging portion is provided with a positioning post, and the positioning portion and the engaging hole are engaged with each other to complete positioning. In another embodiment, an adhesive layer is disposed between the joint portion and the joint portion, and the positioning is formed by bonding. [0015] According to the above technology, the novel type adjusts the position of the support member on the pad body, so as to achieve the effect of fitting the user's foot shape, wearing comfort and bridge-foot type. [Embodiment] [0016] The present invention is an adjustable arch stability pad. The detailed description and technical content of the present invention are as follows: [0017] Please refer to "Figure 1", "Figure 2 As shown in FIG. 3, the present invention is an adjustable arch stability pad, which mainly includes a pad body 10 and at least one support member 20 mounted on the pad body 10. The pad body 10 has an engaging section 11 corresponding to the position of the arch, which is shaped to conform to the shape of the sole of the human body and is ergonomic. The support member 20 has a support surface 22 for supporting the human arch and a joint portion 21, and the joint portion 21 has an upper wall 211, a lower wall 212, and a side wall 213 connecting the upper wall 211 and the lower wall 212. A clamping space is formed between the upper wall 211 and the lower wall 212. The joint portion 21 is formed by the upper wall 211 and the lower wall 212 being clamped to the joint portion 11 of the mat body 10, and the side wall 213 is in contact with the side surface of the mat body 10 to position it. The support member 20 is on the support surface 22. Form No. A0101 Page 7 of 19 [0018] A plurality of massage bumps 23 are provided as the main structure of the present case. In the first embodiment, the user can use the pad body 10 with the support member according to his or her actual foot shape. After the support member 2 is firstly coupled to the actual position of the user's arch, the engaging portion 21 of the support member 20 is aligned with the side of the cushion body 10 and sandwiched by the upper wall 211 and the wall 212. The engaging portion 11 of the cushion body 10 is held, and the side surface of the cushion body 10 is formed by the side wall 213 to form a positioning relationship. After the positioning of one side is completed, the support member 20 on the other side is also mounted in the same manner. In this embodiment, two supporting members 20 are installed. In actual use, the user can choose to install one side or two sides according to his own situation, and can adjust the position of the supporting member 20 before and after the engaging portion u. By bending the pad body 10, the user can surely fit the sole of the user when wearing, so that the user can be more relaxed and comfortable when walking. Moreover, the support floor 20 of the support member 20 is provided with a plurality of massage bumps 23'. The massage bumps 23 can produce an effect of stimulating the peripheral nerves and massaging the soles of the feet when the user steps on them. And the pad body 10 is designed with an ergonomic structure, so that the pad body 10 is inserted into the shoe when the user wears, so that the pad body 1 can be completely applied to the various parts of the sole of the foot; - » r ' Not only is it comfortable to wear, but it also has the function of a bridge with a high arch and a flat foot. The patient with the high arch can install the support member 2 on the outer joint portion 11 of the pad body 1 so that the outer arch can be supported, so that the body weight can be evenly distributed on the sole of the foot; The support member 2 is mounted on the joint portion 11 on the inner side of the cushion body 10, so that the foot bridge with the flat foot collapsed is obtained as a standard to improve the mechanical mechanism of the foot, and in addition to the comfort, the effect of the exhaustion is achieved. [0019] Please refer to FIG. 4 for an exploded view of the second embodiment of the present adjustable arch arch stabilizer, Form No. A0101, page 8 of 19, M393187, which is designed to be fastened. The manner in which the joints 11 of the mat 10 are positioned. The pad body 10 has a plurality of engaging holes 12 disposed on the engaging portion 11 of the pad body 10, and the engaging portion 21 of the supporting member 20 is provided with a positioning post 24, and the outer diameter of the positioning post 24 is larger than the joint. The aperture of the aperture 12 provides a tight snap-fit relationship when engaged. Because the engaging hole 12 is disposed at different positions, the user can place the support member 20 at the corresponding position of the engaging portion 11 according to the position of the actual arch of the foot, and fasten the positioning post 24 to the corresponding engaging hole. Finish the assembly on 12. If the position of the support member 20 is to be changed, only an upward force is required to disengage the positioning post 24 from the engaging hole 12, and then the position of the support member 20 is moved according to the user's needs, and the positioning post 2 is fastened to the head. Corresponding engagement holes 12 are sufficient. Fully achieve the function of allowing the user to easily adjust the desired makeup. [0020] Continued to FIG. 5, an exploded view of the third embodiment of the novel adjustable arch stabilization pad, the support member 20 is set The manner of bonding to the joint portion 11 of the cushion body 10 by means of adhesive bonding. The joint portion 21 of the support member 20 is a body having a shape that can be applied to the joint portion 11 of the cushion body 10, and an adhesive layer is disposed between the joint portion 21 and the joint portion 11. 25. When the user first determines that the arch of the foot is in the correct position of the cushion body 10, the joint portion 21 is adhered to the joint portion 11 to be fixed. [0021] Finally, please refer to the exploded view of the fourth embodiment of the novel adjustable arch stability pad of Fig. 6. As shown, the support member 20 is made of an integrally formed soft material having two support surfaces 22 corresponding to the inner and outer arches of the human sole, and having a joint portion 21, and the joint portion form No. A0101 Page 9 of 19 M393187 21 has an upper wall 211, a lower wall 212 and left and right side walls 213, and forms a hollow square hole-shaped accommodating space sized to allow the pad body 10 to pass. In use, the engaging portion 21 of the support member 20 is aligned with the front end of the cushion body 10, and is moved to the actual arch position of the user through the front end of the cushion body 10. The upper wall 211, the lower wall 212 and the left and right side walls 213 of the joint portion 21 will resist the circumference of the cushion body 10 and be positioned, and the user can adjust the position by moving the support member 20 back and forth in the joint portion 11. Need location. The difference between the embodiment and the first embodiment is that the support member 20 is sleeved on the pad body 10 in the present embodiment, and the support surface 22 can support the inner and outer arches simultaneously; and in the first embodiment The support member 20 is positioned on the pad body 10 in a clamping manner, and the support surface 22 has only the function of supporting the abdomen arch. [0022] In summary, the adjustable eye arch stabilization pad of the present invention comprises: a pad body 10 and at least one support member 20, the support member 20 having a joint portion 21 for positioning the joint of the pad body 10. On segment 11, you can adjust its position. Thereby, the user can adjust the support member 20 according to the shape of the foot and the position of the arch, so that the sole of the foot can be completely applied to the structure of the pad body, thereby improving the function of the arch and the wearing comfort. The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, the equal changes and modifications made by the scope of the new patent application are covered by the scope of the new patent. BRIEF DESCRIPTION OF THE DRAWINGS [0024] FIG. 1 is a schematic view of the first embodiment of the novel adjustable arch stability pad. 2 is a division of the first embodiment of the novel adjustable arch stability pad. Form No. A0101 Page 10 of 19 M393187 Schematic diagram. 3 is a schematic cross-sectional view showing a first embodiment of the novel adjustable arch stabilization pad. [0027] FIG. 4 is a schematic exploded view of a second embodiment of the novel adjustable arch stabilization pad. [0028] FIG. 5 is a schematic exploded view of a third embodiment of the novel adjustable arch stability pad.
[0029] 圖6，係為本新型可調式足弓穩定護墊之第四實施例之分 解示意圖。 【主要元件符號說明】[0029] FIG. 6 is a schematic exploded view of a fourth embodiment of the novel adjustable arch stabilization pad. [Main component symbol description]
[0030] 10 ........ ........墊體 [0031] 11 ........ ........接合段 [0032] 12 ........ 接合孔 [0033] 20 ........ ........支撐件 [0034] 21 ...... · ........接合部 [0035] 211........ ........上壁 [0036] 212........ ........下壁 [0037] 213........ ........側壁 [0038] 22 ........ ........支撐面 [0039] 23 ........ ........按摩凸點 [0040] 24 ........ ........定位柱 表單编號A0101 第11頁/共19頁 M393187 [0041] 25 黏性層 表單編號A0101 第12頁/共19頁[0030] 10 .......................... cushion body [0031] 11 .................... joint section [0032] 12 .. ...... Engagement hole [0033] 20 .................... Support [0034] 21 ...... · ........ Department [0035] 211........ ........Upper wall [0036] 212........ ........ Lower wall [0037] 213. ................... sidewall [0038] 22 ........ ........ support surface [0039] 23 ........ ........ Massage Bump [0040] 24 ........ ........Positioning Column Form No. A0101 Page 11 of 19 M393187 [0041] 25 Sticky Sex layer form number A0101 Page 12 of 19