M429370 五、新型說明： 【新型所屬之技術領域】 本案係屬於設置於鞋内底面的足墊領域，尤指 一種增加緩衝厚度而能有效舒壓抗震，而大幅提昇 使用時的舒適性效果之透氣彈性鞋墊構造。 【先前技術】 按，一般鞋體均由鞋面、鞋墊、中底及鞋底等 鞋材所構成，依照使用功能的需求不同，故鞋體各 部位所使用之材質或附加結構亦有所不同。 如運動鞋係使用彈性材賀或以氣墊的方式作為 鞋塾或中底’當穿戴者進行如：跑步或跳躍等動作 時，可透過其彈性材質或氣墊有效緩衝動作時加諸 於腳掌、腳踝甚至是膝蓋的衝擊力道，避免運動傷 害的產生；又如登山鞋必須具有適當厚度及大顆教— ★务 if v 化双之鞋底，而大幅增加抓地力及耐磨等效果，且 可使穿戴者踩踏坡面時之反作用力被大幅吸收，避 免登山攸坡時滑倒，並可有效降低登山爬坡時的疲 累感°目前市面上有各式各樣的鞋子設計，功能各 有不同，但是對於舒壓抗震的效果卻未必是其主要 5斥求而被忽略，因此，市面上則多以鞋墊而增進此 一功效。 目前大多鞋墊之設計重點仍以舒壓抗震為其主 要功能，而可將其設置於不同鞋子内以減緩行走或 運動時所受之衝擊力。但，由於大部分的鞋墊係隨 3 M429370 著腳部被緊密包覆於鞋體内部，其因悶熱所產生之 汗水因無法或難以排出鞋外而滋生病菌或產生臭 味’故如何將舒壓抗震及高透氣性結合成一體，始 終為此一業界人士所努力的目標。 【新型内容】 有鑑於此，本創作之一目的，旨在提供一種透 氣彈性鞋墊構造，俾利用層疊設置之二足跟緩衝部 的設計以增加對足跟部位的缓衝厚度，而能有效舒 壓抗震並提昇行走時的舒適性。 本創作之次一目的，旨在提供一種透氣彈性鞋 塾構造，俾利用一對第一組織層上係分別設有複數 個透氣孔，以及一對第二組織層具有網目之透氣特 性’大幅提昇穿著使用時的透氣性’而避免因悶熱 所造成的異味，亦能提高舒壓抗震效果。 為達上述目的，本創作之透氣彈性鞋塾構造， 安裝於一鞋内底面上，且對應一使用者之一足跟而 形成有一容置槽，並與該使用者之一腳掌接觸而增 加行走時的舒適性，其包括：一第一足跟緩衝部， 係對應該足跟形狀所形成之結構體，且該第一足跟 緩衝部之一側緣係形成一平面，相對之一側緣則形 成一凸弧面；一足弓緩衝部，係對應該使用者的一 足弓形狀所形成之弦月形結構體，間隔設置於該第 —足跟緩衝部之該平面一側；至少一第一組織層， 係分別對應該使用者的腳掌形狀所形成之片狀結構 4 M429370 體足該對第—組織層係對合設置，且分別設於該第 :緩衝部及該足弓緩衝部之頂面及底面供以 :該第：足跟緩衝部及該足弓緩衝部包覆於其内； • 、’·且織層，係對應該對第一組織層形狀所形M429370 V. New description: [New technical field] This case belongs to the field of foot pads installed on the inner surface of the shoe, especially a kind of ventilation that increases the cushioning thickness and can effectively relieve the earthquake resistance and greatly enhance the comfort effect during use. Elastic insole construction. [Prior Art] According to the general, the shoe body is composed of a shoe material such as a shoe upper, an insole, a midsole and a sole, and the materials or additional structures used in various parts of the shoe body are also different according to the needs of the function. For example, the sports shoes are made of elastic materials or air cushions as the shoe last or the midsole. When the wearer performs actions such as running or jumping, it can be applied to the soles of the feet and ankles through the elastic material or the cushion. Even the impact of the knee, to avoid the occurrence of sports injuries; for example, hiking shoes must have the appropriate thickness and large teaching - ★ service v v pairs of soles, and greatly increase the grip and wear resistance, and can wear The reaction force when stepping on the slope is greatly absorbed, avoiding slipping when climbing the slope, and can effectively reduce the fatigue when climbing the mountain. There are various shoes on the market, and the functions are different, but The effect of anti-seismic and anti-seismic is not necessarily ignored by its main 5 replies. Therefore, the market insole is used to enhance this effect. At present, the design of most insoles is still focused on the relief and shock resistance, and can be placed in different shoes to slow down the impact of walking or exercising. However, since most of the insoles are tightly wrapped around the inside of the shoe with the foot of 3 M429370, the sweat produced by the sultry heat can cause bacteria or odor due to the inability or difficulty of discharging the shoes. The combination of seismic resistance and high gas permeability has always been the goal of the industry. [New content] In view of this, one of the purposes of this creation is to provide a breathable elastic insole structure, which is designed to increase the cushioning thickness of the heel portion by using a laminated two-heel cushioning portion. Pressure shock and improve comfort during walking. The second objective of the present invention is to provide a breathable elastic shoe last structure, in which a plurality of vent holes are respectively provided on a pair of first tissue layers, and a pair of second tissue layers have a mesh-like breathability characteristic. The breathability of the wearer is used to avoid the odor caused by the sultry heat, and the anti-shock and shock-proof effect can be improved. In order to achieve the above object, the breathable elastic shoe last structure of the present invention is mounted on the inner bottom surface of a shoe, and has a receiving groove corresponding to one of the user's heels, and is in contact with one of the user's soles to increase walking time. The comfort includes: a first heel buffer portion, a structure formed by the shape of the heel, and a side edge of the first heel buffer portion forms a plane, and one side edge is opposite Forming a convex arc surface; a foot arch cushioning portion, which is formed by a shape of a foot arch of the user, is spaced apart from the plane side of the first heel buffer portion; at least one first tissue The layer is formed corresponding to the pair of first-layer layers of the sheet-like structure 4 M429370 formed by the shape of the sole of the user, and is respectively disposed on the top surface of the first buffer portion and the arch buffer portion. And the bottom surface is provided: the first: the heel buffer portion and the arch cushion portion are covered therein; • , and the woven layer is shaped to correspond to the shape of the first tissue layer
、片狀、構體，且該對第二組織層係對合設置， 而分別設置於該對第一組織層之頂面及底面，供以 將“對第一組織層、該第—足跟緩衝部及該足弓緩 衝。P包覆於其内；及一第二足跟緩衝部係設於該 ’’且織層底面之該第二組織層的下方，且對應該 第一足跟緩衝部的位置，安裝時，該底面之第二組 織層設於該鞋内底面上，且該第二足跟緩衝部設於 該谷置槽内。a sheet, a body, and the pair of second tissue layers are disposed opposite each other, and are respectively disposed on the top surface and the bottom surface of the pair of first tissue layers, to provide "on the first tissue layer, the first heel a buffer portion and the arch buffer. P is wrapped therein; and a second heel buffer portion is disposed under the second tissue layer of the bottom surface of the woven layer and corresponding to the first heel buffer The second tissue layer of the bottom surface is disposed on the inner bottom surface of the shoe, and the second heel buffer portion is disposed in the valley groove.
於一實施例中，本創作之該透氣彈性鞋塾構 造’更具有複數個透氣孔’係設於該對第—組織層 上’且該等透氣孔係設於對應該使用者的各個腳指 之縫隙處、該足弓與該腳掌之縫隙處，以及該足跟 與該腳掌縫隙處，而透過該等透氣孔及該對第二址 織層產生氣體流通效應’有效舒緩鞋内悶熱的情況。 於一實施例中，本創作之該透氣彈性鞋塾構 造，更具有複數個固定部’係環設於該對第_組織 層及該對第二組織層的周緣，以及設置於對應該第 一足跟緩衝部及該足弓緩衝部的外圍部位，且該等 固定部係以熱熔接方式，將該對第一組織層與該對 第二組織層熔接而成’供以固定該第一足跟緩衝部 5 M429370 及該足弓緩衝部於該對笛 7弟一組織層及該第二組織層 內的位置’使該第一足 疋跟％衝部及該足弓緩衝部在 穿者使用時，不致因滑叙a '月動位移而影響其使用效果。 於一實施例中，*孟， 本創作之該透氣彈性鞋墊構 每更^有複數個止滑部，形成於該第一組織層底 面之該第二組織層的表面，供與該鞋内底面密合接 觸，使其安裝後不致滑動位移。 於實施例_，該第二足跟緩衝部係黏合於該 第二組織層的表面，且對應該第一足跟緩衝部的位 置而結合成-體’以提高安裝或更換時的便利性。 實施方式】 為使貴審查委員能清楚了解本創作之内容，僅 以下列說明搭配圖式，敬請參閱。 請參閱第卜2、3圖，係為本創作較佳實施例 的立體分解圖、組裝後的剖視圖及其安裝時的狀態 不意圖。如圖中所示，本創作之透氣彈性鞋墊構造 1安裝於一鞋内底面2上，且該鞋内底面2係對應 一使用者之一足跟而形成有一容置槽21，並與該使 用者之一腳掌接觸而增加行走時的舒適性，其包括 一第一足跟緩衝部11、一足弓緩衝部12、一對第〆 組織層13、_對第二組織層14及一第二足跟緩衝 部15。 其中該第一足跟緩衝部11係以如：發泡材料、 熱固性塑膠、矽膠、橡膠其中之一或其結合等具有 級衝效果之材質而製成’其係 形AH w丄、 7教成*對應該足跟 :狀所形成之立體結構體，且該第一足 之一側緣係形成—平面m， ^ -凸弧面112。 #對之-側緣則形成 該足弓緩衝部12同樣以如：發泡材 :勝、石夕膠、橡膠其中之一或其結合等具有緩衝效 ^材質而製成，其係裁切製成對應該使用者的一 ::所形成之弦月形立體結構體，且間隔設置 〜第一足跟緩衝部11之該平® 1U 一側。 。十帛Μ織層13係由透氣材質分別經過裁切 二成對應該使用者的腳掌形狀所形成之片狀結構 :二該對第：組織層13係對合設置，且分別設於該 足跟緩衝。ρ π及該足弓緩衝部之頂面及底 供將該第—足跟緩衝部11及該足弓緩衝部 12包覆於其内。再者，該對第-組織層13係分別 對應設有複數個透氣孔131 ’且該等透氣孔i3i係 设於對應該使用去& # > 使用者的各個腳指之縫隙處、該足弓與 該腳掌之縫隙處，以及該足跟與該聊掌縫隙處，而 能有效排除悶熱的濕氣’使腳底的空氣流通。 該對第二組織層14係選用如人造纖維紗編織而 成，其原料為尼龍紗、玻璃纖維紗、聚醋加工絲、 聚丙稀纖維、聚乙稀纖維、人造纖維紗其中之一或 ’、、。。係、對應該對第-組織層13形狀而裁切製成 之片狀結構體，其本身具有大小不一的網目而有良 M429370 好的透氣效果，且該對第二組 而分別設置於該對第—組織層1 係、對合設置’ 以將該對第一組織層13、該第一頂面及底面，供 該足弓緩衝部！2包覆於其：。：：跟緩衝部"及 氣彈性鞋墊構，本創作之該透 丹攻A尺具有複數個 設於該對第—組織層13及該對第：/ 141，係環 緣’以及設置於對應該第 織層14的周 緩衝部12的外圍部位，且以 ° 11及該足弓 以熱熔接方式，將# 該等固定部141係 織層1… 織層13與該對第二組 織層4熔接而成。另外，本創 你田a * J作為提昇其安裝後的 :用效果，而於該第—組織層13 :4,表面係具有複數個止滑部“2,二與: 鞋内底面2密合接觸。 :第二足跟緩衝部15係以如：發泡材料、熱固 =膠1膠、橡膠其令之一或其結合等具有緩衝 •立之材質而製成，其係裁切製成如該第一足跟緩 衝部11，係設於該第一組織層13底面之該第二組 織a 14的下方，且對應該第一足跟緩衝部11的位In one embodiment, the ventilated elastic last structure of the present invention has a plurality of venting holes disposed on the pair of first tissue layers and the venting holes are disposed on respective toes of the user. a gap, a gap between the arch and the sole of the foot, and a gap between the heel and the sole of the foot, and a gas flow effect through the venting holes and the pair of second woven layers to effectively relieve the sweltering of the shoe . In one embodiment, the ventilated elastic last structure of the present invention further has a plurality of fixing portions 'rings disposed on the circumference of the pair of the first tissue layer and the pair of second tissue layers, and is disposed corresponding to the first a heel buffer portion and a peripheral portion of the arch cushion portion, and the fixing portions are welded to the first tissue layer and the pair of second tissue layers by heat fusion to provide a first foot And the buffer portion 5 M429370 and the position of the arch buffer portion in the tissue layer and the second tissue layer of the pair of flutes 7 such that the first ankle and the % punch and the arch cushion are used by the wearer At the time, it will not affect the use effect due to the sliding of a 'monthly displacement. In an embodiment, the ventilated elastic insole structure of the present invention has a plurality of anti-slip portions formed on the surface of the second tissue layer on the bottom surface of the first tissue layer for the inner surface of the shoe. Close contact, so that it does not slide after installation. In the embodiment, the second heel cushioning portion is bonded to the surface of the second tissue layer, and is combined with the body to correspond to the position of the first heel buffer portion to improve the convenience in mounting or replacement. Implementation Mode] In order to enable your review committee to clearly understand the content of this creation, please refer to the following description. Please refer to Figures 2 and 3 for an exploded perspective view of the preferred embodiment of the present invention, a cross-sectional view after assembly, and a state in which it is installed. As shown in the figure, the ventilated elastic insole structure 1 of the present invention is mounted on a bottom surface 2 of a shoe, and the inner bottom surface 2 of the shoe is formed with a receiving groove 21 corresponding to a heel of a user, and is associated with the user. One foot contact to increase comfort during walking, including a first heel cushion portion 11, an arch cushion portion 12, a pair of second tissue layers 13, a pair of second tissue layers 14, and a second heel Buffer portion 15. The first heel buffer portion 11 is made of a material having a graded effect such as a foaming material, a thermosetting plastic, a silicone rubber, or a combination thereof, and the like. * A stereoscopic structure formed by a heel: a shape, and one side edge of the first foot forms a plane m, ^ - a convex arc surface 112. #对其-侧边形成 The foot arch cushioning portion 12 is also made of a foaming material such as: foaming material: Sheng, Shi Xijiao, rubber or a combination thereof, etc., which is made by cutting material. The paired user's one:: formed zigzag-shaped three-dimensional structure, and spaced apart from the first heel buffer portion 11 of the flat® 1U side. . The tenth weave layer 13 is formed by cutting the air-permeable material into a sheet-like structure formed by the shape of the user's sole: the pair of the first: the tissue layers 13 are arranged in pairs and are respectively disposed on the heel. buffer. ρ π and the top surface and the bottom of the arch cushion portion are provided with the first heel buffer portion 11 and the arch cushion portion 12 therein. Furthermore, the pair of first-tissue layers 13 are respectively provided with a plurality of vent holes 131', and the vent holes i3i are provided at the gaps of the respective torso fingers corresponding to the user' The gap between the arch and the sole of the foot, and the gap between the heel and the palm of the hand, can effectively eliminate the sultry moisture 'the air circulation of the sole. The pair of second tissue layers 14 are woven from rayon yarn, and the raw materials are one of nylon yarn, glass fiber yarn, polyester processing yarn, polypropylene fiber, polyethylene fiber, rayon yarn or ', ,. . a sheet-like structure which is cut into a shape corresponding to the shape of the first-tissue layer 13, which itself has a mesh of a different size and has a good gas permeable effect of M429370, and the pair of the second group are respectively disposed on the The first tissue layer 13 and the first top surface and the bottom surface are provided for the first tissue layer 1 and the bottom tissue buffer portion! 2 coated on it: :: with the buffer part " and the air-elastic insole structure, the creation of the through-the-spot A-foot has a plurality of the first----------------------------------------- The peripheral portion of the circumferential buffer portion 12 of the first woven layer 14 should be tempered by the 11 and the arch, and the woven layer 1 and the pair of the second tissue layer 4 Made by welding. In addition, the creation of your field a * J as a lifting of the installation: the effect, and in the first - tissue layer 13: 4, the surface has a plurality of anti-slip parts "2, two with: the inner surface of the shoe 2 Contact: The second heel cushioning portion 15 is made of a material such as a foaming material, a thermosetting rubber, a rubber, or a combination thereof, which is made of a cushioning material. The first heel buffer portion 11 is disposed below the second tissue a 14 on the bottom surface of the first tissue layer 13 and corresponds to the first heel buffer portion 11
，女裝時，該底面之第二組織層14設於該鞋内 面 0 U ’且該第二足跟緩衝部15設於該容置槽21 内。 明參閱第4、5圖，係為本創作較佳實施例的另 種實施態樣及其安裝時的狀態示意圖。如圖中所 示為了提昇其安裝時的便利性，本創作之該第二 8 足跟緩衝邹15 之第二組織層一踢合層16而黏固於該底面 11的位置，安裝時’ φ’且對應該第一足跟緩衝部 定位。 僅而 次就能將本創作安穿至 綜上，本創作之誃读γ ^ 層疊設置之該 彈性鞋墊構s 1係利用 衝部心而二知：足跟緩衝部11及該第二足跟緩 π增加對5 Α(Τ , 抗震並達•昇 。ρ位的緩衝厚度，故能舒壓 對 走時的舒適性之功效。再者，該 對第一組織層i 3 μ 係为別設有複數個透氣孔1 3 1， 對第一組織層1 4具有網目之透氣特性，亦能 、巾田提昇穿著使用時的透氣性，而避免因悶熱所造 成的異味’亦有些許舒壓抗震之效果。 唯’以上所述者’僅為本創作之較佳實施例而 已’並非用以限定本創作實施之範圍，故該所屬技 術領域中具有通常知識者，或是熟悉此技術所作出 等效或輕易的變化者，在不脫離本創作之精神與範 圍下所作之均等變化與修飾，皆應涵蓋於本創作之 專利範圍内。 M429370 【圖式簡單說明】 第1圖，為本創作較佳實施例的立體分解圖。 第2圖，為本創作較佳實施例的組裝後的剖視圖。 第3圖，為本創作較佳實施例安裝時的狀態示意圖。 第4圖，為本創作較佳實施例的另一種實施態樣。 第5圖，為本創作較佳實施例另一實施態樣安裝時 的狀態示意圖。 【主要元件符號說明】 1 透氣彈性鞋墊構造 11 第一足跟緩衝部 111 平面 112 凸弧面 12 足弓緩衝部 13 第一組織層 131 透氣孔 14 第二組織層 141 固定部 142 止滑部 15 第二足跟緩衝部 16 膠合層 2 鞋内底面 21 容置槽The second tissue layer 14 of the bottom surface is disposed on the inner surface of the shoe 0 U ′ and the second heel buffer portion 15 is disposed in the accommodating groove 21 . 4 and 5 are a schematic view of another embodiment of the preferred embodiment of the present invention and its state of installation. As shown in the figure, in order to improve the convenience of installation, the second 8 heel of the present invention is affixed to the second tissue layer of the Zou 15 by a kick layer 16 and adhered to the bottom surface 11 at the time of installation 'φ 'And corresponding to the first heel buffer. Only by this time, the creation can be put on the top, and the elastic insole structure s 1 of the γ ^ stacking of the present invention is known by the punching heart: the heel cushioning portion 11 and the second heel Slowly π increases the cushioning thickness of 5 Α (Τ, anti-seismic and up-up. ρ position, so it can relieve the comfort of walking comfort. In addition, the first tissue layer i 3 μ is set separately There are a plurality of venting holes 1 3 1 , which have the meshing property of the first tissue layer 14 , and can also improve the gas permeability of the towel field when worn, and avoid the odor caused by the sultry heat. The above description is only for the preferred embodiment of the present invention and is not intended to limit the scope of the present invention, so that it is generally known in the art or familiar with the technology. Equivalent changes and modifications made by those who do not depart from the spirit and scope of this creation should be covered by the scope of this creation. M429370 [Simple description of the diagram] Figure 1 An exploded perspective view of a preferred embodiment. Figure 2, The assembled cross-sectional view of the preferred embodiment of the present invention. Fig. 3 is a schematic view showing the state of the preferred embodiment of the present invention. Fig. 4 is another embodiment of the preferred embodiment of the present invention. Fig. is a schematic view showing the state of another embodiment of the preferred embodiment of the present invention. [Main component symbol description] 1 breathable elastic insole structure 11 first heel cushioning portion 111 plane 112 convex arc surface 12 arch cushion portion 13 First tissue layer 131 venting hole 14 second tissue layer 141 fixing portion 142 anti-slip portion 15 second heel buffer portion 16 glue layer 2 inner sole surface 21 accommodating groove