M275737 八、新型說明： 【新型所屬之技術領域】 本創作係一種運用設置於鞋體内部的透氣鞋墊，尤指 種均勻佈設有複數個軟性透氣體而具有透氣、吸汗及防 霉特性的新型透氣鞋墊。 【先前技術】 目如的鞋子產品一般均會於鞋體内部設置有一以可撓 性材質構成的鞋墊，利用鞋墊提供適當的可撓性及支撐作 用’達到提昇鞋子穿著舒適性及保護腳部避免受到傷害等 效果。 其中’基於製造成本及所需要的可撓性支撐作用等因 素考昼’現有的鞋墊構造均是採用EVA材質來製造成型， 惟雖然EVA材質具有適當的可撓性支撐效能，不過EVa 材質的透氣及吸汗效果較差，消費者在長期穿著使用後， 會因為鞋塾無法透氣散熱而造成腳部悶熱及出汗等穿著不 舒適感問題，並且鞋墊在長期受到悶熱及汗潰所影響，相 當容易發生鞋塾散發異味及發霉等現象，大大地限制鞋墊 的實用效能及穿著鞋子的舒適性，實在有積極尋求解決之 道的必要。 【新型内容】 為解決現有鞋塾構造缺乏透氣及吸汗效能所產生的各 項缺弊及限制，本創作主要目的在於提供一種具透氣、吸 汗及防霉效能之透氣鞋墊，其主要係於具可撓性的鞋墊本 4 M275737 體間隔設置有複數個通孔，於各通孔填設有具良好透氣性 的軟性透氣體，能夠在保持鞋墊具有足夠的可撓性支撐作 用情形下，有效地產生良好的透氣、吸汗及防霉效能，大 幅提昇鞋子穿著舒適性之目的。 基於前述目的，本創作所運用的技術手段係在於提供 一種透氣鞋墊，其係設有一以可撓性片材製成的鞋墊本體 ，於鞋墊本體的表側設有一透氣表層，本創作主要的特徵 在於··於鞋墊本體間隔設置有複數個通孔，並於各通孔結 合設有軟性透氣體，該軟性透氣體能夠以乳膠發泡成型一 體固設於鞋墊本體所設的通孔内。 本創作可以進一步於鞋墊本體的底側腳跟部位一體冷 壓成型結合有一塑膠套座，並於鞋墊本體的腳跟部位周側 没有護邊。 本創作的透氣鞋墊可以利用以EVA材質所構成的鞋塾 本體提供適當足夠的可撓性支撐作用，並能夠利用以乳膠 發泡構成且均勻佈設於鞋墊本體的軟性透氣體，提供良好 的透氣散熱效能及吸汗作用，有效地避免腳部發生悶熱或 出汗等現象而保持穿著的乾爽舒適感，同時能夠進一步解 決傳統鞋墊容易發生散發異味或發霉等問題，深具實用效 益0 【實施方式】 為能詳細瞭解本創作的技術特徵及實用功效，並可依 照說明書的内容來實施，玆進一步以如圖式所示的較佳實 施例，詳細說明如后： M275737 本創作係為一種具有肖 斤紅批 有良好透氣、吸汗及防霉效果的透 乳鞋墊，如第一、二圖 ^ 其係設有一以可撓性片材製 成的鞋墊本體 ) 於鞋墊本體（2 0 )間隔設置有 複數個通孔（2 1 )， 、各通孔（2 1 )結合設有具良好 透氣性的軟性透氣體（22)，並絲墊本體（2〇)的 腳跟部位周側以向上向外伸出弧狀片體形成的護邊（2 3 )’配合貼設於鞋墊本體（2 0 )表側的透氣表層（2 4 )及叹於鞋墊本體（2 〇 )底側腳跟部位的塑膠套座（2 5)，、组構成一種如第_、〔圖所示的新型透氣鞋塾構造 有關於本創作的製造成型方式請參看第三圖所示，其 係先選用以EVA材質構成的可撓性片材（i 〇 )，於該可 撓性片材（1 〇 )等間隔排列貫設有複數個圓形通孔（工 1 )，接著於各通孔（2 1 )填設有以乳膠發泡構成的軟 性透氣體（1 2 )，並於可撓性片材（1 〇 )表層黏貼以 _ 不織布或棉布· ··等材質構成的透氣表層（1 3 )後， 再以裁切模具裁切出外型輪廓大致與成型後透氣鞋墊相同 的鞋墊胚片（l〇A)，最後將鞋墊胚片（l〇A)連同 塑膠套座（25) —同置入成型模具一體冷壓成型後，即 可製構出如第一、二圖所示的新型透氣鞋墊構造。 請參看第一、二圖所示，本創作的透氣鞋墊可以利用 以EVA材質所構成的鞋墊本體（20)，提供適當足夠的 可撓性支撐作用，並能夠進一步利用以乳膠發泡構成且均 勻佈設於鞋墊本體（20)的軟性透氣體（22)，提供 6 M275737 革墊良好的透氣散熱效能及吸汗作用，避免發生腳部悶熱 t出汗等不當現象，有效保持鞋子穿著的乾爽舒適感，同 時因為本創作可以長期保持鞋墊的乾爽狀態，能夠有效解 兵傳統鞋墊谷易發生散發異味或發霉等問題，大幅提昇鞋 塾的實用效能及穿著舒適性。 以上所述，僅是本創作的較佳實施例，並非對本創作 作任何形式上的限制，任何所屬技術領域中具有通常知識 者右在不脫離本創作所提技術特徵的範圍内，利用本創 作所揭不技術内容所作出局部更動或修飾的等效實施例， 並且未脫離本創作的技術特徵内容，均仍屬於本創作技術 特徵的範圍内。 【圖式簡單說明】 第一圖係本創作較佳實施例之立體結構示意圖。 第一圖係本創作較佳實施例之組合剖面示意圖。M275737 8. Description of the new type: [Technical field to which the new type belongs] This creation is a new type of breathable insole that is provided inside the shoe body, especially a kind of uniformly provided with a plurality of soft breathable bodies with breathable, sweat-absorbent and mildew-proof properties. insole. [Previous technology] Generally, all shoe products are provided with a flexible insole made of flexible material inside the shoe body. The insole is used to provide appropriate flexibility and support. Damage and other effects. Among them, 'based on factors such as manufacturing cost and the need for flexible support', the existing insole structure is made of EVA material. However, although EVA material has appropriate flexible support performance, EVA material is breathable. And the sweat absorption effect is poor. After long-term wear and use, consumers will feel discomfort in the foot due to heat and sweat due to the inability of the shoe last to breathe and dissipate heat. The insole is affected by the heat and sweat in the long term, which is quite prone to occur. The shoe last emits odors and mildew, which greatly limits the practical effectiveness of the insole and the comfort of wearing shoes. It is really necessary to actively seek a solution. [New content] In order to solve the disadvantages and limitations caused by the lack of breathability and sweat absorption performance of the existing shoe last structure, the main purpose of this creation is to provide a breathable insole with breathability, sweat absorption, and mildew resistance. Flexible insoles This M275737 is provided with a plurality of through-holes at body intervals. Each through-hole is filled with a soft breathable body with good air permeability, which can effectively produce the situation that the insole has sufficient flexible support. Good breathability, sweat absorption and mildew resistance, which greatly improves the wearing comfort of shoes. Based on the foregoing purpose, the technical means used in this creation is to provide a breathable insole, which is provided with an insole body made of a flexible sheet, and a breathable surface layer is provided on the surface side of the insole body. The main feature of this creation is that · A plurality of through holes are arranged at intervals between the insole body, and a soft breather is combined with each of the through holes. The soft breather can be integrally fixed in the through hole provided in the insole body by latex foam molding. This creation can be further integrated into the bottom of the insole body and the heel part integrated with a plastic sleeve, and there is no edge protection on the periphery of the heel part of the insole body. The breathable insole created by this article can provide adequate and sufficient flexible support by using a shoe last body composed of EVA material, and can use a soft breathable body composed of latex foam and evenly arranged on the insole body to provide good ventilation and heat dissipation. Effectiveness and sweat absorption, effectively avoiding the phenomenon of sweltering or sweating on the feet and maintaining the dry and comfortable feeling of wearing. At the same time, it can further solve the problem that traditional insoles are prone to emit odor or mold, which has practical benefits. 0 [Embodiment] is You can understand the technical characteristics and practical effects of this creation in detail, and you can implement it according to the contents of the manual. The following is a detailed description of the preferred embodiment shown in the figure below: M275737 This creation is a kind of A translucent insole with good breathability, sweat absorption, and anti-mildew effect, as shown in the first and second figures ^ It is provided with an insole body made of a flexible sheet) and a plurality of through holes are arranged at an interval between the insole body (20) (2 1). Each through hole (2 1) is combined with a soft air permeable body (22) with good air permeability, and a silk pad body (20). ) The heel side (2 3) formed by the arc-shaped sheet body protruding outwards on the peripheral side of the heel part is matched with the breathable surface layer (2 4) attached to the surface side of the insole body (2 0) and the insole body (2 〇) The plastic sleeve (25) on the heel part of the bottom side constitutes a new type of breathable shoe last structure as shown in the figure _. [For the manufacturing molding method of this creation, please refer to the third figure, which First, a flexible sheet (i 〇) made of EVA material is selected, and a plurality of circular through holes (work 1) are arranged at regular intervals in the flexible sheet (10). The hole (2 1) is filled with a flexible breathable body (1 2) composed of latex foam, and a flexible sheet (1 〇) is adhered with a breathable surface layer (_ non-woven or cotton ...) 1 3), and then use a cutting mold to cut out the insole slab (10A) with an outline approximately the same as that of the breathable insole after molding. Finally, insole slab (10A) together with the plastic sleeve (25) — After being integrated into the forming mold and integrated and cold-pressed, the new breathable insole structure shown in the first and second figures can be manufactured. Please refer to the first and second figures, the breathable insole of this creation can use the insole body (20) made of EVA material to provide adequate and sufficient flexible support, and can further use the latex foam to make it uniform. The soft breathable body (22) placed on the insole body (20) provides 6 M275737 leather pads with good ventilation and heat dissipation and sweat absorption effects, avoiding inappropriateness such as sultry feet and sweating, and effectively maintaining the dry and comfortable feeling of shoes. At the same time, because this creation can maintain the dry state of the insole for a long time, it can effectively solve the problem that the traditional insole valley is prone to emit odor or mold, which greatly improves the practical efficiency and comfort of the shoe last. The above is only a preferred embodiment of the creation, and does not limit the creation in any form. Any person with ordinary knowledge in the technical field may use the creation without departing from the technical characteristics of the creation. Equivalent embodiments of the partial changes or modifications made by the disclosed technical content, and without departing from the technical features of this creation, still fall within the scope of the technical features of this creation. [Schematic explanation] The first diagram is a schematic diagram of the three-dimensional structure of the preferred embodiment of the present invention. The first figure is a schematic sectional view of the combination of the preferred embodiment of the present invention.
第二圖係本創作較佳實施例製造成型之流程示意圖。 【主要元件符號說明】 (1 〇)可撓性片材 (11)通孔 (2〇)鞋塾本體 (2 2 )軟性透氣體 (24)透氣表層 (10A)鞋墊胚片 (1 2 )軟性透氣體 (2 1 )通孔 (2 3 )護邊 (2 5 )套座 7The second figure is a schematic diagram of the manufacturing process of the preferred embodiment of the present invention. [Description of main component symbols] (1 〇) Flexible sheet (11) Through hole (20) Shoe last body (2 2) Soft breathable body (24) Breathable surface layer (10A) Insole blank (1 2) Softness Breathable body (2 1) through hole (2 3) edge protection (2 5) sleeve 7