201201729 六、發明說明： 【發明所屬之技術領域】 本發明有關於一種鞋墊，特別是指一種利用形成於鞋 _ 墊之中空隆起部，產生較佳空氣對流、達成止滑功能、'增 加彈跳力以及避震功能的鞋墊。 9 【先前技術】 如中華民國新型專利第M307942號「複合式健走鞋 墊」、第M325753㉟「符合人體卫學之鞋塾」以及大 用新型專利公告第2759247號「人體工學足弓鞋塾」 示之内容’該等先前技術之技術特徵皆為其鞋塾本體 -個或多個硬#的和突起部，係分卿應於人體腳掌 特定位置處，例如腳趾區、内側弓區或橫弓區，使 夠符合人體足部工學，均勻分散㈣_壓力，以^ ^者^體平衡1正站姿以及降低因久站所致之 長期使用此種輕的使用者會產生依賴，以致 換成一般鞋墊時就無法挺直站立。此外， 第M307942號’其突出部係額外設 墊:型專^ 鞋墊本體之虞。 达大出邛亦有脫離 【發明内容】 的在於提供-種可產生空氣對流 又具 本發明之主要目 止滑功能之鞋塾。 3 201201729 本發明之另一目的在於提供一種具柔性支撐作用之鞋 墊，其可Ik時提醒使用者，讓使用者身體產生警覺，以矯 正使用者站姿。 α . 本發明之又一目的在於提供一種可增加彈跳力以及且.. 避震功能之鞋墊。 ~ 為達成前揭目的，本發明所提供之一種多功能鞋墊， 主要包括有-供人體腳掌踩置的墊體，該墊體具有分別對 應人體腳掌構造的足弓部、位於該足弓部後側的足跟部、 位於該足弓部前側並對應前述第一、第二、第三、第四與籲 =五腳趾的腳趾部、以及位於該足弓部與腳趾部之間的疏 骨部’其中該足弓部可區分為内足弓部與外足弓部該腳 趾部可區分為對應第一腳趾之内腳趾部，以及對應第二、 第三、第四與第五腳趾之外腳趾部，而該疏骨部可區分為 ^疏骨部與外疏骨部。該鞋墊的特徵在於該墊體具有-中 空隆起部，其具有一由該墊體頂面一體隆起所形成之外凸 表面、-對應該外凸表面且由該塾體底面一體凹陷所形成 之内凹表面、以及一由該内凹表面定義出之氣室，該中空攀 隆起部之氣室可於受壓狀態與舒張狀態之間形變。 由於本發明之多功能鞋墊的中空隆起部係依據人體行 ^時’腳掌踩踏於地面的受力區域設計，因此於行走過程： # ~可藉由人體腳4文力’使該中空隆起部被壓扁致使該-至處於文壓狀態’從而排出該氣室内的熱空氣，待該中 :隆起部因自身彈力而回復原狀，使該氣线於舒張狀 ‘I該氣室内的氣壓小於鞋子内部的氣壓，如此，鞋子内 4 201201729 部的冷空氣可被吸入該氣室内，從而產生週而復始的空氣 . 對流。因此，本發明之鞋墊具有透氣效果佳、不易產生臭 #、能長時間維持人體腳掌乾爽以提高人體腳掌舒適性箄 優點。此外，藉由該中空隆起部使人體腳部= 合’以達成止滑功能。 、 在本發明一較佳實施例所提供之一種多功能鞋墊中， 該墊體更可包括-氣溝，係自鄰近該腳趾部之前周緣沿該 • 職該内、外腳趾部間之位置，朝該足跟部縱向延伸而與 該氣溝與該氣室相連通，藉以增加熱空氣排出以及冷空氣 吸入之效率。 在前述較佳實施例中，該墊體之氣溝可具有一尺寸較 該氣溝窄的狹窄段，係連通該氣溝與該氣室。藉此，當該 氣室處於受壓狀態時，該氣室内的熱空氣可因該狹窄= 加壓衝至3亥氣溝内，以提升排出熱空氣的效率。 此外，該氣溝鄰近該腳趾部之前周緣可設有一内凹之 ♦ ^ ’藉以使難設置有氣口處之騎與鞋子的内壁不會 緊密貼合，以增加排出熱空氣與吸入冷空氣的量。 或者是，該墊體還可包括與該氣溝連通之另一氣溝， : «述之另-氣溝可自鄰近該外腳趾部之外周緣沿該腳趾部 與該腋骨部之間橫向延伸至鄰近該内腳趾部之内周緣，且 前述之另一氣溝於鄰近該腳趾部與該疏骨部之間的外周緣 或内周緣可設有一内凹之氣口 ’·或者是，前述之另一氣溝 可自該塾體之外周緣沿該疏骨部與該足弓部之間橫向延伸 至該塾體之内周緣’且前述之另-氣溝於鄰近該疏骨部與 201201729 該足弓部之間的外周緣或内周緣可設有一内凹之氣口。 自該===:=狀之内足弓部可具有-形頂面以及-弧===__， 該足跟部或是該内足弓部之弧狀凸緣， Γ=:時，該中空隆起部之外凸表面係由二 ::ΓΓ 而該中空隆起部之内凹表面係由該弧 陷所形成。藉此’本發明之鞋塾係可透過位 =⑽”之中”起部而紐支#使 其站姿，以達續正使用者站姿之功能: X提供之-種多功能鞋塾更可包括有另一中 二起!有一由該塾體頂面一體隆起所形成之外凸 之内凹表面4外凸表面且由該墊體底面—體凹陷所形成 二及—由該内凹表面定義出之氣室，前述之 變》與㈣絲之間形 =起部係可位於該内;弓 =趾部之至少”之-部位，或者是前述另 位，同樣地，當該内a加 部時，前述另-中空凸緣已具撕空隆起 4另一中空隆起部可位於奴跟部、該外足弓部、該= 201201729 跛骨部、該外疏骨部、該内腳趾部以及該外腳趾部之至少 其中之一部位。 另外，本發明所提供之多功能鞋墊更可包括有一吸震 材且/或一反彈材，係設置於該墊體另一中空隆起部的氣室 内。最好，該反彈材係設置於位於該踱骨部之中空隆起部 的氣室内，或者是設置於位於該内跛骨部或外職骨部至少 其中之-之中空隆起部的氣室内，*該吸震材係設置於位 於該足跟部之中空隆起部的氣室内。 另一方面，本發明另一較佳實施例所提供之一種多功 能鞋墊，主要亦包括有該供人體腳掌踩置的墊體，該墊體 亦具有前述足弓部、足跟部、腳趾部以及疏骨部，且該足 弓部亦可區分為内足弓部與外足弓部，該腳趾部亦可^八 為内腳趾部與外腳趾部，以及該疏骨部亦可區分為内職二 部與外跛骨部。該鞋墊的特徵在於該墊體包括有一第二: 體以及一設置於該第一層體上之第二層體，其中該第一: 體具有-中空隆起部，該中空隆起部具有—由該°第一^ 頂面一體隆起所形成之外凸表面、一對應該外凸表面j由 §玄第一層體底面一體凹陷所形成之内凹表面、以及一由誃 内凹表面定義出之氣室，該中空隆起部之氣室可於受壓= 態與舒張狀態之間形變，而該第二層體亦具有一中空隆 部，該第二層體之中空隆起部具有—由該第二層體頂面j 體隆起所形成之外凸表面、—龍該外凸表面且由該第· 層體底面一體凹陷所形成之内凹表面、以及—由該^ 一 面與該第一層體頂面定義出之封閉氣室。 凹表 201201729 由於本發明之多功能鞋墊中，該塾體第二層體 隆起部具有封社氣室，因此可增加_力，且該封閉= 室内之^氣亦可吸震。此外，若欲提升鞋塾之反彈力且/ 或吸震此力，前述之封職室时可設置反彈材W或吸震 材。 有關本發明所提供之多功能鞋墊的詳細構造及其特 徵，以下將列舉實施例並配合圖式，在可使本發明領域中 具有通常知識者能夠簡單實施本發明實施例的範園内進行 說明。 【實施方式】 以下簡單說明本發明配合實施例所採用之圖式的内 容，其中： 第一圖為一立體圖，顯示依據本發明第一實施例所為 之多功能鞋墊； 第二圖為一底視示意圖，顯示第一圖之鞋墊之中空隆 起部對應於人體腳掌之足跟區； 第二圖為沿著第一圖之3-3剖線之剖視圖； 第四圖為一底視示意圖，顯示依據本發明該第一實施 例所為之另一種態樣的鞋墊； 第五圖為一立體圖，顯示依據本發明該第一實施例所 為之又一種態樣的鞋墊； 第六圖為一底視示意圖，顯示第五圖之鞋墊中，各中 空隆起部分別對應於人體腳掌各部位； 201201729 第七圖為-頂視示意圖，顯示依據本發明第二實施例 所為之多功能鞋墊； 第八圖A為一剖視圖，顯示位於内足弓部之中空隆起 部之態樣； 1 第八圖B為一剖視圖，顯示位於内足弓部之中空隆 部的另一種態樣； & 第九圖為-立體圖’顯示依據本發明第三實施例 之多功能鞋墊； ‘ 第十圖為-底視示意圖，顯示第九圖之鞋塾中，各中 空隆起部分別對應於人體腳掌各部位； 第十一圖為沿著第九圖之㈣剖線之剖視圖；以及 ，第十二圖為-立體圖’顯示依據本發明該第三實施例 所為之另一種態樣的鞋墊； =十三圖為-底視示意圖，顯示第十—圖之鞋塾中， 各中二隆料分卿應於人體腳掌各部位；以及 第十四圖為一縱向剖視圖，顯示 例所為之多功能錄。 ♦ W第四實施 相：考號碼係指實施例中， 能鞋本例所提供之多功 該墊體(10)，係為pn & 力，當然;，實際撕㈣成且具有彈性回復 述者，其亦可為任π 體⑽的材質並不舰於前 ° α來製作鞋墊且具有彈性回復力的 201201729 材質。如第一圖與第二圖所示，該墊體(10)係供人體腳掌(4) 踩置，該腳掌依其構造主要可區分為足弓區(41);位於足 弓區(41)後側的足跟區(43);位於足弓區(41)前側的腳趾區 (45)，該腳趾區(45)係由第一腳趾(451)、第二腳趾(452)、 第三腳趾(453)、第四腳趾(454)與第五腳趾(455)所構成；以 及位於足弓區(41)與腳趾區(45)之間的疏骨區(47)。其中， 該跛骨區(47)可區分為内、外疏骨區(47a，47b)，以及該足 弓區(41)可區分為内、外足弓區(41a，41b)。該墊體(1〇)， 具有分別對應該足弓區(41)之足弓部（12)、對應該内、外足 弓區(41a，41b)之内、外足弓部（12a，12b)、對應該足跟區 (43)之足跟部（14)、對應該腳趾區(45)之腳趾部、對應 •玄第一腳趾(451)之内腳趾部（16a)、對應該第二至第五腳趾 (452〜455)之外腳趾部（16b)、對應該跛骨區(47)之疏骨部 (18)、以及對應該β、外疏骨區(47&，例之内、外疏骨部 (18a ， 18b)。 如第一圖至第二圖所示，該墊體(10)之頂面（11)形成有 一位於该足跟部（14)之第—中空隆起部（m)。其次 ，如第 三圖所示’該第一中空隆起部(111)具有-由·體頂面(11) 體隆起所形成之外凸表面(llla)、一由該堅體底面(13)一 體凹陷所軸之内凹表面⑴丨_及—由該内凹表面⑴⑼ 所疋義出之第_氣室（15) ’係可於受壓狀態與舒張狀態間 形變。 ◊實際使用本實施例之鞋墊⑴時，當該塾體足跟部⑽ 又力時、亥第-中空隆起部(U1)會被壓扁致使該第一氣室 201201729 (15)處於受壓狀態，此時，該第一氣室（15)内的熱空氣會被 擠出；反之，當該第一中空隆起部（111)因解除壓力而回復 原狀時’該第一氣室（15)處於舒張狀態，此時該第一氣室（15) 内的氣壓小於鞋子内部的氣壓，因而可將鞋子内部的冷空 氣吸入該第一氣室（15)内。如此，墊體底面（13)與鞋子内部 之間即可產生週而復始的空氣循環。 接著請參閱第四圖，其係為依據本發明第一實施例所 為之另一種態樣的鞋墊(1，）。該墊體(1〇)之頂面（11)亦形成 有位於該墊體足跟部（14)之該第一中空隆起部（111)，並且 該中空隆起部（111)亦具有該第一氣室（15)。其次’該塾體 (10)的底面開設有一第一氣溝(131)，係自鄰近該腳趾部（16) 之一前周緣(101)沿對應該内、外腳趾部（16a，16b)間之位 置’朝該足跟部(14)縱向延伸而與該第一氣室（15)相連通。 再者，該第一氣溝(131)於鄰近該腳趾部（16)之前周緣(1〇1) 設有一朝内凹陷之弧形氣口（102)。該氣口之設置，係可使 墊體(10)之周緣不會緊密貼合於鞋子内壁，以增加排出熱 空氣與吸入冷空氣的量。 實際使用本實施例之鞋墊(1，)時，當該墊體足跟部(14) 受力致使該第一氣室（15)處於受壓狀態時，該第一氣室（15) 内的熱空氣可經由該第一氣溝(131)而被排出；反之，當該 第一中空隆起部(111)因解除壓力而回復原狀，使該第一氣 室（15)處於舒張狀態時，鞋子内部的冷空氣亦可透過該第 一氣溝(131)而被吸入該第一氣室（15)内。如此’本發明之 墊體(1’)與鞋子内部之間，係可透過前述氣溝之設置，而提 201201729 升空氣循環的效率。 接著請參閱第五圖至第六圖，其係為依據本發明第一 實施例所為之又一種態樣的鞋墊(1’，）。該墊體（1〇)之頂面 · (II) 亦形成有位於該墊體足跟部（14)之該第一中空隆起部 -- (III) ，並且該中空隆起部（ηι)亦具有該第一氣室（15；^其 次，該墊體(10)的底面（13)開設有一第一氣溝(131，）、一第 二氣溝(132)、一第三氣溝（133)以及一第四氣溝（134)。其 中，5玄第一氣溝(13Γ)具有一第一延伸段(Hia)、一第二延 伸段(131b)以及一狹窄段(131c);該第一延伸段〇31a)係自_ 鄰近该腳趾部（16)之前周緣（ιοί)沿對應該内、外腳趾部 (16a，16b)間之位置，朝該足跟部（14)縱向延伸而於該第一 氣室（15)相連通，該第二延伸段(13ib)係與該第一延伸段 (131a)連通並橫向延伸至鄰近該足跟部（14)之外周緣(1〇3) 與内周緣（104) ’該狹窄段（131C)之尺寸小於該第一氣溝 (131’），且連通該第一氣溝（131，)之第二延伸段與該 第一氣室（15)，該第一氣溝(131，)於鄰近該腳趾部（16)之前籲 周緣（101)設有該朝内凹陷之弧形氣口（102);該第二氣溝 (132)係與該第一氣溝(Hi’)連通，並自鄰近該外腳趾部“幼） 的外周緣(103)沿該之腳趾部（16)與職、骨部（18)之間，橫向延 伸至鄰近該内腳趾部（16a)之内周緣（1〇4)，且該第二氣溝 (132)於鄰近該腳趾部（16)與該職骨部之間的外周緣-(103)與内周緣(1〇4)皆設有一朝内凹陷之弧形氣口（1〇5);該 第二氣溝(133)係與該第一氣溝(131，)連通，並自該墊體(1〇) 之外周緣(103)沿該踱骨部（18)與足弓部（12)之間，橫向延伸 12 201201729 至該墊體(10)的内周緣(104) ’且該第三氣溝(133)於鄰近該 跛骨部（18)與該足弓部（12)之間的外周緣（103)與内周緣 (1〇4)皆設有一朝内凹陷之弧形氣口（1〇6);該第四氣溝(134) 係與該第三氣溝(133)連通，並自該第三氣溝⑴3)沿該内足 弓部（12a)之内側形狀，朝該足跟部（14)縱向延伸至鄰近該 足跟部(14)。 實際使用本實施例之鞋墊(丨”）時，如前所述，當該墊 • 體足跟部(14)受力致使該第一氣室（15)處於受壓狀態時，該 第一氣室（15)内的熱空氣會因該狹窄段(131幻而有加壓作 用，使前述熱空氣衝至該第一氣溝(131，）内，並可經由與該 第一氣溝(131，)直接或間接相連通之該第二、第三與第四氣 溝(132，133，134)排出；反之，當施以該墊體足跟部（14) 之力解除時，該第一中空隆起部（111)回復原狀致使該第一 氣至處於(15)舒張狀態時，鞋子内部的冷空氣亦可經由該 第一至第四氣溝(13Γ〜134)而被吸入該第一氣室（15)内。 鲁 值得一提的是，由於該第一至第四氣溝(131，〜134)的 設置位置，均依據人體行走時腳掌(4)踩踏於地面的動作來 設計，是故當人體腳掌(4)踩置於本發明之鞋墊(1，，)時，該 等氣溝(13丨’〜134)均不會因承受人體的重量而被壓扁或變 形，因此縱使長時間使用，本發明之鞋墊仍能維持良好的 空氣對流效果。 由於以下將要介紹的實施例中’墊體的材質以及區分 出的部位與前述第一實施例完全相同，因此申請人不再費 述’而僅針對該等實施例與前述第一實施例之相異處進行 13 201201729 說明。 月參閱第七圖至第八圖A，本發明第二實施例所提供 之透氣鞋塾(2)’主要包括有-塾體(20)。 X墊體(20)之内足弓部（12a)具有—自該塾體底面⑺) -體凸起之弧狀凸緣(25)，該弧狀凸緣(Μ)具有—弧形頂面 (251)以及一弧形底面(253)。該墊體(2〇)之内足弓部（i2a)之 弧狀凸緣(25)具有—中空隆起部(255)，其次，如第八圖a 所示該中工隆起部(255)具有一由該弧形頂面(⑸)一體隆 起所形成之外凸表面(Μ%)、一由該弧形底面(Μ3)一體凹 陷所升y成之内凹表面（255b)以及一由該内凹表面（255b)所 疋義出之-氣室(27)，係可於受壓狀態與舒張狀態間形變。 本實施例之鞋墊(2)於實際使用時，除了具有如前述般 之可在鞋子内部產生空氣循環的功能之外，還因為該中空 隆起部没置於朗足$部，因此可柔性地支撐使用者的腳 窩，以隨時提醒使用者注意站姿，長期使用後可達矯正使 用者站姿之目的。 值得一提的是，如第八圖A所示，前述弧狀凸緣(25) 之中空隆起部(255)的外凸表面(255a)可直接與該墊體(20) 之頂面(21)銜接，或者是，如第八圖B所示，前述弧狀凸 緣(25)可具有一連接段(257) ’係連接該中空隆起部(255)之 外凸表面(255a)與該墊體(20)之頂面(21)。並且，前述連接 段(257)的長度並無特定限制。 接著請再參閱第九圖至第十一圖，本發明第三實施例 所提供之多功能鞋墊(3)，主要包括有該墊體(1〇)。 201201729 該墊體（10)之頂面（11)形成有該第一中空隆起部 (111)、一第二中空隆起部（112)、一第三中空隆起部（113)、 一第四中空隆起部（114)、一第五中空隆起部（115)以及一第 六中空隆起部（116)。其中，該第一中空隆起部（m)之設置 位置與型態皆與第一實施例相同；該第二中空隆起部（1 12) 係位於該足弓部（12);該第三中空隆起部（113)係位於該内 疏骨部（18a);該第四中空隆起部（114)係位於該外跛骨部 (18b);該第五中空隆起部（115)係位於該内腳趾部（16a)以及 該第六中空隆起部（116)係位於該外腳趾部（16b)。其次，如 第Η 圖所示，該第五以及第六中空隆起部（115，116)皆 具有一由該墊體頂面（11) 一體隆起所形成之外凸表面 (115a，116a)、一由该塾體底面（13) —體凹陷所形成之内凹 表面（115b，116b)、以及分別由該等内凹表面（i15b，u6b) 所定義出之第五以及第六氣室（17, 19)，在此需說明的是， 雖然圖式中未顯示’但該第二至第四中空隆起部(112〜114) 皆具有前述之外凸表面、内凹表面以及由該内凹表面所定 義出之第一、第二以及第四氣室。如此，該第一至第六中 空隆起部（111〜116)之氣室皆可於受壓狀態與舒張狀態間 形變。 實際使用本實施例之鞋墊(3)時，當該墊體足跟部(14) 受力時’該第一中空隆起部（111)會被壓扁致使該第一氣室 (15)處於受壓狀態’此時’該第一氣室（15)内的熱空氣會被 擠出；而當施以該墊體足跟部（14)之力移轉至墊體足弓部 (12)時’該第二中空隆起部（112)會被壓扁致使該第二氣室 15 201201729201201729 VI. Description of the Invention: [Technical Field] The present invention relates to an insole, and more particularly to a hollow ridge formed in a shoe_pad, which produces better air convection, achieves a slip-stop function, and increases the jumping force. Insole with shock absorber function. 9 [Prior Art] For example, the Republic of China new patent No. M307942 "Composite walking insole", M32575335 "Sports-compliant shoe last" and the new type of patent publication No. 2759247 "Ergonomic arch shoe last" The contents of the prior art are all the technical features of the shoe last body - one or more hard # and protrusions, which are at a specific position of the human foot, such as the toe area, the inner bow area or the crossbow District, so that it is enough to meet the human foot engineering, evenly dispersed (four) _ pressure, to ^ ^ ^ ^ body balance 1 standing position and reduce the long-term use of this long-term use of such a light user will rely on, so that When you become a general insole, you can't stand upright. In addition, the No. M307942's protruding part is an additional pad: the type of the insole body. The invention also provides a shoe last which can generate air convection and which has the main purpose of the present invention. 3 201201729 Another object of the present invention is to provide a shoe cushion having a flexible supporting function, which can remind the user when Ik, to alert the user to correct the user's standing posture. A further object of the present invention is to provide an insole which can increase the jumping force and the shock absorber function. In order to achieve the foregoing object, a multifunctional insole provided by the present invention mainly comprises a pad body for stepping on a human foot, the pad body having an arch portion corresponding to the structure of the human foot, respectively, located behind the arch portion a heel portion on the side, a toe portion on the front side of the arch portion and corresponding to the first, second, third, fourth and fifth toes, and a sparse portion between the arch portion and the toe portion 'where the arch portion can be divided into an inner arch portion and an outer arch portion, the toe portion can be distinguished as a toe portion corresponding to the first toe, and the toes corresponding to the second, third, fourth, and fifth toes Department, and the sparse bone can be divided into ^ sparse bone and external sparse bone. The insole is characterized in that the pad body has a hollow ridge portion having a convex surface formed by the ridge of the top surface of the pad body, and a corresponding convex surface and an inner concave surface formed by the bottom surface of the body body a concave surface, and a gas chamber defined by the concave surface, the air chamber of the hollow climbing portion being deformable between a pressurized state and a relaxed state. Since the hollow ridge portion of the multifunctional insole of the present invention is designed according to the force area of the human foot when the foot is stepped on the ground, during the walking process: # ~ can be made by the human foot 4 liters 'the hollow ridge is The flattening causes the hot air to be discharged into the air chamber, and the hot air is discharged from the air chamber. The ridge portion is restored to its original state due to its own elastic force, so that the air line is in a diastolic shape, and the air pressure in the air chamber is smaller than the inner portion of the shoe. The air pressure, so, the cold air in the shoes of the 201201729 part can be sucked into the air chamber, resulting in a recurring air. Convection. Therefore, the insole of the present invention has the advantages of good ventilation effect, less odor generation, and the ability to maintain the dryness of the human foot for a long time to improve the comfort of the human foot. In addition, the human body foot = hinge is made by the hollow ridge to achieve the anti-slip function. In a multifunctional insole provided by a preferred embodiment of the present invention, the cushion body may further include a gas groove from a position adjacent to the inner edge of the toe portion and the inner to outer toe portion. The longitudinal direction of the heel portion extends into communication with the air chamber to increase the efficiency of hot air discharge and cold air intake. In the foregoing preferred embodiment, the air groove of the pad body may have a narrow section narrower than the air groove to communicate the air groove and the air chamber. Thereby, when the air chamber is under pressure, the hot air in the air chamber can be flushed into the air chamber due to the narrowness = pressure to improve the efficiency of discharging the hot air. In addition, the air groove may be provided with a concave edge around the toe portion before the toe portion, so that the riding of the hard-to-mouth port and the inner wall of the shoe do not closely fit to increase the amount of hot air and cold air. . Alternatively, the cushion body may further include another air groove communicating with the air groove,: «The other air-groove may extend laterally from the outer periphery of the outer toe portion along the toe portion and the metatarsal portion. Adjacent to the inner circumference of the inner toe portion, and the other air groove may be provided with a concave air port adjacent to the outer circumference or the inner circumference between the toe portion and the sparse portion. The groove may extend laterally from the outer periphery of the body along the sparse portion and the arch portion to the inner circumference of the body and the other air-groove is adjacent to the sparse portion and 201201729. A peripheral groove may be provided between the outer periphery or the inner periphery. From the ===:= shape, the arch portion may have a top surface and an arc ===__, the heel portion or the arcuate flange of the inner arch portion, when Γ =: The convex surface of the hollow ridge is composed of two:: ΓΓ and the concave surface of the hollow ridge is formed by the arc. Therefore, the shoe of the present invention can pass through the position = (10)" in the beginning and the new branch # to stand up to achieve the function of the user standing posture: X provides a multi-functional shoe last There may be another two-in-one! There is a convex surface of the concave surface 4 formed by the convex top surface of the top surface of the body and formed by the bottom surface of the body body - and the concave surface is formed by the concave surface Defining the air chamber, the shape of the aforementioned change and the (four) wire can be located within the line; the bow = at least the portion of the toe, or the aforementioned other position, likewise, when the inner a plus The other hollow hollow flange has a tear-opening ridge 4 and another hollow ridge can be located at the slave heel portion, the outer arch portion, the 201201729 humerus portion, the outer sparse bone portion, the inner toe portion, and At least one of the outer toe portions. In addition, the multifunctional insole provided by the present invention may further comprise a shock absorbing material and/or a rebounding material disposed in the air chamber of the other hollow ridge of the cushion body. Preferably, the rebounding material is disposed in a gas chamber located in the hollow ridge of the tibia, or is disposed at In the air chamber of the hollow ridge of at least one of the inner humerus or the external bone, the shock absorbing material is disposed in the air chamber located at the hollow ridge of the heel portion. On the other hand, another comparison of the present invention A multifunctional insole provided by the preferred embodiment mainly includes a pad body for the human foot to be stepped, the pad body also having the arch portion, the heel portion, the toe portion and the sparse portion, and the arch of the foot The part can also be divided into an inner arch portion and an outer arch portion, and the toe portion can also be an inner toe portion and an outer toe portion, and the sparse bone portion can also be divided into a middle part and an outer part. The insole is characterized in that the pad body comprises a second body and a second layer body disposed on the first layer body, wherein the first body has a hollow ridge, and the hollow ridge has a The first surface of the first surface is integrally formed with a convex surface, a pair of concave surfaces which are formed by the concave surface of the first layer of the first layer, and a gas chamber defined by the concave surface of the first surface. The air chamber of the hollow ridge can be shaped between the pressed state and the relaxed state The second layer body also has a hollow ridge portion, and the hollow ridge portion of the second layer body has a convex surface formed by the ridge of the second layer body top surface j, and the outer convex surface And a concave surface formed by integrally recessing the bottom surface of the first layer body, and a closed air chamber defined by the one surface and the top surface of the first layer body. The concave table 201201729 is in the multifunctional insole of the present invention, The second layer body bulge of the carcass has a sealing chamber, so that the force can be increased, and the closing = indoor gas can also absorb the shock. In addition, if the rebound force of the shoe last is increased and/or the force is absorbed, The above-mentioned sealed room may be provided with a rebounding material W or a shock absorbing material. Regarding the detailed construction of the multifunctional insole provided by the present invention and its characteristics, the following examples will be exemplified and in conjunction with the drawings, which may be common in the field of the invention. The knowledge person can simply implement the description in the scope of the embodiment of the present invention. [Embodiment] The following briefly describes the contents of the drawings used in conjunction with the embodiments of the present invention, wherein: the first figure is a perspective view showing the multifunctional insole according to the first embodiment of the present invention; the second figure is a bottom view The schematic view shows that the hollow ridge of the insole of the first figure corresponds to the heel area of the human foot; the second figure is a cross-sectional view taken along line 3-3 of the first figure; the fourth figure is a bottom view, showing the basis The first embodiment of the present invention is another aspect of the insole; the fifth figure is a perspective view showing the insole according to the first embodiment of the present invention; and the sixth figure is a bottom view In the insole of the fifth figure, each hollow ridge corresponds to each part of the human foot; 201201729 The seventh figure is a top view showing the multifunctional insole according to the second embodiment of the present invention; A cross-sectional view showing the aspect of the hollow ridge at the inner arch portion; 1 Figure 8B is a cross-sectional view showing another aspect of the hollow ridge at the inner arch portion; & ninth is - The body diagram 'shows a multifunctional insole according to a third embodiment of the present invention; 'the tenth figure is a bottom view, showing the shoe last of the ninth figure, each hollow ridge corresponding to each part of the human foot; The figure is a cross-sectional view taken along line (4) of the ninth figure; and, the twelfth figure is a perspective view showing the insole according to another aspect of the third embodiment of the present invention; The schematic diagram shows that in the shoe-shoe of the tenth-figure, each of the two second-level materials should be placed on each part of the human foot; and the fourteenth picture is a longitudinal sectional view showing the multi-function record of the example. ♦ W fourth implementation phase: the test number refers to the multi-functional pad body (10) provided by the shoe in the embodiment, which is pn & force, of course; the actual tear (four) is formed and has elastic resilience It can also be made of the material of the π body (10) and not made of the front angle α to make the insole and has the elastic restoring force of the 201201729 material. As shown in the first figure and the second figure, the pad body (10) is for the human foot (4) to be stepped on, and the foot can be mainly divided into the arch area (41) according to its structure; in the arch area (41) a heel region (43) on the posterior side; a toe region (45) on the anterior side of the arch region (41), the toe region (45) being the first toe (451), the second toe (452), and the third toe (453), a fourth toe (454) and a fifth toe (455); and a sparse area (47) between the arch region (41) and the toe region (45). Wherein, the tibial region (47) can be divided into inner and outer sparse bone regions (47a, 47b), and the arch region (41) can be divided into inner and outer arch regions (41a, 41b). The pad body (1〇) has an arch portion (12) corresponding to the arch region (41), and an inner and outer arch portion (12a, 12b corresponding to the inner and outer arch regions (41a, 41b). ), corresponding to the heel of the heel area (43), the toe of the toe area (45), the corresponding toe (16a) of the first toe (451), corresponding to the second To the toe (16b) outside the fifth toe (452~455), the sparse part (18) corresponding to the tibial region (47), and the corresponding β, external sparse area (47 & The outer bone portion (18a, 18b). As shown in the first to second figures, the top surface (11) of the cushion body (10) is formed with a first hollow hollow portion of the heel portion (14) ( m). Next, as shown in the third figure, the first hollow ridge (111) has a convex surface (llla) formed by the body top surface (11) body bulge, and a solid surface (11a) 13) The concave surface of the shaft of the integral recess (1) 丨 _ and - the _ air chamber (15) ' defined by the concave surface (1) (9) can be deformed between the compressed state and the relaxed state. In the insole (1) of the embodiment, when the carcass heel portion (10) is in force , the Haidi- hollow ridge (U1) is crushed such that the first air chamber 201201729 (15) is under pressure, at which time the hot air in the first air chamber (15) is squeezed out; When the first hollow ridge (111) returns to its original state due to the release of the pressure, the first air chamber (15) is in a relaxed state, and at this time, the air pressure in the first air chamber (15) is smaller than the air pressure inside the shoe. Therefore, the cold air inside the shoe can be sucked into the first air chamber (15). Thus, a circumferential air circulation can be generated between the bottom surface of the cushion body (13) and the interior of the shoe. Next, please refer to the fourth figure, which is An insole (1) according to another aspect of the first embodiment of the present invention. The top surface (11) of the pad body (11) is also formed with the first portion of the heel portion (14) of the pad body. a hollow ridge (111), and the hollow ridge (111) also has the first air chamber (15). Secondly, the bottom surface of the body (10) defines a first air groove (131), which is adjacent to the One of the toe portions (16) has a front periphery (101) along the position between the inner and outer toe portions (16a, 16b) toward the heel portion (14) Extendingly communicating with the first air chamber (15). Further, the first air groove (131) is provided with an arcuate air port facing inwardly before the circumference (1〇1) adjacent to the toe portion (16) ( 102) The air port is arranged such that the circumference of the pad body (10) does not closely fit to the inner wall of the shoe to increase the amount of hot air and cold air to be sucked. Actual use of the insole of the embodiment (1) When the pad heel portion (14) is forced to cause the first air chamber (15) to be under pressure, hot air in the first air chamber (15) may pass through the first air channel (131). And being discharged; otherwise, when the first hollow ridge (111) is restored to its original state by releasing the pressure, and the first air chamber (15) is in a relaxed state, cold air inside the shoe can also pass through the first air. The groove (131) is sucked into the first gas chamber (15). Thus, between the pad body (1') of the present invention and the inside of the shoe, the efficiency of the 201201729 liter air circulation can be improved by the arrangement of the air grooves. Next, please refer to the fifth to sixth figures, which are still further aspects of the insole (1',) according to the first embodiment of the present invention. The top surface of the pad body (II) is also formed with the first hollow ridge portion (III) at the heel portion (14) of the pad body, and the hollow ridge portion (ηι) also has The first air chamber (15; secondly, the bottom surface (13) of the cushion body (10) defines a first air channel (131), a second air channel (132), and a third air channel (133). And a fourth air groove (134), wherein the 5th first air groove (13Γ) has a first extension (Hia), a second extension (131b), and a narrow section (131c); The extension segment a 31a) is adjacent to the toe portion (16) before the periphery (ιοί) along the position between the inner and outer toe portions (16a, 16b), extending longitudinally toward the heel portion (14) a first air chamber (15) communicating with the first extension (131a) and extending laterally adjacent to a periphery (1〇3) of the heel portion (14) The inner circumference (104) 'the narrow section (131C) is smaller in size than the first air groove (131'), and communicates with the second extension of the first air groove (131,) and the first air chamber (15) The first air groove (131,) is adjacent to the toe portion (16) a front air ring (101) is provided with an arcuate air port (102) of the inward recess; the second air channel (132) is in communication with the first air channel (Hi') and is adjacent to the outer toe portion The outer periphery (103) extends between the toe portion (16) and the body, the bone portion (18), and extends laterally adjacent to the inner circumference (1〇4) of the inner toe portion (16a), and the second The air groove (132) is provided with an arcuate air port (1〇5) which is recessed inwardly from the outer periphery-(103) and the inner circumference (1〇4) adjacent to the toe portion (16) and the occupational bone portion. The second air groove (133) is in communication with the first air groove (131,), and from the peripheral edge (103) of the pad body (1) along the humerus portion (18) and the arch portion ( 12) between the lateral extension 12 201201729 to the inner circumference (104) of the pad body (10) and the third air channel (133) adjacent to the patella portion (18) and the arch portion (12) The outer peripheral edge (103) and the inner peripheral edge (1〇4) are respectively provided with an arcuate air port (1〇6) which is recessed inward; the fourth air groove (134) is connected to the third air channel (133) And extending from the third air groove (1) 3) along the inner side of the inner arch portion (12a) toward the heel portion (14) to the vicinity of the heel portion (14) Heel portion (14). When the insole of the present embodiment is actually used, as described above, when the pad body heel portion (14) is forced to cause the first air chamber (15) to be under pressure In the state, the hot air in the first air chamber (15) is flushed by the narrow section (131 phantom, so that the hot air is flushed into the first air groove (131,), and The first air groove (131,) is directly or indirectly connected to the second, third and fourth air grooves (132, 133, 134); conversely, when the pad body heel portion (14) is applied When the force is released, the first hollow ridge (111) is restored to the original state, so that the first air to the (15) diastolic state, the cold air inside the shoe can also pass through the first to fourth air grooves (13Γ~134). It is sucked into the first air chamber (15). It is worth mentioning that the position of the first to fourth air grooves (131, 134) is designed according to the action of the foot (4) stepping on the ground when the human body is walking, so that the human foot (4) When the insole (1,,) of the present invention is stepped on, the air grooves (13丨' to 134) are not crushed or deformed by the weight of the human body, so that the invention is used for a long period of time. The insole still maintains good air convection. Since the material of the cushion body and the distinguished portion are exactly the same as those of the foregoing first embodiment in the embodiment to be described below, the applicant will not describe it any more, and only for the embodiment and the foregoing first embodiment. Departure 13 201201729 Description. Referring to Figures 7 through 8A, the breathable last (2)' provided by the second embodiment of the present invention mainly comprises a - body (20). The inner arch portion (12a) of the X pad body (20) has an arcuate flange (25) protruding from the bottom surface (7) of the body body, the arcuate flange (Μ) having a curved top surface (251) and a curved bottom surface (253). The arcuate flange (25) of the arch portion (i2a) of the pad body (2) has a hollow ridge portion (255), and secondly, the center ridge portion (255) has the center ridge portion (255) as shown in the eighth figure a a convex surface (Μ%) formed by the curved top surface ((5)) being integrally raised, a concave surface (255b) which is raised by the curved bottom surface (Μ3), and a concave surface (255b) The air chamber (27), which is defined by the concave surface (255b), is deformable between a pressurized state and a diastolic state. The insole (2) of the present embodiment can be flexibly supported in addition to having the function of generating air circulation inside the shoe as described above, and also because the hollow ridge portion is not placed in the suffix portion. The user's foot socket can remind the user to pay attention to the standing posture at any time, and can correct the user's standing posture after long-term use. It is worth mentioning that, as shown in FIG. 8A, the convex surface (255a) of the hollow ridge (255) of the arcuate flange (25) can directly face the top surface of the cushion body (20) (21). Connecting, or, as shown in FIG. 8B, the arcuate flange (25) may have a connecting portion (257) 'connecting the convex surface (255a) of the hollow ridge (255) with the pad The top surface (21) of the body (20). Further, the length of the aforementioned connecting section (257) is not particularly limited. Next, referring to the ninth to eleventh drawings, the multifunctional insole (3) according to the third embodiment of the present invention mainly includes the pad body (1〇). 201201729 The top surface (11) of the mat body (10) is formed with the first hollow ridge portion (111), a second hollow ridge portion (112), a third hollow ridge portion (113), and a fourth hollow ridge. a portion (114), a fifth hollow ridge (115), and a sixth hollow ridge (116). Wherein, the first hollow ridge portion (m) is disposed at the same position and shape as the first embodiment; the second hollow ridge portion (1 12) is located at the arch portion (12); the third hollow ridge The portion (113) is located in the inner sparse portion (18a); the fourth hollow ridge portion (114) is located at the outer humerus portion (18b); the fifth hollow ridge portion (115) is located at the inner toe portion (16a) and the sixth hollow ridge (116) are located at the outer toe (16b). Next, as shown in the figure, the fifth and sixth hollow ridges (115, 116) each have a convex surface (115a, 116a) formed by the ridge of the top surface of the cushion body (11). a concave surface (115b, 116b) formed by the body bottom surface (13), and fifth and sixth air chambers (17, respectively defined by the concave surfaces (i15b, u6b) 19), it should be noted that although the drawings do not show 'but the second to fourth hollow ridges (112 to 114) have the aforementioned convex surface, the concave surface, and the concave surface The first, second, and fourth gas chambers are defined. Thus, the air chambers of the first to sixth hollow ridges (111 to 116) can be deformed between a pressurized state and a relaxed state. When the insole (3) of the present embodiment is actually used, when the pad heel portion (14) is stressed, the first hollow ridge portion (111) is crushed so that the first air chamber (15) is subjected to The pressurized state 'this time' the hot air in the first air chamber (15) will be squeezed out; and when the force of the heel portion of the cushion body (14) is applied to the arch portion (12) of the cushion body 'The second hollow ridge (112) will be crushed to cause the second air chamber 15 201201729
(圖中未示）處於受壓狀態，使該第二氣室内的熱空氣被 排出，同時，該第一中空隆起部(111)因解除壓力而回復原 狀，使該第一氣室（15)處於舒張狀態，此時該第—氣室（15) 内的氣壓小於鞋子内部的氣壓，因而可將鞋子内部的冷空 氣吸入δ玄第一氣室（15)内。同理，當施以塾體足弓部（a) 之力轉移至墊體内、外跛骨部（18a，18b)或墊體内、外腳 趾部（16a，16b)時，受壓之氣室内的熱空氣會排出，而解 壓之氣室則會將冷空氣吸入，致使墊體底面（13)與鞋子内 部之間產生週而復始的空氣循環。(not shown) is in a pressurized state, so that the hot air in the second air chamber is discharged, and at the same time, the first hollow raised portion (111) is restored to the original state by releasing the pressure, so that the first air chamber (15) In the state of relaxation, the air pressure in the first air chamber (15) is lower than the air pressure inside the shoe, so that the cold air inside the shoe can be sucked into the first air chamber (15). Similarly, when the force applied to the ankle arch (a) is transferred to the pad body, the external humerus (18a, 18b) or the pad body and the outer toe (16a, 16b), the pressure is compressed. The hot air in the room is discharged, and the decompressed air chamber sucks in the cold air, causing a recurring air circulation between the bottom surface (13) of the pad and the inside of the shoe.
接者^參㈣十二®至第十三圖，其係為依據本發日; 第三實施例所為之另一種態樣的鞋墊(3，）。詳而言之，該隻 中空隆起部亦可僅形成於該足跟部(14)、該足弓部(12)、念 聰骨部(18)、以及該腳趾部(16)，亦即如第十二圖至第十； 斤示 第七中空隆起部（117)係形成於該墊體疏骨苦 ).χ及第八中空隆起部（118)係形成於該墊體腳趾杳 換言之’該第七中空隆起部⑴乃係將該第三與第迈 起’ 114)合而為一，而該第八中空隆起部（U8 此係將，第五與第六中空隆起部(115，116)合而為一。女 ⑽^可^前揭般，將氣室内之熱空氣排出，且隨著墊邀 力之^力^卩位的轉換，將鞋子内部的冷空氣吸進剛解除身 復奸以於墊體底面(13)與鞋子内部之間產生週布 塾濟2別說明的是，前揭該等實施狀鞋墊中，當前知 "複數個中空隆起部時，該鞋墊還可進一步包括至 16 201201729 於今if材且/或反彈材，且前述吸震材且/或反彈材係設置 隆起部之至少其中之―，藉以有效提升使用者 該墊辦？彈勒且可吸震。最好，該吸震材係設置於位於 二署认跟口P位置之中空隆起部的氣室内，而該反彈材係 二於位於該魏料部且/或腳趾部位置之中 的氟室内。接接^4(4)Twelve® to Thirteenth, which is an insole (3,) according to another aspect of the present invention; In detail, the hollow ridge can also be formed only on the heel portion (14), the arch portion (12), the sacred bone portion (18), and the toe portion (16), that is, Twelfth to tenth; the seventh hollow ridge (117) is formed on the cushion body and the eighth hollow ridge (118) is formed on the toe of the cushion body, in other words The seventh hollow ridge (1) is a combination of the third and the first '114', and the eighth hollow ridge (U8, the fifth and sixth hollow ridges (115, 116) It is one. Female (10)^ can be exposed before the hot air in the air chamber, and with the conversion of the force of the pad, the cold air inside the shoe is sucked into the body. In order to create a peripheral cloth between the bottom surface of the pad body (13) and the interior of the shoe, the insole may further include the above-mentioned embodiment of the insole, which is currently known as "a plurality of hollow ridges". Until 16 201201729, the current material and/or the rebound material, and the shock absorbing material and/or the rebound material are at least one of the ridges, thereby effectively enhancing the user's pad Preferably, the shock absorbing material is disposed in a gas chamber of a hollow ridge located at the P position of the second office, and the rebound material is located at the Wei material and/or the toe portion. The fluorine chamber in the position.
月再參閱第十四圖，本發明第四實施例所提供之透氣 (5)’主要包括有一墊體(50)以及一反彈材(60)。 及墊體(5G)包括有—第—層體(7())以及—第二層體 (80)。其中’該第-層體(7〇)之頂面(71)形成有一對應該墊 體足跟部(14)之中空隆起部(711)，其具有—由該第一層體 頁面(71)—體隆起所形成之外凸表面(π〗&)、一由該第一層 體底面⑺)一體凹陷所形成之内凹表面C711b)以及-由該 内凹表面(711b)所定義出之一可於受壓狀態與舒張狀態間 形變之氣室(75)。其次，該第二層體(80)係以（但不限於） 黏著的方式固設於該第一層體(7〇)上，該第二層體(8〇)之頂 面(81)形成有一對應該墊體足跟部（14)之第一中空隆起部 (811)、一對應該墊體跛骨部（18)之第二中空隆起部(812)以 及一對應該墊體腳趾部（16)之第三中空隆起部(813)，其中 該第一、第二與第三中空隆起部(811，812，813)皆具有一 由該第二層體頂面(81)—體隆起所形成之外凸表面(811a， 812a ’ 813a)以及一由該第二層體底面(83) —體凹陷所形成 之内凹表面(811b，812b，813b)，該第二層體(80)之第一中 空隆起部（811)係層疊於該第一層體(70)之中空隆起部 201201729 (711)，使該第二層_〇)之第—h隆起部(811)的内凹表 面(811b)完全地貼合於該第一層體(7〇)之中空隆起部(7⑴ 的外凸表面(711a)，而該第二與第三中空隆起部⑻2 , 813) =各該内凹表面(812b’813b)則與該第-層體頂面(71)分別 定義出第一以及第二封閉氣室(85，87)。 s亥反彈材(6〇)，係為一般可增加彈力之材料，且於本 實施例中，该反彈材(6〇)係設置並充滿於該第二層體(8〇) 之第一封閉氣室（85)内。當然實際製造時，該反彈材(6〇) 亦可不充滿於前述封閉氣室(85)内，此外，該第二層體(8〇) 之第二封閉氣室(87)内亦可設置有該反彈材(6〇)。 實際使用本實施例之鞋墊(5)時，當該墊體足跟部（14) 文力時，該第一層體(70)之中空隆起部(711)與該第二層體 (80)之第一中空隆起部(8u)會被壓扁，致使該氣室(75)處於 受壓狀態，此時，該氣室(75)内的熱空氣會被擠出，當該 墊體足跟部(14)解除受力時，該第一層體(7〇)之中空隆起部 (711)與該第二層體(8〇)之第一中空隆起部(811)會因壓力解 除而回復原狀，使該氣室(75)處於舒張狀態，從而將鞋子 内部的冷空氣吸入該氣室（75)内’另外’位於該墊體跛骨 部（18)位置之該第一封閉氣室（85)内部之反彈材(60)，係有 助於提升使用者跳躍時之彈跳力。 當然’實際製造時，本實施例之鞋墊(5)更可進一步包 括有一吸震材（圖中未示），係設置於該第二層體(80)之第 一中空隆起部(811)下方的封閉氣室内。 必須特別說明的是，以上的實施例僅用來更加詳細地 201201729 敘述本發明’然而本發明之 者，舉例來說，兮挺轨♦ 士 的I、樣並非侷限於前述 但較佳宜如/似N空隆起部的數量並錢定限制， -個時，二Γ之間’當中空麼起部的數量多於 中化如 隆起部是位於足跟部，則立餘的 令工隆起部可位於選自内足弓部、^L餘的 腳趾部所構成之群組中的至少一二疏月部以及Referring again to Fig. 14, the breathable (5)' provided by the fourth embodiment of the present invention mainly includes a cushion body (50) and a rebounding material (60). And the pad body (5G) includes a - layer body (7 ()) and a second layer body (80). Wherein the top surface (71) of the first layer body (7) is formed with a pair of hollow ridges (711) which should be the heel portion (14) of the pad body, having - by the first layer body page (71) - a convex surface (π〗 &) formed by the body ridge, a concave surface C711b formed by integrally recessing the bottom surface (7) of the first layer body, and - defined by the concave surface (711b) A chamber (75) that is deformable between a pressurized state and a diastolic state. Next, the second layer body (80) is fixed to the first layer body (7〇) by, but not limited to, adhesion, and the top surface (81) of the second layer body (8〇) is formed. There is a pair of first hollow ridges (811) which should be the heel portion (14) of the pad, a pair of second hollow ridges (812) which should be the humerus (18) of the pad body, and a pair of toe portions of the pad body ( 16) a third hollow ridge (813), wherein the first, second and third hollow ridges (811, 812, 813) each have a top layer (81)-body ridge from the second layer Forming a convex surface (811a, 812a' 813a) and a concave surface (811b, 812b, 813b) formed by the body bottom surface of the second layer body (83), the second layer body (80) The first hollow ridge portion (811) is laminated on the hollow ridge portion 201201729 (711) of the first layer body (70) so that the concave surface of the first-h ridge portion (811) of the second layer layer (811) 811b) completely conforming to the convex ridge (711a) of the hollow ridge (7(1)) of the first layer body (7〇), and the second and third hollow ridges (8) 2, 813) = each of the concave surfaces (812b'813b) is respectively associated with the top layer (71) of the first layer First and second enclosed plenums (85, 87) are defined. The s-hai rebound material (6 〇) is a material that generally increases the elasticity, and in the embodiment, the rebound material (6 〇) is set and filled with the first closed layer of the second layer body (8 〇) Inside the air chamber (85). Of course, in the actual manufacturing, the rebounding material (6〇) may not be filled in the closed air chamber (85), and the second closed air chamber (87) of the second layer body (8〇) may also be disposed in the second closed air chamber (87). The rebound material (6〇). When the insole (5) of the embodiment is actually used, when the heel portion (14) of the pad body is used, the hollow ridge portion (711) of the first layer body (70) and the second layer body (80) The first hollow ridge (8u) is crushed, causing the air chamber (75) to be under pressure, at which time hot air in the air chamber (75) is squeezed out, when the cushion body is heeled When the portion (14) is released from the force, the hollow ridge portion (711) of the first layer body (7〇) and the first hollow ridge portion (811) of the second layer body (8〇) are restored by the pressure release. As it is, the air chamber (75) is in a relaxed state, so that cold air inside the shoe is sucked into the air chamber (75) and the first closed air chamber located at the position of the humerus (18) of the cushion body (also) 85) The internal rebound material (60) helps to increase the bouncing force of the user when jumping. Of course, the insole (5) of the present embodiment may further include a shock absorbing material (not shown) disposed under the first hollow ridge (811) of the second layer body (80). Close the gas chamber. It should be particularly noted that the above embodiments are only used to describe the present invention in more detail, 201201729. However, the present invention, for example, is not limited to the foregoing, but preferably preferred. The number of N-like ridges is limited and the amount of money is limited. When the time is between the two, the number of the hollows is greater than that of the Sinochem. If the ridges are located at the heel, the erection of the levy can be At least one of the two thinning portions located in the group consisting of the toe of the inner arch portion and the remaining toe portion
空隆起部可位於選自岐弓部;’或者是其餘㈣ 疏骨部、内腳_ 卩外足弓。卜内疏骨部、外 個部位.若ΓΓ 聰㈣―至少一 緣，Γ隆起部是位於内足弓部之弧狀凸 貝J其餘的中空隆起部可 疏骨部以及腳趾部㈣心心=疋跟‘外足弓部、 是其餘的中线起3 至少，位，或者 骨部、外選自足跟部、外足弓部、内職 的至H職^、内腳趾部以及外腳趾部所構成之群組中 皆可具有尺寸較=下方之氣室相連通，當然’氣溝 窄之狹窄段’用以與中空隆起部之 塾體為静以増加熱空氣排出時之壓力。同樣地，當該 的I:曰、。構時’該第一層體與第二層體之中空隆起部 亦無特定限制，且各該中空隆起部之設置位置亦可 2柄變’例如當前述中空隆起部之數量為複數個時， ^層體與第一層體之中空隆起部可位於選自對應該 成之' ★ 。卩、外足弓部、跛骨部以及腳趾部所構 '、且中的至J 一個部位，或者可位於選自對應該墊體 部、内足弓部、外足弓部、内疏骨部、外疏骨部、内 201201729 腳趾部以及外腳趾部所構成之群組中的至少—個部位。 此外，該反彈材與該吸震材的設置位置亦無特定限 制，但較佳為，该反彈材係設置於對應該塾體疏骨部位置 處的氣室内，而該吸震材係設置於對應該墊體足跟部位置 _ 處的氣室内。因此，各種依據本發明精神所為之變化與替 代’均屬於本發明之範疇。 縱上所陳，由於本發明所提供之多功能鞋墊係依據人 體行走時腳掌踩踏於地面的動作，將中空隆起部設置於墊 體的受力部位’因此可在鞋子内部產生空氣對流，因此本癱 發明之鞋墊具有透氣效果佳、不易發霉、不易產生臭味、 能長時間維持人體腳掌乾爽以及提高人體腳掌舒適性等優 點。此外，搭配設置於特定部位之氣溝更可提升鞋子内部 的空氣對流。並且，由於本發明鞋墊之中空隆起部可使人 體腳部與鞋子緊密貼合，因此本發明還具有止滑功能。另 外’本發明之中空隆起部係由墊體一體成型所形成，因此 相較於突出部係額外設置於鞋墊本體的習用鞋墊而言本 發明更具有易於製造且耐久使用之優點。再者，當:發日月· 之中空隆起部設置於該内足弓部之弧狀凸緣時’本發明之 鞋墊還具有可矯正使用者站姿的功能。 20 201201729 【圖式簡單說明】 第一圖為一立體圖，顯示依據本發明第一實施例所為 之多功能鞋墊； 第二圖為一底視示意圖，顯示第一圖之鞋墊之中空隆 起部對應於人體腳掌之足跟區； 第三圖為沿著第一圖之3-3剖線之剖視圖； 第四圖為一底視示意圖，顯示依據本發明該第一實施 0 例所為之另一種態樣的鞋墊； 第五圖為一立體圖，顯示依據本發明該第一實施例所 為之又一種態樣的鞋墊； 第六圖為一底視示意圖，顯示第五圖之鞋墊中，各中 空隆起部分別對應於人體腳掌各部位； 第七圖為一立體圖，顯示依據本發明第二實施例所為 之多功能鞋墊； 第八圖為沿著第七圖之8-8剖線之剖視圖； • 第九圖為一立體圖，顯示依據本發明第三實施例所為 之多功能鞋墊； 第十圖為一底視示意圖，顯示第九圖之鞋墊中，各中 ·- 空隆起部分別對應於人體腳掌各部位； - 第十一圖為沿著第九圖之11-11剖線之剖視圖；以及 第十二圖為一立體圖，顯示依據本發明該第三實施例 所為之另一種態樣的鞋墊； 第十三圖為一底視示意圖，顯示第十一圖之鞋墊中， 各中空隆起部分別對應於人體腳掌各部位；以及 21 201201729 第十四圖為一縱向剖視圖，顯示依據本發明第四實施 例所為之多功能鞋墊。The empty ridge may be located from the sacral arch; or the remaining (four) osteogenesis, the inner foot _ 卩 external arch. In the Bu bones, the outer part. If Ruo Cong (4) - at least one edge, the bulge is the arcuate bulge of the inner arch, the rest of the hollow ridge can be sparse and toe (4) heart = 疋With the outer arch part, the rest of the midline is at least 3, the position, or the bone, the outer part is selected from the heel, the outer arch, the internal position to the H position, the inner toe and the outer toe In the group, the air chambers having the size lower than the lower ones may be connected, and of course, the narrow section of the air gap is used for the pressure when the hollow body of the hollow ridge is static to discharge the heated air. Similarly, when the I: 曰,. The hollow ridges of the first layer body and the second layer body are also not particularly limited, and the positions of the hollow ridges can also be changed by two handles, for example, when the number of the hollow ridges is plural. The hollow ridge of the layer body and the first layer body may be located at a selected one.卩, the external arch, the humerus and the toe, and the middle to the J part, or may be located in the corresponding part of the body, the inner arch, the external arch, the internal bone At least one of the group consisting of the outer sparse bone and the inner toe 201201729 toe and outer toe. In addition, the position of the rebounding material and the shock absorbing material is not particularly limited, but preferably, the rebounding material is disposed in a gas chamber corresponding to the position of the body of the body, and the shock absorbing material is disposed correspondingly. The air chamber at the heel position of the pad body. Therefore, various changes and substitutions depending on the spirit of the invention are within the scope of the invention. In the vertical direction, the multi-functional insole provided by the present invention is based on the movement of the sole of the foot on the ground when the human body walks, and the hollow ridge is disposed on the force receiving portion of the cushion body, so that air convection can be generated inside the shoe, so The insole of the invention has the advantages of good ventilation, no mildew, no odor, long-term maintenance of the dryness of the human foot and improvement of the comfort of the human foot. In addition, air convection inside the shoe can be improved by matching the air groove provided in a specific part. Further, since the hollow ridge portion of the insole of the present invention allows the human foot to closely fit the shoe, the present invention also has a slip preventing function. Further, the hollow ridge portion of the present invention is formed by integrally molding the mat body, so that the present invention has an advantage of being easy to manufacture and durable to use, compared to the conventional insole which is additionally provided to the insole body. Further, when the hollow ridge portion of the hair date is provided in the arcuate flange of the inner arch portion, the insole of the present invention has a function of correcting the user's standing posture. 20 201201729 [Simplified illustration of the drawings] The first figure is a perspective view showing the multifunctional insole according to the first embodiment of the present invention; the second figure is a bottom view showing the hollow ridge of the insole of the first figure corresponding to The third figure is a cross-sectional view taken along line 3-3 of the first figure; the fourth figure is a bottom view showing another aspect of the first embodiment 0 according to the present invention. The fifth figure is a perspective view showing the insole according to the first embodiment of the present invention; the sixth figure is a bottom view showing the insole of the fifth figure, each of the hollow ridges respectively Corresponding to each part of the human foot; the seventh figure is a perspective view showing the multifunctional insole according to the second embodiment of the present invention; the eighth figure is a sectional view along the line 8-8 of the seventh figure; For a perspective view, a multifunctional insole according to a third embodiment of the present invention is shown; a tenth view is a bottom view showing the insole of the ninth figure, wherein each of the hollow portions corresponds to each part of the human foot - Figure 11 is a cross-sectional view taken along line 11-11 of Figure 9; and Figure 12 is a perspective view showing another aspect of the insole according to the third embodiment of the present invention; 3 is a bottom view showing the insole of the eleventh figure, each of the hollow ridges corresponding to each part of the human foot; and 21 201201729 FIG. 14 is a longitudinal cross-sectional view showing the fourth embodiment according to the present invention. Multi-function insole.
22 201201729 【主要元件符號說明】22 201201729 [Main component symbol description]
1，1’，1” 鞋墊 10墊體 101前周緣 102 氣口 103外周緣 104内周緣 105 氣口 106 氣口 11頂面 111〜118第--第八中空隆起部 111a ， 115a ， 116a 外凸表面 111b ， 115b ， 116b 内凹表面 12足弓部 12a内足弓部 12b外足弓部 13底面 131，131’第一氣溝 131a第一延伸段 131b第二延伸段 131c狹窄段 132〜134第二〜第四氣溝 14足跟部 15第一氣室 17第五氣室 16腳趾部 16a内腳趾部 16b外腳趾部 18跛骨部 18a内跛骨部 18b外跛骨部 19第六氣室 2鞋塾 20墊體 21頂面 23底面 25弧狀凸緣 251弧形頂面 253弧形底面 255中空隆起部 255a外凸表面 255b内凹表面 23 201201729 257連接段 3，3’鞋墊 41足弓區 41b外足弓區 45腳趾區 452第二腳趾 454第四腳趾 47疏骨區 47b外疏骨區 50墊體 70第一層體 711中空隆起部 71 lb内凹表面 75氣室 81頂面 27氣室 4腳掌 41a内足弓區 43足跟區 451第一腳趾 453第三腳趾 455第五腳趾 47a内踱骨區 5鞋墊 60反彈材 71頂面 711a外凸表面 73底面 80第二層體1,1',1" insole 10 pad 101 front periphery 102 port 103 outer periphery 104 inner periphery 105 port 106 port 11 top surface 111~118 first - eighth hollow ridges 111a, 115a, 116a convex surface 111b, 115b, 116b concave surface 12 arch portion 12a inner arch portion 12b outer arch portion 13 bottom surface 131, 131' first air groove 131a first extension portion 131b second extension portion 131c narrow segment 132~134 second to Four air grooves 14 heel portion 15 first air chamber 17 fifth air chamber 16 toe portion 16a inner toe portion 16b outer toe portion 18 shin portion 18a inner humerus portion 18b outer humerus portion 19 sixth air chamber 2 shoe last 20 cushion body 21 top surface 23 bottom surface 25 arc-shaped flange 251 curved top surface 253 curved bottom surface 255 hollow ridge portion 255a convex surface 255b concave surface 23 201201729 257 connecting section 3, 3' insole 41 arch area 41b Arch area 45 toe area 452 second toe 454 fourth toe 47 bone repellent area 47b outer sparse area 50 pad body 70 first layer body 711 hollow bulge 71 lb concave surface 75 gas chamber 81 top surface 27 gas chamber 4 Foot 41a inner arch area 43 heel area 451 first toe 453 third toe 455 fifth toe 47a inner humerus area 5 insole 60 rebound material 71 top surface 711a convex surface 73 bottom surface 80 second layer body
811〜813第一〜第三中空隆起部 811a，812a，813a 外凸表面 811b，812b，813b 内凹表面 85，87第一，第二封閉氣室 24811~813 first to third hollow ridges 811a, 812a, 813a convex surface 811b, 812b, 813b concave surface 85, 87 first, second closed air chamber 24