M420202 祈型說明： 【新型所屬之技術領域】 本新型是有關於鞋體，且特別异 鞋底之鞋體。 有關於-種可拆換 【先前技術】 目前市面上常販售有各種不同功 於鞋體_底，因須的鞋體’其差異在 雙革圭早&由a 、 又土 &不同的功能，而使得每 又鞋子的適應範園及用途顯得狹窄 定付母 鞋子無法穿著於跑步，也益法穿·打而爾夫球的 跑鞋無法使用在-般行室内光滑的地面；慢 述的兩电夕由,. 或且山，登山鞋更無法使用在前 磨損：位i 鞋底是一般鞋體上最容易被破壞及 重：置’鞋底的磨損也是使用者更換不同功能鞋子的 同滑合不同保齡球球道滑度而選用不 二=相=2與鞋體之間_扣設計，使於 效。mi摘除，確能達到-鞋多用途之功 扣力量不足、鞋:ηΐ統黏扣帶技術，明顯出現黏 題。另：ί面底過厚、黏合後會滑動…等問 但此種釘鞋僅有一種用：售用;有很好的抓地力， 會因太大的抓地力而發生行走不便：用的過程中’也 ，上所述’習知_扣帶設計 時滿足不同環境需求’是目前業心需解決的f 3 M420202 【新型内容】 因此’本新型之一技術滤樣在於提供一種可拆換鞋底 之鞋’以克服上述習知黏扣帶設計不佳及同一雙鞋無法同 時滿足不同環境需求的問題。 依據本技術態樣一實施方式’提出一種可拆換鞋底之 • 鞋包含-鞋體、-第-黏扣層、-第二黏扣層及複^釘 •爪。鞋體用以供一使用者足部穿戴。第一黏扣層一面固定M420202 Pray description: [New technical field] The new type is a shoe body with a shoe body and a special shoe sole. About the kind of detachable [previous technology] Currently, there are various kinds of different functions in the market, such as the shoe body _ bottom, because of the need of the shoe body 'the difference in the double gram early & by a, another soil & The function, so that each shoe adapts to the garden and the use appears to be narrow, the mother shoes can not be worn on the run, but also the wearable shoes of the golf ball can not be used in the smooth indoor floor; slow The two electric eves, or mountain, hiking shoes can not be used in the front wear: position i sole is the most easily damaged and heavy on the general shoe body: the wear of the sole is also the user's slippery change of different functional shoes Different from the bowling ballway slip and the choice of the difference = phase = 2 and the shoe body between the _ buckle design, so that effective. The removal of mi can indeed achieve - the multi-purpose effect of the shoe. The strength of the buckle is insufficient, and the shoe: η ΐ 黏 黏 黏 技术 。 。 。 。 。 。 。 。 。 。 。 Another: ί surface is too thick, it will slide after bonding...etc. But this kind of spike has only one kind of use: it is sold; it has good grip, it will be inconvenient to walk due to too much grip: in the process 'Also, the above-mentioned 'study _ buckle belt design to meet different environmental needs' is currently the industry needs to solve f 3 M420202 [new content] Therefore, one of the new technology filters is to provide a removable sole The shoe's problem of overcoming the above-mentioned conventional adhesive tape design and the same pair of shoes cannot simultaneously meet different environmental requirements. According to an embodiment of the present invention, a shoe that includes a removable sole includes a shoe body, a first-adhesive layer, a second adhesive layer, and a plurality of claws. The shoe body is for wearing by a user's foot. The first fastening layer is fixed on one side
• 於鞋體。第二黏扣層一面與第一黏扣層之另一两可拆卸气 • 地黏合’且第二黏扣層包含一防滑區及一釘爪區。防滑I 為第二黏扣層相對於使用者足部之疏骨處。釘爪區為第一 黏扣層相對於防滑區的其他區域。複數個釘爪位於第一黏 扣層之另一面，且釘爪僅分佈於釘爪區上。 更進一步的說，在本技術態樣其他實施方式中，第二 黏扣層之另一面可向外突出複數個防滑塊。而釘爪一端^ 埋嵌於第二黏扣層中，另一端則突出於前述防滑塊的表 面。其中，前述埋嵌於第二黏扣層中的釘爪，其長度可 φ 4公釐。又前述突出於防滑塊表面的釘爪，其長度$為‘2 公釐。在其他實施方式中，亦可將針爪柳接於第二黏扣層2 上，並讓每一釘爪位於任二防滑塊之間。另一方面，第二 黏扣層可更包含一第二黏扣腳掌片及—第二黏扣腳跟片了 第二黏扣腳掌片可拆卸式地黏合於第一黏扣層相對於使用 . 者足部之腳掌處；而第二黏扣腳跟片可拆卸式地黏合於第 • 一黏扣層相對於使用者足部之腳跟處。此外，另可I含複 數個由第二黏扣層向外突出形成的防滑塊。 3 依據本技術態樣另一實施方式’提出一種可拆換鞋底 4 M420202 之鞋包含、一鞋體、一第一黏扣層、一第二黏扣層及複數 個釘爪。鞋體用以供一使用者足部穿戴。第一黏扣層一面 固定於鞋體。第二黏扣層一面與第一黏扣層之另一面可拆 卸式地黏合。複數個釘爪位於第二黏扣層之另一面，且釘 ‘爪不分佈於第二黏扣層相對於使用者足部之踏骨處，以避 免使用者足部離開地面時’釘爪因抓地而將第二黏扣層撕 離第一黏扣層的情形。 更進一步的說，在本技術態樣其他實施方式中，第二 • 黏扣層之另一面可向外突出複數個防滑塊。而釘爪一端可 埋嵌於第二黏扣層中，另一端則突出於前述防滑塊的表 面。其中，如述埋嵌於弟二黏扣層中的釘爪，其長度可為 4公釐。又剷述犬出於防滑塊表面的釘爪，其長度可為2 公釐。在其他實施方式中，亦可將釘爪鉚接於第二黏扣層 上，並讓每一釘爪位於任二防滑塊之間。另一方面，第二 黏扣層可更包含-第二黏扣腳掌片及一第二黏扣腳跟片； 第二黏扣腳掌片可拆卸式地黏合於第一黏扣層相對於使用 ⑩者足部之腳掌處；而第二黏扣腳跟片可拆卸式地黏合於第 一黏扣層相對於使用者足部之腳跟處。此外，另可包含複 數個由第二黏扣層向外突出形成的防滑塊。 因此，上述諸實施方式除了設計第一黏扣層可拆卸地 〃第二黏扣層黏合’錄體的鞋底可隨不同的第二黏扣層 ^換，讓同一雙鞋有多種料外，本技術態樣亦特別針 =較強抓地力的環境，而有釘爪的設計。值得—提的是， 經研，= Ϊ僅分佈於釘爪區’而此釘爪區的位置係 、研九貫驗而付出’能讓鞋底同時擁有較強的抓地力，又 :會因抓地力強而讓第一黏扣層及第二黏扣層分離。如此 來，便可有效解決黏合強度及抓地力兩者力量衝突的問 【實施方式】 第1圖繪示本技術態樣一實施方式之可拆換鞋底之鞋 =立體圖。第2圖繪示第i圖之可拆換鞋底之鞋的分解圖。 如第1圖及第2圖所示，可拆換鞋底之鞋包含一鞋體 =、-第-黏扣層120、-第二黏扣層13()及複數個釘爪 。鞋體110用以供一使用者足部穿戴。 第-黏扣層120 一面固定於鞋體110,前述的 式有很多種，如縫合。 第二黏扣層130 一面與第一黏扣層120之另一面可拆 t地黏合’此處的概錢似魔鬼觀，可將第—黏扣層⑽ 面(L卿），第二黏扣層⑽視為鉤面(H(K)k)，兩者 予一定力量時，仍可分離第-黏扣 ，=0及_—黏扣層13()。當然，第—黏扣層⑽不 L疋毛面’而第二黏扣層130不 能相互黏合即可；另-方面，前述鉤面上^者 多種，在此並不特別限制為何種形式。、、一 /工有很 本實施方式第二黏扣層130之 130與地面接觸的那一面，向 I7 · —黏扣層 名田μ 卜大出歿數個防滑塊13卜顧 扣者 概念近似一般鞋子鞋底上的紋路’都是用來:=二： M420202 面間的磨擦力，也因此防滑 ， 在本實施方式中，防滑塊13 特別限制其形狀。 一方面可增加與地面的磨擦力4第一^貼層130 -體突出， 扣層削直接與地面接觸， :面也可避免第二點 進-步來說，本實施方式的生第=咖_情形。 二黏扣腳掌片132及一第二=第一黏扣層Π0是由一第 黏扣腳掌片m的形狀“：:：丄133所組成。第二 者足部之腳掌處；而第二師5 = =12G相對於使用 的腳跟吻合，且第二黏扣腳 3㈣狀與使用者 -黏扣層120相對於使用者 可拆卸式地黏合於第 層⑶是否分成==跟處。至於第-黏扣 因為無論第-黏扣層12。為::==術:徵， 片或疋由兩片組成’皆不影 響第二，扣層13G黏合於第—點扣層12〇上的效果。 值得一提的是’第二黏扣層13〇包含一防滑區丨34及 一釘爪區135。防滑區134為第二黏扣層13〇相對於使用 者足部之跛骨(Metatarsus)處；而釘爪區135為第二黏扣層 130相對於防滑區134的其他區域。換句話來說，只要第 二黏扣層130未對應到疏骨的地方，皆屬於釘爪區Π5， 而無第二黏扣腳掌片132或第二黏扣腳跟片133的區別。 本實施方式複數個釘爪140位於第二黏扣層130與地 面接觸的那一面，且釘爪140僅分佈於釘爪區I35上’即 釘爪140不分佈於第二黏扣層130相對於使用者足部之疏 骨處，進一步的設計說明如後述。 第3A圖繪示第1圖之可拆換鞋底之鞋踩地時的側面 7 M420202 透視圖。第3B圖繪示第丨圖之可拆換鞋底之鞋離地時的側 面透視圖。如第3A圖及第3B圖所示’人類的足部係由各 種不同的足骨所組成，其中，跛骨％位於指骨M2與模骨 M3之間，亦位於指骨M2與骰_未示）之間。以下將討論 第-黏扣層13G上皆佈滿釘爪14()的狀況。 足部 踩踏地面G時，指f M2切、骨％會施予地面G 一正向力 =使第二黏扣層13〇上的釘爪14〇嵌入地面 抓地力，便於❹者於特殊環境如冰地上行走； 舍 =t部欲離開地面G時’職骨M]會給地面：一盥： 向力F1方向相反的反正向力f /、 於跛骨M!處的釘爪140拔出地面 站扣層130相對 140的抓地力F3總合過大，即總合F此時’若每個釘爪 扣層130撕離第一黏扣層12〇的情形3。2將會造成第二黏 因此，為了避免前述的狀況發生 140僅分佈於釘爪區135 ’印m 耳施方式的釘爪 。如此-來，在使用者足弟部層130相對於疏骨 憂第二黏扣層130是否會被撕汗面〇時，則無需擔 唆Λ ^咕 哪離第一黏扣層120。 第4圖纟日不第3A圖之可拆換鞋 圖。如4圖所示，釘爪14〇ι埋嵌 ^鞋的局部頗視 另-端突出於防滑塊⑶的表面，且C層Π。中， 層130中的釘爪140長度為4八 ϋ述埋肷於第二黏扣 表面的釘爪長度為2公釐。 而犬出於防滑塊131 第5圖繪示本技術態樣另—實施方 鞋的立體圖。第6圖繪示第5圖 X之可拆換鞋底之 圖。如第5圖及第6圖所示拆換鞋底之鞋的分解 了拆換鞋底之鞋2〇〇包含一 8 M420202 鞋體210、—第一黏扣層22〇、一 釘爪240。鞋體210用以供一使用者足部^層挪及硬數個 第一黏扣層220 —面固定於鞋體 式有很多種，如縫合。 〇，刖述的固定方 第二黏扣層23〇 一面與第一黏扣 卸式地黏合’此處的概念類似魔鬼 〇二::=拆 -接觸乂Li 層G視為鉤面(H_，兩者 黏合’但施予一定力量時，仍)二• On the body of the shoe. The second adhesive layer is detachably adhered to the other of the first adhesive layer and the second adhesive layer includes a non-slip region and a nail region. The anti-slip I is the point of the second adhesive layer relative to the user's foot. The nail region is the first adhesive layer relative to other regions of the anti-slip region. A plurality of claws are located on the other side of the first adhesive layer, and the nails are distributed only on the nail regions. Furthermore, in other embodiments of the present technical aspect, the other side of the second adhesive layer may protrude outward from the plurality of anti-slip blocks. One end of the claw is embedded in the second adhesive layer, and the other end protrudes from the surface of the anti-slip block. Wherein, the nail embedded in the second adhesive layer has a length of φ 4 mm. Further, the aforementioned claw protruding from the surface of the anti-slip block has a length of $2 mm. In other embodiments, the needles can also be attached to the second fastening layer 2, and each of the claws is positioned between any two non-slip blocks. On the other hand, the second adhesive layer may further comprise a second adhesive foot piece and a second adhesive heel piece. The second adhesive foot piece is detachably bonded to the first adhesive layer relative to the use. The sole of the foot is detachably attached to the heel of the first adhesive layer relative to the heel of the user's foot. In addition, a plurality of anti-slip blocks formed by the second adhesive layer projecting outward may be included. According to another embodiment of the present invention, a shoe comprising a removable sole 4 M420202 includes a shoe body, a first fastening layer, a second fastening layer and a plurality of claws. The shoe body is for wearing by a user's foot. The first fastening layer is fixed to the shoe body on one side. One side of the second fastening layer is detachably bonded to the other side of the first fastening layer. a plurality of claws are located on the other side of the second fastening layer, and the nails are not distributed on the second fastening layer relative to the pedal bone of the user's foot, so as to avoid the nail claws when the user's foot leaves the ground The case where the second adhesive layer is peeled off from the first adhesive layer by grasping the ground. Furthermore, in other embodiments of the present technical aspect, the other side of the second adhesive layer may protrude outward from the plurality of anti-slip blocks. One end of the claw can be embedded in the second adhesive layer, and the other end protrudes from the surface of the anti-slip block. Among them, the nails embedded in the second adhesive layer can be 4 mm in length. The dog's claws on the surface of the non-slip block are also slashed and can be 2 mm in length. In other embodiments, the claws may be riveted to the second adhesive layer and each of the claws may be positioned between any two non-slip blocks. On the other hand, the second adhesive layer may further include a second adhesive foot piece and a second adhesive foot piece; the second adhesive foot piece is detachably bonded to the first adhesive layer relative to the use of 10 The sole of the foot is detachably bonded to the heel of the first adhesive layer relative to the user's foot. In addition, a plurality of anti-slip blocks protruding outward from the second adhesive layer may be included. Therefore, in addition to designing the first adhesive layer, the second adhesive layer is detachably bonded to the second printed layer, and the sole of the recorded body can be replaced with different second adhesive layers, so that the same pair of shoes have multiple materials, The technical aspect is also special needle = strong grip environment, and there are nail design. It is worth mentioning that, after research, = Ϊ is only distributed in the nail-claw area, and the position of the nail-claw area is based on the results of the study, and the 'sole can be used to make the sole have a strong grip at the same time. The ground force is strong and the first adhesive layer and the second adhesive layer are separated. In this way, the problem of the strength conflict between the adhesive strength and the grip force can be effectively solved. [Embodiment] FIG. 1 is a perspective view of a shoe with a removable sole according to an embodiment of the present invention. Figure 2 is an exploded view of the shoe of the removable sole of Figure i. As shown in Figures 1 and 2, the shoe with the sole replaceable includes a shoe body =, - a first fastening layer 120, a second fastening layer 13 () and a plurality of claws. The shoe body 110 is for wearing by a user's foot. The first-adhesive layer 120 is fixed to the shoe body 110 on one side, and there are many types of the foregoing, such as stitching. One side of the second fastening layer 130 is detachably bonded to the other side of the first fastening layer 120. Here, the money is like a devil view, and the first layer of the adhesive layer (10) (L), the second fastening layer The layer (10) is regarded as a hook surface (H(K)k), and when a certain force is applied, the first-gap, 0 and _------------ Of course, the first adhesive layer (10) does not have a "brown surface" and the second adhesive layer 130 cannot be bonded to each other. On the other hand, the above-mentioned hook surface is various, and is not particularly limited in any form. The one/worker has the side of the second adhesive layer 130 of the present embodiment that is in contact with the ground, and the number of the anti-slip blocks of the I7----------------------------- Generally, the texture on the sole of the shoe is used for: = 2: M420202 The friction between the faces is also anti-slip. In the present embodiment, the anti-slip block 13 particularly restricts its shape. On the one hand, it can increase the friction with the ground. 4 The first layer of the layer 130 is protruded, and the layer of the layer is directly contacted with the ground. The surface can also avoid the second point. The life of the embodiment is the same. _situation. The second adhesive foot piece 132 and the second=first adhesive layer Π0 are composed of a shape of the first adhesive button foot piece m: ":: 丄 133. The second part of the foot of the foot; and the second division 5 = = 12G is anastomosed with respect to the heel used, and the second fastening leg 3 (four) shape and the user-slip layer 120 are detachably bonded to the user with respect to the layer (3) whether it is divided into == heel. As for the first - The adhesive is because the first-adhesive layer 12 is: :== surgery: the sign, the film or the enamel consists of two pieces' does not affect the second, and the buckle layer 13G is bonded to the first-deck layer 12 的. It is worth mentioning that the 'second adhesive layer 13' includes a non-slip area 丨 34 and a nail area 135. The anti-slip area 134 is the second adhesive layer 13 〇 relative to the user's foot tibia (Metatarsus) And the nail region 135 is the other region of the second adhesive layer 130 relative to the anti-slip region 134. In other words, as long as the second adhesive layer 130 does not correspond to the sparse bone, it belongs to the nail region Π5, There is no difference between the second adhesive foot piece 132 or the second adhesive foot piece 133. In this embodiment, the plurality of claws 140 are located at the second contact layer 130 in contact with the ground. And the nails 140 are only distributed on the nail region I35, that is, the nails 140 are not distributed at the bones of the second fastening layer 130 relative to the user's foot. Further design description will be described later. Figure 1 is a side view of the side of the shoe with the sole of the removable sole 7 M420202. Figure 3B is a side perspective view of the shoe of the removable sole of the second figure when it is off the ground. Figures 3A and 3B The human foot system consists of a variety of different foot bones, wherein the % of the tibia is located between the phalanx M2 and the humerus M3, also between the phalanx M2 and 骰_not shown. - The adhesive layer 13G is covered with the nails 14 (). When the foot is stepped on the ground G, the finger f M2 is cut, and the bone % is applied to the ground G. A positive force = the second adhesive layer 13 is placed on the surface. The claws 14〇 are embedded in the ground grip, which is convenient for the person to walk on a special environment such as ice. When the house is going to leave the ground G, the 'early bone M' will give the ground: one: the opposite direction to the force F1 The force f /, at the tibia M!, the claws 140 are pulled out of the ground station buckle layer 130 relative to the grip force F3 of the 140 is too large, that is, the total F at this time 'if each nail The case 130 is peeled off from the first adhesive layer 12A. 3 will cause a second stick. Therefore, in order to avoid the aforementioned situation, 140 is only distributed in the nail region 135's nails. In the case where the user's paternal layer 130 is torn from the sweat layer on the second layer of the adhesive layer 130, there is no need to deal with the first layer of the buckle layer 120. Figure 4 The detachable shoe map of Fig. 3A is not shown in Fig. 3. As shown in Fig. 4, the nail 14 〇ι is embedded in the shoe, and the other end protrudes from the surface of the non-slip block (3), and the C layer is smashed. The length of the claws 140 in the layer 130 is 4 8 and the length of the claws buried in the surface of the second fastener is 2 mm. The dog is shown in the fifth figure of the non-slip block 131 as a perspective view of the embodiment of the shoe. Figure 6 is a diagram showing the detachable sole of Figure 5 and Figure X. The shoes of the shoe sole which are disassembled and replaced as shown in Figs. 5 and 6 include an 8 M420202 shoe body 210, a first fastening layer 22, and a claw 240. The shoe body 210 is used for a user's foot layer to move and a plurality of first fastening layers 220 are fixed to the shoe body in a variety of ways, such as stitching. 〇, the fixed side second adhesive layer 23 of the fixed side is detached from the first adhesive bond. The concept here is similar to the devil 〇 2::= detach-contact 乂 Li layer G is regarded as the hook surface (H_ , the two stick together' but when given a certain strength, still) two
Si: T23。。當然，第，上定 ，、靶疋毛面，而第二黏扣層23〇不— 疋 能相互黏合即可；另一方 义 ，句面，，、要兩者 夕絲. 方面’則返鉤面上的鉤體形式右卵 夕種，在此並不特別限制為何種形4。 大有很 本實施方式第二黏扣層23〇之另—面 230與地面接觸的那 Μ-黏扣層 玄田羔仏成仏 大出硬數個防滑塊231，顧 =義防4 23〖用以避免使用者於行進時 f層230與地面相對位移的情形。簡言之，防滑塊= 子鞋底上的紋路，都是用來增加;二 ==也因此防滑塊231沒有特別限制其祕。 ^貫施方式防滑塊231為第二黏貼層23〇_ :面可增加與地面的磨擦力，另一方面 扣層⑽直接與地面接觸，而發生磨損使壽命降低的= 黏 二丄二黏扣層230是由-第 Α 及一第一黏扣聊跟片233所組成。第一 黏扣腳以232的形狀與制者 ^一 腳堂丨于且弟一黏扣 旱片32 了拆卸式地黏合於第一黏扣廣22〇相對於使用 9 M420202 者足部之腳掌處；而第二黏扣腳跟片233的形狀與使用者 的腳跟吻合，且第二黏扣腳跟片可拆卸式地黏合於第 一黏扣層220相對於使用者足部之腳跟處。至於第一黏扣 層220是否分成兩個部分，並非本實施方式的技術特徵， 因為無論第一黏扣層220為一片或是由兩片組成，皆不影 響第二黏扣層230黏合於第一黏扣層220上的效果。 值得一提的是，第二黏扣層230包含一防滑區234及 一釘爪區235。防滑區234為第二黏扣層230相對於使用 φ 者足部之跛骨(Metatarsus)處；而釘爪區235為第二黏扣層 230相對於防滑區234的其他區域。換句話來說，只要第 二黏扣層230未對應到疏骨的地方，皆屬於釘爪區235， 而無第二黏扣腳掌片232或第二黏扣腳跟片233的區別。 本實施方式複數個釘爪240位於第二黏扣層230與地 面接觸的那一面，且釘爪240僅分佈於釘爪區235上，即 釘爪240不分佈於第二黏扣層230相對於使用者足部之摭 月處，如此一來，在使用者足部離地時，無需擔憂第二黏 • 扣層230是否會被撕離第一黏扣層220。進一步的設計說 明與前述實施方式之可拆換鞋底之鞋1〇〇大致上相同，在 此不予贅述。 第7圖繪示第5圖之可拆換鞋底之鞋的側視圖。第8Si: T23. . Of course, the first, the upper, the target is the rough surface, and the second adhesive layer 23 is not - the 疋 can be glued to each other; the other side, the sentence, the, the two are the same. The form of the hook in the form of the right egg is not particularly limited to the shape 4 here. There is a very large non-slip block 231 which is very close to the surface of the second adhesive layer 23 of the present embodiment. The situation in which the user's f-layer 230 is displaced relative to the ground while traveling is avoided. In short, the anti-slip block = the texture on the sub-sole is used to increase; second == so the anti-slip block 231 is not particularly limited. The through-slip block 231 is the second adhesive layer 23〇_: the surface can increase the friction with the ground, on the other hand, the buckle layer (10) directly contacts the ground, and wear occurs to reduce the life = sticky adhesive The layer 230 is composed of a - Α and a first sticky note 233. The first adhesive foot is in the shape of 232 and the maker is one foot and the other one is detachably bonded to the first adhesive cover 22 〇 relative to the sole of the foot using the 9 M420202 The second adhesive heel piece 233 is shaped to fit the user's heel, and the second adhesive heel piece is detachably bonded to the first adhesive layer 220 relative to the heel of the user's foot. Whether the first fastening layer 220 is divided into two parts is not a technical feature of the embodiment, because the first fastening layer 220 is composed of one piece or two pieces, and the second fastening layer 230 is not affected. The effect on a layer of adhesive layer 220. It is worth mentioning that the second fastening layer 230 comprises a non-slip zone 234 and a claw zone 235. The non-slip zone 234 is the second snap layer 230 relative to the metatarsus of the foot using the φ; and the nail zone 235 is the other area of the second adhesive layer 230 relative to the anti-slip zone 234. In other words, as long as the second adhesive layer 230 does not correspond to the sparse bone, it belongs to the nail region 235, and there is no difference between the second adhesive foot sheet 232 or the second adhesive heel sheet 233. In this embodiment, the plurality of claws 240 are located on the side of the second fastening layer 230 that is in contact with the ground, and the claws 240 are only distributed on the claw region 235, that is, the claws 240 are not distributed on the second fastening layer 230 relative to the second fastening layer 230. At the end of the user's foot, there is no need to worry about whether the second adhesive layer 230 will be torn away from the first adhesive layer 220 when the user's foot is off the ground. Further design descriptions are substantially the same as those of the shoe sole of the above-described embodiment, and will not be described herein. Figure 7 is a side elevational view of the shoe of the removable sole of Figure 5. number 8
圖繪示第7圖之可拆換鞋底之鞋的局部頗視圖。如第7圖 及第8圖所示， 位於任二防滑塊之間。The figure shows a partial perspective view of the shoe of the removable sole of Figure 7. As shown in Figures 7 and 8, it is located between any two non-slip blocks.
第9圖繪示夫也·热w -鞋的立體圖。第 圖。如第9圖及第1〇 釘爪340 鞋體310、―第 ^所不’可拆換鞋底之鞋300包含- 曰320、一第二黏扣層330及複數個 式之可拆換^ 鞋底之鞋與前述兩個實施方 本實施方式23ΓΓ00大略相同。惟不同處在於， 二黏扣腳掌片及第：-之鞋300的第二黏扣層330無第 鱼望一…二黏扣腳跟片之分，即第二黏扣声330 * % 320的形狀完全相符。然而，雖; 層330為一另描屮2 雖然第一黏扣 實施方式之可影響實㈣技術特徵。前述兩個 ί f鞋底之鞋卿、將第二點扣層130、 233 :ίΪ:，腳掌片132、232及第二黏扣腳跟片133、 貝示疋為了節省成本；再者，鞋底中間相連處X實 際施予地面力量的機會較低，使用者行走間主要還是靠足 邛的腳草及腳跟對地面施力。因此，第二黏扣層3如是否 為片升>/成的確不影響本實施方式及前述兩個實施方式 的主要技術特徵。 由上述實施方式可知，應用本技術態樣之可拆換鞋底 之鞋’讓鞋體的鞋底可隨不同的第二黏扣層而更換，進而 有多種用途，且第二黏扣層上僅分佈於訂爪區的釘爪，讓 鞋底同時擁有較強的抓地力，又不會因抓地力強而讓第一 黏扣層及第二黏扣層分離。如此一來，便巧*有致解決黏人 強度及抓地力兩者力量衝突的問題。 雖然本技術態樣已以諸實施方式揭露如上，然其並非 用以限定本技術態樣，任何熟習此技藝者，在不脫離本技 術態樣之精神和範圍内，當可作各種之更動與濶飾，因此 M420202 本技術態樣之保護範圍當視後附之申請專利範圍所界定者 為準。 【圖式簡單說明】 第1圖繪示本技術態樣一實施方式之可拆換鞋底之鞋 的立體圖。 第2圖繪示第1圖之可拆換鞋底之鞋的分解圖。 第3A圖繪示第1圖之可拆換鞋底之鞋踩地時的侧面 透視圖。 第3B圖繪示第1圖之可拆換鞋底之鞋離地時的側面透 視圖。 第4圖繪示第3A圖之可拆換鞋底之鞋的局部頗視圖。 第5圖繪示本技術態樣另一實施方式之可拆換鞋底之 鞋的立體圖。 第6圖繪示第5圖之可拆換鞋底之鞋的分解圖。 第7圖繪示第5圖之可拆換鞋底之鞋踩地時的側面透 鲁視圖。 第8圖繪示第7圖之可拆換鞋底之鞋的局部頗視圖。 第9圖繪示本技術態樣又一實施方式之可拆換鞋底之 鞋的立體圖。 第10圖繪示第9圖之可拆換鞋底之鞋的分解圖。 【主要元件符號說明】 100、200、300 :可拆換鞋底 110、210、310 :鞋體 M420202 120、220、320 :第一黏扣層 130、230、330 :第二黏扣層 13卜231 :防滑塊 132、232 :第二黏扣腳掌片 133、233 ··第二黏扣腳跟片134、234 :防滑區 135、235 :釘爪區 140、240 :釘爪 F】：正向力 F3 :抓地力 :蹏骨 m3 :楔骨 F2 :反正向力 G :地面 M2 .指骨 X:鞋底中間相連處Figure 9 is a perspective view of the husband and the hot w-shoe. Figure. For example, the figure 9 and the first jaw 340, the shoe body 310, and the detachable sole shoe 300 include - 曰 320, a second fastening layer 330, and a plurality of removable soles. The shoe is substantially the same as the two embodiments described above in the present embodiment 23ΓΓ00. The difference is that the second adhesive button piece and the second adhesive layer 330 of the first:-the shoe 300 have no shape of the first fish, the second adhesive buckle, and the shape of the second adhesive sound 330*% 320. It is exactly the same. However, although layer 330 is an additional depiction 2, the first adhesive embodiment may affect the actual (four) technical features. The above two shoe soles, the second buckle layer 130, 233: ίΪ:, the foot piece 132, 232 and the second fastening heel piece 133, Béjen 疋 in order to save costs; in addition, the sole is connected in the middle The chance of X actually applying ground strength is low, and the user mainly relies on the foot grass and heel to apply force to the ground. Therefore, whether or not the second fastening layer 3 is swelled or not does not affect the main technical features of the present embodiment and the foregoing two embodiments. It can be seen from the above embodiments that the shoe of the shoe sole of the present invention can be replaced with different second adhesive layers, and thus has various uses, and only the second adhesive layer is distributed. The claws in the claw region allow the sole to have a strong grip at the same time, and the first fastening layer and the second fastening layer are not separated due to the strong grip. In this way, it is a good idea to solve the problem of conflicting strength between the strength of the sticky and the grip. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the scope of the present invention, and those skilled in the art can make various changes without departing from the spirit and scope of the present invention. Therefore, the scope of protection of this technical aspect of M420202 is subject to the definition of the patent application scope attached. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a shoe of a shoe sole with a removable sole according to an embodiment of the present invention. Figure 2 is an exploded view of the shoe of the removable sole of Figure 1. Fig. 3A is a side perspective view showing the shoe of the detachable sole of Fig. 1 when the shoe is stepped on. Fig. 3B is a side perspective view showing the shoe of the removable sole of Fig. 1 when it is off the ground. Figure 4 is a partial perspective view of the shoe of the removable sole of Figure 3A. Figure 5 is a perspective view of a shoe with a removable sole of another embodiment of the present technology. Figure 6 is an exploded view of the shoe of the removable sole of Figure 5. Fig. 7 is a side perspective view showing the shoe of the removable sole of Fig. 5 when it is stepped on the ground. Figure 8 is a partial perspective view of the shoe of the removable sole of Figure 7. Figure 9 is a perspective view of a shoe with a removable sole of still another embodiment of the present technology. Figure 10 is an exploded view of the shoe of the removable sole of Figure 9. [Main component symbol description] 100, 200, 300: removable sole 110, 210, 310: shoe body M420202 120, 220, 320: first adhesive layer 130, 230, 330: second adhesive layer 13 231 : non-slip blocks 132, 232: second adhesive foot piece 133, 233 · second fastening heel piece 134, 234: non-slip zone 135, 235: nail area 140, 240: nail F]: positive force F3 :grip: tibia m3: wedge bone F2: anti-positive force G: ground M2. phalanx X: the middle of the sole
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