201200050 六、發明說明： 【發明所屬之技術領域】 特別是指一種防水透氣鞋 本發明是有關於一種鞋底 底及其製造方法。 【先前技術】 $知的防水透氣鞋底-般是在__鞋底件開設透氣孔處 的頂面黏固-保護層’再於該保護層上㈣_防水透氣層 ，以達到防水透氣的功能；“，由於該鞋底件的拉伸彈 性模數是大於該防水透氣層，因此，該防水透氣層常會發 生被撕裂的問題。 如圖1所示，為解決上述問題，便有人提出另-種防 水透氣鞋底，包含—鞋底件1、—㈣於絲底件！的保護 層2、一設置於該保護層2的 的万水透亂層3，及數黏接於該 保s蔓層2與該防水透氣層3之門沾私人七，Λ 增 < 間的黏合劑4，藉此，利用該 寺黏合劑4使該防水透氣芦3 ^ 切孔層3與该保護層2之間產生間隔201200050 VI. Description of the invention: [Technical field to which the invention pertains] In particular, it relates to a waterproof and breathable shoe. The present invention relates to a sole and a method of manufacturing the same. [Prior Art] The known waterproof and breathable sole is generally a top-side adhesive-protective layer at the venting hole of the __ sole member, and then on the protective layer (four) _ waterproof and breathable layer to achieve waterproof and breathable function; "Because the tensile modulus of the sole member is larger than the waterproof gas permeable layer, the waterproof gas permeable layer often has a problem of being torn. As shown in Fig. 1, in order to solve the above problem, another species has been proposed. The waterproof and breathable sole comprises: a sole piece 1, a (four) a protective layer of the wire bottom member 2, a water-permeable layer 3 disposed on the protective layer 2, and a plurality of adhered to the protective layer 2 The door of the waterproof gas permeable layer 3 is affixed with a private seven, and the adhesive 4 is interposed therebetween, whereby the temple adhesive 4 is used to make a gap between the waterproof and permeable layer 3 and the protective layer 2.
’而避免該防水透氣層3因哕鉍皮从，LAnd avoid the waterproof breathable layer 3 due to the suede, L
U 鞋底件1的彈性變形而被撕 裂。然而，此種防水透氣鞋麻沾 L程底的黏合劑4的點膠作業在製 造上並不方便。 【發明内容】 因此本發月t目的，即在提供一種可防止防水透 氣層被撕裂且便於製造的防水透氣鞋底❶ 本發月之另目的’即在提供一種可防止防水透氣層 被撕裂且便於製造的防水透氣鞋底的製造方法。 於是’本發明防水透氣鞋底.，包含一鞋底件，及一防 201200050 水透氣單元。該鞋底件具有一頂面、一相反於該頂面的底 面、—形成該頂面的容置凹槽，及數形成於該底面並分別 與該各置凹槽連通的透氣孔。該防水透氣單元設置於該容 置凹槽’並具有一透氣保護層、一舖置於該透氣保護層的 p方水透氣層’及一環繞該透氣保護層與該防水透氣層的環 框’該透氣保護層具有一第一頂面，及一相反於該第一頂 面的第一底面’該防水透氣層具有一第二頂面，及一相反 於該第二頂面並與該第一頂面抵接的第二底面，該環框具 有一圍繞出一通孔的内周面，及一形成於該内周面的環槽 ’該透氣保護層與該防水透氣層定位於該環槽，該第一底 面的一底外周圍部定位於該環槽内，並與該環框固接，該 第一頂面的一頂外周圍部定位於該環槽内，並與該環框固 接。 本發明防水透氣鞋底的製造方法，包含以下步驟：（A )將一防水透氣層舖置於一透氣保護層的一頂面。（B )將 一％框環繞固設於該防水透氣層與該透氣保護層，形成一 防水透氣單元。（C )將該防水透氣單元固設於一鞋底件， 使該防水透氣單元與該鞋底件的數透氣孔連通。 【實施方式】 有關本發明之前述及其他技術内纟、特點與功效，在 以下配合參考圖式之一較佳實施例的詳細說明中，將可清 楚的明白。 參閲圖 ，該防水透氣鞋底包含 4，為本發明防水透氣鞋底的較佳實施例 一鞋底件10，及一防水透氣單元 201200050 該鞋底件10具有—頂面11、一相反於該頂面11的底 面12、一形成該頂面u的容置凹槽13，及數形成於該底面 12並分別與該容置凹槽13連通的透氣孔14。 戎防水透氣單元2〇設置於該容置凹槽13，並具有一透 氣保護層21、-舖置於該透氣保護層21的防水透氣層22 ，及一環繞該透氣保護層21與該防水透氣層22的環框23 〇 _ 料氣保制21具有一第一頂® 2】1、-相反於該第 頂面211的第-底面212，及一連接於該第一頂、底面 211、212之間的第—外周面213。在本實施例中，該透氣保 濩層21的材質是—種防水透氣且防水解的材質，例如聚脂 毛魅。 -該防水透氣層22具有—第二頂面221、—相反於該第 二頂面221並與該第一頂面211抵接的第二底面222，及一 連接於該第二頂、底面221、222之間的第二外周面223。 在本實施例中，該防水透氣層22的材質為經膨脹的聚四氟 乙烯。 該環框23具有-上框件231、一與該上框件231對合 _的下框件232、-圍繞出一通孔235的内周面2D，及 —形成於該内周面233的環槽234。 該透氣保護層21與該防水透氣層22定位於該環槽W 二該第-底面212的-底外周圍部214與該第_外周面加 疋位於該環槽234内，並與該環框23固接。該第二頂面 201200050 221的頂外周圍部224與該第二外周面223定位於該環槽 234内，並與該環框23固接。 參閱圖5’本發明防水透氣鞋底的製造方法的較佳實施 例’包含以下步驟： 步驟110 :如4、5所示，將該防水透氣層22舖置於該 透氣保護層21的第一頂面211。 步驟120 :如4、5所示，將該環框23環繞固設於該防 水透氣層22與該透氣保護層21，形成該防水透氣單元2〇 〇 在本實施例中，步驟120是先將該防水透氣層22與該 透氣保護層21置於該上、下框件231、232之間，再將該 上、下框件231、232對合熱壓固接，而使該上、下框件 231、232環繞固設於該防水透氣層22與該透氣保護層21 〇 要說明的是，步驟120也可先將該防水透氣層22與該 透氣保護層21置入一成型模具（圊未示）中，然後再射出 成型該環框23，而使該環框23環繞固設於該防水透氣層 22與該透氣保護層21。 步驟130 :如4、5所示，將該防水透氣單元2〇固設於 該鞋底件10，使該防水透氣單元20與該鞋底件1〇的透氣 孔14連通。 在本實施例中’步驟130是先成型出該鞋底件1〇，使 該鞋底件10形成該容置凹槽13與該專透氣孔14，然後再 將該防水透氣單元20固設於該容置凹槽14。 201200050 要說明的是，步驟130也可先將該防水透氣單元2〇置 入成型模具（圖未示）中，然後再射出成型該鞋底件10 而，使該防水透氣單元20固設於該鞋底件1〇。 經由以上的說明，可再將本發明的優點歸納如下： 、本發明防水透氣單元20的防水透氣層22及透氣 保護層21與該鞋底件10之間可藉由該環框23產生間隔， 而且，該防水透氣層22的第二底面222與該透氣保護層21 的第一頂面211之間並沒有黏固在一起，該防水透氣層22 與該透氣保護層21可產生各自的彈性變形，因此，本發明 可有效避免該防水透氣層22因該鞋底件10的彈性變形而 被撕裂。 二、本發明可利用熱壓或射出成型的方式，將該環框 23與該防水透氣層22及該透氣保護層21結合在一起，本 發明的製造相當方便。 综上所述，本發明之防水透氣鞋底及其製造方法，不 僅可防止防水透氣層被撕裂，且製造方便，故確實能達成 本發明之目的。 惟以上所述者’僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 201200050 【圖式簡單說明】 圖1是習知-種防水透氣鞋底的剖视示意圖; 髅二圖2是本發明的防水透氣鞋底-較佳實施例的分解 立 圆3 圖4 圖5 的流程圖 是該較佳實施例的組合立體圖； 疋該較佳實施例的組合剖視示意圖；及 疋本發明防水透氣鞋底的製造方法—較施例 〇 八 201200050 【主要元件符號說明】 233 .......内周面 234 .......環槽 235 .......通孔 110.......步驟 120.......步驟 130.......步驟 1 ..........鞋底件 2 ..........保護層 3 ..........防水透氣層 4 ..........黏合劑 10 .........鞋底件 11 .........頂面 12 .........底面 13 .........容置凹槽 14 .........透氣孔 20 .........防水透氣單元 21 .........透氣保護層 211 .......第一頂面 212 .......第一底面 213 .......第一外周面 214 .......底外周圍部 22 .........防水透氣層 221 .......第二頂面 222 .......第二底面 223 .......第二外周面 224 .......頂外周圍部 23 .........環框 231 .......上框件 232 .......下框件U The sole member 1 is elastically deformed and is torn. However, the dispensing operation of the adhesive 4 of the waterproof and breathable shoe and the bottom of the process is not convenient in manufacturing. SUMMARY OF THE INVENTION Therefore, it is an object of the present invention to provide a waterproof and breathable sole that can prevent the waterproof and breathable layer from being torn and easy to manufacture, that is, to provide a function of preventing the waterproof and breathable layer from being torn. And a manufacturing method of a waterproof and breathable sole that is easy to manufacture. Thus, the waterproof breathable sole of the present invention comprises a sole member and an anti-201200050 water permeable unit. The sole member has a top surface, a bottom surface opposite to the top surface, a receiving recess for forming the top surface, and a plurality of vent holes formed in the bottom surface and communicating with the respective recesses. The waterproof and ventilating unit is disposed in the accommodating recess ′ and has a gas permeable protective layer, a p-square water permeable layer disposed on the permeable protective layer, and a ring frame surrounding the permeable protective layer and the waterproof permeable layer. The gas permeable protective layer has a first top surface, and a first bottom surface opposite to the first top surface. The waterproof gas permeable layer has a second top surface, and a second top surface opposite to the first top surface a second bottom surface abutting the top surface, the ring frame has an inner circumferential surface surrounding the through hole, and a ring groove formed on the inner circumferential surface. The gas permeable protective layer and the waterproof gas permeable layer are positioned in the ring groove. A bottom outer peripheral portion of the first bottom surface is positioned in the ring groove and fixed to the ring frame, and a top outer peripheral portion of the first top surface is positioned in the ring groove and fixed to the ring frame . The method for manufacturing a waterproof and breathable sole of the present invention comprises the following steps: (A) laying a waterproof gas permeable layer on a top surface of a gas permeable protective layer. (B) Fixing a % frame around the waterproof gas permeable layer and the gas permeable protective layer to form a waterproof and permeable unit. (C) fixing the waterproof venting unit to a sole member, the venting unit being in communication with the plurality of venting holes of the sole member. The above and other technical features, features, and advantages of the present invention will become apparent from the following detailed description of the preferred embodiments. Referring to the drawings, the waterproof and breathable sole comprises 4, which is a preferred embodiment of the waterproof and breathable sole of the present invention, a sole member 10, and a waterproof and breathable unit 201200050. The sole member 10 has a top surface 11 and a top surface 11 opposite thereto. The bottom surface 12, a receiving recess 13 forming the top surface u, and a plurality of vent holes 14 formed in the bottom surface 12 and communicating with the receiving recess 13 respectively. The waterproof and ventilating unit 2 is disposed in the accommodating recess 13 and has a gas permeable protective layer 21, a waterproof permeable layer 22 disposed on the permeable protective layer 21, and a venting protective layer 21 surrounding the venting and venting The ring frame 23 〇_ of the layer 22 has a first top plate 2, 1 - opposite the first bottom surface 212 of the top surface 211, and a first top, bottom surface 211, 212 The first outer peripheral surface 213. In this embodiment, the material of the gas permeable protective layer 21 is a waterproof, breathable and waterproof material, such as polyester hair. The permeable gas permeable layer 22 has a second top surface 221, a second bottom surface 222 opposite to the second top surface 221 and abutting the first top surface 211, and a second top surface 221 connected to the second top surface 221 a second outer peripheral surface 223 between 222. In the present embodiment, the waterproof gas permeable layer 22 is made of expanded polytetrafluoroethylene. The ring frame 23 has an upper frame member 231, a lower frame member 232 that is aligned with the upper frame member 231, an inner peripheral surface 2D that surrounds a through hole 235, and a ring formed on the inner peripheral surface 233. Slot 234. The gas permeable protective layer 21 and the waterproof gas permeable layer 22 are positioned in the annular groove W. The bottom outer peripheral portion 214 of the first bottom surface 212 and the first outer circumferential surface are twisted in the annular groove 234, and the ring frame is 23 fixed. The top outer peripheral portion 224 of the second top surface 201200050 221 and the second outer peripheral surface 223 are positioned in the annular groove 234 and are fixed to the ring frame 23. Referring to FIG. 5, a preferred embodiment of the method for manufacturing a waterproof and breathable sole of the present invention includes the following steps: Step 110: As shown in FIGS. 4 and 5, the waterproof gas permeable layer 22 is placed on the first top of the gas permeable protective layer 21. Face 211. Step 120: The ring frame 23 is fixed around the waterproof gas permeable layer 22 and the gas permeable protective layer 21 to form the waterproof gas permeable unit 2, as shown in FIGS. 4 and 5. In the embodiment, step 120 is first The waterproof gas permeable layer 22 and the gas permeable protective layer 21 are disposed between the upper and lower frame members 231 and 232, and the upper and lower frame members 231 and 232 are heat-sealed and fixed to make the upper and lower frames. The components 231 and 232 are circumferentially fixed to the waterproof gas permeable layer 22 and the gas permeable protective layer 21. In the step 120, the waterproof gas permeable layer 22 and the gas permeable protective layer 21 may be first placed in a molding die. In the above, the ring frame 23 is then injection molded, and the ring frame 23 is circumferentially fixed to the waterproof gas permeable layer 22 and the gas permeable protective layer 21. Step 130: As shown in Figs. 4 and 5, the waterproof venting unit 2 is fixed to the sole member 10 such that the waterproof venting unit 20 communicates with the vent hole 14 of the sole member 1〇. In the embodiment, the step 130 is to first form the sole member 1 〇, so that the sole member 10 forms the accommodating recess 13 and the venting hole 14 , and then fix the waterproof venting unit 20 to the venting portion 20 . The groove 14 is placed. 201200050 It is to be noted that, in step 130, the waterproof and ventilating unit 2 can be first placed into a molding die (not shown), and then the sole member 10 is injection molded to fix the waterproof and ventilating unit 20 to the sole. Item 1〇. Through the above description, the advantages of the present invention can be further summarized as follows: The waterproof gas permeable layer 22 and the gas permeable protective layer 21 of the waterproof venting unit 20 of the present invention and the sole member 10 can be separated by the ring frame 23, and The second bottom surface 222 of the waterproof gas permeable layer 22 and the first top surface 211 of the gas permeable protective layer 21 are not adhered together, and the waterproof gas permeable layer 22 and the gas permeable protective layer 21 can be elastically deformed. Therefore, the present invention can effectively prevent the waterproof gas permeable layer 22 from being torn due to the elastic deformation of the sole member 10. 2. The present invention can be combined with the waterproof gas permeable layer 22 and the gas permeable protective layer 21 by means of hot pressing or injection molding, and the invention is relatively convenient to manufacture. As described above, the waterproof and breathable sole of the present invention and the method of manufacturing the same can not only prevent the waterproof gas permeable layer from being torn, but also facilitate the manufacture, so that the object of the present invention can be achieved. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention, All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional view of a conventional waterproof breathable sole; FIG. 2 is a perspective view of a waterproof and breathable sole of the present invention - a preferred embodiment of the exploded vertical circle 3 FIG. It is a combined perspective view of the preferred embodiment; a schematic cross-sectional view of the preferred embodiment; and a manufacturing method of the waterproof and breathable sole of the present invention - a more detailed example of a shoji 201200050 [main symbol description] 233 .... ... inner circumferential surface 234 .......ring groove 235 .......through hole 110.......step 120.......step 130.... ..Step 1 ..........Sole member 2 ..........Protective layer 3 .......... Waterproof and breathable layer 4 ... ....Binder 10 .........sole 11 ......... top surface 12 ......... bottom surface 13 ........ . accommodating groove 14 ... venting hole 20 ... 防水 waterproofing unit 21 ... permeable protective layer 211 ... The first top surface 212 . . . the first bottom surface 213 . . . the first outer circumferential surface 214 . . . the outer outer peripheral portion 22 ......... Waterproof gas permeable layer 221 . . . second top surface 222 . . . second bottom surface 223 . . . second outer circumferential surface 224 . . . twenty three .... ..... ring frame 231 ....... upper frame 232 ....... lower frame