M440010 五、新型說明： 【新型所屬之技術領域】 一種獨立筒式 本創作係有關於一種鞋類的部件，尤指 微透氣彈性鞋墊。 【先前技術】 一般消費者習慣在鞋子内會加裝置人彈性鞋墊，以增 加穿鞋的彈性舒適感，然而傳統的彈性鞋墊乃用不透氣 的彈性材質所構成，即使表面鋪上透氣布料仍因排氣不 佳而會有流汗之臭味。 我國新型專利m422883揭示一種「會呼吸的彈性鞋 墊」，供設置在鞋子空間内，其中會呼吸的彈性鞋塾包含 有上層、中層及底層，該中層係為中空長條狀的管體， 該中層為設置於上層與底層之間。然該管體之兩開口端 係位於鞋塾之足災區與足跟區，鞋塾受壓時呼吸排氣作 用未到達人體足掌與鞋塾之間之壓貼面，並且該管體的 變形程度受限於彈性鞋塾受壓厚度變化，必須有明顯的 鞋塾受壓變形程度才能開始在鞋塾内…暴頁的氣體流 通現象。 【新型内容】 為了解決上述之問題，本創作之主要目的係在於提供 一種獨立筒式微透氣彈性鞋墊，可在鞋墊受壓後即產生 氣墊式緩慢排氣與彈性緩衝效果，以改善鞋内空氣密閉 環境，並在未受壓時自動達到氣墊補充氣體之效果。 本創作的目的及解決其技術問題是採用以下技術方 M440010 案來實現的。本創作揭示一種獨立筒式微透氣彈性鞋 塾’主要包含一軟質彈性膠片，該軟質彈性膠片係具有 一上表面與一下表面，其中該上表面係供黏合一微透氣 纖維布層，該下表面係包含一足身區、一足跟區以及一 足弓區’該足跟區係設置有一支撐塊，該軟質彈性膠片 係一體形成有由該下表面突出且開口朝向該上表面之複 數個第一中空彈性柱與複數個第二中空彈性柱，該些第 籲一中空彈性柱係位於該足身區内，該些第二中空彈性枉 係位於該足弓區内，並且該些第一中空彈性柱之一第〆 突出高度與該些第二中空彈性柱之一第二突出高度係皆 大於該支樓塊之一第三突出高度。 本創作的目的及解決其技術問題還可採用以下技術 措施進一步實現。 在前述之獨立筒式微透氣彈性鞋墊中，該微透氣纖維 布層係可全覆蓋該些第一中空彈性柱之開口與該些第二 φ 中空彈性柱之開口。 在前述之獨立筒式微透氣彈性鞋墊中，該微透氣纖雉 B係了為雙看結構而具有一上層與一下層，該上層係 /、有複數個等距排列之透氣孔，該下層係具有複數個編 織，，線，其係橫向延伸穿過該些透氣孔，^且隔在該些 透氣孔與該些第一中空彈性柱、該些第二中空彈性枉之 開口之間。 在前述之獨立筒式微透氣彈性鞋墊中，該些透氣孔係 可呈橄欖球形。 4 M440010 在前述之獨立筒式微透氣彈性鞋墊中，該些第二中空 彈性柱之該第二突出高度係可更大於該些第一中空彈性 柱之該第一突出高度。 在前述之獨立筒式微透氣彈性鞋墊中，該支撐塊係可 一體形成於該軟質彈性膠片而具有彈性。 在前述之獨立筒式微透氣彈性鞋墊中，該支撐塊係可 為一非圓形之網格凹槽。 在前述之獨立筒式微透氣彈性鞋墊中，該支撐塊係可 為全覆蓋該足跟區。 在前述之獨立筒式微透氣彈性鞋墊中，該支撐塊之一 支撐面係可略往該些第一中空彈性柱傾斜。 在前述之獨立筒式微透氣彈性鞋墊中，該軟質彈性膠 片係可具有複數個貫穿之第一對位孔，其係不對準於該 些第一中空彈性柱之開口與該些第二中空彈性柱之開 口，該微透氣纖維布層係可更具有複數個貫穿之第二對 位孔，其對準於係該些第一對位孔。 在前述之獨立筒式微透氣彈性鞋墊中，該軟質彈性膠 片之下表面邊緣係可另設有複數個第—止、滑條。 在前述之獨立筒式微透氣彈性鞋墊中，該軟質彈性膠 片之下表面朝向足指部之側邊係可另設有複數個第二止 滑條。 在前述之獨立筒式微透氣彈性鞋墊中，該些第一中空 彈性柱與該些第二中空彈性柱之形狀係可為底部鏤空之 半圓錐體。 5 M440010 在前述之獨立筒式微透氣彈性鞋墊中，該微透氣纖維 布層係可為包含竹碳纖維之編織物。 由以上技術方案可以看出，本創作之獨立筒式微透氣 彈性鞋墊’具有以下優點與功效： 一、可藉由第一中空彈性柱、第二中空彈性柱與支撐 塊之特定位置與兩度組合關係與貼合微透氣纖維布層作 為其中一技術手段，在鞋墊一受壓而尚未大力壓迫至足 跟區之支撐塊時，第一中空彈性柱、第二中空彈性柱不 會立即受壓變形，在該微透氣纖維布層阻隔下，其内部 空氣由其開口往上緩慢喷出，未受壓時第一中空彈性 柱、第二中空彈性柱即回復原來形狀，使鞋内氣體重新 導回入第一中空彈性柱、第二中空彈性柱，便能使鞋墊 具備有緩衝氣囊式獨立筒的彈性效果。因此，故可在鞋 墊觉壓後即產生氣墊式緩慢排氣與彈性緩衝效果，以改 善鞋内空氣密閉環境。 【實施方式】 以下將配合所附圖示詳細說明本創作之實施例，然應 注意的是，該些圖示均為產品之示意圖，所顯示者為實 際實施之形狀及尺寸比例’僅作為一種選置性之具體設 计’以提供更清楚的描述。在不同應用的等效性實施例 中’元件的形狀、尺寸與數量皆可進行縮小、放大或是 簡化。 依據本創作之一具體實施例，一種獨立筒式微透氣彈 性鞋塾舉例說明於第1圖之元件分解圖、第2圖其微透 6 M440010 氣纖維布層之局部放大圖、第3圖之立體組合圖、第4 圖之軟質彈性膠片觀視其下表面之立體圖。該獨立筒式 微透氣彈性鞋墊10〇係包含一微透氣纖維布層110與一 軟質彈性膠片12〇。第4圖為該軟質彈性膠片12〇觀視 其下表面之立體圖，第5圖為該獨立筒式微透氣彈性鞋 墊10〇觀視其軟質彈性膠片120之下表面平面圖，第6 圖為該獨立筒式微透氣彈性鞋墊100沿第5圖A-A線剖 鲁切之截面圖。由第6圖可見，該軟質彈性膠片12〇係具 有一上表面121與一下表面122。該微透氣纖維布層11〇 係黏合於該軟質彈性膠片12〇之該上表面121。該微透 氣纖維布層11〇係可為包含竹碳纖維之編織物。該軟質 彈性膠片120係可為矽膠或橡膠材料所製成，利用本身 的材料特性提供使用者柔軟且富彈性的穿著感受，並可 利用由彈性材料一體成形的延伸以產生各式彈性體氣囊 結構。該微透氣纖維布層110本身具備編織物的透氣效 •果。可利用塗佈黏膠並藉由熱壓技術將該微透氣纖維布 層110與該軟質彈性膠片120結合，使得該微透氣纖維 布層110與該軟質彈性膠片120形成猶如一體成形的緊 密結構。 如第5圖所示，該軟質彈性膠片12〇之該下表面122 係包含一足身區131、一足跟區132以及一足弓區133， 其中該足跟區132係對應於該獨立筒式微透氣彈性鞋墊 1〇〇供人體足跟接觸之區域，該足弓區133係對應於該 獨立筒式微透氣彈性鞋墊10〇供人體足弓部份（人體足 7 底内側所具有之小幅度彎曲弧度部位）接觸之區域，而該 足身區131係為在人體足尖接觸區域與足跟接觸區域之 間且排除該足弓區133之所餘區域。該足跟區132係設 置有一支撐塊125，用以支撐人體足跟。較佳地，該支 撐塊125係可一體形成於該軟質彈性膠片12〇而具有彈 性，並易於製造與成形。如第3及4圖所示，該支撐塊 125係可為一非圓形之網格凹槽，藉以使得該支撐塊125 係可為全覆蓋該足跟區丨32’達到較佳的足根支撐。 如第4圖所示，在本實施例中，該軟質彈性膠片12〇 之下表面122邊緣係可另設有複數個第一止滑條ι26, 用以防止該獨立筒式微透氣彈性鞋墊1〇〇在鞋子内的滑 動。而該軟質彈性膠片120之下表面122朝向足指部之 側邊係可另設有複數個第二止滑條127，用以防止該獨 立琦式微透氣彈性鞋塾100對應足尖之前端在鞋子内的 滑動。而在本實施例中，該足身區131與該足弓區133 之總區域範圍係可由該第一止滑條i26與該支撐塊i25 所圈圍的範圍所界定。此外，該些第二止滑條丨2 7與該 些第一 土滑條120係可具有不同方向之配置，用以提供 不同方向之止滑作用。更具體地，該些第二止滑條127 係可平行且對應於使用者之足指，以進一步防止該獨立 洧式微透氧彈性鞋墊1 0 〇在受力較小之足指部位產生左 右滑動現象，另可包含圓弧延伸之條形圖案。而該些第 一止滑條12 6係可呈斷續條狀，而使於該些第一止滑條 126之每一長度不大於該些第二止滑條ι27之每一長度。 如第1與2至6圖所示，該軟質彈性膠片120係一體 形成有由該下表面122突出且開口朝向該上表面121之 複數個第一中空彈性柱123與複數個第二中空彈性柱 124’該些第一中空彈性柱123係位於該足身區131内， 該些第二中空彈性柱124係位於該足弓區133内（如第 4、5圖所示）。並且，如第6圖所示，該些第一中空彈 性柱123之第一突出高度H1與該些第二中空彈性柱124 之第二突出高度H2係皆大於該支撐塊125之第三突出 高度H3。在此所載之「突出高度」係為某指稱元件由該 軟質彈性膠片120之該下表面122起算至該元件最突出 端之垂直距離，而該支撐塊125之第三突出高度H3係 以該支撐塊1 25最鄰近該些第一中空彈性柱1 23之邊緣 計算之。更具體地，該些第二中空彈性柱124之該第二 突出高度H2係可更大於該些第一中空彈性柱123之該 第一突出高度H1。在本實施例中，該些第一中空彈性柱 123具有之第一突出南度H1約可介於6〜8爱米（mm)、該 些第二中空彈性枉124具有之第二突出高度H2約可介 於8〜11釐米（mm)、該支撐塊125具有之一第三突出高 度H3約可介於5〜8釐米（mm)。此外，較佳地，如第6 圖所示，該支撐塊125之支撐面係可略往該些第—中空 彈性柱1 23傾斜’可使該些第一中空彈性柱1 23受壓變 形時，該支撐塊125之支撐面更平貼於鞋底，以增加兩 者摩擦力。 此外，對應每一該些第一中空彈性柱123與每一之該M440010 V. New description: [New technical field] A type of independent cylinder This creation department is about a kind of footwear, especially a micro-breathable elastic insole. [Prior Art] The average consumer is accustomed to adding a device elastic insole to the shoes to increase the elastic comfort of the shoes. However, the traditional elastic insole is made of a non-breathable elastic material, even if the surface is covered with breathable fabric. Poor exhaust and sweaty smell. China's new patent m422883 discloses a "breathable elastic insole" for being placed in the shoe space, wherein the elastic upper of the breathable shoe comprises an upper layer, a middle layer and a bottom layer, the middle layer being a hollow elongated tube body, the middle layer It is set between the upper layer and the bottom layer. However, the two open ends of the tubular body are located in the foot-stricken area and the heel area of the shoe last, and the breathing and exhausting action of the shoe last does not reach the pressing surface between the human foot and the shoe last, and the deformation of the pipe body The degree is limited by the thickness change of the elastic shoe last, and it is necessary to have a significant degree of deformation of the shoe last to start the gas circulation phenomenon in the shoe last. [New content] In order to solve the above problems, the main purpose of the present invention is to provide a self-contained tubular micro-breathable elastic insole, which can generate an air cushion type slow exhausting and elastic buffering effect after the insole is pressed, so as to improve air sealing in the shoe. Environment, and automatically achieve the effect of air cushion replenishing gas when not under pressure. The purpose of this creation and solving its technical problems are realized by the following technical party M440010. The present invention discloses a self-contained tubular micro-breathable elastic shoe last comprising a soft elastic film having an upper surface and a lower surface, wherein the upper surface is for bonding a micro-breathable fiber cloth layer, the lower surface system The utility model comprises a foot body region, a heel region and a foot arch region. The heel region is provided with a support block. The soft elastic film is integrally formed with a plurality of first hollow elastic columns protruding from the lower surface and opening toward the upper surface. And a plurality of second hollow elastic columns, the first hollow elastic column is located in the body region, the second hollow elastic tethers are located in the arch region, and one of the first hollow elastic columns The second protruding height of the first protruding height and one of the second hollow elastic columns is greater than a third protruding height of the one of the branch blocks. The purpose of this creation and solving its technical problems can be further realized by the following technical measures. In the above-mentioned independent cylindrical micro-breathable elastic insole, the micro-breathable fiber cloth layer can completely cover the openings of the first hollow elastic columns and the openings of the second φ hollow elastic columns. In the above-mentioned independent cylindrical micro-breathable elastic insole, the micro-breathable fiber 雉B has a double-layer structure and has an upper layer and a lower layer, and the upper layer has/a plurality of vent holes arranged at equal intervals, and the lower layer has a plurality of braided, wire-line extending transversely through the venting holes and interposed between the venting holes and the first hollow elastic columns and the openings of the second hollow elastic ridges. In the aforementioned independent cylindrical micro-breathable elastic insole, the venting holes may be in the shape of a rugby ball. 4 M440010 In the above-described independent cylindrical micro-breathable elastic insole, the second protruding height of the second hollow elastic columns may be greater than the first protruding height of the first hollow elastic columns. In the above-described independent cylindrical micro-breathable elastic insole, the support block can be integrally formed on the soft elastic film to have elasticity. In the aforementioned independent cylindrical micro-breathable elastic insole, the support block may be a non-circular mesh groove. In the aforementioned independent cartridge micro-breathable elastic insole, the support block may cover the heel region in its entirety. In the above-mentioned independent cylindrical micro-breathable elastic insole, one of the supporting surfaces of the supporting block may be inclined obliquely to the first hollow elastic columns. In the above-mentioned independent cylindrical micro-breathable elastic insole, the soft elastic film may have a plurality of first alignment holes penetrating the openings of the first hollow elastic columns and the second hollow elastic columns. The micro-breathable fiber cloth layer may further have a plurality of penetrating second alignment holes aligned with the first alignment holes. In the above-mentioned independent tubular micro-breathable elastic insole, the lower edge of the soft elastic film may be provided with a plurality of first-stop and slide bars. In the above-mentioned independent cylindrical micro-breathable elastic insole, the lower surface of the soft elastic film may be further provided with a plurality of second sliding bars toward the side of the finger. In the above-mentioned independent cylindrical micro-breathable elastic insole, the first hollow elastic column and the second hollow elastic column may be in the shape of a bottom hollowed-out half cone. 5 M440010 In the aforementioned independent cylindrical micro-breathable elastic insole, the micro-breathable fibrous layer may be a braid comprising bamboo carbon fibers. It can be seen from the above technical solution that the independent cylindrical micro-breathable elastic insole of the present invention has the following advantages and effects: 1. The specific position and the two-degree combination of the first hollow elastic column, the second hollow elastic column and the support block can be combined The relationship between the first hollow elastic column and the second hollow elastic column is not immediately deformed by the relationship between the first hollow elastic column and the second hollow elastic column when the insole is pressed and not strongly pressed to the support block of the heel area. Under the barrier of the micro-breathable fiber cloth, the internal air is slowly sprayed upward from the opening thereof, and the first hollow elastic column and the second hollow elastic column return to the original shape when the pressure is not pressed, so that the gas in the shoe is re-introduced back. By entering the first hollow elastic column and the second hollow elastic column, the insole can be provided with the elastic effect of the buffer airbag type independent cylinder. Therefore, an air cushion type slow exhaust and elastic cushioning effect can be generated after the shoe cushion is pressed to improve the airtight environment inside the shoe. [Embodiment] Hereinafter, the embodiments of the present invention will be described in detail with reference to the accompanying drawings, and it should be noted that these drawings are schematic views of the products, and the actual shape and size ratios are shown as 'only one kind. The specific design of the option is 'to provide a clearer description. The shape, size and number of elements can be reduced, enlarged or simplified in equivalent embodiments of different applications. According to a specific embodiment of the present invention, a self-contained cylindrical micro-breathable elastic shoe is illustrated in an exploded view of the first drawing, a second enlarged view of a micro-transparent 6 M440010 gas fiber cloth layer, and a three-dimensional three-dimensional image. The combined view and the soft elastic film of Fig. 4 view the perspective view of the lower surface. The self-contained tubular micro-breathable elastic insole 10 comprises a micro-breathable fibrous layer 110 and a soft elastic film 12 〇. 4 is a perspective view of the lower surface of the soft elastic film 12 ,, and FIG. 5 is a plan view of the lower surface of the flexible elastic film 120 of the independent cylindrical micro-breathable elastic insole, and FIG. 6 is the independent tube. The micro-breathable elastic insole 100 is cut along the line AA of FIG. 5 and is cut away. As can be seen from Fig. 6, the flexible elastic film 12 has an upper surface 121 and a lower surface 122. The micro-breathable fiber cloth layer 11 is adhered to the upper surface 121 of the soft elastic film 12 . The micro-permeable fabric layer 11 can be a braid comprising bamboo carbon fibers. The soft elastic film 120 can be made of silicone rubber or rubber material, and provides a soft and elastic wearing feeling by the user's own material characteristics, and can utilize an extension integrally formed of an elastic material to produce various elastic balloon structures. . The micro-breathable fiber cloth layer 110 itself has a gas permeable effect of the woven fabric. The micro-breathable fibrous layer 110 can be bonded to the soft elastic film 120 by a heat-pressing technique by coating the adhesive, so that the micro-breathable fibrous web 110 and the soft elastic film 120 form a tightly formed structure. As shown in FIG. 5, the lower surface 122 of the flexible elastic film 12 includes a body region 131, a heel region 132, and an arch region 133, wherein the heel region 132 corresponds to the independent cylindrical micro-breathable elasticity. The insole 1 is a region for contacting the human heel, and the arch region 133 corresponds to the independent cylindrical micro-breathable elastic insole 10 for the human arch portion (the small curved portion of the bottom of the human foot 7 has a small curvature) The area of contact is the area between the human toe contact area and the heel contact area and the remaining area of the arch area 133 is excluded. The heel region 132 is provided with a support block 125 for supporting the human heel. Preferably, the support block 125 is integrally formed on the flexible elastic film 12 to be elastic and easy to manufacture and shape. As shown in Figures 3 and 4, the support block 125 can be a non-circular mesh groove, so that the support block 125 can cover the heel region 32' to achieve a better foot. support. As shown in FIG. 4, in the embodiment, the edge of the lower surface 122 of the flexible elastic film 12 can be additionally provided with a plurality of first sliding strips ι26 for preventing the independent cylindrical micro-breathable elastic insole 1〇. Swipe in the shoes. The lower surface 122 of the flexible elastic film 120 faces the side of the toe portion, and a plurality of second anti-slip strips 127 are additionally provided to prevent the independent Qi-type micro-breathable elastic last 100 from corresponding to the toe end of the shoe. Sliding inside. In the present embodiment, the total area of the foot region 131 and the arch region 133 can be defined by the range enclosed by the first slip bar i26 and the support block i25. In addition, the second anti-slip bars 275 and the first soil sliders 120 can have different orientation configurations to provide anti-slip effects in different directions. More specifically, the second anti-slip bars 127 can be parallel and correspond to the user's finger to further prevent the independent squat micro-oxyelastic insole 10 〇 from causing left and right sliding on the less-stressed toe portion. Phenomenon, may also include a strip pattern of arc extension. The first anti-slip strips 12 6 may be in the form of a discontinuous strip, and each length of the first anti-sliding strips 126 is not greater than each length of the second anti-sliding strips 127. As shown in FIGS. 1 and 2 to 6, the flexible elastic film 120 is integrally formed with a plurality of first hollow elastic columns 123 and a plurality of second hollow elastic columns protruding from the lower surface 122 and opening toward the upper surface 121. 124' The first hollow elastic columns 123 are located in the foot region 131, and the second hollow elastic columns 124 are located in the arch region 133 (as shown in Figures 4 and 5). Moreover, as shown in FIG. 6, the first protruding height H1 of the first hollow elastic columns 123 and the second protruding height H2 of the second hollow elastic columns 124 are both greater than the third protruding height of the supporting block 125. H3. The "highlighted height" as set forth herein is the vertical distance from a lower surface 122 of the soft elastic film 120 to the most protruding end of the element, and the third protruding height H3 of the support block 125 is The support block 165 is calculated closest to the edges of the first hollow elastic columns 1 23 . More specifically, the second protruding height H2 of the second hollow elastic columns 124 may be greater than the first protruding height H1 of the first hollow elastic columns 123. In this embodiment, the first hollow elastic columns 123 have a first protrusion south degree H1 of about 6 to 8 meters (mm), and the second hollow elastic points 124 have a second protrusion height H2. The support block 125 has a third protrusion height H3 of about 5 to 8 centimeters (mm). In addition, as shown in FIG. 6, the support surface of the support block 125 can be slightly inclined toward the first hollow elastic columns 1 23 to deform the first hollow elastic columns 1 23 under pressure. The support surface of the support block 125 is more flat on the sole to increase the friction between the two. In addition, corresponding to each of the first hollow elastic columns 123 and each of the
M44001Q 些第二中空彈性柱124各具有一朝向該上表面121之開 口’分別為該些第一中空彈性柱123之開口 i23A與該 些第二中空彈性柱124之開口 124A(如第1圖所示），較 佳地，該些第一中空彈性柱123與該些第二中空彈性柱 124之形狀係可為底部鏤空之半圓錐體，有助於該些第 一中空彈性柱123與該些第二中空彈性柱124受塵後形 狀之完整回復。 而且，該微透氣纖維布層i 10本身具有緩慢通排氣之 效果，其係覆蓋於該些第一中空彈性柱123與該些第二 中空彈性柱124之開孔123A、124A,使得該些第一中空 彈性柱123與該些第二中空彈性柱124形成為受壓往上 喷氣之多孔氣囊緩衝彈性結構，該微透氣纖維布層ιι〇 係不需要具有對準於該些開口 123A、124八之排氣孔。 如第7圖所示，該獨立筒式微透氣彈性鞋塾1 〇 〇係裝設 ; 子内，在使用者行走時隨著該獨立筒式微透氣 彈性鞋墊100受壓’因該些第一中空彈餘123與該些 第—中空彈性柱124之變形而能返復地對著人體足部20 之底°卩在上緩緩喷氣或者施加往上氣壓的反作用力，達 至）直接對足底噴氣的緩衝彈性舒適感。 較佳地，如第2圖所示，該微透氣纖維布層11 0係為 雙層結構而具有—上層⑴與一下層112,該上層1" 係具有複數個等距排列之透氣孔1 1 3 ’該下層11 2係具 有複數個編織網線11 4，其係橫向延伸穿過該些透氣孔 以阻隔在該些透氣孔丨丨3與該些第一中空彈性柱 10 M440010 123、該些第二中空彈性柱124之開口 123A、124A之間。 該微透氣纖維布層110係可全覆蓋該些第一中空彈性柱 123之開口 123 A與該些第二中空彈性柱124之開口 124A，亦不會完全氣密該些第一中空彈性柱123與該些 第二中空彈性柱124。較佳地’該些透氣孔113係可呈 撤禮球形’當該微透氣纖维布層110隨意黏合至該軟質 彈性膠片120，該些透氣孔113之局部區域仍可以連通 到該些第一中空彈性柱123、該些第二中空彈性柱124 •之開口 123A、124A。 在本實施例中，該軟質彈性膠片丨2〇係具有複數個貫 穿之第一對位孔1 2 8，其係不對準於該些第一中空彈性 柱123之開口 123A與該些第二中空彈性柱124之開口 1 24 A，該微透氣纖維布層11 〇係更具有複數個貫穿之第 二對位孔115 ’其對準於係該些第一對位孔1 2 8，以供該 軟質彈性膠片12〇與該微透氣纖維布層11〇之對位黏 φ 合，組合後扎對孔之該些第一對位孔1 2 8與該些第二對 位孔11 5亦可作為該獨立筒式微透氣彈性鞋墊丨〇〇上下 表面之通氣孔，用以縮短穿載時鞋内由該些第一中空彈 性柱1 23與該些第二中空彈性柱丨24至該獨立筒式彈性 鞋墊100外部之氣體流動路徑，以改善氣體循環效果。 因此，藉由該些第一中空彈性柱123、該些第二中空 彈性柱124與該支撐塊125之上述特定位置與高度組合 關與該微透氣纖維布層i丨〇之黏合係作為本創作之一技 術手段，當鞋墊一受壓而尚未大力壓迫至足跟區之該支Each of the second hollow elastic columns 124 has an opening i23A toward the upper surface 121 and an opening 124A of the second hollow elastic column 124 (as shown in FIG. 1 ). Preferably, the shape of the first hollow elastic column 123 and the second hollow elastic columns 124 may be a bottom hollowed-out half cone, which helps the first hollow elastic columns 123 and the The second hollow elastic column 124 is completely recovered from the shape after dusting. Moreover, the micro-breathable fiber cloth layer i 10 itself has the effect of slowly venting, and covers the first hollow elastic column 123 and the openings 123A, 124A of the second hollow elastic columns 124, so that The first hollow elastic column 123 and the second hollow elastic columns 124 are formed as a porous airbag cushioning elastic structure that is pressed upward, and the micro-breathable fiber cloth layer does not need to have the openings 123A, 124 aligned with the openings. Eight vents. As shown in Fig. 7, the independent cylindrical micro-breathable elastic shoe last 1 is installed; in the child, when the user walks, the independent cylindrical micro-breathable elastic insole 100 is pressed by the first hollow bomb The deformation of the first hollow elastic column 124 and the deformation of the first hollow elastic column 124 can be reversed against the bottom of the human foot 20, and the reaction force of the slow air jet or the upward air pressure is reached to directly reach the sole of the foot. The cushioning is elastic and comfortable. Preferably, as shown in FIG. 2, the micro-breathable fiber cloth layer 110 has a two-layer structure and has an upper layer (1) and a lower layer 112, and the upper layer 1" has a plurality of vent holes 1 1 of equidistant arrangement. 3' the lower layer 11 2 has a plurality of woven mesh wires 11 4 extending transversely through the venting holes to block the venting holes 3 and the first hollow elastic columns 10 M440010 123, Between the openings 123A, 124A of the second hollow elastic column 124. The micro-breathable fiber cloth layer 110 can completely cover the opening 123 A of the first hollow elastic column 123 and the opening 124A of the second hollow elastic columns 124 , and does not completely hermetically seal the first hollow elastic columns 123 . And the second hollow elastic columns 124. Preferably, the venting holes 113 can be in a ruling ball shape. When the micro-breathable fiber cloth layer 110 is freely bonded to the soft elastic film 120, a partial area of the venting holes 113 can still be connected to the first The hollow elastic column 123 and the openings 123A and 124A of the second hollow elastic columns 124 are provided. In this embodiment, the flexible elastic film 2 has a plurality of first alignment holes 1 2 8 penetrating through the openings 123A of the first hollow elastic columns 123 and the second hollows. An opening 1 24 A of the elastic column 124, the micro-breathable fiber cloth layer 11 further has a plurality of penetrating second alignment holes 115 ′ aligned with the first alignment holes 1 2 8 for the The soft elastic film 12 〇 is combined with the alignment of the micro-breathable fiber cloth layer 11 ,, and the first pair of holes 1 2 8 and the second aligning holes 11 5 of the pair of holes are combined The venting hole of the upper and lower surfaces of the independent cylindrical micro-breathable elastic insole is used for shortening the elasticity of the first hollow elastic column 213 and the second hollow elastic column 24 to the independent cylindrical elastic in the shoe during loading A gas flow path outside the insole 100 to improve gas circulation. Therefore, the combination of the first hollow elastic column 123, the second hollow elastic column 124 and the specific position and height of the support block 125 and the micro-breathable fiber cloth layer is used as the creation. One of the technical means, when the insole is pressed and has not been strongly pressed to the branch of the heel area
II M440010 撐塊125時，該些第一中空彈性柱123、該些第二中空II M440010 when the block 125, the first hollow elastic column 123, the second hollow
彈性柱124受壓變形’内部空氣由其開口 i23A、i24A 欲往上噴出，然在該微透氣纖維布層11〇之阻隔下會減 緩喷出氣流，使得該些第一中空彈性柱123、該些第二 中二彈性柱124仍具有彈性。當未受壓時該些第一中空 彈丨生柱1 23、該些第二中空彈性柱丨24隨即回復原來形 狀，使鞋内氣體重新導回入該些第一中空彈性柱123、 該二第一中空彈性柱124，便能使該鞋墊ι〇〇具備有氣 囊式獨立筒式彈性效果，即為在鞋塾受壓後即產生氣塾 式緩陵排氣與彈性緩衝⑨果，以改善鞋内空氣密閉環境。 、上所述，僅疋本創作的較佳實施例而已，並非對本 乍任何形式上的限制，雖然本創作已以較佳實施例 露如上’然而並非用以限定本創#，任何熟悉本項 在不脫離本創作之申請專利範圍内，所作的任何 簡單修 , "^ 、等效性變化與修飾，皆涵蓋於本創作的技術 範圍内。 【圖式簡單說明】 第1圖：依據本創作之一具體實施例的一種獨立筒式微 透氣彈性鞋墊之元件分解圖。 圖依據本創作之一具體實施例的獨立筒式微透氣 第3 彈14鞋墊之微透氣纖維布層之局部放大圖。 圖依據本創作之一具體實施例的獨立筒式微透氣 第 彈性鞋1墊之立體組合圖。 依據本創作之一具體實施例的獨立筒式微透氣 12 M440010 彈性鞋墊之軟質彈性勝# 一乃硯視其下表面之立體 圖。 第5圖 依據本創作之一具體實 耳施例的獨立筒式微透氣 彈性鞋墊觀視軟質彈性脒 坪注膠片之下表面之平面 圖。 第6圖The elastic column 124 is deformed by pressure. The internal air is sprayed upward by the openings i23A, i24A. However, under the barrier of the micro-breathable fiber cloth layer 11, the jetting airflow is slowed down, so that the first hollow elastic columns 123, the Some of the second and second elastic columns 124 are still elastic. When the pressure is not applied, the first hollow elastic column 223 and the second hollow elastic column 24 are restored to the original shape, so that the gas in the shoe is redirected back into the first hollow elastic columns 123, and the second The first hollow elastic column 124 can make the insole ι 〇〇 have a balloon-type independent cylinder elastic effect, that is, after the shoe last is pressed, a gas-type slow venting and elastic cushioning 9 fruit is generated to improve the shoe. Internal airtight environment. The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Although the present invention has been described above with reference to the preferred embodiment, it is not intended to limit the present invention. Any simple repairs, "^, equivalence changes and modifications made within the scope of this patent application are covered by the technical scope of this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view of an element of a self-contained cylindrical micro-breathable elastic insole according to a specific embodiment of the present invention. The figure is a partial enlarged view of a micro-breathable fiber cloth layer of a stand-alone cylindrical micro-breathable third insole 14 in accordance with one embodiment of the present invention. The figure is a perspective view of a stand-alone cylindrical micro-breathable first elastic shoe 1 pad according to a specific embodiment of the present invention. Independent barrel micro-breathing according to one embodiment of the present invention 12 M440010 Elastic insole soft elastic win #一 is a three-dimensional view of the lower surface. Figure 5 is a plan view of the underlying surface of the soft film of the independent film micro-breathable elastic insole according to one of the specific embodiments of the present invention. Figure 6
依據本創作之一具體脊A 遐實知例的獨立筒式微透氣 彈性鞋墊沿第5圖α·α涵 _ . A線剖切之截面圖。 第7圖：依據本創作之一具 、暇貫施例的獨立筒式微透氣 彈性鞋墊繪示其穿戴拉★ ^ , 牙取時之側面透視圖。 【主要元件符號說明】 10 鞋子 Μ 2〇足部 100獨立筒式微透氣彈性鞋墊 π 0微透氣纖維布層 111上層 m下層 113透氣孔 114 '編織網線 11 5第二對位孔 1 2 2下表面 123A 開口 124A 開口 1 2 7第一止滑條 132足跟區 120軟質彈性膠片 121上表面 123第一中空彈性枉 124第二中空彈性枉 125支撐塊 126第一止滑條 128 第一對位孔 131足身區 13 M440010According to one of the creations of the specific ridge A, the independent cylindrical micro-breathable elastic insole is cut along the line of α·α 涵 _ . Figure 7: According to one of the creations, the independent cylindrical micro-breathable elastic insole shows the wearable pull-up ^ ^, the side perspective view when the tooth is taken. [Main component symbol description] 10 shoes Μ 2 〇 foot 100 independent cylinder micro-breathable elastic insole π 0 micro-breathable fiber cloth layer 111 upper layer m lower layer 113 venting hole 114 'woven wire 11 5 second alignment hole 1 2 2 Surface 123A opening 124A opening 1 2 7 first stop strip 132 heel area 120 soft elastic film 121 upper surface 123 first hollow elastic 枉 124 second hollow elastic 枉 125 support block 126 first stop bar 128 first alignment Hole 131 foot area 13 M440010
133 足弓區 HI 第一突出高度 H2 第二突出高度 H3 第三突出高度 14133 arch area HI first protruding height H2 second protruding height H3 third protruding height 14